processor job
 /u/dinosar0/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/air71/airops/1376                                      
  Enter the C-band output disk name (def:/u/air16/airops) : 
 C-band output data disk:
 /mnt/air76/airops/1376                                      
  Enter the L-band output disk name (def:/u/air16/airops) : 
 L-band output data disk:
 /mnt/air76/airops/1376                                      
  Enter the P-band output disk name (def:/u/air16/airops) : 
 P-band output data disk:
 /mnt/air76/airops/1376                                      
  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 #:ts1376
  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 #:ts1376
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH            9           5          40          10
 raw disk:/mnt/air71/airops/1376
 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 #:ts1376
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH            9           5          40          10
 raw disk:/mnt/air71/airops/1376
 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 #:ts1376
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH           18          10          20          10
 raw disk:/mnt/air71/airops/1376
 creating p_hh.com
 creating p_hv.com
 creating p_vh.com
 creating p_vv.com

 ***** Please run "gencom_all" now!
 /u/dinosar0/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 #:        13761376
  Wrote C_PIC.COM file
  Wrote get_hp_cp.COM file.
  Wrote HD.COM file
 /u/dinosar0/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 #:        13761376
  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/dinosar0/airops/OPS/AIPT_pfa/
 xdelay 20 Mhz:  -1.027807    
 proc_mode           4
 nbytes:        6144
 line1:           1
 nlines      236000
 lgt_az        2586
 sensor_out/mnt/air71/airops/1376/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/air71/airops/1376/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/air71/airops/1376/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/air71/airops/1376/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:1376
  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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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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
 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
 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
 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
 Honeywell EGI98Fall for gps-hgt        9109       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30882       92.61475       94.20227     0.4714546      0
 trc             90.66287       89.91670       91.58457     0.5399758      0
 tgs            216.59107      216.39063      217.14063     0.1869538      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        0.78003     0.0658214      0
 lati            63.79498       63.79497       63.79499     0.0000068      0
 loni          -144.94854     -144.98070     -144.91639     0.0185840      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.05863     7479.70232     0.4261370      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98070     -144.35622     0.1802703      0
 hwalt         7481.00964     7478.05863     7483.70432     1.6767775      0
 hwev           216.57355      216.31800      217.14800     0.2047359      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392498      0
 hwuv             0.01523       -0.39000        0.40800     0.1617817      0
 hwroll          -0.36957       -2.12036        1.04370     0.8582916      0
 hwpitch          0.64187        0.52185        0.78003     0.0657094      0
 hwhdg           93.30955       92.61475       94.20227     0.4715016      0
 hwtrc           90.66383       89.91670       91.58457     0.5399040      0
 hwtgs          216.59037      216.39063      217.14063     0.1861336      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   25522406.66293187    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8274120431037791       4.893531030238681    
   -4.858108659443752    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000066      0
 loni          -144.94854     -144.98063     -144.91646     0.0185838      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.78370     7479.79374     0.2244725      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98063     -144.35628     0.1802703      0
 hwalt         7481.00965     7478.06405     7483.70427     1.6767768      0
 hwev           216.57355      216.31800      217.14700     0.2047356      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392502      0
 hwuv             0.01523       -0.39000        0.40800     0.1617835      0
 hwroll          -0.36958       -2.10938        1.04370     0.8582782      0
 hwpitch          0.64187        0.52185        0.78003     0.0657083      0
 hwhdg           93.30956       92.62024       94.20227     0.4715119      0
 hwtrc           90.66384       89.91723       91.58430     0.5399079      0
 hwtgs          216.59042      216.39063      217.14063     0.1861293      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109603024032    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118537
 gmt sec s e =    25522264.31300000       25522404.99951961    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.812390142      -1647563.707913460    
    5706236.213752565    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414631236      -2.519612361810037       30718.80211198701    
 Ellipsoidal delta s (m) =   0.2593923809973064    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196890507858193E-05  2.4007056980778021E-03   30718.80246852189    
 Delta s on reference surface =   0.2593923840079196    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_c.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 1.0743025994121016E-03
 Standard deviation of difference =   2.3494063238303198E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223711    
   4.1994279578119631E-02 -2.5072935833758692E-04
 Cross track fit coefficients =    3.994651237442828    
   1.5852878896408712E-02 -7.6363858439722492E-05
 Along track fit coefficients =   -6.765942097934490    
  -5.0444480567548855E-03  7.2643243004730761E-06
 avg alt (1):   7497.642125223711    
  alt r_avgrefh:   7501.883220096192    
 i_yearind p-hgt t-hgt:       20008   7497.642125223711       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262743    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3957.617329248784    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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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
 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
 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
 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
 Honeywell EGI98Fall for gps-hgt        9109       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30882       92.61475       94.20227     0.4714546      0
 trc             90.66287       89.91670       91.58457     0.5399758      0
 tgs            216.59107      216.39063      217.14063     0.1869538      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        0.78003     0.0658214      0
 lati            63.79498       63.79497       63.79499     0.0000068      0
 loni          -144.94854     -144.98070     -144.91639     0.0185840      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.05863     7479.70232     0.4261370      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98070     -144.35622     0.1802703      0
 hwalt         7481.00964     7478.05863     7483.70432     1.6767775      0
 hwev           216.57355      216.31800      217.14800     0.2047359      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392498      0
 hwuv             0.01523       -0.39000        0.40800     0.1617817      0
 hwroll          -0.36957       -2.12036        1.04370     0.8582916      0
 hwpitch          0.64187        0.52185        0.78003     0.0657094      0
 hwhdg           93.30955       92.61475       94.20227     0.4715016      0
 hwtrc           90.66383       89.91670       91.58457     0.5399040      0
 hwtgs          216.59037      216.39063      217.14063     0.1861336      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   25522406.66293187    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8274120431037791       4.893531030238681    
   -4.858108659443752    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000066      0
 loni          -144.94854     -144.98063     -144.91646     0.0185838      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.78370     7479.79374     0.2244725      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98063     -144.35628     0.1802703      0
 hwalt         7481.00965     7478.06405     7483.70427     1.6767768      0
 hwev           216.57355      216.31800      217.14700     0.2047356      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392502      0
 hwuv             0.01523       -0.39000        0.40800     0.1617835      0
 hwroll          -0.36958       -2.10938        1.04370     0.8582782      0
 hwpitch          0.64187        0.52185        0.78003     0.0657083      0
 hwhdg           93.30956       92.62024       94.20227     0.4715119      0
 hwtrc           90.66384       89.91723       91.58430     0.5399079      0
 hwtgs          216.59042      216.39063      217.14063     0.1861293      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109603024032    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118537
 gmt sec s e =    25522264.31300000       25522404.99951961    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.812390142      -1647563.707913460    
    5706236.213752565    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414631236      -2.519612361810037       30718.80211198701    
 Ellipsoidal delta s (m) =   0.2593923809973064    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196890507858193E-05  2.4007056980778021E-03   30718.80246852189    
 Delta s on reference surface =   0.2593923840079196    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_l.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 1.0743025994121016E-03
 Standard deviation of difference =   2.3494063238303198E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223711    
   4.1994279578119631E-02 -2.5072935833758692E-04
 Cross track fit coefficients =    3.994651237442828    
   1.5852878896408712E-02 -7.6363858439722492E-05
 Along track fit coefficients =   -6.765942097934490    
  -5.0444480567548855E-03  7.2643243004730761E-06
 avg alt (1):   7497.642125223711    
  alt r_avgrefh:   7501.883220096192    
 i_yearind p-hgt t-hgt:       20008   7497.642125223711       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262743    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3957.617329248784    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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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
 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
 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
 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
 Honeywell EGI98Fall for gps-hgt        9110       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30870       78.85437       94.20227     0.4732960      0
 trc             90.66250       45.00006       91.58457     0.5558371      0
 tgs            216.59090      196.76563      217.14063     0.1955197      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        1.20300     0.0658405      0
 lati            63.79498       63.79497       63.79499     0.0000055      0
 loni          -144.94855     -144.98070     -144.91646     0.0185695      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10934     7478.05863     7479.70232     0.4262745      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           63.79375       63.79178       63.79499     0.0009141      0
 hwlon         -144.66836     -144.98070     -144.35622     0.1802806      0
 hwalt         7481.00940     7478.05863     7483.70432     1.6768508      0
 hwev           216.57359      216.31800      217.14800     0.2047581      0
 hwnv            -2.50770       -5.98300        0.31300     2.0393148      0
 hwuv             0.01523       -0.39000        0.40800     0.1617728      0
 hwroll          -0.36954       -2.12036        1.04370     0.8582490      0
 hwpitch          0.64193        0.52185        1.20300     0.0659682      0
 hwhdg           93.30797       78.85437       94.20227     0.4952004      0
 hwtrc           90.65882       45.00006       91.58457     0.7213379      0
 hwtgs          216.58819      196.76563      217.14063     0.2788885      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   25522406.66183756    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8276807638750815       4.897976413699386    
   -4.863968513183881    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000055      0
 loni          -144.94855     -144.98063     -144.91653     0.0185692      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10934     7478.78391     7479.79177     0.2240438      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           63.79375       63.79178       63.79499     0.0009141      0
 hwlon         -144.66836     -144.98063     -144.35628     0.1802806      0
 hwalt         7481.00940     7478.06405     7483.70427     1.6768501      0
 hwev           216.57359      216.31800      217.14700     0.2047578      0
 hwnv            -2.50770       -5.98300        0.31300     2.0393152      0
 hwuv             0.01523       -0.39000        0.40800     0.1617746      0
 hwroll          -0.36955       -2.10938        1.04370     0.8582356      0
 hwpitch          0.64188        0.52185        0.78003     0.0657149      0
 hwhdg           93.30950       92.62024       94.20227     0.4715188      0
 hwtrc           90.66376       89.91723       91.58430     0.5399251      0
 hwtgs          216.59046      216.39063      217.14063     0.1861514      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109343331202    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118538
 gmt sec s e =    25522264.31300000       25522404.99961429    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.800750852      -1647563.724774795    
    5706236.213585423    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414568533      -2.519612354565623       30718.82257704924    
 Ellipsoidal delta s (m) =   0.2593903634901605    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196933107709692E-05  2.4007088977785595E-03   30718.82293342567    
 Delta s on reference surface =   0.2593903664994103    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_p.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 2.9523679673353770E-04
 Standard deviation of difference =   2.8859899233577235E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223733    
   4.1994279585395589E-02 -2.5072935840131372E-04
 Cross track fit coefficients =    3.994615393481095    
   1.5853717131401504E-02 -7.6368251194058119E-05
 Along track fit coefficients =   -6.765879648077306    
  -5.0459294729692517E-03  7.2722149267511003E-06
 avg alt (1):   7497.642125223733    
  alt r_avgrefh:   7501.883220096279    
 i_yearind p-hgt t-hgt:       20008   7497.642125223733       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262685    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           8031.112352849635    
 Start ground range =    4113.550683352516    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 Thank you for your patronage

Fri Apr 12 14:11:41 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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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
 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
 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
 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
 Problem with Honeywell data msg_1          33
 Honeywell EGI98Fall for gps-hgt        9109       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30882       92.61475       94.20227     0.4714546      0
 trc             90.66287       89.91670       91.58457     0.5399758      0
 tgs            216.59107      216.39063      217.14063     0.1869538      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        0.78003     0.0658214      0
 lati            63.79498       63.79497       63.79499     0.0000068      0
 loni          -144.94854     -144.98070     -144.91639     0.0185840      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.05863     7479.70232     0.4261370      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98070     -144.35622     0.1802703      0
 hwalt         7481.00964     7478.05863     7483.70432     1.6767775      0
 hwev           216.57355      216.31800      217.14800     0.2047359      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392498      0
 hwuv             0.01523       -0.39000        0.40800     0.1617817      0
 hwroll          -0.36957       -2.12036        1.04370     0.8582916      0
 hwpitch          0.64187        0.52185        0.78003     0.0657094      0
 hwhdg           93.30955       92.61475       94.20227     0.4715016      0
 hwtrc           90.66383       89.91670       91.58457     0.5399040      0
 hwtgs          216.59037      216.39063      217.14063     0.1861336      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   25522406.66293187    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8274120431037791       4.893531030238681    
   -4.858108659443752    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000066      0
 loni          -144.94854     -144.98063     -144.91646     0.0185838      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.78370     7479.79374     0.2244725      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98063     -144.35628     0.1802703      0
 hwalt         7481.00965     7478.06405     7483.70427     1.6767768      0
 hwev           216.57355      216.31800      217.14700     0.2047356      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392502      0
 hwuv             0.01523       -0.39000        0.40800     0.1617835      0
 hwroll          -0.36958       -2.10938        1.04370     0.8582782      0
 hwpitch          0.64187        0.52185        0.78003     0.0657083      0
 hwhdg           93.30956       92.62024       94.20227     0.4715119      0
 hwtrc           90.66384       89.91723       91.58430     0.5399079      0
 hwtgs          216.59042      216.39063      217.14063     0.1861293      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109603024032    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118537
 gmt sec s e =    25522264.31300000       25522404.99951961    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.812390142      -1647563.707913460    
    5706236.213752565    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414631236      -2.519612361810037       30718.80211198701    
 Ellipsoidal delta s (m) =   0.2593923809973064    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196890507858193E-05  2.4007056980778021E-03   30718.80246852189    
 Delta s on reference surface =   0.2593923840079196    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_c.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 1.0743025994121016E-03
 Standard deviation of difference =   2.3494063238303198E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223711    
   4.1994279578119631E-02 -2.5072935833758692E-04
 Cross track fit coefficients =    3.994651237442828    
   1.5852878896408712E-02 -7.6363858439722492E-05
 Along track fit coefficients =   -6.765942097934490    
  -5.0444480567548855E-03  7.2643243004730761E-06
 avg alt (1):   7497.642125223711    
  alt r_avgrefh:   7501.883220096192    
 i_yearind p-hgt t-hgt:       20008   7497.642125223711       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262743    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3957.617329248784    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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/air76/airops/1376/ts1376_c.mocomp                      
 Name of the H-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_c.mocomph                     
 Name of the V-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_hh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_hh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_hh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_hh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (15.88657,0.0000000E+00) (55.60298,0.0000000E+00)
 (15.88657,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9738199E+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)    :   96.95580    Power RMS:  0.0000000E+00
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70435.27    Amp.  RMS:   55.42562    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.52177    Phase RMS:  0.1082532    
 Incoherent PH 1st:   88.56396    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.95562    
 CalTone Power Coherently dB  :   96.95580    
 Incoherent PW  - Coherent PW : -1.8310547E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70431.11    
 CalTone Amplitude Coherently   :   70435.27    
 Incoherent Amp.- Coherent Amp. :  -4.156250    
       ------------ *** ------------
 running time (sec):      8.00
  ********** 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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_hv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_hv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_hv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_hv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-79.43283,0.0000000E+00) (-15.88657,0.0000000E+00)
 (15.88657,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.8546627E+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)    :   96.87740    Power RMS:  6.2500000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   69802.33    Amp.  RMS:   78.38367    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   120.0464    Phase RMS:  0.1082532    
 Incoherent PH 1st:   120.0811    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.87928    
 CalTone Power Coherently dB  :   96.87740    
 Incoherent PW  - Coherent PW :  1.8768311E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70257.83    
 CalTone Amplitude Coherently   :   69802.33    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   455.5000    
       ------------ *** ------------
 running time (sec):      4.13
  ********** 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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_vh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_vh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_vh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_vh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-15.88657,0.0000000E+00) (-15.88657,0.0000000E+00)
 (47.65970,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9823677E+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)    :   96.96849    Power RMS:  3.1250000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70538.25    Amp.  RMS:   98.63062    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.30192    Phase RMS:  8.8388346E-02
 Incoherent PH 1st:   88.28555    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.97723    
 CalTone Power Coherently dB  :   96.96849    
 Incoherent PW  - Coherent PW :  8.7432861E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   71048.60    
 CalTone Amplitude Coherently   :   70538.25    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   510.3516    
       ------------ *** ------------
 running time (sec):      3.63
  ********** 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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_vv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_vv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_vv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_vv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-87.37611,0.0000000E+00) (-55.60298,0.0000000E+00)
 (-31.77313,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.8422339E+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)    :   96.85474    Power RMS:  0.0000000E+00
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   69620.48    Amp.  RMS:   96.00000    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   120.0954    Phase RMS:  0.1250000    
 Incoherent PH 1st:   120.1198    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.86264    
 CalTone Power Coherently dB  :   96.85474    
 Incoherent PW  - Coherent PW :  7.9040527E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70127.45    
 CalTone Amplitude Coherently   :   69620.48    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   506.9609    
       ------------ *** ------------
 running time (sec):      3.66
  ********** 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: 
    175.0687     -5.6035718E-04
  z fit: constant and linear terms: 
   0.8293555      9.9557292E-05
  y and z standard deviations (meters)  0.2610295      0.4313880    
  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 =   0.6802649      0.6709814      0.6652914      0.6579583    
 Differences =   1.1640787E-02  2.3573041E-03 -3.3327341E-03 -1.0665774E-02
  PATCH NUMER            2
 First line =        1513
  Averages =   0.6689412      0.6600546      0.6588032      0.6663377    
 Differences =   5.4069757E-03 -3.4796000E-03 -4.7310591E-03  2.8035045E-03
  PATCH NUMER            3
 First line =        3025
  Averages =   0.6580063      0.6605043      0.6736514      0.6805750    
 Differences =  -1.0178208E-02 -7.6801181E-03  5.4669380E-03  1.2390554E-02
  PATCH NUMER            4
 First line =        4537
  Averages =   0.6656274      0.6786731      0.6806416      0.6812152    
 Differences =  -1.0912061E-02  2.1337271E-03  4.1021705E-03  4.6758056E-03
  PATCH NUMER            5
 First line =        6049
  Averages =   0.6804515      0.6805649      0.6811550      0.6834968    
 Differences =  -9.6547604E-04 -8.5204840E-04 -2.6196241E-04  2.0797849E-03
  PATCH NUMER            6
 First line =        7561
 last black mod_64:          41       10240        7561        4096
  Averages =   0.6810935      0.6811338      0.6836955      0.6834968    
 Differences =  -1.2613535E-03 -1.2210011E-03  1.3406873E-03  1.1419654E-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/air71/airops/1376/sensor_setup.hh00c                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/c_hh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ch                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0525001E-02
 reading motion compensation data
 WAYNE read motion compen   0.1850820    
 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   0.1904840    
 start range comp, time =      0.390

 WAYNE PREV  0.3963440    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            7 to            6 by #            8
 ==w out           7        -942
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            7 to            6 by #            9
 ==w out           7        -942
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            7 to            6 by #           10
 ==w out           7        -942
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            7 to            6 by #           11
 ==w out           7        -942
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            7 to            6 by #           12
 ==w out           7        -942
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            7 to            6 by #           13
 ==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     0.567 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.01442992687225    
 ATTN ifrq ipol ln           8           1       10239   18.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=  -0.4995972       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5590400695800781E-03
 WAYNE Motion comp. added to patch, time =    6.141511082649231    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8969774246215820E-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 =    61.10553991794586    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5223649740219116    
 ==w out           6           0         945                    0
 WAYNE PROCESS   85.79118597507477    
 ==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     0.552 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.07035100460052    
 ATTN ifrq ipol ln           8           1        8632   18.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4996063    
  shift in azimuth *fractional pixel=  -0.4996063       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7060251235961914E-03
 WAYNE Motion comp. added to patch, time =    6.156815052032471    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9249916076660156E-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 =    74.30020105838776    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5803209543228149    
 ==w out           4           0         945                    0
 WAYNE PROCESS   99.11520802974701    
 ==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     0.558 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.05975794792175    
 ATTN ifrq ipol ln           8           1       10144   18.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=  -0.4995972       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7080516815185547E-03
 WAYNE Motion comp. added to patch, time =    6.213260054588318    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9789934158325195E-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 =    74.35507392883301    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5865190029144287    
 ==w out           5           0         945                    0
 WAYNE PROCESS   99.22223198413849    
 ==w out           6        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     0.527 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.38860809803009    
 ATTN ifrq ipol ln           8           1        5608   18.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996230    
  shift in azimuth *fractional pixel=  -0.4996230       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6979188919067383E-03
 WAYNE Motion comp. added to patch, time =    6.833636999130249    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-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 =    79.26676499843597    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4975670576095581    
 ==w out           2           0         945                    0
 WAYNE PROCESS   104.9941440820694    
 ==w out           3        2211
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.522 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    18.21924090385437    
 ATTN ifrq ipol ln           8           1        4096   18.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996052    
  shift in azimuth *fractional pixel=  -0.4996052       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7620534896850586E-03
 TESTING  0.0000000E+00   173.3260       1.009590    
 WAYNE Motion comp. added to patch, time =    6.617524027824402    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8769502639770508E-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   173.3260       1.009590    
 HEY,dt,fract,ye,pe  -0.4996052       1.000000      4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    80.39285504817963    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4514420032501221    
 ==w out           1           0         945                    0
 WAYNE PROCESS   105.6886850595474    
 ==w out           2        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 =    18.29049706459045    
 ATTN ifrq ipol ln           8           1        7120   18.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4996229    
  shift in azimuth *fractional pixel=  -0.4996229       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7160387039184570E-03
 WAYNE Motion comp. added to patch, time =    6.709516048431396    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-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 =    83.66076898574829    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4201370477676392    
 ==w out           3           0         945                    0
 WAYNE PROCESS   109.0885280370712    
 ==w out           4        2211
            1      531110           0
            2      531432           0
            3      531199           0
            4      531452           0
            5      531281           0
            6      531144           0
            7      531086           0
            8      529986           0
            9      531478           0
           10      531123           0
           11      531162           0
           12      531368           0
           13      531225           0
           14      531111           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    3.1908035278320313E-02
 WAYNE LOOP TIME:     123.5032210350037    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.hh_j                        
 /mnt/air76/airops/1376/ts1376_c.mocomph                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        13248
 update intf hdr ha:   6897.600    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
 lat1 lon1:         503   63.83047      -144.9749           13248
 last ra n_ns ns:   7952.758               0           1       13750
        13248
 lati loni:       13750   63.83049      -144.8246           13750           1
 center ra n_ns ns:   12213.11            1279        1279        7126
        13248
 lati loni:        7126   63.86891      -144.8970            7126        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.hh_j                        
 WAYNE FINAL PROCESS   123.9000730514526    

  *********************************************
  *****                                   *****
  *****    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 =           14
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.hh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ch                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.BB                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    5.899481058120728    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          502   502.4731       1426.950     -0.4996052     -0.4996052    
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   497.9681       1418.752     -0.4996230     -0.4996230    
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   501.7632       1427.494     -0.4996229     -0.4996229    
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.1319       1448.969     -0.4996063     -0.4996063    
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   507.6279       1472.197     -0.4995972     -0.4995972    
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          506   505.6256       1485.443     -0.4995972     -0.4995972    
         7159        6148          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6148         506         508
        -1009
  half line dmj dgc:           0        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7158

         7159        7252           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7252         506         506
         1104
  half line dmj dgc:           1        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7252        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7251

 ia dmi dgi:        7252        1485         506
   Writing the last         2083 lines
 last half sj>s1        9335        7252        7251
 WAYNE done patche    24.04549598693848    
  Total # of output lines =         9334

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9334
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    24.25412404537201    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.hv00c                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/c_hv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ch                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0237003E-02
 reading motion compensation data
 WAYNE read motion compen   0.1855680    
 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   0.1940660    
 start range comp, time =      0.400

 WAYNE PREV  0.3992460    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            7 to            6 by #            8
 ==w out           7        -942
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            7 to            6 by #            9
 ==w out           7        -942
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            7 to            6 by #           11
 ==w out           7        -942
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            7 to            6 by #           12
 ==w out           7        -942
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            7 to            6 by #           10
 ==w out           7        -942
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            7 to            6 by #           13
 ==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     0.582 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.08212304115295    
 ATTN ifrq ipol ln           8           2       10239   18.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=  -0.4995972       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5260190963745117E-03
 WAYNE Motion comp. added to patch, time =    6.134988069534302    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-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 =    60.58541500568390    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4381359815597534    
 ==w out           6           0         945                    0
 WAYNE PROCESS   85.24793505668640    
 ==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     0.562 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.12758898735046    
 ATTN ifrq ipol ln           8           2        8632   18.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4996063    
  shift in azimuth *fractional pixel=  -0.4996063       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8350095748901367E-03
 WAYNE Motion comp. added to patch, time =    6.126750946044922    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9400119781494141E-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 =    73.77443289756775    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6246629953384399    
 ==w out           4           0         945                    0
 WAYNE PROCESS   98.66111898422241    
 ==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     0.541 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.11038708686829    
 ATTN ifrq ipol ln           8           2        5608   18.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996230    
  shift in azimuth *fractional pixel=  -0.4996230       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7420263290405273E-03
 WAYNE Motion comp. added to patch, time =    6.153095006942749    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8739700317382813E-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 =    73.78610801696777    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6388369798660278    
 ==w out           2           0         945                    0
 WAYNE PROCESS   98.69593095779419    
 ==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     0.556 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.09925997257233    
 ATTN ifrq ipol ln           8           2        7120   18.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4996229    
  shift in azimuth *fractional pixel=  -0.4996229       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7340393066406250E-03
 WAYNE Motion comp. added to patch, time =    6.155346989631653    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.0630359649658203E-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 =    73.82303404808044    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6391370296478271    
 ==w out           3           0         945                    0
 WAYNE PROCESS   98.72450411319733    
 ==w out           4        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     0.576 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.13895297050476    
 ATTN ifrq ipol ln           8           2       10144   18.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=  -0.4995972       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7010183334350586E-03
 WAYNE Motion comp. added to patch, time =    6.174836039543152    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9720792770385742E-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 =    73.79824101924896    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6217689514160156    
 ==w out           5           0         945                    0
 WAYNE PROCESS   98.74143493175507    
 ==w out           6        2211
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-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 =    18.20351505279541    
 ATTN ifrq ipol ln           8           2        4096   18.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996052    
  shift in azimuth *fractional pixel=  -0.4996052       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6169757843017578E-03
 TESTING  8.5000396E-03   173.8509       2.142640    
 WAYNE Motion comp. added to patch, time =    6.396908998489380    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-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
 HEY,x10,y10,z10  8.5000396E-03   173.8509       2.142640    
 HEY,dt,fract,ye,pe  -0.4996052       1.000000      4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    78.62850701808929    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4268430471420288    
 ==w out           1           0         945                    0
 WAYNE PROCESS   103.6631870269775    
 ==w out           2        2211
            1      528802           0
            2      531183           0
            3      531470           0
            4      531226           0
            5      531531           0
            6      531433           0
            7      531398           0
            8      531533           0
            9      531471           0
           10      531316           0
           11      531508           0
           12      531499           0
           13      531603           0
           14      531341           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    2.1938920021057129E-02
 WAYNE LOOP TIME:     118.0241879224777    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.hv_j                        
 /mnt/air76/airops/1376/ts1376_c.mocomph                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        13248
 update intf hdr ha:   6897.600    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
 lat1 lon1:         503   63.83047      -144.9749           13248
 last ra n_ns ns:   7952.758               0           1       13750
        13248
 lati loni:       13750   63.83049      -144.8246           13750           1
 center ra n_ns ns:   12213.11            1279        1279        7126
        13248
 lati loni:        7126   63.86891      -144.8970            7126        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.hv_j                        
 WAYNE FINAL PROCESS   118.4473389387131    

  *********************************************
  *****                                   *****
  *****    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 =           14
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.hv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ch                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.BT                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.981245994567871    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          502   502.4566       1426.933     -0.4996052     -0.4996052    
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   497.9516       1418.736     -0.4996230     -0.4996230    
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   501.7466       1427.478     -0.4996229     -0.4996229    
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.1154       1448.952     -0.4996063     -0.4996063    
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   507.6114       1472.181     -0.4995972     -0.4995972    
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          506   505.6090       1485.426     -0.4995972     -0.4995972    
         7159        6148          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6148         506         508
        -1009
  half line dmj dgc:           0        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7158

         7159        7252           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7252         506         506
         1104
  half line dmj dgc:           1        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7252        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7251

 ia dmi dgi:        7252        1485         506
   Writing the last         2083 lines
 last half sj>s1        9335        7252        7251
 WAYNE done patche    20.95948994159698    
  Total # of output lines =         9334

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9334
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    21.15474402904510    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.vh00c                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/c_vh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.cv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0240002E-02
 reading motion compensation data
 WAYNE read motion compen   0.1865180    
 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   0.1949520    
 start range comp, time =      0.484

 WAYNE PREV  0.4009690    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            7 to            6 by #            8
 ==w out           7        -942
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            7 to            6 by #            9
 ==w out           7        -942
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            7 to            6 by #           10
 ==w out           7        -942
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            7 to            6 by #           11
 ==w out           7        -942
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            7 to            6 by #           12
 ==w out           7        -942
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            7 to            6 by #           13
 ==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     0.819 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.95363092422485    
 ATTN ifrq ipol ln           8           3       10239   18.00000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   4.4709444046020508E-03
 WAYNE Motion comp. added to patch, time =    6.057909965515137    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8080472946166992E-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 =    60.39333200454712    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3969988822937012    
 ==w out           6           0         945                    0
 WAYNE PROCESS   84.80918788909912    
 ==w out           7        2211
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.776 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    18.03863799571991    
 ATTN ifrq ipol ln           8           3        4096   18.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   4.4709444046020508E-03
 TESTING -8.5000396E-03   173.8848       2.129570    
 WAYNE Motion comp. added to patch, time =    6.074368000030518    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7899274826049805E-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   173.8848       2.129570    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    60.74949204921722    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4057600498199463    
 ==w out           1           0         945                    0
 WAYNE PROCESS   85.27528500556946    
 ==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     0.783 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.98749494552612    
 ATTN ifrq ipol ln           8           3        5608   18.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   4.6279430389404297E-03
 WAYNE Motion comp. added to patch, time =    6.138354063034058    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7690658569335938E-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 =    73.46268498897552    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5607320070266724    
 ==w out           2           0         945                    0
 WAYNE PROCESS   98.15661001205444    
 ==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     0.789 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.02309799194336    
 ATTN ifrq ipol ln           8           3        7120   18.00000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   4.8319101333618164E-03
 WAYNE Motion comp. added to patch, time =    6.162178993225098    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9240379333496094E-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 =    73.51329493522644    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5822349786758423    
 ==w out           3           0         945                    0
 WAYNE PROCESS   98.28862607479095    
 ==w out           4        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     0.809 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.03243303298950    
 ATTN ifrq ipol ln           8           3       10144   18.00000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   4.6370029449462891E-03
 WAYNE Motion comp. added to patch, time =    6.121510028839111    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8050670623779297E-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 =    73.56634795665741    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6223059892654419    
 ==w out           5           0         945                    0
 WAYNE PROCESS   98.34994196891785    
 ==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     0.803 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.04614698886871    
 ATTN ifrq ipol ln           8           3        8632   18.00000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   4.6409368515014648E-03
 WAYNE Motion comp. added to patch, time =    6.068445920944214    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8229484558105469E-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 =    73.64580607414246    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6137170791625977    
 ==w out           4           0         945                    0
 WAYNE PROCESS   98.38159501552582    
 ==w out           5        2211
            1      531718           0
            2      529522           0
            3      531523           0
            4      531213           0
            5      531711           0
            6      531622           0
            7      529558           0
            8      531593           0
            9      531322           0
           10      531212           0
           11      531500           0
           12      531597           0
           13      531453           0
           14      531527           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    3.3686041831970215E-02
 WAYNE LOOP TIME:     113.4981430768967    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.vh_j                        
 /mnt/air76/airops/1376/ts1376_c.mocompv                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        13248
 update intf hdr ha:   6897.600    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
 lat1 lon1:         503   63.83047      -144.9749           13248
 last ra n_ns ns:   7952.758               0           1       13750
        13248
 lati loni:       13750   63.83049      -144.8246           13750           1
 center ra n_ns ns:   12213.11            1279        1279        7126
        13248
 lati loni:        7126   63.86891      -144.8970            7126        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.vh_j                        
 WAYNE FINAL PROCESS   113.9893310070038    

  *********************************************
  *****                                   *****
  *****    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 =           14
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.vh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.cv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.TB                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.926464080810547    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          502   502.9893       1427.466      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   498.4843       1419.269      0.0000000E+00  0.0000000E+00
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   502.2794       1428.010      0.0000000E+00  0.0000000E+00
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.6481       1449.485      0.0000000E+00  0.0000000E+00
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   508.1441       1472.713      0.0000000E+00  0.0000000E+00
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          506   506.1417       1485.959      0.0000000E+00  0.0000000E+00
         7159        6148          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6148         506         508
        -1009
  half line dmj dgc:           0        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7158

         7159        7252           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7252         506         506
         1104
  half line dmj dgc:           1        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7252        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7251

 ia dmi dgi:        7252        1485         506
   Writing the last         2083 lines
 last half sj>s1        9335        7252        7251
 WAYNE done patche    24.39303708076477    
  Total # of output lines =         9334

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9334
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    24.59135305881500    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.vv00c                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/c_vv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.cv                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.6280016E-03
 reading motion compensation data
 WAYNE read motion compen   0.1844510    
 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   0.1365780    
 start range comp, time =      0.344

 WAYNE PREV  0.3396820    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            7 to            6 by #            8
 ==w out           7        -942
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            7 to            6 by #            9
 ==w out           7        -942
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            7 to            6 by #           10
 ==w out           7        -942
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            7 to            6 by #           11
 ==w out           7        -942
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            7 to            6 by #           12
 ==w out           7        -942
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            7 to            6 by #           13
 ==w out           7        -942
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     0.543 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    17.93789100646973    
 ATTN ifrq ipol ln           8           4        4096   18.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   4.3770074844360352E-03
 TESTING  0.0000000E+00   174.4097       3.262619    
 WAYNE Motion comp. added to patch, time =    6.043044090270996    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7859935760498047E-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   174.4097       3.262619    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    66.57069408893585    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4280439615249634    
 ==w out           1           0         945                    0
 WAYNE PROCESS   90.98660504817963    
 ==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     0.588 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.30037200450897    
 ATTN ifrq ipol ln           8           4       10239   18.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   4.3790340423583984E-03
 WAYNE Motion comp. added to patch, time =    6.713915944099426    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.7910003662109375E-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 =    67.24254107475281    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4351830482482910    
 ==w out           6           0         945                    0
 WAYNE PROCESS   92.69914400577545    
 ==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     0.582 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.26482295989990    
 ATTN ifrq ipol ln           8           4       10144   18.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   4.6459436416625977E-03
 WAYNE Motion comp. added to patch, time =    6.780919909477234    
 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 =    68.18440306186676    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4213299751281738    
 ==w out           5           0         945                    0
 WAYNE PROCESS   93.65902698040009    
 ==w out           6        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     0.556 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.09571003913879    
 ATTN ifrq ipol ln           8           4        5608   18.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   4.5989751815795898E-03
 WAYNE Motion comp. added to patch, time =    6.127501964569092    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8339157104492188E-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 =    73.07655704021454    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4091320037841797    
 ==w out           2           0         945                    0
 WAYNE PROCESS   97.71629905700684    
 ==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     0.563 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.53245699405670    
 ATTN ifrq ipol ln           8           4        7120   18.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   4.6539306640625000E-03
 WAYNE Motion comp. added to patch, time =    6.147127985954285    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9400119781494141E-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 =    73.14849901199341    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4053779840469360    
 ==w out           3           0         945                    0
 WAYNE PROCESS   98.24105894565582    
 ==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     0.569 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.18476593494415    
 ATTN ifrq ipol ln           8           4        8632   18.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   4.6479701995849609E-03
 WAYNE Motion comp. added to patch, time =    6.564432978630066    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9869804382324219E-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 =    93.85148298740387    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4176980257034302    
 ==w out           4           0         945                    0
 WAYNE PROCESS   119.0259610414505    
 ==w out           5        2211
            1      531362           0
            2      531513           0
            3      531387           0
            4      531456           0
            5      531831           0
            6      531743           0
            7      531451           0
            8      531219           0
            9      531719           0
           10      531220           0
           11      531439           0
           12      531558           0
           13      531503           0
           14      531208           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       13248kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    1.6786098480224609E-02
 WAYNE LOOP TIME:     133.4759000539780    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.vv_j                        
 /mnt/air76/airops/1376/ts1376_c.mocompv                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        13248
 update intf hdr ha:   6897.600    
 UPDATE:        2560       13248   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7952.758    
    6897.600       90.35377    
 lat1 lon1:         503   63.83047      -144.9749           13248
 last ra n_ns ns:   7952.758               0           1       13750
        13248
 lati loni:       13750   63.83049      -144.8246           13750           1
 center ra n_ns ns:   12213.11            1279        1279        7126
        13248
 lati loni:        7126   63.86891      -144.8970            7126        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.vv_j                        
 WAYNE FINAL PROCESS   133.8270790576935    

  *********************************************
  *****                                   *****
  *****    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 =           14
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
         2208           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.vv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.cv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.TT                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.796163082122803    

  Deskewing            6 patches
 Processing block number            1
 DEBUG          502   502.9727       1427.449      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   498.4678       1419.252      0.0000000E+00  0.0000000E+00
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   502.2628       1427.994      0.0000000E+00  0.0000000E+00
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.6315       1449.468      0.0000000E+00  0.0000000E+00
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   508.1275       1472.697      0.0000000E+00  0.0000000E+00
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          506   506.1252       1485.942      0.0000000E+00  0.0000000E+00
         7159        6148          -2       -1009
 patch iptc,sj,dgj,dgi,id:           6        6148         506         508
        -1009
  half line dmj dgc:           0        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Zeroing lines in arrays 
  Total # of output lines =            6        7158

         7159        7252           0        1104
 patch iptc,sj,dgj,dgi,id:           6        7252         506         506
         1104
  half line dmj dgc:           1        7088        1485         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        7252        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7251

 ia dmi dgi:        7252        1485         506
   Writing the last         2083 lines
 last half sj>s1        9335        7252        7251
 WAYNE done patche    21.36219799518585    
  Total # of output lines =         9334

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    9334
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    22.23698198795319    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9465753       282.3332    
     146     0.031    3046     0.094  282.33316   0.000025   0.000020  -0.000001
 r_peak,r_snr =   0.9422736       511.0806    
     246     0.031    3046     0.094  511.08060   0.000026   0.000021  -0.000002
 r_peak,r_snr =   0.9494019       442.7178    
     346     0.031    3046     0.094  442.71783   0.000023   0.000018  -0.000001
 r_peak,r_snr =   0.9458984       580.1576    
     446     0.031    3046     0.063  580.15759   0.000023   0.000019  -0.000002
 r_peak,r_snr =   0.9321558       607.9586    
     546     0.063    3046     0.094  607.95856   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9352611       131.1891    
     646     0.063    3046     0.094  131.18907   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9281694       234.8201    
     746     0.031    3046     0.063  234.82005   0.000036   0.000030  -0.000002
 r_peak,r_snr =   0.9289038       446.7008    
     846     0.031    3046     0.063  446.70081   0.000032   0.000028  -0.000002
 r_peak,r_snr =   0.9410452       365.4845    
     946     0.031    3046     0.063  365.48450   0.000027   0.000023  -0.000002
 r_peak,r_snr =   0.9188078       239.8415    
    1046     0.031    3046     0.031  239.84146   0.000041   0.000035  -0.000003
 r_peak,r_snr =   0.9255867       225.8208    
    1146     0.031    3046     0.063  225.82080   0.000036   0.000032  -0.000002
 r_peak,r_snr =   0.9324644       107.8747    
    1246     0.031    3046     0.063  107.87472   0.000037   0.000033  -0.000002
 r_peak,r_snr =   0.9102017       343.3839    
    1346     0.031    3046     0.063  343.38394   0.000044   0.000038  -0.000003
 r_peak,r_snr =   0.9080791       319.4174    
    1446     0.031    3046     0.031  319.41736   0.000046   0.000039  -0.000003
 r_peak,r_snr =   0.9080322       222.7952    
    1546     0.031    3046     0.063  222.79523   0.000048   0.000045  -0.000003
 r_peak,r_snr =   0.8880662       446.9958    
    1646     0.031    3046     0.031  446.99576   0.000053   0.000047  -0.000005
 r_peak,r_snr =   0.8882161       149.0410    
    1746     0.031    3046     0.031  149.04099   0.000061   0.000058  -0.000004
 r_peak,r_snr =   0.8895615       304.3005    
    1846     0.031    3046     0.031  304.30048   0.000057   0.000049  -0.000004
 r_peak,r_snr =   0.8882589       164.7428    
    1946     0.031    3046     0.031  164.74280   0.000062   0.000058  -0.000007
 r_peak,r_snr =   0.8614103       100.9515    
    2046     0.031    3046     0.031  100.95154   0.000082   0.000083  -0.000009
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9384825       521.0598    
     146     0.031    3446     0.125  521.05981   0.000029   0.000022  -0.000002
 r_peak,r_snr =   0.9395754       479.8977    
     246     0.031    3446     0.094  479.89771   0.000029   0.000022  -0.000002
 r_peak,r_snr =   0.9303977       439.3733    
     346     0.031    3446     0.094  439.37332   0.000032   0.000026  -0.000002
 r_peak,r_snr =   0.9351558       345.6597    
     446     0.063    3446     0.094  345.65967   0.000031   0.000023  -0.000002
 r_peak,r_snr =   0.9470451       349.2952    
     546     0.063    3446     0.094  349.29517   0.000024   0.000020  -0.000002
 r_peak,r_snr =   0.9271114       491.1492    
     646     0.063    3446     0.094  491.14923   0.000034   0.000029  -0.000002
 r_peak,r_snr =   0.9141441       443.8990    
     746     0.031    3446     0.063  443.89902   0.000040   0.000036  -0.000003
 r_peak,r_snr =   0.9249997       362.2648    
     846     0.031    3446     0.063  362.26483   0.000036   0.000033  -0.000003
 r_peak,r_snr =   0.9352531       211.2446    
     946     0.031    3446     0.063  211.24460   0.000033   0.000028  -0.000002
 r_peak,r_snr =   0.9300651       185.8290    
    1046     0.031    3446     0.063  185.82903   0.000037   0.000032  -0.000002
 r_peak,r_snr =   0.9334466       266.2833    
    1146     0.063    3446     0.063  266.28329   0.000031   0.000028  -0.000002
 r_peak,r_snr =   0.9426776       143.5672    
    1246     0.031    3446     0.063  143.56718   0.000031   0.000029  -0.000003
 r_peak,r_snr =   0.9172857       401.8199    
    1346     0.031    3446     0.031  401.81995   0.000040   0.000034  -0.000002
 r_peak,r_snr =   0.9083753       215.4650    
    1446     0.031    3446     0.031  215.46504   0.000046   0.000043  -0.000003
 r_peak,r_snr =   0.8942702       341.3492    
    1546     0.031    3446     0.063  341.34921   0.000052   0.000048  -0.000004
 r_peak,r_snr =   0.8976135       332.5907    
    1646     0.031    3446     0.031  332.59070   0.000051   0.000046  -0.000004
 r_peak,r_snr =   0.8851303       361.3094    
    1746     0.031    3446     0.031  361.30939   0.000054   0.000052  -0.000004
 r_peak,r_snr =   0.8817541       191.5735    
    1846     0.031    3446     0.031  191.57349   0.000067   0.000060  -0.000005
 r_peak,r_snr =   0.9035522       95.10778    
    1946     0.000    3446     0.031   95.10778   0.000058   0.000055  -0.000005
 r_peak,r_snr =   0.8890534       57.83298    
    2046     0.031    3446     0.031   57.83298   0.000071   0.000067  -0.000006
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9270738       510.2400    
     146     0.031    3846     0.125  510.24002   0.000034   0.000026  -0.000002
 r_peak,r_snr =   0.9388451       484.4663    
     246     0.031    3846     0.094  484.46631   0.000028   0.000023  -0.000002
 r_peak,r_snr =   0.9361382       504.1478    
     346     0.031    3846     0.094  504.14780   0.000029   0.000023  -0.000002
 r_peak,r_snr =   0.9385725       576.2098    
     446     0.031    3846     0.094  576.20984   0.000026   0.000023  -0.000002
 r_peak,r_snr =   0.9387678       212.7062    
     546     0.063    3846     0.094  212.70624   0.000031   0.000028  -0.000002
 r_peak,r_snr =   0.9301887       363.5926    
     646     0.031    3846     0.063  363.59262   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9407873       71.68050    
     746     0.031    3846     0.063   71.68050   0.000033   0.000028  -0.000002
 r_peak,r_snr =   0.9254905       279.5901    
     846     0.031    3846     0.063  279.59012   0.000037   0.000032  -0.000002
 r_peak,r_snr =   0.9379376       423.8859    
     946     0.031    3846     0.063  423.88586   0.000029   0.000024  -0.000002
 r_peak,r_snr =   0.9327931       379.0841    
    1046     0.031    3846     0.031  379.08411   0.000031   0.000025  -0.000002
 r_peak,r_snr =   0.9266891       386.4958    
    1146     0.031    3846     0.063  386.49579   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9286935       195.5719    
    1246     0.031    3846     0.063  195.57188   0.000036   0.000033  -0.000002
 r_peak,r_snr =   0.9103733       359.4164    
    1346     0.031    3846     0.031  359.41644   0.000044   0.000038  -0.000003
 r_peak,r_snr =   0.9227409       265.1072    
    1446     0.063    3846     0.063  265.10724   0.000038   0.000034  -0.000003
 r_peak,r_snr =   0.9016291       422.1729    
    1546     0.031    3846     0.031  422.17294   0.000047   0.000042  -0.000003
 r_peak,r_snr =   0.8914462       441.5680    
    1646     0.031    3846     0.063  441.56796   0.000052   0.000045  -0.000003
 r_peak,r_snr =   0.8912718       212.5659    
    1746     0.031    3846     0.031  212.56589   0.000061   0.000053  -0.000004
 r_peak,r_snr =   0.8792362       222.0569    
    1846     0.031    3846     0.063  222.05688   0.000065   0.000062  -0.000004
 r_peak,r_snr =   0.8775279       173.7890    
    1946     0.031    3846     0.031  173.78903   0.000068   0.000063  -0.000006
 r_peak,r_snr =   0.8487144       297.1938    
    2046     0.031    3846     0.031  297.19385   0.000081   0.000079  -0.000006
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9116626       490.1318    
     146     0.031    4246     0.125  490.13177   0.000041   0.000035  -0.000002
 r_peak,r_snr =   0.9182714       304.9453    
     246     0.031    4246     0.094  304.94531   0.000039   0.000034  -0.000003
 r_peak,r_snr =   0.9232098       500.2390    
     346     0.031    4246     0.094  500.23904   0.000034   0.000030  -0.000002
 r_peak,r_snr =   0.9153770       235.9659    
     446     0.031    4246     0.094  235.96594   0.000040   0.000036  -0.000003
 r_peak,r_snr =   0.9253198       435.7123    
     546     0.031    4246     0.063  435.71231   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9228730       184.9568    
     646     0.063    4246     0.063  184.95676   0.000040   0.000033  -0.000003
 r_peak,r_snr =   0.9227390       223.4274    
     746     0.031    4246     0.063  223.42741   0.000040   0.000036  -0.000001
 r_peak,r_snr =   0.9242590       335.5172    
     846     0.031    4246     0.063  335.51715   0.000038   0.000032  -0.000003
 r_peak,r_snr =   0.9216760       403.6405    
     946     0.063    4246     0.063  403.64047   0.000037   0.000032  -0.000003
 r_peak,r_snr =   0.9325317       398.2813    
    1046     0.031    4246     0.063  398.28128   0.000031   0.000028  -0.000002
 r_peak,r_snr =   0.9334665       100.4372    
    1146     0.063    4246     0.063  100.43724   0.000035   0.000035  -0.000002
 r_peak,r_snr =   0.9286817       387.4486    
    1246     0.031    4246     0.063  387.44861   0.000033   0.000031  -0.000003
 r_peak,r_snr =   0.9198300       344.5670    
    1346     0.031    4246     0.031  344.56699   0.000039   0.000036  -0.000003
 r_peak,r_snr =   0.9196174       237.0651    
    1446     0.031    4246     0.031  237.06509   0.000042   0.000038  -0.000003
 r_peak,r_snr =   0.9112757       302.6997    
    1546     0.031    4246     0.031  302.69971   0.000044   0.000043  -0.000004
 r_peak,r_snr =   0.8811324       155.8993    
    1646     0.031    4246     0.031  155.89932   0.000067   0.000056  -0.000005
 r_peak,r_snr =   0.9083828       131.2395    
    1746     0.031    4246     0.031  131.23953   0.000051   0.000048  -0.000004
 r_peak,r_snr =   0.8763521       193.0144    
    1846     0.031    4246     0.063  193.01439   0.000071   0.000066  -0.000004
 r_peak,r_snr =   0.8792289       206.8427    
    1946     0.031    4246     0.031  206.84273   0.000068   0.000064  -0.000005
 r_peak,r_snr =   0.8386844       121.8445    
    2046     0.000    4246     0.063  121.84453   0.000102   0.000088  -0.000006
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8622257       376.3440    
     146     0.031    4646     0.125  376.34399   0.000076   0.000062  -0.000003
 r_peak,r_snr =   0.9150971       504.4993    
     246     0.031    4646     0.094  504.49930   0.000041   0.000032  -0.000003
 r_peak,r_snr =   0.9143593       434.7803    
     346     0.031    4646     0.094  434.78027   0.000041   0.000034  -0.000002
 r_peak,r_snr =   0.9120421       332.5476    
     446     0.031    4646     0.094  332.54761   0.000043   0.000036  -0.000003
 r_peak,r_snr =   0.9154515       316.1286    
     546     0.031    4646     0.094  316.12863   0.000040   0.000036  -0.000002
 r_peak,r_snr =   0.9368908       194.0885    
     646     0.031    4646     0.063  194.08853   0.000031   0.000026  -0.000001
 r_peak,r_snr =   0.9082942       71.92628    
     746     0.031    4646     0.063   71.92628   0.000050   0.000042  -0.000002
 r_peak,r_snr =   0.9148019       162.7037    
     846     0.031    4646     0.063  162.70374   0.000043   0.000039  -0.000003
 r_peak,r_snr =   0.9167220       286.3643    
     946     0.031    4646     0.063  286.36435   0.000042   0.000036  -0.000003
 r_peak,r_snr =   0.9352127       150.2545    
    1046     0.031    4646     0.063  150.25446   0.000035   0.000033  -0.000003
 r_peak,r_snr =   0.9248514       241.3013    
    1146     0.031    4646     0.031  241.30133   0.000038   0.000035  -0.000003
 r_peak,r_snr =   0.9205568       328.3773    
    1246     0.031    4646     0.031  328.37729   0.000038   0.000035  -0.000003
 r_peak,r_snr =   0.9095090       291.8894    
    1346     0.031    4646     0.031  291.88940   0.000048   0.000042  -0.000003
 r_peak,r_snr =   0.9194392       180.1239    
    1446     0.031    4646     0.063  180.12386   0.000042   0.000040  -0.000003
 r_peak,r_snr =   0.9168500       132.6423    
    1546     0.063    4646     0.063  132.64233   0.000048   0.000044  -0.000003
 r_peak,r_snr =   0.9037882       89.53282    
    1646     0.063    4646     0.063   89.53282   0.000053   0.000052  -0.000004
 r_peak,r_snr =   0.9002059       237.7793    
    1746     0.031    4646     0.031  237.77933   0.000054   0.000050  -0.000005
 r_peak,r_snr =   0.8553098       106.5655    
    1846     0.031    4646     0.031  106.56549   0.000091   0.000080  -0.000005
 r_peak,r_snr =   0.8647344       85.59771    
    1946     0.031    4646     0.031   85.59771   0.000084   0.000085  -0.000008
 r_peak,r_snr =   0.8686464       209.5726    
    2046     0.031    4646     0.063  209.57256   0.000073   0.000068  -0.000005
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9257186       381.7935    
     146     0.063    5046     0.125  381.79352   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9215057       419.5341    
     246     0.031    5046     0.094  419.53412   0.000037   0.000032  -0.000003
 r_peak,r_snr =   0.9383873       402.7094    
     346     0.031    5046     0.094  402.70935   0.000028   0.000024  -0.000001
 r_peak,r_snr =   0.9236655       345.8636    
     446     0.031    5046     0.094  345.86359   0.000038   0.000031  -0.000002
 r_peak,r_snr =   0.8913866       260.5838    
     546     0.031    5046     0.063  260.58377   0.000057   0.000046  -0.000004
 r_peak,r_snr =   0.8801680       301.3859    
     646     0.031    5046     0.094  301.38589   0.000062   0.000051  -0.000004
 r_peak,r_snr =   0.8966413       311.8301    
     746     0.063    5046     0.063  311.83008   0.000054   0.000046  -0.000004
 r_peak,r_snr =   0.8840189       232.9572    
     846     0.031    5046     0.031  232.95720   0.000061   0.000051  -0.000004
 r_peak,r_snr =   0.9019228       249.9333    
     946     0.031    5046     0.063  249.93332   0.000048   0.000045  -0.000004
 r_peak,r_snr =   0.9177113       115.1278    
    1046     0.063    5046     0.063  115.12778   0.000047   0.000043  -0.000003
 r_peak,r_snr =   0.8897784       234.3854    
    1146     0.031    5046     0.063  234.38538   0.000056   0.000053  -0.000004
 r_peak,r_snr =   0.9029914       140.8827    
    1246     0.031    5046     0.063  140.88271   0.000049   0.000049  -0.000003
 r_peak,r_snr =   0.8916680       242.5450    
    1346     0.031    5046     0.063  242.54498   0.000057   0.000053  -0.000004
 r_peak,r_snr =   0.9195808       195.2258    
    1446     0.031    5046     0.063  195.22580   0.000042   0.000039  -0.000003
 r_peak,r_snr =   0.9020249       182.5300    
    1546     0.031    5046     0.031  182.52995   0.000055   0.000053  -0.000004
 r_peak,r_snr =   0.8971033       115.0095    
    1646     0.031    5046     0.031  115.00954   0.000063   0.000059  -0.000004
 r_peak,r_snr =   0.8819379       250.6706    
    1746     0.031    5046     0.063  250.67064   0.000061   0.000058  -0.000005
 r_peak,r_snr =   0.8831106       189.6487    
    1846     0.031    5046     0.031  189.64874   0.000064   0.000065  -0.000005
 r_peak,r_snr =   0.8598347       251.7626    
    1946     0.031    5046     0.063  251.76265   0.000073   0.000071  -0.000006
 r_peak,r_snr =   0.8826539       88.53582    
    2046     0.031    5046     0.031   88.53582   0.000077   0.000074  -0.000007
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9455714       169.0037    
     146     0.031    5446     0.125  169.00374   0.000027   0.000021  -0.000001
 r_peak,r_snr =   0.9513937       391.3508    
     246     0.031    5446     0.094  391.35083   0.000023   0.000018  -0.000001
 r_peak,r_snr =   0.9512274       267.7998    
     346     0.031    5446     0.094  267.79980   0.000023   0.000020  -0.000001
 r_peak,r_snr =   0.9462279       278.7820    
     446     0.031    5446     0.094  278.78204   0.000026   0.000022  -0.000002
 r_peak,r_snr =   0.9128889       395.1788    
     546     0.063    5446     0.094  395.17883   0.000040   0.000035  -0.000003
 r_peak,r_snr =   0.9320287       506.6888    
     646     0.031    5446     0.063  506.68878   0.000029   0.000027  -0.000002
 r_peak,r_snr =   0.9337872       506.3795    
     746     0.031    5446     0.063  506.37949   0.000031   0.000025  -0.000002
 r_peak,r_snr =   0.9200117       204.3088    
     846     0.031    5446     0.063  204.30884   0.000040   0.000036  -0.000003
 r_peak,r_snr =   0.8945639       554.2766    
     946     0.031    5446     0.063  554.27661   0.000048   0.000042  -0.000003
 r_peak,r_snr =   0.9183998       360.7892    
    1046     0.031    5446     0.063  360.78915   0.000039   0.000035  -0.000002
 r_peak,r_snr =   0.9226038       283.6802    
    1146     0.031    5446     0.063  283.68024   0.000038   0.000034  -0.000004
 r_peak,r_snr =   0.9137130       236.3947    
    1246     0.031    5446     0.063  236.39471   0.000043   0.000040  -0.000003
 r_peak,r_snr =   0.8997521       134.3197    
    1346     0.031    5446     0.063  134.31967   0.000056   0.000057  -0.000004
 r_peak,r_snr =   0.8974975       180.8033    
    1446     0.031    5446     0.063  180.80333   0.000057   0.000049  -0.000003
 r_peak,r_snr =   0.8720004       122.5204    
    1546     0.031    5446     0.031  122.52040   0.000074   0.000069  -0.000005
 r_peak,r_snr =   0.8794145       145.3326    
    1646     0.031    5446     0.063  145.33261   0.000071   0.000068  -0.000005
 r_peak,r_snr =   0.8759610       200.1988    
    1746     0.031    5446     0.031  200.19884   0.000071   0.000062  -0.000004
 r_peak,r_snr =   0.8675311       164.3885    
    1846     0.063    5446     0.031  164.38849   0.000075   0.000070  -0.000007
 r_peak,r_snr =   0.8656058       75.15657    
    1946     0.031    5446     0.031   75.15657   0.000085   0.000085  -0.000008
 r_peak,r_snr =   0.8443205       180.5424    
    2046     0.031    5446     0.031  180.54237   0.000094   0.000086  -0.000008
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9004175       285.7976    
     146     0.031    5846     0.125  285.79761   0.000051   0.000043  -0.000004
 r_peak,r_snr =   0.9649765       68.28709    
     246     0.031    5846     0.094   68.28709   0.000019   0.000017  -0.000001
 r_peak,r_snr =   0.9605942       74.54468    
     346     0.031    5846     0.094   74.54468   0.000021   0.000018  -0.000001
 r_peak,r_snr =   0.9494919       219.7193    
     446     0.031    5846     0.094  219.71933   0.000024   0.000020  -0.000001
 r_peak,r_snr =   0.9542512       137.7124    
     546     0.031    5846     0.094  137.71240   0.000024   0.000021  -0.000001
 r_peak,r_snr =   0.9305767       515.2213    
     646     0.031    5846     0.063  515.22131   0.000030   0.000026  -0.000002
 r_peak,r_snr =   0.9438347       497.7485    
     746     0.031    5846     0.063  497.74854   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9211959       120.4661    
     846     0.031    5846     0.063  120.46608   0.000042   0.000038  -0.000003
 r_peak,r_snr =   0.9197378       332.3926    
     946     0.031    5846     0.063  332.39264   0.000040   0.000033  -0.000003
 r_peak,r_snr =   0.9354935       301.6299    
    1046     0.031    5846     0.063  301.62994   0.000031   0.000029  -0.000002
 r_peak,r_snr =   0.9230756       379.0300    
    1146     0.031    5846     0.063  379.03003   0.000036   0.000033  -0.000003
 r_peak,r_snr =   0.9278262       256.3050    
    1246     0.031    5846     0.063  256.30502   0.000039   0.000033  -0.000002
 r_peak,r_snr =   0.9191278       194.8167    
    1346     0.031    5846     0.063  194.81671   0.000042   0.000040  -0.000002
 r_peak,r_snr =   0.9162130       174.2374    
    1446     0.031    5846     0.063  174.23744   0.000044   0.000042  -0.000004
 r_peak,r_snr =   0.9118568       226.8920    
    1546     0.063    5846     0.063  226.89195   0.000045   0.000040  -0.000003
 r_peak,r_snr =   0.9022723       337.9536    
    1646     0.031    5846     0.063  337.95361   0.000047   0.000043  -0.000004
 r_peak,r_snr =   0.9093615       129.7302    
    1746     0.031    5846     0.063  129.73016   0.000050   0.000048  -0.000003
 r_peak,r_snr =   0.8908450       151.5517    
    1846     0.063    5846     0.063  151.55173   0.000057   0.000058  -0.000004
 r_peak,r_snr =   0.8683477       186.6693    
    1946     0.031    5846     0.063  186.66927   0.000070   0.000064  -0.000005
 r_peak,r_snr =   0.8685451       36.01270    
    2046     0.000    5846     0.031   36.01270   0.000106   0.000136  -0.000009
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.8833873       212.1273    
     146     0.031    3046    -0.156  212.12733   0.000062   0.000049  -0.000004
 r_peak,r_snr =   0.8749442       436.7424    
     246     0.031    3046    -0.156  436.74243   0.000063   0.000052  -0.000004
 r_peak,r_snr =   0.9037266       378.9414    
     346     0.031    3046    -0.125  378.94141   0.000048   0.000038  -0.000003
 r_peak,r_snr =   0.8942592       518.5323    
     446     0.000    3046    -0.125  518.53229   0.000050   0.000040  -0.000004
 r_peak,r_snr =   0.8882394       557.3008    
     546     0.000    3046    -0.094  557.30084   0.000052   0.000044  -0.000003
 r_peak,r_snr =   0.8484434       99.75100    
     646     0.000    3046    -0.094   99.75100   0.000095   0.000085  -0.000006
 r_peak,r_snr =   0.8108554       182.6818    
     746     0.000    3046    -0.063  182.68182   0.000119   0.000103  -0.000007
 r_peak,r_snr =   0.8172750       361.9953    
     846     0.031    3046    -0.063  361.99533   0.000100   0.000090  -0.000007
 r_peak,r_snr =   0.8640931       324.4915    
     946     0.031    3046    -0.063  324.49155   0.000071   0.000062  -0.000005
 r_peak,r_snr =   0.8210907       203.1457    
    1046     0.000    3046    -0.063  203.14574   0.000110   0.000096  -0.000008
 r_peak,r_snr =   0.8417418       188.5251    
    1146     0.000    3046    -0.063  188.52505   0.000088   0.000081  -0.000006
 r_peak,r_snr =   0.8539502       88.68761    
    1246     0.031    3046    -0.063   88.68761   0.000094   0.000085  -0.000006
 r_peak,r_snr =   0.8482500       310.1100    
    1346     0.031    3046    -0.031  310.10999   0.000083   0.000073  -0.000006
 r_peak,r_snr =   0.8318503       270.3383    
    1446     0.031    3046    -0.031  270.33826   0.000097   0.000087  -0.000007
 r_peak,r_snr =   0.8389264       192.7183    
    1546     0.000    3046    -0.063  192.71829   0.000096   0.000094  -0.000008
 r_peak,r_snr =   0.8178551       366.7011    
    1646     0.031    3046    -0.031  366.70111   0.000099   0.000090  -0.000010
 r_peak,r_snr =   0.8288462       125.8368    
    1746     0.031    3046    -0.031  125.83682   0.000108   0.000110  -0.000008
 r_peak,r_snr =   0.8332317       279.6920    
    1846     0.031    3046    -0.031  279.69205   0.000094   0.000087  -0.000006
 r_peak,r_snr =   0.8325992       142.8493    
    1946     0.031    3046    -0.031  142.84927   0.000104   0.000101  -0.000013
 r_peak,r_snr =   0.8135755       90.07117    
    2046     0.031    3046    -0.031   90.07117   0.000127   0.000130  -0.000016
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.8677806       443.4743    
     146     0.031    3446    -0.156  443.47430   0.000070   0.000055  -0.000004
 r_peak,r_snr =   0.8728412       397.3866    
     246     0.031    3446    -0.156  397.38660   0.000069   0.000052  -0.000004
 r_peak,r_snr =   0.8700909       383.0132    
     346     0.031    3446    -0.125  383.01318   0.000067   0.000056  -0.000004
 r_peak,r_snr =   0.8847972       324.3802    
     446     0.031    3446    -0.094  324.38019   0.000060   0.000046  -0.000004
 r_peak,r_snr =   0.8951244       309.4098    
     546     0.000    3446    -0.125  309.40979   0.000054   0.000044  -0.000004
 r_peak,r_snr =   0.8258146       420.1594    
     646     0.000    3446    -0.125  420.15942   0.000096   0.000083  -0.000006
 r_peak,r_snr =   0.7848107       354.6638    
     746     0.031    3446    -0.094  354.66382   0.000127   0.000114  -0.000010
 r_peak,r_snr =   0.8150916       318.7754    
     846     0.031    3446    -0.063  318.77536   0.000105   0.000096  -0.000009
 r_peak,r_snr =   0.8661351       168.2970    
     946     0.031    3446    -0.063  168.29697   0.000078   0.000067  -0.000005
 r_peak,r_snr =   0.8340624       149.8788    
    1046     0.031    3446    -0.094  149.87881   0.000105   0.000093  -0.000008
 r_peak,r_snr =   0.8610842       237.5877    
    1146     0.031    3446    -0.063  237.58769   0.000074   0.000067  -0.000006
 r_peak,r_snr =   0.8758686       121.0770    
    1246     0.031    3446    -0.063  121.07697   0.000077   0.000075  -0.000008
 r_peak,r_snr =   0.8529742       336.4661    
    1346     0.031    3446    -0.031  336.46606   0.000080   0.000073  -0.000006
 r_peak,r_snr =   0.8407620       199.8595    
    1446     0.000    3446    -0.031  199.85945   0.000089   0.000089  -0.000008
 r_peak,r_snr =   0.8554119       307.0972    
    1546     0.000    3446    -0.063  307.09720   0.000078   0.000073  -0.000007
 r_peak,r_snr =   0.8459695       285.4717    
    1646     0.031    3446    -0.031  285.47168   0.000085   0.000080  -0.000007
 r_peak,r_snr =   0.8472170       309.4145    
    1746     0.031    3446    -0.031  309.41449   0.000078   0.000077  -0.000007
 r_peak,r_snr =   0.8343664       174.9922    
    1846     0.000    3446    -0.031  174.99225   0.000104   0.000096  -0.000009
 r_peak,r_snr =   0.8530666       78.59613    
    1946     0.031    3446    -0.031   78.59613   0.000097   0.000098  -0.000009
 r_peak,r_snr =   0.8465580       48.09493    
    2046     0.031    3446    -0.031   48.09493   0.000110   0.000111  -0.000009
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.8363791       419.3456    
     146     0.031    3846    -0.156  419.34564   0.000091   0.000069  -0.000006
 r_peak,r_snr =   0.8604605       438.4815    
     246     0.031    3846    -0.156  438.48151   0.000075   0.000059  -0.000005
 r_peak,r_snr =   0.8762227       472.4427    
     346     0.031    3846    -0.125  472.44275   0.000063   0.000049  -0.000003
 r_peak,r_snr =   0.8639094       536.0317    
     446     0.031    3846    -0.094  536.03168   0.000064   0.000057  -0.000005
 r_peak,r_snr =   0.8700017       189.0198    
     546     0.000    3846    -0.125  189.01976   0.000075   0.000067  -0.000006
 r_peak,r_snr =   0.8293956       307.0681    
     646     0.031    3846    -0.094  307.06805   0.000094   0.000080  -0.000006
 r_peak,r_snr =   0.8518057       58.08796    
     746     0.031    3846    -0.094   58.08796   0.000100   0.000087  -0.000006
 r_peak,r_snr =   0.8201573       227.1177    
     846     0.000    3846    -0.094  227.11766   0.000106   0.000096  -0.000008
 r_peak,r_snr =   0.8770157       367.2728    
     946     0.031    3846    -0.063  367.27280   0.000064   0.000055  -0.000004
 r_peak,r_snr =   0.8615104       311.1819    
    1046     0.031    3846    -0.063  311.18185   0.000073   0.000062  -0.000005
 r_peak,r_snr =   0.8333737       353.6039    
    1146     0.031    3846    -0.063  353.60391   0.000092   0.000080  -0.000006
 r_peak,r_snr =   0.8553706       166.6904    
    1246     0.031    3846    -0.031  166.69038   0.000084   0.000078  -0.000005
 r_peak,r_snr =   0.8602959       331.5648    
    1346     0.000    3846    -0.063  331.56479   0.000074   0.000065  -0.000006
 r_peak,r_snr =   0.8549477       216.6729    
    1446     0.031    3846    -0.031  216.67287   0.000082   0.000078  -0.000008
 r_peak,r_snr =   0.8459696       356.9448    
    1546     0.031    3846    -0.031  356.94476   0.000083   0.000076  -0.000007
 r_peak,r_snr =   0.8212895       374.9558    
    1646     0.000    3846    -0.063  374.95584   0.000096   0.000089  -0.000008
 r_peak,r_snr =   0.8289042       176.3057    
    1746     0.031    3846    -0.031  176.30568   0.000109   0.000103  -0.000008
 r_peak,r_snr =   0.8194904       189.4972    
    1846     0.000    3846    -0.063  189.49719   0.000110   0.000110  -0.000008
 r_peak,r_snr =   0.8319645       156.2278    
    1946     0.031    3846    -0.031  156.22783   0.000103   0.000100  -0.000010
 r_peak,r_snr =   0.8176424       263.8062    
    2046     0.031    3846    -0.031  263.80615   0.000105   0.000104  -0.000008
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.7983770       388.8867    
     146     0.031    4246    -0.156  388.88675   0.000117   0.000099  -0.000007
 r_peak,r_snr =   0.8109737       253.7253    
     246     0.031    4246    -0.156  253.72527   0.000110   0.000097  -0.000008
 r_peak,r_snr =   0.8652696       441.2653    
     346     0.031    4246    -0.125  441.26529   0.000067   0.000057  -0.000005
 r_peak,r_snr =   0.8332038       182.7263    
     446     0.031    4246    -0.125  182.72627   0.000093   0.000085  -0.000007
 r_peak,r_snr =   0.8218080       355.6927    
     546     0.031    4246    -0.094  355.69269   0.000101   0.000086  -0.000007
 r_peak,r_snr =   0.8352856       155.8771    
     646     0.000    4246    -0.094  155.87711   0.000101   0.000085  -0.000007
 r_peak,r_snr =   0.8259073       178.2761    
     746     0.031    4246    -0.094  178.27612   0.000110   0.000099  -0.000004
 r_peak,r_snr =   0.8119684       292.1951    
     846     0.031    4246    -0.063  292.19513   0.000115   0.000096  -0.000009
 r_peak,r_snr =   0.8038227       341.7582    
     946     0.000    4246    -0.094  341.75824   0.000114   0.000100  -0.000010
 r_peak,r_snr =   0.8347940       342.4645    
    1046     0.031    4246    -0.063  342.46448   0.000090   0.000085  -0.000007
 r_peak,r_snr =   0.8692180       88.00613    
    1146     0.000    4246    -0.063   88.00613   0.000078   0.000080  -0.000005
 r_peak,r_snr =   0.8665671       362.2542    
    1246     0.031    4246    -0.063  362.25415   0.000070   0.000064  -0.000006
 r_peak,r_snr =   0.8569340       293.7696    
    1346     0.031    4246    -0.063  293.76959   0.000079   0.000075  -0.000007
 r_peak,r_snr =   0.8449087       201.1431    
    1446     0.031    4246    -0.031  201.14310   0.000094   0.000087  -0.000008
 r_peak,r_snr =   0.8524243       269.4689    
    1546     0.031    4246    -0.031  269.46890   0.000082   0.000081  -0.000008
 r_peak,r_snr =   0.8202828       127.0836    
    1646     0.000    4246    -0.063  127.08356   0.000117   0.000101  -0.000011
 r_peak,r_snr =   0.8537033       112.0394    
    1746     0.000    4246    -0.031  112.03944   0.000093   0.000090  -0.000008
 r_peak,r_snr =   0.8273457       166.5896    
    1846     0.000    4246    -0.063  166.58963   0.000113   0.000107  -0.000009
 r_peak,r_snr =   0.8288263       180.4714    
    1946     0.031    4246    -0.063  180.47144   0.000108   0.000108  -0.000009
 r_peak,r_snr =   0.8356673       126.7689    
    2046     0.063    4246    -0.031  126.76894   0.000105   0.000092  -0.000006
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.6637660       255.6947    
     146     0.031    4646    -0.156  255.69475   0.000275   0.000233  -0.000014
 r_peak,r_snr =   0.8220371       420.8785    
     246     0.031    4646    -0.125  420.87848   0.000101   0.000079  -0.000007
 r_peak,r_snr =   0.7869354       353.2477    
     346     0.000    4646    -0.125  353.24771   0.000129   0.000107  -0.000009
 r_peak,r_snr =   0.8123120       268.9697    
     446     0.031    4646    -0.125  268.96967   0.000112   0.000091  -0.000007
 r_peak,r_snr =   0.8243911       260.7530    
     546     0.031    4646    -0.125  260.75302   0.000098   0.000088  -0.000006
 r_peak,r_snr =   0.8786309       169.2822    
     646     0.000    4646    -0.094  169.28221   0.000067   0.000056  -0.000003
 r_peak,r_snr =   0.8126423       57.59585    
     746     0.000    4646    -0.125   57.59585   0.000127   0.000112  -0.000007
 r_peak,r_snr =   0.7932698       116.9698    
     846     0.031    4646    -0.063  116.96982   0.000134   0.000125  -0.000012
 r_peak,r_snr =   0.8087586       240.8697    
     946     0.031    4646    -0.094  240.86969   0.000119   0.000105  -0.000010
 r_peak,r_snr =   0.8640550       136.5354    
    1046     0.031    4646    -0.063  136.53543   0.000084   0.000082  -0.000008
 r_peak,r_snr =   0.8558650       206.9131    
    1146     0.031    4646    -0.063  206.91313   0.000082   0.000080  -0.000008
 r_peak,r_snr =   0.8413385       293.8515    
    1246     0.031    4646    -0.031  293.85150   0.000086   0.000082  -0.000007
 r_peak,r_snr =   0.8329338       246.7722    
    1346     0.031    4646    -0.031  246.77220   0.000102   0.000094  -0.000008
 r_peak,r_snr =   0.8457907       148.8408    
    1446     0.031    4646    -0.063  148.84082   0.000094   0.000092  -0.000007
 r_peak,r_snr =   0.8394966       112.8164    
    1546     0.031    4646    -0.031  112.81639   0.000109   0.000107  -0.000009
 r_peak,r_snr =   0.8300355       72.94704    
    1646     0.000    4646    -0.063   72.94704   0.000111   0.000115  -0.000010
 r_peak,r_snr =   0.8505773       211.4285    
    1746     0.031    4646    -0.031  211.42845   0.000089   0.000088  -0.000010
 r_peak,r_snr =   0.7840542       86.76532    
    1846     0.031    4646    -0.063   86.76532   0.000162   0.000154  -0.000012
 r_peak,r_snr =   0.8252004       72.91713    
    1946     0.000    4646    -0.063   72.91713   0.000118   0.000131  -0.000012
 r_peak,r_snr =   0.8236277       184.2859    
    2046     0.031    4646    -0.031  184.28595   0.000108   0.000103  -0.000009
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.8131016       310.9119    
     146     0.031    5046    -0.188  310.91190   0.000108   0.000092  -0.000006
 r_peak,r_snr =   0.7965115       325.2130    
     246     0.031    5046    -0.156  325.21304   0.000121   0.000102  -0.000009
 r_peak,r_snr =   0.8679515       334.9429    
     346     0.031    5046    -0.125  334.94290   0.000067   0.000060  -0.000004
 r_peak,r_snr =   0.8745143       346.2747    
     446     0.000    5046    -0.125  346.27472   0.000067   0.000056  -0.000004
 r_peak,r_snr =   0.8362155       221.5683    
     546     0.000    5046    -0.125  221.56828   0.000094   0.000082  -0.000007
 r_peak,r_snr =   0.7768665       252.9865    
     646     0.031    5046    -0.094  252.98647   0.000141   0.000118  -0.000010
 r_peak,r_snr =   0.7781006       248.8002    
     746     0.000    5046    -0.063  248.80023   0.000142   0.000127  -0.000012
 r_peak,r_snr =   0.7909119       181.3246    
     846     0.031    5046    -0.031  181.32457   0.000130   0.000115  -0.000011
 r_peak,r_snr =   0.8238784       216.6690    
     946     0.031    5046    -0.063  216.66899   0.000101   0.000098  -0.000009
 r_peak,r_snr =   0.8408148       96.31635    
    1046     0.000    5046    -0.094   96.31635   0.000107   0.000099  -0.000006
 r_peak,r_snr =   0.8127850       199.4143    
    1146     0.031    5046    -0.063  199.41434   0.000110   0.000110  -0.000010
 r_peak,r_snr =   0.8299687       115.5669    
    1246     0.031    5046    -0.063  115.56686   0.000101   0.000106  -0.000007
 r_peak,r_snr =   0.7982601       199.6759    
    1346     0.000    5046    -0.063  199.67587   0.000124   0.000125  -0.000011
 r_peak,r_snr =   0.8465160       167.4652    
    1446     0.031    5046    -0.063  167.46516   0.000093   0.000092  -0.000007
 r_peak,r_snr =   0.8382518       157.4287    
    1546     0.031    5046    -0.063  157.42867   0.000103   0.000110  -0.000009
 r_peak,r_snr =   0.8353439       97.06956    
    1646     0.031    5046    -0.031   97.06956   0.000117   0.000114  -0.000009
 r_peak,r_snr =   0.8152344       221.5478    
    1746     0.031    5046    -0.063  221.54784   0.000109   0.000108  -0.000010
 r_peak,r_snr =   0.8130422       160.6344    
    1846     0.000    5046    -0.063  160.63435   0.000120   0.000130  -0.000012
 r_peak,r_snr =   0.8191363       221.1904    
    1946     0.000    5046    -0.031  221.19044   0.000104   0.000105  -0.000009
 r_peak,r_snr =   0.8441483       77.24314    
    2046     0.031    5046    -0.031   77.24314   0.000112   0.000116  -0.000013
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.8762254       129.4607    
     146     0.031    5446    -0.188  129.46068   0.000069   0.000056  -0.000003
 r_peak,r_snr =   0.8898917       337.8237    
     246     0.031    5446    -0.156  337.82373   0.000058   0.000046  -0.000003
 r_peak,r_snr =   0.9007265       230.7019    
     346     0.031    5446    -0.125  230.70192   0.000052   0.000045  -0.000003
 r_peak,r_snr =   0.8583080       243.3875    
     446     0.031    5446    -0.125  243.38747   0.000079   0.000070  -0.000005
 r_peak,r_snr =   0.7858151       318.1582    
     546     0.000    5446    -0.125  318.15817   0.000123   0.000108  -0.000007
 r_peak,r_snr =   0.8462457       448.2406    
     646     0.031    5446    -0.094  448.24060   0.000076   0.000072  -0.000006
 r_peak,r_snr =   0.8373249       432.7372    
     746     0.031    5446    -0.094  432.73721   0.000088   0.000073  -0.000007
 r_peak,r_snr =   0.7981273       162.5590    
     846     0.000    5446    -0.063  162.55898   0.000128   0.000117  -0.000008
 r_peak,r_snr =   0.7431231       423.1977    
     946     0.031    5446    -0.094  423.19772   0.000152   0.000138  -0.000013
 r_peak,r_snr =   0.8119937       304.6407    
    1046     0.031    5446    -0.063  304.64072   0.000109   0.000098  -0.000007
 r_peak,r_snr =   0.8469269       237.4580    
    1146     0.031    5446    -0.063  237.45802   0.000088   0.000082  -0.000009
 r_peak,r_snr =   0.8404111       186.1573    
    1246     0.031    5446    -0.063  186.15730   0.000093   0.000090  -0.000009
 r_peak,r_snr =   0.8372058       116.8821    
    1346     0.031    5446    -0.063  116.88210   0.000106   0.000114  -0.000009
 r_peak,r_snr =   0.8236254       165.5155    
    1446     0.031    5446    -0.063  165.51547   0.000113   0.000102  -0.000007
 r_peak,r_snr =   0.7911985       99.97561    
    1546     0.031    5446    -0.063   99.97561   0.000146   0.000144  -0.000011
 r_peak,r_snr =   0.8305047       120.1906    
    1646     0.000    5446    -0.063  120.19057   0.000115   0.000110  -0.000009
 r_peak,r_snr =   0.8124127       169.2108    
    1746     0.063    5446    -0.031  169.21082   0.000123   0.000110  -0.000009
 r_peak,r_snr =   0.8147126       139.3748    
    1846     0.000    5446    -0.063  139.37477   0.000119   0.000120  -0.000012
 r_peak,r_snr =   0.8266873       66.08847    
    1946     0.031    5446    -0.031   66.08847   0.000124   0.000133  -0.000016
 r_peak,r_snr =   0.8136250       160.0230    
    2046     0.031    5446    -0.031  160.02303   0.000122   0.000114  -0.000011
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.7493157       207.5262    
     146     0.063    5846    -0.156  207.52623   0.000174   0.000146  -0.000014
 r_peak,r_snr =   0.9186703       56.95187    
     246     0.031    5846    -0.156   56.95187   0.000050   0.000044  -0.000004
 r_peak,r_snr =   0.9024458       62.56724    
     346     0.031    5846    -0.156   62.56724   0.000058   0.000049  -0.000004
 r_peak,r_snr =   0.8863959       204.9563    
     446     0.000    5846    -0.125  204.95625   0.000060   0.000053  -0.000004
 r_peak,r_snr =   0.8926028       120.0488    
     546     0.000    5846    -0.094  120.04876   0.000064   0.000061  -0.000004
 r_peak,r_snr =   0.8237762       416.5017    
     646     0.031    5846    -0.094  416.50168   0.000093   0.000082  -0.000007
 r_peak,r_snr =   0.8708892       431.3401    
     746     0.031    5846    -0.094  431.34015   0.000066   0.000054  -0.000005
 r_peak,r_snr =   0.7995989       96.06545    
     846     0.000    5846    -0.094   96.06545   0.000135   0.000124  -0.000011
 r_peak,r_snr =   0.8088064       293.5591    
     946     0.000    5846    -0.094  293.55905   0.000114   0.000097  -0.000010
 r_peak,r_snr =   0.8681067       270.0998    
    1046     0.000    5846    -0.063  270.09979   0.000072   0.000070  -0.000006
 r_peak,r_snr =   0.8625520       338.9348    
    1146     0.031    5846    -0.063  338.93481   0.000074   0.000068  -0.000007
 r_peak,r_snr =   0.8618030       230.4790    
    1246     0.000    5846    -0.094  230.47896   0.000086   0.000074  -0.000006
 r_peak,r_snr =   0.8411589       166.8944    
    1346     0.031    5846    -0.063  166.89442   0.000096   0.000093  -0.000006
 r_peak,r_snr =   0.8378007       153.6203    
    1446     0.031    5846    -0.063  153.62033   0.000101   0.000102  -0.000011
 r_peak,r_snr =   0.8549048       186.3714    
    1546     0.031    5846    -0.031  186.37144   0.000082   0.000077  -0.000006
 r_peak,r_snr =   0.8570483       292.2605    
    1646     0.031    5846    -0.063  292.26047   0.000076   0.000071  -0.000006
 r_peak,r_snr =   0.8615347       115.5540    
    1746     0.031    5846    -0.063  115.55405   0.000084   0.000085  -0.000005
 r_peak,r_snr =   0.8293738       139.4823    
    1846     0.000    5846    -0.063  139.48230   0.000101   0.000107  -0.000009
 r_peak,r_snr =   0.8269210       182.0702    
    1946     0.031    5846    -0.031  182.07021   0.000101   0.000095  -0.000008
 r_peak,r_snr =   0.8574194       34.74158    
    2046     0.063    5846    -0.031   34.74158   0.000119   0.000160  -0.000011
   ************************************************** 
   *****                                        ***** 
   *****      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
Fri Apr 12 14:23:34 PDT 2002
Fri Apr 12 14:23:34 PDT 2002
[1] 529364
[1]  + Done                 chmod 777 batch_l_setup
[1] 531895

 *****************************************************
 *                                                   *
 *           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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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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
 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
 Honeywell EGI98Fall for gps-hgt        9109       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30882       92.61475       94.20227     0.4714546      0
 trc             90.66287       89.91670       91.58457     0.5399758      0
 tgs            216.59107      216.39063      217.14063     0.1869538      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        0.78003     0.0658214      0
 lati            63.79498       63.79497       63.79499     0.0000068      0
 loni          -144.94854     -144.98070     -144.91639     0.0185840      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.05863     7479.70232     0.4261370      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98070     -144.35622     0.1802703      0
 hwalt         7481.00964     7478.05863     7483.70432     1.6767775      0
 hwev           216.57355      216.31800      217.14800     0.2047359      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392498      0
 hwuv             0.01523       -0.39000        0.40800     0.1617817      0
 hwroll          -0.36957       -2.12036        1.04370     0.8582916      0
 hwpitch          0.64187        0.52185        0.78003     0.0657094      0
 hwhdg           93.30955       92.61475       94.20227     0.4715016      0
 hwtrc           90.66383       89.91670       91.58457     0.5399040      0
 hwtgs          216.59037      216.39063      217.14063     0.1861336      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   25522406.66293187    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8274120431037791       4.893531030238681    
   -4.858108659443752    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000066      0
 loni          -144.94854     -144.98063     -144.91646     0.0185838      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.78370     7479.79374     0.2244725      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98063     -144.35628     0.1802703      0
 hwalt         7481.00965     7478.06405     7483.70427     1.6767768      0
 hwev           216.57355      216.31800      217.14700     0.2047356      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392502      0
 hwuv             0.01523       -0.39000        0.40800     0.1617835      0
 hwroll          -0.36958       -2.10938        1.04370     0.8582782      0
 hwpitch          0.64187        0.52185        0.78003     0.0657083      0
 hwhdg           93.30956       92.62024       94.20227     0.4715119      0
 hwtrc           90.66384       89.91723       91.58430     0.5399079      0
 hwtgs          216.59042      216.39063      217.14063     0.1861293      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109603024032    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118537
 gmt sec s e =    25522264.31300000       25522404.99951961    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.812390142      -1647563.707913460    
    5706236.213752565    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414631236      -2.519612361810037       30718.80211198701    
 Ellipsoidal delta s (m) =   0.2593923809973064    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196890507858193E-05  2.4007056980778021E-03   30718.80246852189    
 Delta s on reference surface =   0.2593923840079196    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_l.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 1.0743025994121016E-03
 Standard deviation of difference =   2.3494063238303198E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223711    
   4.1994279578119631E-02 -2.5072935833758692E-04
 Cross track fit coefficients =    3.994651237442828    
   1.5852878896408712E-02 -7.6363858439722492E-05
 Along track fit coefficients =   -6.765942097934490    
  -5.0444480567548855E-03  7.2643243004730761E-06
 avg alt (1):   7497.642125223711    
  alt r_avgrefh:   7501.883220096192    
 i_yearind p-hgt t-hgt:       20008   7497.642125223711       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262743    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3957.617329248784    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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/air76/airops/1376/ts1376_l.mocomp                      
 Name of the H-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_l.mocomph                     
 Name of the V-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_hh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_hh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_hh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_hh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (58.06887,0.0000000E+00) (-4.466836,0.0000000E+00)
 (0.0000000E+00,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.8685562E+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)    :   86.87914    Power RMS:  4.9410589E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   22077.92    Amp.  RMS:   29.39388    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.86945    Phase RMS:  0.1210307    
 Incoherent PH 1st:   88.81744    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.87736    
 CalTone Power Coherently dB  :   86.87914    
 Incoherent PW  - Coherent PW : -1.7776489E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   22072.32    
 CalTone Amplitude Coherently   :   22077.92    
 Incoherent Amp.- Coherent Amp. :  -5.595703    
       ------------ *** ------------
 running time (sec):      5.30
  ********** 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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_hv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_hv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_hv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_hv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (53.60204,0.0000000E+00) (-8.933673,0.0000000E+00)
 (-40.20153,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.7922285E+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)    :   89.43871    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29644.00    Amp.  RMS:   30.98387    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   32.38180    Phase RMS:  7.5745001E-02
 Incoherent PH 1st:   32.42895    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.42999    
 CalTone Power Coherently dB  :   89.43871    
 Incoherent PW  - Coherent PW : -8.7203979E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29751.15    
 CalTone Amplitude Coherently   :   29644.00    
 Incoherent Amp.- Coherent Amp. :   107.1543    
       ------------ *** ------------
 running time (sec):      4.88
  ********** 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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_vh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_vh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_vh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_vh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (0.0000000E+00,0.0000000E+00)
 (-8.933673,0.0000000E+00) (-62.53571,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9190227E+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)    :   86.91762    Power RMS:  7.3287748E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   22175.81    Amp.  RMS:   33.94112    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.96771    Phase RMS:  0.1210307    
 Incoherent PH 1st:   89.01101    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.91578    
 CalTone Power Coherently dB  :   86.91762    
 Incoherent PW  - Coherent PW : -1.8386841E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   22357.13    
 CalTone Amplitude Coherently   :   22175.81    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   181.3203    
       ------------ *** ------------
 running time (sec):      4.75
  ********** 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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_vv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_vv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_vv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_vv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (0.0000000E+00,0.0000000E+00)
 (-58.06887,0.0000000E+00) (-22.33418,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.8100301E+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)    :   89.45522    Power RMS:  5.8463398E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29700.32    Amp.  RMS:   33.94112    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   32.34027    Phase RMS:  8.9758791E-02
 Incoherent PH 1st:   32.40705    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.46181    
 CalTone Power Coherently dB  :   89.45522    
 Incoherent PW  - Coherent PW :  6.5841675E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29861.48    
 CalTone Amplitude Coherently   :   29700.32    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   161.1602    
       ------------ *** ------------
 running time (sec):      4.69
  ********** 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: 
    175.0687     -5.6036573E-04
  z fit: constant and linear terms: 
   0.8293583      9.9556819E-05
  y and z standard deviations (meters)  0.2610294      0.4313881    
  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 =   0.1605218      0.1571548      0.1584556      0.1616766    
 Differences =   1.0696352E-03 -2.2974312E-03 -9.9661946E-04  2.2244304E-03
  PATCH NUMER            2
 First line =        3493
 last black mod_64:          52       10240        3493        8192
  Averages =   0.1572017      0.1613535      0.1617386      0.1619732    
 Differences =  -3.3650547E-03  7.8670681E-04  1.1718571E-03  1.4064163E-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/air71/airops/1376/sensor_setup.hh00l                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/l_hh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lh                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0024000E-02
 reading motion compensation data
 WAYNE read motion compen   0.1845010    
 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   0.1365360    
 start range comp, time =      0.340

 WAYNE PREV  0.3399290    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==w out           3       -1998
Fri Apr 12 14:27:35 PDT 2002
Fri Apr 12 14:27:35 PDT 2002
Fri Apr 12 14:27:35 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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 Honeywell EGI98Fall for gps-hgt        9110       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30870       78.85437       94.20227     0.4732960      0
 trc             90.66250       45.00006       91.58457     0.5558371      0
 tgs            216.59090      196.76563      217.14063     0.1955197      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        1.20300     0.0658405      0
 lati            63.79498       63.79497       63.79499     0.0000055      0
 loni          -144.94855     -144.98070     -144.91646     0.0185695      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10934     7478.05863     7479.70232     0.4262745      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           63.79375       63.79178       63.79499     0.0009141      0
 hwlon         -144.66836     -144.98070     -144.35622     0.1802806      0
 hwalt         7481.00940     7478.05863     7483.70432     1.6768508      0
 hwev           216.57359      216.31800      217.14800     0.2047581      0
 hwnv            -2.50770       -5.98300        0.31300     2.0393148      0
 hwuv             0.01523       -0.39000        0.40800     0.1617728      0
 hwroll          -0.36954       -2.12036        1.04370     0.8582490      0
 hwpitch          0.64193        0.52185        1.20300     0.0659682      0
 hwhdg           93.30797       78.85437       94.20227     0.4952004      0
 hwtrc           90.65882       45.00006       91.58457     0.7213379      0
 hwtgs          216.58819      196.76563      217.14063     0.2788885      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   25522406.66183756    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8276807638750815       4.897976413699386    
   -4.863968513183881    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000055      0
 loni          -144.94855     -144.98063     -144.91653     0.0185692      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10934     7478.78391     7479.79177     0.2240438      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           63.79375       63.79178       63.79499     0.0009141      0
 hwlon         -144.66836     -144.98063     -144.35628     0.1802806      0
 hwalt         7481.00940     7478.06405     7483.70427     1.6768501      0
 hwev           216.57359      216.31800      217.14700     0.2047578      0
 hwnv            -2.50770       -5.98300        0.31300     2.0393152      0
 hwuv             0.01523       -0.39000        0.40800     0.1617746      0
 hwroll          -0.36955       -2.10938        1.04370     0.8582356      0
 hwpitch          0.64188        0.52185        0.78003     0.0657149      0
 hwhdg           93.30950       92.62024       94.20227     0.4715188      0
 hwtrc           90.66376       89.91723       91.58430     0.5399251      0
 hwtgs          216.59046      216.39063      217.14063     0.1861514      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109343331202    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118538
 gmt sec s e =    25522264.31300000       25522404.99961429    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.800750852      -1647563.724774795    
    5706236.213585423    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414568533      -2.519612354565623       30718.82257704924    
 Ellipsoidal delta s (m) =   0.2593903634901605    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196933107709692E-05  2.4007088977785595E-03   30718.82293342567    
 Delta s on reference surface =   0.2593903664994103    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_p.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 2.9523679673353770E-04
 Standard deviation of difference =   2.8859899233577235E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223733    
   4.1994279585395589E-02 -2.5072935840131372E-04
 Cross track fit coefficients =    3.994615393481095    
   1.5853717131401504E-02 -7.6368251194058119E-05
 Along track fit coefficients =   -6.765879648077306    
  -5.0459294729692517E-03  7.2722149267511003E-06
 avg alt (1):   7497.642125223733    
  alt r_avgrefh:   7501.883220096279    
 i_yearind p-hgt t-hgt:       20008   7497.642125223733       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262685    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           8031.112352849635    
 Start ground range =    4113.550683352516    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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/air76/airops/1376/ts1376_p.mocomp                      
 Name of the H-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_p.mocomph                     
 Name of the V-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_hh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_hh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_hh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_hh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-25.29822,0.0000000E+00) (22.13594,0.0000000E+00)
 (-44.27189,0.0000000E+00)
 attenuation (dB):    10.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3850440E+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)    :   93.77448    Power RMS:  4.4194173E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48834.06    Amp.  RMS:   53.06600    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   153.7409    Phase RMS:  6.2500000E-02
 Incoherent PH 1st:   153.8351    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.77025    
 CalTone Power Coherently dB  :   93.77448    
 Incoherent PW  - Coherent PW : -4.2266846E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48809.75    
 CalTone Amplitude Coherently   :   48834.06    
 Incoherent Amp.- Coherent Amp. :  -24.31250    
       ------------ *** ------------
 running time (sec):      5.15
  ********** 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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_hv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_hv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_hv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_hv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (51.87682,0.0000000E+00) (-51.87682,0.0000000E+00)
 (41.90051,0.0000000E+00)
 attenuation (dB):    6.000001    
 no_loop:          64
 Pulse#/no_loop:           1        1073  3.0350269E+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)    :   94.81888    Power RMS:  0.0000000E+00
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   55073.61    Amp.  RMS:   22.62742    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   11.37940    Phase RMS:  9.0351827E-02
 Incoherent PH 1st:   11.47119    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   94.82102    
 CalTone Power Coherently dB  :   94.81888    
 Incoherent PW  - Coherent PW :  2.1438599E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   55394.05    
 CalTone Amplitude Coherently   :   55073.61    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   320.4453    
       ------------ *** ------------
 running time (sec):      5.00
  ********** 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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_vh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_vh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_vh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_vh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (-41.20722,0.0000000E+00) (42.79212,0.0000000E+00)
 (-44.37701,0.0000000E+00)
 attenuation (dB):    4.000000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3488154E+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)    :   93.70485    Power RMS:  3.1250000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48444.24    Amp.  RMS:   39.19184    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   153.8360    Phase RMS:  7.6546557E-02
 Incoherent PH 1st:   153.8795    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.70409    
 CalTone Power Coherently dB  :   93.70485    
 Incoherent PW  - Coherent PW : -7.6293945E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48788.29    
 CalTone Amplitude Coherently   :   48444.24    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   344.0469    
       ------------ *** ------------
 running time (sec):      4.99
  ********** 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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_vv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_vv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_vv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_vv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       10176
           64-Loop Count:         158
 cmplx raw(1 2 3): (47.77287,0.0000000E+00) (-71.65929,0.0000000E+00)
 (67.67822,0.0000000E+00)
 attenuation (dB):    12.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  3.3005422E+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)    :   95.20371    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   57568.54    Amp.  RMS:   76.73331    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   9.870335    Phase RMS:  0.1133822    
 Incoherent PH 1st:   9.878644    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   95.20815    
 CalTone Power Coherently dB  :   95.20371    
 Incoherent PW  - Coherent PW :  4.4403076E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   57903.95    
 CalTone Amplitude Coherently   :   57568.54    
  WARNING!!! CalTone freq is drifting!!!
 Incoherent Amp.- Coherent Amp. :   335.4141    
       ------------ *** ------------
 running time (sec):      4.57
  ********** 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: 
    175.0688     -5.6036573E-04
  z fit: constant and linear terms: 
   0.8293580      9.9556702E-05
  y and z standard deviations (meters)  0.2610293      0.4313880    
  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 =   5.6654762E-02  5.5466387E-02  5.5925500E-02  5.7062335E-02
 Differences =   3.7751347E-04 -8.1086159E-04 -3.5174936E-04  7.8508630E-04
  PATCH NUMER            2
 First line =        3493
 last black mod_64:          52       10240        3493        8192
  Averages =   5.5482954E-02  5.6948282E-02  5.7084218E-02  5.7167001E-02
 Differences =  -1.1876673E-03  2.7766079E-04  4.1359663E-04  4.9638003E-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/air71/airops/1376/sensor_setup.pp_2000                 

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_hh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ph                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0031002E-02
 reading motion compensation data
 WAYNE read motion compen   0.1848400    
 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   0.1368980    
 start range comp, time =      0.341

 WAYNE PREV  0.3411730    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==w out           3       -1998
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.479 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.84045100212097    
 ATTN ifrq ipol ln           4           1        8192   13.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.0699920654296875E-03
 TESTING  0.0000000E+00   172.0540       3.476610    
 WAYNE Motion comp. added to patch, time =    12.18540799617767    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7800331115722656E-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   172.0540       3.476610    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    132.8841040134430    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9646589756011963    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   181.8853659629822    
 ==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     0.487 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.18131804466248    
 ATTN ifrq ipol ln           4           1       10239   13.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996082    
  shift in azimuth *fractional pixel=  -0.4996082       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3969831466674805E-03
 WAYNE Motion comp. added to patch, time =    12.91058504581451    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9599199295043945E-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 =    176.6086220741272    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9184230566024780    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   226.6302970647812    
 ==w out           3        4195
            1      531583           0
            2      531449           0
            3      531416           0
            4      531181           0
            5      531836           0
            6      531950           0
            7      531848           0
            8      531327           0
            9      531667           0
           10      531771           0
           11      531615           0
           12      531815           0
           13      531654           0
           14      531494           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    1.6548991203308105E-02
 WAYNE LOOP TIME:     241.1028659343719    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.hh_j                        
 /mnt/air76/airops/1376/ts1376_l.mocomph                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
 lat1 lon1:         504   63.83047      -144.9749            8384
 last ra n_ns ns:   7952.758               0           1        8887
         8384
 lati loni:        8887   63.83049      -144.8778            8887           1
 center ra n_ns ns:   12213.11            1279        1279        4695
         8384
 lati loni:        4695   63.86891      -144.9236            4695        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.hh_j                        
 WAYNE FINAL PROCESS   241.4486910104752    

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.hh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lh                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.TT                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.302431106567383    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          504   504.1374       1434.437     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          505   505.3853       1453.664     -0.4996082     -0.4996082    
         3155        3107           1         -49
 patch iptc,sj,dgj,dgi,id:           2        3107         505         504
          -49
  half line dmj dgc:           0        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3154

         3155        5203           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5203         505         505
         2096
  half line dmj dgc:           1        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5203        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        5202

 ia dmi dgi:        5203        1454         505
   Writing the last         3045 lines
 last half sj>s1        8248        5203        5202
 WAYNE done patche    11.84715306758881    
  Total # of output lines =         8247

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8247
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    12.02377009391785    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.hv00l                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/l_hv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lh                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0079999E-02
 reading motion compensation data
 WAYNE read motion compen   0.1854810    
 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   0.1371770    
 start range comp, time =      0.341

 WAYNE PREV  0.3422290    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==w out           3       -1998
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.349 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.98202705383301    
 ATTN ifrq ipol ln           0           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1869363784790039E-03
 TESTING  0.0000000E+00   171.3662       1.667980    
 WAYNE Motion comp. added to patch, time =    12.14195203781128    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8039941787719727E-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   171.3662       1.667980    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    124.7617260217667    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7873059511184692    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   173.6838079690933    
 ==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     0.364 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.52920496463776    
 ATTN ifrq ipol ln           0           1       10239   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996082    
  shift in azimuth *fractional pixel=  -0.4996082       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.9100599288940430E-03
 WAYNE Motion comp. added to patch, time =    12.56188094615936    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8140077590942383E-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 =    136.6396700143814    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8312669992446899    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   186.5739430189133    
 ==w out           3        4195
            1      531868           0
            2      531887           0
            3      531693           0
            4      531794           0
            5      531893           0
            6      531661           0
            7      531579           0
            8      531915           0
            9      531808           0
           10      531614           0
           11      531493           0
           12      219139           0
           13      531681           0
           14      531812           0
 PROCESSING COMPLETED
 POINTER          274877909440         274877974976
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    2.4698019027709961E-02
 WAYNE LOOP TIME:     200.9153879880905    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.hh_j                        
 /mnt/air76/airops/1376/ts1376_p.mocomph                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
 lat1 lon1:         518   63.83186      -144.9747            8384
 last ra n_ns ns:   8031.481               0           1        8901
         8384
 lati loni:        8901   63.83192      -144.8774            8901           1
 center ra n_ns ns:   16552.31            1279        1279        4709
         8384
 lati loni:        4709   63.90873      -144.9215            4709        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.hh_j                        
 WAYNE FINAL PROCESS   201.2784229516983    

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.hh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ph                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.hh                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.547962069511414    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          517   517.3260       2207.489     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          519   518.8309       2241.616     -0.4996082     -0.4996082    
         2097        2050           2         -49
 patch iptc,sj,dgj,dgi,id:           2        2050         519         517
          -49
  half line dmj dgc:           0        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4146           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4146         519         519
         2096
  half line dmj dgc:           1        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4146        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4145

 ia dmi dgi:        4146        2242         519
   Writing the last         3819 lines
 last half sj>s1        7965        4146        4145
 WAYNE done patche    12.95610606670380    
  Total # of output lines =         7964

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    7964
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    13.08321702480316    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.pp_2000                 

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_hv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ph                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0321001E-02
 reading motion compensation data
 WAYNE read motion compen   0.2355880    
 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   0.1373200    
 start range comp, time =      0.393

 WAYNE PREV  0.3930640    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==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     0.492 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.88720190525055    
 ATTN ifrq ipol ln           4           2       10239   13.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996082    
  shift in azimuth *fractional pixel=  -0.4996082       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1759691238403320E-03
 WAYNE Motion comp. added to patch, time =    12.23100793361664    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-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
 WAYNE Azimuth compression done, time =    128.7009769678116    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8059730529785156    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   177.6361759901047    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.482 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    36.17657601833344    
 ATTN ifrq ipol ln           4           2        8192   13.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3680152893066406E-03
 TESTING  7.5730495E-03   171.7283       2.529485    
 WAYNE Motion comp. added to patch, time =    13.17148303985596    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8470287322998047E-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   171.7283       2.529485    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    146.2012460231781    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8708440065383911    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   196.4311659336090    
 ==w out           2        4195
            1      531821           0
            2      531948           0
            3      532014           0
            4      531629           0
            5      530698           0
            6      531949           0
            7      531345           0
            8      531921           0
            9      531728           0
           10      531422           0
           11      528765           0
           12      531581           0
           13      531964           0
           14      531608           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    2.5423049926757813E-02
 WAYNE LOOP TIME:     210.9165849685669    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.hv_j                        
 /mnt/air76/airops/1376/ts1376_l.mocomph                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
 lat1 lon1:         504   63.83047      -144.9749            8384
 last ra n_ns ns:   7952.758               0           1        8887
         8384
 lati loni:        8887   63.83049      -144.8778            8887           1
 center ra n_ns ns:   12213.11            1279        1279        4695
         8384
 lati loni:        4695   63.86891      -144.9236            4695        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.hv_j                        
 WAYNE FINAL PROCESS   211.2642149925232    

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.hv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lh                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.TB                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.420994997024536    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          504   504.1227       1434.422     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          505   505.3706       1453.649     -0.4996082     -0.4996082    
         3155        3107           1         -49
 patch iptc,sj,dgj,dgi,id:           2        3107         505         504
          -49
  half line dmj dgc:           0        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3154

         3155        5203           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5203         505         505
         2096
  half line dmj dgc:           1        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5203        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        5202

 ia dmi dgi:        5203        1454         505
   Writing the last         3045 lines
 last half sj>s1        8248        5203        5202
 WAYNE done patche    11.64584004878998    
  Total # of output lines =         8247

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8247
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    11.75754010677338    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.vh00l                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/l_vh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lv                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.9299997E-03
 reading motion compensation data
 WAYNE read motion compen   0.1852170    
 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   0.1369720    
 start range comp, time =      0.416

 WAYNE PREV  0.3980260    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==w out           3       -1998
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-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 =    36.16795897483826    
 ATTN ifrq ipol ln           0           2        8192   6.000000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.2119703292846680E-03
 TESTING  0.0000000E+00   171.3662       1.667980    
 WAYNE Motion comp. added to patch, time =    12.31396496295929    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.8340349197387695E-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   171.3662       1.667980    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    127.5657939910889    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7985389232635498    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   176.8570460081100    
 ==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     0.535 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.66969108581543    
 ATTN ifrq ipol ln           0           2       10239   6.000000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996082    
  shift in azimuth *fractional pixel=  -0.4996082       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6680650711059570E-03
 WAYNE Motion comp. added to patch, time =    13.22889804840088    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9220113754272461E-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 =    151.3277809619904    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7852230072021484    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   202.0232039690018    
 ==w out           3        4195
            1      532025           0
            2      531874           0
            3      531865           0
            4      531653           0
            5      531792           0
            6      532035           0
            7      532038           0
            8      532047           0
            9      532042           0
           10      531955           0
           11      531867           0
           12      532007           0
           13      531632           0
           14      531972           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    2.7815103530883789E-02
 WAYNE LOOP TIME:     216.5315390825272    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.hv_j                        
 /mnt/air76/airops/1376/ts1376_p.mocomph                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
 lat1 lon1:         518   63.83186      -144.9747            8384
 last ra n_ns ns:   8031.481               0           1        8901
         8384
 lati loni:        8901   63.83192      -144.8774            8901           1
 center ra n_ns ns:   16552.31            1279        1279        4709
         8384
 lati loni:        4709   63.90873      -144.9215            4709        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.hv_j                        
 WAYNE FINAL PROCESS   216.9363999366760    

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.hv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ph                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.hv                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.572814941406250    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          517   517.3260       2207.489     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          519   518.8309       2241.616     -0.4996082     -0.4996082    
         2097        2050           2         -49
 patch iptc,sj,dgj,dgi,id:           2        2050         519         517
          -49
  half line dmj dgc:           0        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4146           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4146         519         519
         2096
  half line dmj dgc:           1        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4146        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4145

 ia dmi dgi:        4146        2242         519
   Writing the last         3819 lines
 last half sj>s1        7965        4146        4145
 WAYNE done patche    15.22057199478149    
  Total # of output lines =         7964

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    7964
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    15.32927298545837    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.pp_2000                 

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_vh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.pv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0101002E-02
 reading motion compensation data
 WAYNE read motion compen   0.2344530    
 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   0.1369580    
 start range comp, time =      0.401

 WAYNE PREV  0.3905730    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==w out           3       -1998
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.565 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.82882106304169    
 ATTN ifrq ipol ln           4           3        8192   13.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   7.9450607299804688E-03
 TESTING -7.5730495E-03   171.7112       2.534184    
 WAYNE Motion comp. added to patch, time =    12.12808191776276    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8680095672607422E-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   171.7112       2.534184    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    124.5323389768600    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9012279510498047    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   173.4010039567947    
 ==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     0.574 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.05062794685364    
 ATTN ifrq ipol ln           4           3       10239   13.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.7349414825439453E-03
 WAYNE Motion comp. added to patch, time =    12.18956696987152    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7859935760498047E-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 =    124.2743009328842    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9235880374908447    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   173.4495609998703    
 ==w out           3        4195
            1      532010           0
            2      531636           0
            3      531925           0
            4      532107           0
            5      531733           0
            6      532123           0
            7      531973           0
            8      532090           0
            9      531699           0
           10      529900           0
           11      532129           0
           12      528691           0
           13      531724           0
           14      531660           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    8.1141948699951172E-02
 WAYNE LOOP TIME:     188.0474890470505    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.vh_j                        
 /mnt/air76/airops/1376/ts1376_l.mocompv                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
 lat1 lon1:         504   63.83047      -144.9749            8384
 last ra n_ns ns:   7952.758               0           1        8887
         8384
 lati loni:        8887   63.83049      -144.8778            8887           1
 center ra n_ns ns:   12213.11            1279        1279        4695
         8384
 lati loni:        4695   63.86891      -144.9236            4695        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.vh_j                        
 WAYNE FINAL PROCESS   188.4692559242249    

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.vh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lv                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.BT                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.531985044479370    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          504   504.6516       1434.951      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          505   505.8996       1454.178      0.0000000E+00  0.0000000E+00
         3155        3107           1         -49
 patch iptc,sj,dgj,dgi,id:           2        3107         505         504
          -49
  half line dmj dgc:           0        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3154

         3155        5203           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5203         505         505
         2096
  half line dmj dgc:           1        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5203        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        5202

 ia dmi dgi:        5203        1454         505
   Writing the last         3045 lines
 last half sj>s1        8248        5203        5202
 WAYNE done patche    21.19573295116425    
  Total # of output lines =         8247

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8247
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    21.33516705036163    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.vv00l                   

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/l_vv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lv                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.2469994E-03
 reading motion compensation data
 WAYNE read motion compen   0.2340410    
 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   0.1365760    
 start range comp, time =      0.408

 WAYNE PREV  0.3890240    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==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     0.643 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.01033198833466    
 ATTN ifrq ipol ln           0           3       10239   4.000000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.3990097045898438E-03
 WAYNE Motion comp. added to patch, time =    12.08858907222748    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8010139465332031E-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 =    124.7511000633240    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8356699943542480    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   173.6967259645462    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.541 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    36.06628501415253    
 ATTN ifrq ipol ln           0           3        8192   4.000000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.0829858779907227E-03
 TESTING  0.0000000E+00   171.3655       1.668171    
 WAYNE Motion comp. added to patch, time =    12.16812300682068    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8409490585327148E-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   171.3655       1.668171    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    125.2275239229202    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8422060012817383    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   174.3147549629211    
 ==w out           2        4195
            1      532050           0
            2      532176           0
            3      532226           0
            4      532141           0
            5      532201           0
            6      531935           0
            7      532103           0
            8      532143           0
            9      531959           0
           10      532120           0
           11      532150           0
           12      531376           0
           13      531987           0
           14      532031           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    1.7379045486450195E-02
 WAYNE LOOP TIME:     188.7651190757751    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.vh_j                        
 /mnt/air76/airops/1376/ts1376_p.mocompv                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
 lat1 lon1:         518   63.83186      -144.9747            8384
 last ra n_ns ns:   8031.481               0           1        8901
         8384
 lati loni:        8901   63.83192      -144.8774            8901           1
 center ra n_ns ns:   16552.31            1279        1279        4709
         8384
 lati loni:        4709   63.90873      -144.9215            4709        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.vh_j                        
 WAYNE FINAL PROCESS   189.1722420454025    

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.vh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.pv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.vh                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.462654948234558    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          517   517.8256       2207.989      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          519   519.3306       2242.116      0.0000000E+00  0.0000000E+00
         2097        2050           2         -49
 patch iptc,sj,dgj,dgi,id:           2        2050         519         517
          -49
  half line dmj dgc:           0        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4146           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4146         519         519
         2096
  half line dmj dgc:           1        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4146        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4145

 ia dmi dgi:        4146        2242         519
   Writing the last         3819 lines
 last half sj>s1        7965        4146        4145
 WAYNE done patche    11.36540400981903    
  Total # of output lines =         7964

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    7964
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    11.51169502735138    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor_setup.pp_2000                 

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_vv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.pv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0458000E-02
 reading motion compensation data
 WAYNE read motion compen   0.1872540    
 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   0.1375950    
 start range comp, time =      0.348

 WAYNE PREV  0.3452010    
 NUMBER OF PROCESSOR USED =           14
 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#            9 .....
 WAYNE IS IN
 Processing            3 to            2 by #            8
 ==w out           3       -1998
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing            3 to            2 by #            9
 ==w out           3       -1998
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing            3 to            2 by #           10
 ==w out           3       -1998
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing            3 to            2 by #           11
 ==w out           3       -1998
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing            3 to            2 by #           12
 ==w out           3       -1998
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing            3 to            2 by #           13
 ==w out           3       -1998
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.605 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.86896097660065    
 ATTN ifrq ipol ln           4           4        8192   13.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   7.9190731048583984E-03
 TESTING  0.0000000E+00   171.3855       1.587060    
 WAYNE Motion comp. added to patch, time =    12.04761695861816    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8370151519775391E-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   171.3855       1.587060    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    138.7340180873871    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9329700469970703    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   187.5943410396576    
 ==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     0.610 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.12865102291107    
 ATTN ifrq ipol ln           4           4       10239   13.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.4331035614013672E-03
 WAYNE Motion comp. added to patch, time =    12.97137999534607    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9670724868774414E-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 =    174.1034500598907    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8276860713958740    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   224.0425860881805    
 ==w out           3        4195
            1      532118           0
            2      532056           0
            3      531947           0
            4      531793           0
            5      531818           0
            6      531941           0
            7      532166           0
            8      532163           0
            9      532184           0
           10      532139           0
           11      532195           0
           12      531732           0
           13      532177           0
           14      530780           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:    4.5490026473999023E-02
 WAYNE LOOP TIME:     238.5893579721451    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.vv_j                        
 /mnt/air76/airops/1376/ts1376_l.mocompv                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7952.758    
    6897.600       90.35377    
 lat1 lon1:         504   63.83047      -144.9749            8384
 last ra n_ns ns:   7952.758               0           1        8887
         8384
 lati loni:        8887   63.83049      -144.8778            8887           1
 center ra n_ns ns:   12213.11            1279        1279        4695
         8384
 lati loni:        4695   63.86891      -144.9236            4695        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.vv_j                        
 WAYNE FINAL PROCESS   239.0034929513931    
 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     0.487 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.86921703815460    
 ATTN ifrq ipol ln           0           4       10239   12.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   8.2110166549682617E-03
 WAYNE Motion comp. added to patch, time =    11.98124504089355    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8810033798217773E-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 =    122.1437590122223    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9350059032440186    
 ==w out           2           0        2001                    0
 WAYNE PROCESS   170.9401799440384    
 ==w out           3        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            1 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     0.473 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    35.99278998374939    
 ATTN ifrq ipol ln           0           4        8192   12.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.2619190216064453E-03
 TESTING  0.0000000E+00   171.3655       1.668171    
 WAYNE Motion comp. added to patch, time =    12.18994998931885    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.8869638442993164E-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   171.3655       1.668171    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    122.2842459678650    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9601320028305054    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   171.4380519390106    
 ==w out           2        4195

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.vv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lv                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.BB                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.315706014633179    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          504   504.6369       1434.936      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          505   505.8849       1454.164      0.0000000E+00  0.0000000E+00
         3155        3107           1         -49
 patch iptc,sj,dgj,dgi,id:           2        3107         505         504
          -49
  half line dmj dgc:           0        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        3154

         3155        5203           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5203         505         505
         2096
  half line dmj dgc:           1        4048        1454         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5203        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        5202

 ia dmi dgi:        5203        1454         505
   Writing the last         3045 lines
 last half sj>s1        8248        5203        5202
 WAYNE done patche    15.05484497547150    
  Total # of output lines =         8247

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    8247
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    15.46682798862457    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9751850       91.61308    
     146    -0.031    3046     0.063   91.61308   0.000013   0.000045  -0.000002
 r_peak,r_snr =   0.9733993       108.6734    
     246    -0.031    3046     0.063  108.67339   0.000013   0.000044  -0.000002
 r_peak,r_snr =   0.9715215       100.6954    
     346    -0.031    3046     0.063  100.69543   0.000014   0.000050  -0.000001
 r_peak,r_snr =   0.9574125       111.0108    
     446    -0.031    3046     0.063  111.01083   0.000020   0.000076  -0.000002
 r_peak,r_snr =   0.9415641       95.51524    
     546    -0.031    3046     0.063   95.51524   0.000032   0.000110  -0.000007
 r_peak,r_snr =   0.9751011       91.63557    
     646    -0.031    3046     0.000   91.63557   0.000012   0.000045  -0.000002
 r_peak,r_snr =   0.9795753       82.46733    
     746    -0.031    3046     0.031   82.46733   0.000011   0.000039  -0.000001
 r_peak,r_snr =   0.9816148       95.56507    
     846    -0.031    3046     0.000   95.56507   0.000009   0.000037  -0.000001
 r_peak,r_snr =   0.9812043       84.09893    
     946    -0.031    3046     0.000   84.09893   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9775611       72.34662    
    1046    -0.031    3046     0.000   72.34662   0.000012   0.000041  -0.000001
 r_peak,r_snr =   0.9794964       81.60463    
    1146    -0.031    3046     0.000   81.60463   0.000011   0.000039   0.000000
 r_peak,r_snr =   0.9837649       58.56174    
    1246    -0.031    3046     0.031   58.56174   0.000009   0.000033  -0.000002
 r_peak,r_snr =   0.9761261       80.08455    
    1346    -0.031    3046     0.031   80.08455   0.000012   0.000051  -0.000002
 r_peak,r_snr =   0.9662564       86.57365    
    1446    -0.031    3046     0.000   86.57365   0.000017   0.000067  -0.000002
 r_peak,r_snr =   0.9780498       58.97731    
    1546    -0.031    3046     0.000   58.97731   0.000013   0.000050  -0.000001
 r_peak,r_snr =   0.9705755       95.31068    
    1646    -0.031    3046     0.000   95.31068   0.000014   0.000059  -0.000002
 r_peak,r_snr =   0.9787600       70.03264    
    1746    -0.031    3046     0.000   70.03264   0.000012   0.000046  -0.000001
 r_peak,r_snr =   0.9813672       92.48449    
    1846    -0.031    3046     0.000   92.48449   0.000009   0.000034   0.000000
 r_peak,r_snr =   0.9857425       46.98604    
    1946    -0.031    3046     0.000   46.98604   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9819130       66.11844    
    2046    -0.063    3046    -0.031   66.11844   0.000010   0.000035  -0.000001
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9575626       124.3476    
     146    -0.031    3446     0.094  124.34765   0.000020   0.000071  -0.000003
 r_peak,r_snr =   0.9553936       112.7156    
     246     0.000    3446     0.094  112.71555   0.000022   0.000078  -0.000003
 r_peak,r_snr =   0.9507571       85.01955    
     346    -0.031    3446     0.031   85.01955   0.000025   0.000098  -0.000004
 r_peak,r_snr =   0.9374726       91.57951    
     446    -0.031    3446     0.031   91.57951   0.000032   0.000114  -0.000007
 r_peak,r_snr =   0.9743705       101.4713    
     546    -0.031    3446     0.000  101.47130   0.000012   0.000047  -0.000003
 r_peak,r_snr =   0.9822719       89.83356    
     646    -0.031    3446     0.031   89.83356   0.000009   0.000031  -0.000001
 r_peak,r_snr =   0.9812809       111.7856    
     746    -0.031    3446     0.000  111.78561   0.000009   0.000030  -0.000001
 r_peak,r_snr =   0.9844936       80.60980    
     846    -0.031    3446     0.000   80.60980   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9814062       18.68457    
     946    -0.031    3446     0.031   18.68457   0.000012   0.000052  -0.000002
 r_peak,r_snr =   0.9779674       88.19896    
    1046    -0.031    3446    -0.031   88.19896   0.000012   0.000041   0.000000
 r_peak,r_snr =   0.9810207       95.81844    
    1146    -0.031    3446     0.000   95.81844   0.000010   0.000034  -0.000001
 r_peak,r_snr =   0.9815811       57.47316    
    1246    -0.031    3446     0.000   57.47316   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9723407       110.5466    
    1346    -0.031    3446     0.000  110.54658   0.000013   0.000049  -0.000002
 r_peak,r_snr =   0.9710526       77.62294    
    1446    -0.031    3446     0.000   77.62294   0.000015   0.000060  -0.000002
 r_peak,r_snr =   0.9713946       75.99473    
    1546    -0.031    3446     0.000   75.99473   0.000015   0.000057  -0.000001
 r_peak,r_snr =   0.9785182       91.86644    
    1646    -0.031    3446     0.000   91.86644   0.000011   0.000045  -0.000002
 r_peak,r_snr =   0.9676715       95.57658    
    1746    -0.031    3446     0.000   95.57658   0.000017   0.000063  -0.000002
 r_peak,r_snr =   0.9804695       93.82954    
    1846    -0.031    3446     0.000   93.82954   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9868404       47.34668    
    1946    -0.031    3446     0.000   47.34668   0.000008   0.000028  -0.000001
 r_peak,r_snr =   0.9856895       53.67136    
    2046    -0.031    3446    -0.031   53.67136   0.000009   0.000032  -0.000001
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9757349       109.8913    
     146    -0.031    3846     0.063  109.89128   0.000012   0.000041  -0.000002
 r_peak,r_snr =   0.9753984       106.4455    
     246    -0.031    3846     0.094  106.44553   0.000012   0.000042  -0.000002
 r_peak,r_snr =   0.9681236       106.8169    
     346    -0.031    3846     0.063  106.81695   0.000016   0.000055  -0.000001
 r_peak,r_snr =   0.9637463       102.8125    
     446    -0.031    3846     0.063  102.81254   0.000017   0.000064  -0.000002
 r_peak,r_snr =   0.9791056       83.17266    
     546    -0.031    3846     0.063   83.17266   0.000010   0.000039  -0.000002
 r_peak,r_snr =   0.9820710       74.79384    
     646    -0.031    3846     0.031   74.79384   0.000010   0.000034  -0.000001
 r_peak,r_snr =   0.9820567       15.59888    
     746    -0.031    3846     0.031   15.59888   0.000011   0.000051  -0.000001
 r_peak,r_snr =   0.9821088       66.98498    
     846    -0.031    3846     0.000   66.98498   0.000010   0.000033  -0.000001
 r_peak,r_snr =   0.9787183       101.9266    
     946    -0.031    3846     0.031  101.92657   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9785315       98.35903    
    1046    -0.031    3846     0.031   98.35903   0.000011   0.000039  -0.000002
 r_peak,r_snr =   0.9818617       117.9367    
    1146    -0.031    3846     0.031  117.93668   0.000008   0.000033  -0.000001
 r_peak,r_snr =   0.9785643       71.86050    
    1246    -0.031    3846     0.000   71.86050   0.000011   0.000043  -0.000001
 r_peak,r_snr =   0.9685876       106.8077    
    1346    -0.031    3846     0.031  106.80766   0.000015   0.000056  -0.000002
 r_peak,r_snr =   0.9731824       85.74120    
    1446    -0.031    3846     0.000   85.74120   0.000015   0.000054  -0.000003
 r_peak,r_snr =   0.9727279       90.44728    
    1546    -0.031    3846     0.031   90.44728   0.000015   0.000053  -0.000002
 r_peak,r_snr =   0.9734958       86.61073    
    1646    -0.031    3846    -0.031   86.61073   0.000014   0.000053  -0.000001
 r_peak,r_snr =   0.9763474       87.75211    
    1746    -0.031    3846     0.000   87.75211   0.000012   0.000042  -0.000002
 r_peak,r_snr =   0.9819781       83.75325    
    1846    -0.031    3846     0.000   83.75325   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9818993       88.11150    
    1946    -0.031    3846     0.000   88.11150   0.000009   0.000036  -0.000001
 r_peak,r_snr =   0.9755853       85.06474    
    2046    -0.031    3846     0.000   85.06474   0.000013   0.000048  -0.000002
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9755131       85.50887    
     146    -0.031    4246     0.094   85.50887   0.000012   0.000047  -0.000001
 r_peak,r_snr =   0.9742113       100.2167    
     246    -0.031    4246     0.063  100.21667   0.000013   0.000048  -0.000001
 r_peak,r_            1      530529           0
            2      531779           0
            3      532216           0
            4      532187           0
            5      532101           0
            6      532032           0
            7      531631           0
            8      532271           0
            9      532097           0
           10      531983           0
           11      531894           0
           12      532173           0
           13      530606           0
           14      530560           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =        8384kids=           14

 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
 gather image from processor #            8
             0
 gather image from processor #            9
             0
 gather image from processor #           10
             0
 gather image from processor #           11
             0
 gather image from processor #           12
             0
 gather image from processor #           13
             0
 WAYNE gather images takes:     1.188682079315186    
 WAYNE LOOP TIME:     187.0560290813446    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.vv_j                        
 /mnt/air76/airops/1376/ts1376_p.mocompv                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
         8384
 update intf hdr ha:   6897.600    
 UPDATE:        2560        8384   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8031.481    
    6897.600       90.35377    
 lat1 lon1:         518   63.83186      -144.9747            8384
 last ra n_ns ns:   8031.481               0           1        8901
         8384
 lati loni:        8901   63.83192      -144.8774            8901           1
 center ra n_ns ns:   16552.31            1279        1279        4709
         8384
 lati loni:        4709   63.90873      -144.9215            4709        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.vv_j                        
 WAYNE FINAL PROCESS   187.4101029634476    
snr =   0.9575548       121.4764    
     346    -0.031    4246     0.000  121.47636   0.000019   0.000073  -0.000001
 r_peak,r_snr =   0.9805499       83.38418    
     446    -0.031    4246     0.063   83.38418   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9817858       107.9769    
     546    -0.031    4246     0.031  107.97689   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9786969       41.43083    
     646    -0.031    4246     0.031   41.43083   0.000012   0.000051  -0.000002
 r_peak,r_snr =   0.9819488       83.63252    
     746    -0.031    4246     0.031   83.63252   0.000009   0.000034  -0.000002
 r_peak,r_snr =   0.9815860       106.1678    
     846    -0.031    4246     0.031  106.16782   0.000008   0.000033  -0.000001
 r_peak,r_snr =   0.9821282       102.7031    
     946    -0.031    4246     0.031  102.70312   0.000008   0.000032  -0.000001
 r_peak,r_snr =   0.9819856       92.15054    
    1046    -0.031    4246     0.000   92.15054   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9818883       39.36856    
    1146    -0.031    4246     0.031   39.36856   0.000010   0.000042  -0.000001
 r_peak,r_snr =   0.9735146       108.2351    
    1246    -0.031    4246     0.031  108.23511   0.000013   0.000043   0.000000
 r_peak,r_snr =   0.9743997       106.2173    
    1346    -0.031    4246     0.031  106.21726   0.000012   0.000050  -0.000002
 r_peak,r_snr =   0.9832760       80.55807    
    1446    -0.031    4246     0.000   80.55807   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9817483       65.93624    
    1546    -0.063    4246     0.031   65.93624   0.000011   0.000039   0.000000
 r_peak,r_snr =   0.9676954       63.72808    
    1646    -0.031    4246     0.031   63.72808   0.000017   0.000063  -0.000003
 r_peak,r_snr =   0.9851265       54.70258    
    1746    -0.031    4246     0.000   54.70258   0.000009   0.000035   0.000000
 r_peak,r_snr =   0.9807876       67.68252    
    1846    -0.031    4246     0.000   67.68252   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9802634       85.56390    
    1946    -0.031    4246     0.000   85.56390   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9734663       59.14861    
    2046    -0.031    4246     0.031   59.14861   0.000016   0.000061  -0.000001
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9796752       93.49140    
     146    -0.031    4646     0.094   93.49140   0.000011   0.000036   0.000000
 r_peak,r_snr =   0.9673030       107.1472    
     246     0.000    4646     0.094  107.14723   0.000015   0.000059  -0.000002
 r_peak,r_snr =   0.9795175       95.25225    
     346    -0.031    4646     0.063   95.25225   0.000010   0.000039  -0.000001
 r_peak,r_snr =   0.9824466       97.88818    
     446    -0.031    4646     0.031   97.88818   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9843281       30.83547    
     546    -0.031    4646     0.031   30.83547   0.000009   0.000039  -0.000001
 r_peak,r_snr =   0.9710416       38.61607    
     646    -0.031    4646     0.031   38.61607   0.000016   0.000071  -0.000003
 r_peak,r_snr =   0.9792104       14.27995    
     746    -0.031    4646     0.000   14.27995   0.000014   0.000054  -0.000001
 r_peak,r_snr =   0.9845243       64.14117    
     846    -0.031    4646     0.031   64.14117   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9835485       74.27811    
     946    -0.031    4646     0.031   74.27811   0.000009   0.000035  -0.000002
 r_peak,r_snr =   0.9774868       85.57858    
    1046    -0.031    4646     0.031   85.57858   0.000012   0.000044  -0.000001
 r_peak,r_snr =   0.9751157       89.84562    
    1146    -0.031    4646     0.031   89.84562   0.000013   0.000042  -0.000001
 r_peak,r_snr =   0.9690561       104.3430    
    1246    -0.031    4646     0.031  104.34303   0.000015   0.000054  -0.000002
 r_peak,r_snr =   0.9825556       87.26267    
    1346    -0.031    4646     0.031   87.26267   0.000009   0.000035  -0.000002
 r_peak,r_snr =   0.9803926       77.19980    
    1446    -0.031    4646     0.031   77.19980   0.000010   0.000039   0.000000
 r_peak,r_snr =   0.9848689       76.11904    
    1546    -0.031    4646     0.000   76.11904   0.000008   0.000034  -0.000001
 r_peak,r_snr =   0.9850950       71.02124    
    1646    -0.031    4646     0.000   71.02124   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9814773       90.80679    
    1746    -0.031    4646    -0.031   90.80679   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9767805       53.61044    
    1846    -0.031    4646     0.031   53.61044   0.000013   0.000052  -0.000001
 r_peak,r_snr =   0.9744774       41.15813    
    1946    -0.031    4646     0.000   41.15813   0.000016   0.000063  -0.000002
 r_peak,r_snr =   0.9794692       73.00067    
    2046    -0.031    4646     0.000   73.00067   0.000011   0.000041  -0.000002
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9810733       51.62648    
     146    -0.031    5046     0.094   51.62648   0.000010   0.000040  -0.000001
 r_peak,r_snr =   0.9775947       91.33706    
     246    -0.031    5046     0.063   91.33706   0.000011   0.000043  -0.000002
 r_peak,r_snr =   0.9758691       109.5925    
     346    -0.031    5046     0.031  109.59248   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9681222       80.61473    
     446    -0.063    5046     0.063   80.61473   0.000018   0.000062   0.000000
 r_peak,r_snr =   0.9461012       97.83450    
     546    -0.031    5046     0.063   97.83450   0.000028   0.000094  -0.000004
 r_peak,r_snr =   0.9852947       56.91130    
     646    -0.031    5046     0.063   56.91130   0.000009   0.000031  -0.000001
 r_peak,r_snr =   0.9817010       93.32174    
     746    -0.031    5046     0.031   93.32174   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9757566       74.27437    
     846    -0.031    5046     0.063   74.27437   0.000012   0.000046  -0.000001
 r_peak,r_snr =   0.9774490       105.9042    
     946    -0.031    5046     0.031  105.90421   0.000011   0.000038  -0.000002
 r_peak,r_snr =   0.9852583       70.83971    
    1046    -0.031    5046     0.031   70.83971   0.000009   0.000029  -0.000001
 r_peak,r_snr =   0.9725322       110.3035    
    1146    -0.031    5046     0.031  110.30354   0.000013   0.000049  -0.000002
 r_peak,r_snr =   0.9727074       66.81176    
    1246    -0.031    5046     0.000   66.81176   0.000015   0.000052  -0.000003
 r_peak,r_snr =   0.9790838       82.52180    
    1346    -0.063    5046     0.000   82.52180   0.000011   0.000040  -0.000002
 r_peak,r_snr =   0.9834542       86.07888    
    1446    -0.031    5046     0.031   86.07888   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9818506       71.72463    
    1546    -0.031    5046     0.000   71.72463   0.000010   0.000036   0.000000
 r_peak,r_snr =   0.9821377       47.67095    
    1646    -0.063    5046     0.000   47.67095   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9799500       97.61082    
    1746    -0.031    5046    -0.031   97.61082   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9811658       81.41119    
    1846    -0.031    5046     0.000   81.41119   0.000010   0.000038  -0.000002
 r_peak,r_snr =   0.9738746       90.69511    
    1946    -0.031    5046     0.000   90.69511   0.000014   0.000049  -0.000002
 r_peak,r_snr =   0.9747022       68.96372    
    2046    -0.031    5046     0.000   68.96372   0.000013   0.000056   0.000000
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9766632       99.16638    
     146    -0.031    5446     0.094   99.16638   0.000012   0.000042   0.000000
 r_peak,r_snr =   0.9750749       95.02744    
     246    -0.031    5446     0.063   95.02744   0.000013   0.000045  -0.000002
 r_peak,r_snr =   0.9606769       92.50104    
     346    -0.063    5446     0.031   92.50104   0.000021   0.000071  -0.000004
 r_peak,r_snr =   0.9830440       16.55585    
     446    -0.031    5446     0.063   16.55585   0.000011   0.000045  -0.000001
 r_peak,r_snr =   0.9807738       101.2105    
     546    -0.031    5446     0.063  101.21048   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9809228       105.8766    
     646    -0.031    5446     0.031  105.87656   0.000009   0.000031  -0.000001
 r_peak,r_snr =   0.9820169       95.66824    
     746    -0.031    5446     0.031   95.66824   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9824463       80.41792    
     846    -0.031    5446     0.031   80.41792   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9804241       99.72610    
     946    -0.031    5446     0.031   99.72610   0.000009   0.000035   0.000000
 r_peak,r_snr =   0.9799997       79.79064    
    1046    -0.031    5446     0.031   79.79064   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9702487       101.1062    
    1146    -0.031    5446     0.000  101.10620   0.000015   0.000053  -0.000002
 r_peak,r_snr =   0.9731672       84.88092    
    1246    -0.031    5446     0.063   84.88092   0.000014   0.000050  -0.000002
 r_peak,r_snr =   0.9796307       78.48499    
    1346    -0.031    5446     0.031   78.48499   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9847906       70.10567    
    1446    -0.031    5446     0.031   70.10567   0.000008   0.000037  -0.000001
 r_peak,r_snr =   0.9816729       47.18598    
    1546    -0.031    5446     0.000   47.18598   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9838466       46.74188    
    1646    -0.031    5446     0.000   46.74188   0.000009   0.000034  -0.000002
 r_peak,r_snr =   0.9852850       62.73800    
    1746    -0.031    5446     0.000   62.73800   0.000008   0.000032  -0.000001
 r_peak,r_snr =   0.9812755       64.14085    
    1846    -0.031    5446     0.000   64.14085   0.000010   0.000044   0.000000
 r_peak,r_snr =   0.9766862       42.95029    
    1946    -0.063    5446     0.000   42.95029   0.000015   0.000054  -0.000003
 r_peak,r_snr =   0.9748973       89.08266    
    2046    -0.031    5446     0.031   89.08266   0.000013   0.000048  -0.000002
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9788302       77.35223    
     146    -0.031    5846     0.094   77.35223   0.000011   0.000043  -0.000002
 r_peak,r_snr =   0.9803923       78.02668    
     246    -0.031    5846     0.063   78.02668   0.000011   0.000036  -0.000001
 r_peak,r_snr =   0.9826537       23.50530    
     346    -0.031    5846     0.031   23.50530   0.000011   0.000034  -0.000001
 r_peak,r_snr =   0.9709989       97.06273    
     446    -0.031    5846     0.063   97.06273   0.000016   0.000054  -0.000002
 r_peak,r_snr =   0.9686188       49.28949    
     546    -0.031    5846     0.031   49.28949   0.000018   0.000079  -0.000002
 r_peak,r_snr =   0.9811977       107.6710    
     646    -0.031    5846     0.031  107.67096   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9783819       123.0517    
     746    -0.031    5846     0.031  123.05169   0.000010   0.000034  -0.000001
 r_peak,r_snr =   0.9862614       46.21855    
     846    -0.031    5846     0.031   46.21855   0.000009   0.000029  -0.000001
 r_peak,r_snr =   0.9769793       105.1619    
     946    -0.031    5846     0.000  105.16188   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9734997       98.31980    
    1046    -0.031    5846     0.031   98.31980   0.000014   0.000047  -0.000001
 r_peak,r_snr =   0.9679686       93.91581    
    1146    -0.031    5846     0.031   93.91581   0.000017   0.000056  -0.000001
 r_peak,r_snr =   0.9797511       95.54939    
    1246    -0.031    5846     0.031   95.54939   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9841990       47.30167    
    1346    -0.031    5846     0.000   47.30167   0.000009   0.000036  -0.000002
 r_peak,r_snr =   0.9807780       60.68348    
    1446    -0.031    5846     0.031   60.68348   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9782667       44.98526    
    1546    -0.063    5846     0.000   44.98526   0.000012   0.000043  -0.000003
 r_peak,r_snr =   0.9797456       81.98825    
    1646    -0.031    5846     0.031   81.98825   0.000010   0.000043  -0.000001
 r_peak,r_snr =   0.9733459       72.25131    
    1746    -0.031    5846     0.000   72.25131   0.000015   0.000052  -0.000003
 r_peak,r_snr =   0.9805122       57.33525    
    1846    -0.031    5846     0.000   57.33525   0.000011   0.000046  -0.000002
 r_peak,r_snr =   0.9792319       72.99138    
    1946    -0.031    5846    -0.031   72.99138   0.000012   0.000045  -0.000001
 r_peak,r_snr =   0.9766885       22.07145    
    2046    -0.063    5846     0.031   22.07145   0.000018   0.000075  -0.000001

  *********************************************
  *****                                   *****
  *****    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 =           14
         4192           1
         4192           1
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
            0           0
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.vv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.pv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.vv                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.958727002143860    

  Deskewing            2 patches
 Processing block number            1
 DEBUG          517   517.8256       2207.989      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          519   519.3306       2242.116      0.0000000E+00  0.0000000E+00
         2097        2050           2         -49
 patch iptc,sj,dgj,dgi,id:           2        2050         519         517
          -49
  half line dmj dgc:           0        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Zeroing lines in arrays 
  Total # of output lines =            2        2096

         2097        4146           0        2096
 patch iptc,sj,dgj,dgi,id:           2        4146         519         519
         2096
  half line dmj dgc:           1        4048        2242         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        4146        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        4145

 ia dmi dgi:        4146        2242         519
   Writing the last         3819 lines
 last half sj>s1        7965        4146        4145
 WAYNE done patche    13.50242495536804    
  Total # of output lines =         7964

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                    7964
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    13.62709796428680    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560        7964          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                   442
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9638189       88.22707    
     146     0.000    3046     0.219   88.22707   0.000020   0.000068  -0.000003
 r_peak,r_snr =   0.9668493       106.8283    
     246     0.000    3046     0.156  106.82827   0.000016   0.000056  -0.000002
 r_peak,r_snr =   0.9678004       99.93285    
     346     0.000    3046     0.156   99.93285   0.000016   0.000057  -0.000001
 r_peak,r_snr =   0.9596635       108.0558    
     446    -0.031    3046     0.125  108.05581   0.000019   0.000073  -0.000002
 r_peak,r_snr =   0.9478388       93.51228    
     546     0.000    3046     0.188   93.51228   0.000028   0.000098  -0.000006
 r_peak,r_snr =   0.9640561       89.44719    
     646     0.000    3046     0.094   89.44719   0.000018   0.000067  -0.000003
 r_peak,r_snr =   0.9626432       79.29887    
     746     0.000    3046     0.156   79.29887   0.000021   0.000074  -0.000003
 r_peak,r_snr =   0.9689575       95.18682    
     846     0.000    3046     0.094   95.18682   0.000016   0.000065  -0.000002
 r_peak,r_snr =   0.9722532       84.60426    
     946    -0.031    3046     0.063   84.60426   0.000015   0.000052  -0.000001
 r_peak,r_snr =   0.9625034       71.50549    
    1046    -0.031    3046     0.063   71.50549   0.000021   0.000073  -0.000002
 r_peak,r_snr =   0.9665614       77.93417    
    1146    -0.031    3046     0.094   77.93417   0.000018   0.000067   0.000000
 r_peak,r_snr =   0.9676170       58.67155    
    1246    -0.031    3046     0.125   58.67155   0.000019   0.000067  -0.000004
 r_peak,r_snr =   0.9665749       80.90369    
    1346     0.000    3046     0.063   80.90369   0.000017   0.000072  -0.000004
 r_peak,r_snr =   0.9512336       84.53041    
    1446    -0.031    3046     0.063   84.53041   0.000026   0.000101  -0.000003
 r_peak,r_snr =   0.9670553       59.49603    
    1546    -0.031    3046     0.063   59.49603   0.000019   0.000076  -0.000002
 r_peak,r_snr =   0.9520676       92.66642    
    1646    -0.031    3046     0.094   92.66642   0.000024   0.000102  -0.000004
 r_peak,r_snr =   0.9612192       67.52229    
    1746    -0.031    3046     0.094   67.52229   0.000022   0.000089  -0.000003
 r_peak,r_snr =   0.9618858       89.83364    
    1846    -0.031    3046     0.094   89.83364   0.000020   0.000074  -0.000001
 r_peak,r_snr =   0.9703966       46.08906    
    1946    -0.031    3046     0.094   46.08906   0.000019   0.000074  -0.000002
 r_peak,r_snr =   0.9655707       65.60065    
    2046    -0.031    3046     0.063   65.60065   0.000020   0.000070  -0.000001
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9509618       120.5042    
     146     0.000    3446     0.281  120.50423   0.000023   0.000086  -0.000003
 r_peak,r_snr =   0.9504976       109.9053    
     246     0.000    3446     0.188  109.90525   0.000025   0.000089  -0.000004
 r_peak,r_snr =   0.9523459       81.95504    
     346     0.000    3446     0.156   81.95504   0.000024   0.000095  -0.000004
 r_peak,r_snr =   0.9396544       86.24361    
     446     0.000    3446     0.156   86.24361   0.000031   0.000112  -0.000007
 r_peak,r_snr =   0.9637075       97.84552    
     546     0.000    3446     0.125   97.84552   0.000018   0.000069  -0.000004
 r_peak,r_snr =   0.9694663       86.68279    
     646    -0.031    3446     0.094   86.68279   0.000016   0.000057  -0.000001
 r_peak,r_snr =   0.9613054       109.7351    
     746    -0.031    3446     0.094  109.73512   0.000019   0.000067  -0.000002
 r_peak,r_snr =   0.9709769       78.20841    
     846    -0.031    3446     0.063   78.20841   0.000016   0.000059  -0.000002
 r_peak,r_snr =   0.9763256       18.72897    
     946     0.000    3446     0.094   18.72897   0.000016   0.000067  -0.000003
 r_peak,r_snr =   0.9629313       89.30858    
    1046     0.000    3446     0.094   89.30858   0.000020   0.000071   0.000000
 r_peak,r_snr =   0.9667645       95.36265    
    1146     0.000    3446     0.094   95.36265   0.000017    
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.1197514       6.404865    
     146     1.906    3046     5.219    6.40487   0.392763   1.308417   0.407427
 r_peak,r_snr =   0.4362340       3.609314    
     246    -0.188    3046     2.781    3.60931   0.004229   1.093847  -0.021962
 r_peak,r_snr =   0.3485159       5.592422    
     346     0.938    3046   -13.813    5.59242   0.007172   0.767015   0.007425
 r_peak,r_snr =   0.1439578       8.732811    
     446    -5.844    3046   -10.656    8.73281   0.020772   0.703841  -0.099473
 r_peak,r_snr =   0.2507288       6.487007    
     546     0.094    3046     5.000    6.48701   0.006198   2.418697  -0.012279
 r_peak,r_snr =   0.1649124       15.59714    
     646     2.813    3046     2.625   15.59714   0.009082   0.384627  -0.016373
 r_peak,r_snr =   0.1734434       5.839089    
     746    -4.094    3046     2.844    5.83909   0.051851   0.886696  -0.054134
 r_peak,r_snr =   0.1900775       8.296378    
     846     0.281    3046    -1.531    8.29638   0.012359   8.221272  -0.235345
 r_peak,r_snr =   0.2689241       11.23356    
    1046    -0.031    3046    -1.219   11.23356   0.013871   0.941851   0.090041
 r_peak,r_snr =   0.1944999       4.493249    
    1146     0.156    3046   -12.844    4.49325   0.019183   3.621848  -0.185109
 r_peak,r_snr =   0.1871287       10.84623    
    1246     0.188    3046     4.750   10.84623   0.070567   3.531416  -0.372018
 r_peak,r_snr =   7.9806983E-02   4.966229    
    1346     0.188    3046    -0.031    4.96623   0.072194   4.377249  -0.301438
 r_peak,r_snr =   0.2468297       6.278884    
    1446     0.281    3046    -9.156    6.27888   0.010999   0.945478   0.053674
 r_peak,r_snr =   0.2170496       3.570814    
    1546     2.781    3046     9.844    3.57081   0.030727   1.003886   0.093693
 r_peak,r_snr =   0.2695435       3.751038    
    1646    -0.063    3046    -5.625    3.75104   0.057546   1.027404  -0.122696
 r_peak,r_snr =   0.2098172       4.668291    
    1846    -3.406    3046     8.813    4.66829   0.010857   1.402374  -0.007586
 r_peak,r_snr =   0.1248768       4.188475    
    1946    12.156    3046    -4.719    4.18847   0.028437   7.757257  -0.384035
 r_peak,r_snr =   0.2049969       11.92611    
    2046     0.000    3046     1.813   11.92611   0.011228   4.337095  -0.178250
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.2931605       2.100561    
     146     2.719    3446    -7.813    2.10056   0.012983   1.112438  -0.077487
 r_peak,r_snr =   0.3336993       3.649740    
     246    -0.281    3446    -0.188    3.64974   0.016762   1.023916   0.006505
 r_peak,r_snr =   0.4401571       4.512109    
     346     0.000    3446     0.688    4.51211   0.008705   0.399739  -0.032569
 r_peak,r_snr =   0.2491298       4.964554    
     446     2.406    3446     6.125    4.96455   0.017738   0.305134  -0.004683
 r_peak,r_snr =   0.1724064       6.058613    
     546    -1.500    3446    -8.250    6.05861   0.059633   0.966984  -0.126246
 r_peak,r_snr =   0.1432496       8.526264    
     746    -0.438    3446    -4.313    8.52626   0.023544   1.301934  -0.067943
 r_peak,r_snr =   0.1127029       5.965559    
     846    -0.500    3446    -3.313    5.96556   0.034033   1.694095   0.018129
 r_peak,r_snr =   0.2397490       5.068962    
     946    -2.188    3446    14.031    5.06896   0.018776   0.759033  -0.090200
 r_peak,r_snr =   0.1241111       6.087473    
    1046    -0.469    3446    -2.156    6.08747   0.224553   2.749913  -0.572404
 r_peak,r_snr =   0.1120943       5.891075    
    1146     2.500    3446    -3.813    5.89108   0.007673   2.663457  -0.054771
 r_peak,r_snr =   0.1995407       11.76959    
    1246     0.375    3446    -1.813   11.76959   0.017357   0.397319  -0.021991
 r_peak,r_snr =   0.1514270       8.114471    
    1346     0.563    3446    -8.531    8.11447   0.025719   0.952547  -0.062695
 r_peak,r_snr =   0.1710391       7.822560    
    1446    -0.406    3446   -12.250    7.82256   0.082618   0.000062  -0.000002
 r_peak,r_snr =   0.9662749       58.01353    
    1246    -0.031    3446     0.094   58.01353   0.000020   0.000067  -0.000002
 r_peak,r_snr =   0.9619639       109.6165    
    1346    -0.031    3446     0.063  109.61654   0.000018   0.000068  -0.000002
 r_peak,r_snr =   0.9600177       77.22264    
    1446    -0.031    3446     0.031   77.22264   0.000021   0.000084  -0.000002
 r_peak,r_snr =   0.9551604       74.54772    
    1546    -0.031    3446     0.094   74.54772   0.000025   0.000095  -0.000002
 r_peak,r_snr =   0.9612712       89.63046    
    1646    -0.031    3446     0.094   89.63046   0.000021   0.000085  -0.000003
 r_peak,r_snr =   0.9496396       94.89989    
    1746    -0.031    3446     0.063   94.89989   0.000026   0.000104  -0.000003
 r_peak,r_snr =   0.9603302       90.48479    
    1846    -0.031    3446     0.063   90.48479   0.000022   0.000081  -0.000002
 r_peak,r_snr =   0.9703054       46.46307    
    1946    -0.031    3446     0.063   46.46307   0.000018   0.000067  -0.000003
 r_peak,r_snr =   0.9696061       53.55616    
    2046    -0.031    3446     0.031   53.55616   0.000019   0.000071  -0.000003
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9596440       109.3691    
     146     0.000    3846     0.188  109.36909   0.000020   0.000070  -0.000003
 r_peak,r_snr =   0.9650008       103.4974    
     246     0.000    3846     0.219  103.49735   0.000018   0.000061  -0.000002
 r_peak,r_snr =   0.9640015       105.1995    
     346     0.000    3846     0.156  105.19955   0.000019   0.000063  -0.000002
 r_peak,r_snr =   0.9569598       103.1321    
     446     0.000    3846     0.188  103.13206   0.000020   0.000078  -0.000002
 r_peak,r_snr =   0.9658300       81.90628    
     546     0.000    3846     0.156   81.90628   0.000017   0.000067  -0.000003
 r_peak,r_snr =   0.9698634       72.68388    
     646    -0.031    3846     0.156   72.68388   0.000017   0.000059  -0.000002
 r_peak,r_snr =   0.9703900       15.09809    
     746     0.000    3846     0.094   15.09809   0.000019   0.000088  -0.000001
 r_peak,r_snr =   0.9662786       62.34916    
     846    -0.031    3846     0.094   62.34916   0.000019   0.000067  -0.000002
 r_peak,r_snr =   0.9635592       99.25613    
     946     0.000    3846     0.125   99.25613   0.000018   0.000068  -0.000002
 r_peak,r_snr =   0.9652092       95.18234    
    1046     0.000    3846     0.125   95.18234   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9648690       114.4792    
    1146     0.000    3846     0.094  114.47918   0.000016   0.000068  -0.000002
 r_peak,r_snr =   0.9614177       69.20047    
    1246    -0.031    3846     0.063   69.20047   0.000021   0.000082  -0.000003
 r_peak,r_snr =   0.9565355       107.7877    
    1346    -0.031    3846     0.094  107.78774   0.000021   0.000079  -0.000002
 r_peak,r_snr =   0.9583737       83.19957    
    1446    -0.031    3846     0.031   83.19957   0.000024   0.000088  -0.000005
 r_peak,r_snr =   0.9562200       89.70309    
    1546    -0.031    3846     0.094   89.70309   0.000024   0.000089  -0.000003
 r_peak,r_snr =   0.9571744       85.56498    
    1646    -0.031    3846     0.063   85.56498   0.000023   0.000091  -0.000002
 r_peak,r_snr =   0.9570080       88.34059    
    1746    -0.031    3846     0.063   88.34059   0.000022   0.000080  -0.000004
 r_peak,r_snr =   0.9588581       83.64404    
    1846    -0.031    3846     0.094   83.64404   0.000021   0.000085  -0.000002
 r_peak,r_snr =   0.9645080       84.45744    
    1946    -0.031    3846     0.063   84.45744   0.000018   0.000075  -0.000002
 r_peak,r_snr =   0.9593176       81.99124    
    2046    -0.031    3846     0.063   81.99124   0.000022   0.000086  -0.000003
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9559973       85.04622    
     146     0.031    4246     0.219   85.04622   0.000023   0.000088  -0.000002
 r_peak,r_snr =   0.9519520       96.53838    
     246     0.000    4246     0.219   96.53838   0.000024   0.000095  -0.000002
 r_peak,r_  2.079668  -0.278449
 r_peak,r_snr =   0.3279366       2.901288    
    1546     1.188    3446    13.563    2.90129   0.022652   1.241952   0.080968
 r_peak,r_snr =   0.3160629       5.475948    
    1646     0.281    3446    -5.188    5.47595   0.032103   0.278625   0.016791
 r_peak,r_snr =   0.2150685       7.420298    
    1746     1.125    3446    -1.219    7.42030   0.047259   1.201514  -0.195030
 r_peak,r_snr =   0.1616377       5.852039    
    1846     0.438    3446    -3.594    5.85204   0.042649   0.439862  -0.061079
 r_peak,r_snr =   0.1920516       8.696592    
    1946     0.094    3446     1.594    8.69659   0.007816   4.539262  -0.139957
 r_peak,r_snr =   8.6755916E-02   3.769388    
    2046    -0.406    3446   -14.781    3.76939   7.290772 190.166840 -37.202953
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.4332407       3.635593    
     146    -1.094    3846    13.094    3.63559   0.005729   0.447876   0.005215
 r_peak,r_snr =   0.5628572       4.868586    
     246     0.438    3846    -3.219    4.86859   0.001893   0.921897  -0.002658
 r_peak,r_snr =   0.1705753       6.243544    
     346    -0.688    3846    11.875    6.24354   0.012959   0.685518  -0.019515
 r_peak,r_snr =   0.1275109       8.423711    
     446     0.063    3846    -5.719    8.42371   0.009740   2.661148  -0.051309
 r_peak,r_snr =   0.1861428       10.38512    
     546     0.656    3846     2.156   10.38512   0.012363   1.113216   0.043786
 r_peak,r_snr =   0.2504633       4.367335    
     746     0.688    3846    -1.031    4.36733   0.010197   0.534335  -0.004794
 r_peak,r_snr =   0.2413988       4.500231    
     846     1.438    3846     4.219    4.50023   0.122560   5.746546  -0.765824
 r_peak,r_snr =   0.1583381       7.568483    
     946     0.156    3846     8.188    7.56848   0.011029   0.438568  -0.012500
 r_peak,r_snr =   0.1444460       10.36667    
    1046    -0.406    3846    -2.750   10.36667   0.033806   2.315534  -0.220006
 r_peak,r_snr =   0.1591285       13.71700    
    1146     0.125    3846     2.906   13.71700   0.013217   0.797853  -0.028267
 r_peak,r_snr =   0.1062228       5.205427    
    1246     0.156    3846    10.188    5.20543   0.007061   1.080403  -0.001052
 r_peak,r_snr =   0.1754392       12.63739    
    1346   -13.813    3846    14.344   12.63739   0.015863   1.840020  -0.094414
 r_peak,r_snr =   0.5943639       3.597138    
    1546     0.063    3846     0.219    3.59714   0.002651   2.218503  -0.046837
 r_peak,r_snr =   0.2125363       2.038062    
    1646   -12.969    3846     9.906    2.03806   0.039790   4.272480   0.127757
 r_peak,r_snr =   0.2343891       9.389366    
    1746     0.094    3846     2.219    9.38937   0.006933   0.814037   0.017269
 r_peak,r_snr =   0.1363071       8.145845    
    1846    -0.719    3846     3.719    8.14585   0.034707   4.014749  -0.130683
 r_peak,r_snr =   0.2372001       7.985155    
    1946     0.063    3846     9.844    7.98515   0.016289   3.552453  -0.195233
 r_peak,r_snr =   0.1760219       8.873371    
    2046     3.656    3846    -8.250    8.87337   0.008636   0.482880  -0.024061
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.1480190       5.422080    
     246     1.375    4246     9.313    5.42208   0.040251   1.342614   0.058862
 r_peak,r_snr =   9.5704958E-02   5.726760    
     346    -2.344    4246     6.156    5.72676   0.105407   1.303669   0.049324
 r_peak,r_snr =   0.1950850       9.752176    
     446     0.156    4246     4.688    9.75218   0.007707   0.487943  -0.021120
 r_peak,r_snr =   0.1907080       5.053973    
     546     2.094    4246     7.813    5.05397   0.014034   1.285085  -0.074731
 r_peak,r_snr =   0.1650499       11.46694    
     646     0.031    4246     3.219   11.46694   0.009412   1.133922  -0.066421
 r_peak,r_snr =   0.2288665       8.310216    
     746     0.344    4246     0.781    8.31022   0.008721   0.874149  -0.049187
 r_peak,r_snr =   0.1232793       4.934566    
     846    13.531    4246     1.344    4.93457   0.013955   0.969106  -0.052888
 r_peak,r_snr =   0.9554624       120.3950    
     346    -0.031    4246     0.125  120.39499   0.000021   0.000078  -0.000001
 r_peak,r_snr =   0.9676377       81.27061    
     446     0.000    4246     0.156   81.27061   0.000016   0.000062  -0.000001
 r_peak,r_snr =   0.9648083       106.1618    
     546     0.000    4246     0.156  106.16176   0.000016   0.000062  -0.000002
 r_peak,r_snr =   0.9688627       40.16802    
     646    -0.031    4246     0.063   40.16802   0.000018   0.000076  -0.000003
 r_peak,r_snr =   0.9638075       82.37360    
     746    -0.031    4246     0.125   82.37360   0.000018   0.000070  -0.000003
 r_peak,r_snr =   0.9599290       103.6898    
     846    -0.031    4246     0.063  103.68981   0.000019   0.000075  -0.000003
 r_peak,r_snr =   0.9671609       101.3669    
     946     0.000    4246     0.063  101.36689   0.000016   0.000061  -0.000003
 r_peak,r_snr =   0.9688311       91.39098    
    1046     0.000    4246     0.094   91.39098   0.000017   0.000062  -0.000001
 r_peak,r_snr =   0.9672326       39.83175    
    1146    -0.031    4246     0.125   39.83175   0.000019   0.000079  -0.000003
 r_peak,r_snr =   0.9570770       104.2602    
    1246    -0.031    4246     0.125  104.26023   0.000023   0.000073   0.000000
 r_peak,r_snr =   0.9602316       104.8942    
    1346    -0.031    4246     0.094  104.89424   0.000019   0.000081  -0.000003
 r_peak,r_snr =   0.9699461       79.54578    
    1446    -0.031    4246     0.094   79.54578   0.000016   0.000063  -0.000002
 r_peak,r_snr =   0.9684529       65.44206    
    1546    -0.063    4246     0.125   65.44206   0.000019   0.000071  -0.000001
 r_peak,r_snr =   0.9449777       61.17071    
    1646    -0.031    4246     0.094   61.17071   0.000031   0.000115  -0.000006
 r_peak,r_snr =   0.9681351       53.69719    
    1746     0.000    4246     0.063   53.69719   0.000020   0.000079  -0.000001
 r_peak,r_snr =   0.9623228       65.49309    
    1846    -0.031    4246     0.063   65.49309   0.000022   0.000085  -0.000003
 r_peak,r_snr =   0.9572124       82.63715    
    1946    -0.031    4246     0.063   82.63715   0.000024   0.000083  -0.000003
 r_peak,r_snr =   0.9542031       57.52441    
    2046    -0.031    4246     0.063   57.52441   0.000029   0.000111  -0.000001
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9542061       90.85184    
     146     0.000    4646     0.250   90.85184   0.000025   0.000087   0.000000
 r_peak,r_snr =   0.9519453       106.3188    
     246     0.031    4646     0.250  106.31882   0.000023   0.000091  -0.000003
 r_peak,r_snr =   0.9700971       92.78308    
     346     0.000    4646     0.188   92.78308   0.000015   0.000059  -0.000002
 r_peak,r_snr =   0.9677671       97.92909    
     446     0.000    4646     0.156   97.92909   0.000016   0.000059  -0.000002
 r_peak,r_snr =   0.9713423       29.73215    
     546    -0.031    4646     0.156   29.73215   0.000017   0.000076  -0.000002
 r_peak,r_snr =   0.9623196       37.70598    
     646     0.000    4646     0.125   37.70598   0.000022   0.000097  -0.000004
 r_peak,r_snr =   0.9675211       14.01509    
     746     0.000    4646     0.125   14.01509   0.000023   0.000090  -0.000002
 r_peak,r_snr =   0.9663385       60.23344    
     846     0.000    4646     0.125   60.23344   0.000019   0.000069  -0.000003
 r_peak,r_snr =   0.9648845       73.72863    
     946    -0.031    4646     0.094   73.72863   0.000020   0.000078  -0.000004
 r_peak,r_snr =   0.9624598       84.36153    
    1046    -0.031    4646     0.094   84.36153   0.000020   0.000076  -0.000002
 r_peak,r_snr =   0.9587962       87.97422    
    1146    -0.031    4646     0.094   87.97422   0.000022   0.000074  -0.000002
 r_peak,r_snr =   0.9609841       100.6418    
    1246    -0.031    4646     0.063  100.64182   0.000020   0.000071  -0.000003
 r_peak,r_snr =   0.9687724       86.04930    
    1346    -0.031    4646     0.063   86.04930   0.000017   0.000064  -0.000004
 r_peak,r_snr =   0.9607081       75.85910    
    1446    -0.031    4646     0.063   75.85910   0.000021   0.000082   0.000000
 r_peak,r_snr =   0.9696732       75.32395    
    1546    -0.031    4646     0.063   75.32395   0.000017   0.000070  -0.000001
 r_peak,r_snr =   0.9690012       69.54037    
    1646    -0.031    4646     0.063   69.54037   0.000018   0.000066  -0.000001
 r_peak,r_snr =   0.9640063       89.38287    
    1746    -0.031    4646     0.031   89.38287   0.000020   0.000071  -0.000002
 r_peak,r_snr =   0.9616827       50.94111    
    1846    -0.031    4646     0.094   50.94111   0.000022   0.000089  -0.000001
 r_peak,r_snr =   0.9544271       40.15658    
    1946    -0.031    4646     0.031   40.15658   0.000030   0.000122  -0.000003
 r_peak,r_snr =   0.9574969       73.07282    
    2046    -0.031    4646     0.063   73.07282   0.000024   0.000088  -0.000005
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9635575       53.53082    
     146     0.000    5046     0.250   53.53082   0.000020   0.000083  -0.000002
 r_peak,r_snr =   0.9603454       89.13280    
     246     0.000    5046     0.219   89.13280   0.000021   0.000081  -0.000003
 r_peak,r_snr =   0.9686288       107.4341    
     346    -0.031    5046     0.156  107.43407   0.000015   0.000056  -0.000001
 r_peak,r_snr =   0.9669000       79.95105    
     446    -0.031    5046     0.156   79.95105   0.000019   0.000065   0.000000
 r_peak,r_snr =   0.9443256       92.54720    
     546     0.000    5046     0.156   92.54720   0.000030   0.000099  -0.000004
 r_peak,r_snr =   0.9709810       56.62168    
     646     0.000    5046     0.188   56.62168   0.000017   0.000065  -0.000002
 r_peak,r_snr =   0.9644198       92.73204    
     746     0.000    5046     0.125   92.73204   0.000019   0.000066  -0.000002
 r_peak,r_snr =   0.9633493       70.58354    
     846     0.000    5046     0.125   70.58354   0.000019   0.000072  -0.000002
 r_peak,r_snr =   0.9634389       103.8448    
     946     0.000    5046     0.125  103.84480   0.000019   0.000065  -0.000003
 r_peak,r_snr =   0.9715059       68.46486    
    1046     0.000    5046     0.125   68.46486   0.000017   0.000060  -0.000003
 r_peak,r_snr =   0.9600018       108.4894    
    1146     0.000    5046     0.094  108.48943   0.000019   0.000075  -0.000003
 r_peak,r_snr =   0.9588259       69.09235    
    1246    -0.031    5046     0.094   69.09235   0.000024   0.000082  -0.000004
 r_peak,r_snr =   0.9676567       79.57009    
    1346    -0.031    5046     0.094   79.57009   0.000017   0.000064  -0.000003
 r_peak,r_snr =   0.9652137       83.63826    
    1446    -0.031    5046     0.094   83.63826   0.000018   0.000069  -0.000001
 r_peak,r_snr =   0.9644422       70.98419    
    1546    -0.031    5046     0.063   70.98419   0.000020   0.000075   0.000000
 r_peak,r_snr =   0.9642776       45.97267    
    1646    -0.031    5046     0.094   45.97267   0.000023   0.000085  -0.000003
 r_peak,r_snr =   0.9575388       94.33936    
    1746    -0.031    5046     0.031   94.33936   0.000022   0.000082  -0.000003
 r_peak,r_snr =   0.9631576       77.71489    
    1846    -0.031    5046     0.063   77.71489   0.000021   0.000079  -0.000003
 r_peak,r_snr =   0.9530392       90.21537    
    1946    -0.031    5046     0.000   90.21537   0.000025   0.000095  -0.000004
 r_peak,r_snr =   0.9505566       67.92989    
    2046    -0.031    5046     0.063   67.92989   0.000027   0.000116   0.000000
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9640112       92.11649    
     146     0.000    5446     0.250   92.11649   0.000019   0.000069   0.000000
 r_peak,r_snr =   0.9632673       93.48884    
     246     0.000    5446     0.188   93.48884   0.000019   0.000071  -0.000004
 r_peak,r_snr =   0.9590319       90.99577    
     346     0.000    5446     0.156   90.99577   0.000022   0.000075  -0.000005
 r_peak,r_snr =   0.9735836       16.60773    
     446    -0.031    5446     0.156   16.60773   0.000017   0.000073  -0.000001
 r_peak,r_snr =   0.9629166       98.13556    
     546     0.000    5446     0.188   98.13556   0.000017   0.000072  -0.0snr =   0.2109754       7.249484    
     946    -0.031    4246    -1.188    7.24948   0.005518   2.322816   0.013237
 r_peak,r_snr =   0.1589651       8.709378    
    1046     0.000    4246     5.250    8.70938   0.008430   1.593937  -0.038350
 r_peak,r_snr =   0.1777091       6.230282    
    1246     0.813    4246     6.375    6.23028   0.030243   4.821536  -0.185618
 r_peak,r_snr =   0.2770015       4.983287    
    1346    -0.688    4246     2.219    4.98329   0.012989   2.592649   0.094034
 r_peak,r_snr =   0.4721785       2.962803    
    1446     0.406    4246    -2.344    2.96280   0.004533   1.697533  -0.053318
 r_peak,r_snr =   0.3463963       7.468369    
    1546     0.219    4246     0.688    7.46837   0.003945   0.400036  -0.011533
 r_peak,r_snr =   0.4792283       6.899296    
    1646     0.156    4246     2.375    6.89930   0.006173   1.340885  -0.070411
 r_peak,r_snr =   0.4001724       5.940655    
    1746     0.375    4246    12.813    5.94066   0.028355  31.766733  -0.884010
 r_peak,r_snr =   0.1794469       7.360602    
    1846    -0.188    4246    -0.281    7.36060   0.013405   2.132128   0.007187
 r_peak,r_snr =   0.1884151       4.559275    
    1946     0.969    4246     8.719    4.55927   0.033396   1.143065  -0.022525
 r_peak,r_snr =   0.1909356       8.695046    
    2046     0.313    4246    -7.188    8.69505   0.009159   0.522035  -0.028749
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.3953710       4.820463    
     146     0.688    4646     8.250    4.82046   0.007416   0.928142  -0.007581
 r_peak,r_snr =   0.5523666       3.258492    
     246     0.000    4646    -0.188    3.25849   0.009844   0.771330   0.041960
 r_peak,r_snr =   0.1521416       11.71132    
     446    -0.344    4646    -2.750   11.71132   0.031459   3.536834  -0.307123
 r_peak,r_snr =   0.2597365       13.26756    
     646    -0.125    4646     0.094   13.26756   0.005143   0.305793  -0.001901
 r_peak,r_snr =   0.2327296       7.084046    
     746     3.625    4646   -12.750    7.08405   0.018640   1.792902   0.025003
 r_peak,r_snr =   0.1900600       7.705757    
     846     0.219    4646     0.563    7.70576   0.008413   3.135622   0.000067
 r_peak,r_snr =   0.3760985       1.887964    
     946    -0.531    4646    -6.219    1.88796   0.014710   1.339169  -0.072718
 r_peak,r_snr =   0.2232418       6.567781    
    1046     0.500    4646   -11.344    6.56778   0.008558   0.580050  -0.003277
 r_peak,r_snr =   0.1644860       10.24705    
    1146     0.688    4646   -12.844   10.24705   0.030458   0.358260  -0.076001
 r_peak,r_snr =   0.3419985       4.759941    
    1246    -0.375    4646     5.750    4.75994   0.009606   2.079053   0.094286
 r_peak,r_snr =   0.5587585       4.414668    
    1346    -0.219    4646    -3.781    4.41467   0.003266   0.191231   0.006230
 r_peak,r_snr =   0.3133723       6.867328    
    1446    -0.250    4646    -1.875    6.86733   0.006059   0.523199   0.015424
 r_peak,r_snr =   0.1226225       6.911035    
    1546    -1.906    4646   -13.438    6.91104   0.012283   1.072994   0.024745
 r_peak,r_snr =   0.4490799       4.098306    
    1646     0.406    4646     2.719    4.09831   0.003738   0.338427  -0.016230
 r_peak,r_snr =   0.3952523       10.42777    
    1746     0.063    4646    -2.219   10.42777   0.004767   1.456243   0.061792
 r_peak,r_snr =   0.1438185       5.428015    
    1946    -0.375    4646    -0.219    5.42802   0.017601   6.137728   0.171044
 r_peak,r_snr =   0.2010617       13.87644    
    2046     0.156    4646   -10.750   13.87644   0.005561   0.484222  -0.015244
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.1226734       5.326418    
     146    -7.094    5046     5.625    5.32642   0.023438   2.738276  -0.156257
 r_peak,r_snr =   0.3969728       3.071952    
     246     0.063    5046    -0.750    3.07195   0.007216   2.092720  -0.061327
 r_peak,r_snr =   0.1813469       7.935695    
     346     0.344    5046     1.750    7.93570   0.018379   0.681337  -0.029585
 r_peak,r_snr =   0.1493770       3.55748200003
 r_peak,r_snr =   0.9707482       103.1893    
     646    -0.031    5446     0.125  103.18927   0.000015   0.000049  -0.000002
 r_peak,r_snr =   0.9667996       93.55240    
     746     0.000    5446     0.156   93.55240   0.000017   0.000063  -0.000002
 r_peak,r_snr =   0.9686828       76.00761    
     846    -0.031    5446     0.063   76.00761   0.000017   0.000066  -0.000002
 r_peak,r_snr =   0.9605947       98.08675    
     946     0.000    5446     0.125   98.08675   0.000020   0.000075  -0.000001
 r_peak,r_snr =   0.9631191       77.77773    
    1046     0.000    5446     0.094   77.77773   0.000019   0.000072  -0.000001
 r_peak,r_snr =   0.9582620       99.41371    
    1146    -0.031    5446     0.094   99.41371   0.000021   0.000076  -0.000003
 r_peak,r_snr =   0.9582951       82.22554    
    1246    -0.031    5446     0.156   82.22554   0.000022   0.000082  -0.000003
 r_peak,r_snr =   0.9668893       74.92901    
    1346    -0.031    5446     0.125   74.92901   0.000018   0.000071  -0.000001
 r_peak,r_snr =   0.9721871       67.60026    
    1446    -0.031    5446     0.094   67.60026   0.000016   0.000071  -0.000002
 r_peak,r_snr =   0.9672538       44.93221    
    1546    -0.031    5446     0.094   44.93221   0.000021   0.000075  -0.000001
 r_peak,r_snr =   0.9655941       45.95015    
    1646    -0.031    5446     0.063   45.95015   0.000020   0.000077  -0.000004
 r_peak,r_snr =   0.9700038       60.49397    
    1746    -0.031    5446     0.063   60.49397   0.000017   0.000070  -0.000003
 r_peak,r_snr =   0.9613616       63.77375    
    1846    -0.031    5446     0.094   63.77375   0.000022   0.000099   0.000000
 r_peak,r_snr =   0.9582331       40.54584    
    1946    -0.063    5446     0.094   40.54584   0.000028   0.000103  -0.000004
 r_peak,r_snr =   0.9484053       87.27782    
    2046    -0.031    5446     0.125   87.27782   0.000028   0.000108  -0.000005
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9617485       72.88575    
     146     0.000    5846     0.219   72.88575   0.000021   0.000083  -0.000003
 r_peak,r_snr =   0.9692886       76.92719    
     246     0.000    5846     0.188   76.92719   0.000017   0.000058  -0.000002
 r_peak,r_snr =   0.9709308       23.38631    
     346     0.000    5846     0.156   23.38631   0.000018   0.000060  -0.000001
 r_peak,r_snr =   0.9683053       93.73489    
     446    -0.031    5846     0.125   93.73489   0.000018   0.000060  -0.000003
 r_peak,r_snr =   0.9627130       49.51427    
     546     0.000    5846     0.156   49.51427   0.000021   0.000095  -0.000002
 r_peak,r_snr =   0.9724763       105.5655    
     646     0.000    5846     0.125  105.56547   0.000014   0.000048  -0.000002
 r_peak,r_snr =   0.9659681       121.3562    
     746     0.000    5846     0.125  121.35624   0.000016   0.000056  -0.000002
 r_peak,r_snr =   0.9718338       44.84327    
     846    -0.031    5846     0.094   44.84327   0.000018   0.000061  -0.000002
 r_peak,r_snr =   0.9598802       103.9043    
     946    -0.031    5846     0.094  103.90428   0.000020   0.000077  -0.000002
 r_peak,r_snr =   0.9586595       95.68034    
    1046    -0.031    5846     0.063   95.68034   0.000022   0.000077  -0.000002
 r_peak,r_snr =   0.9528842       90.00090    
    1146     0.000    5846     0.156   90.00090   0.000027   0.000089  -0.000002
 r_peak,r_snr =   0.9664595       92.56557    
    1246    -0.031    5846     0.125   92.56557   0.000018   0.000063  -0.000002
 r_peak,r_snr =   0.9732558       47.49251    
    1346    -0.031    5846     0.063   47.49251   0.000016   0.000064  -0.000003
 r_peak,r_snr =   0.9674110       59.17609    
    1446    -0.031    5846     0.094   59.17609   0.000018   0.000074  -0.000001
 r_peak,r_snr =   0.9587633       42.74572    
    1546    -0.063    5846     0.063   42.74572   0.000023   0.000086  -0.000005
 r_peak,r_snr =   0.9609073       80.28922    
    1646    -0.031    5846     0.063   80.28922   0.000021   0.000087  -0.000003
 r_peak,r_snr =   0.9549462       72.37128    
    1746    -0.031    5846     0.031   72.37128   0.000026   0.000091  -0.000005
 r_peak,r_snr =   0.9586408       56.66457    
    1846    -0.031    5846     0.125   56.66457   0.000025   0.000104  -0.000005
 r_peak,r_snr =   0.9587706       72.78114    
    1946    -0.031    5846     0.063   72.78114   0.000025   0.000095  -0.000002
 r_peak,r_snr =   0.9598151       20.88794    
    2046    -0.031    5846     0.125   20.88794   0.000032   0.000141  -0.000002
    
     446   -14.250    5046     2.375    3.55748   0.018782   0.918827  -0.030755
 r_peak,r_snr =   0.1319205       8.505953    
     646    -1.469    5046    12.469    8.50595   0.016851   1.031029  -0.010552
 r_peak,r_snr =   0.1151455       12.97856    
     746    -2.844    5046   -14.406   12.97856   0.010193   0.410302  -0.032191
 r_peak,r_snr =   0.1397719       7.487787    
     846   -11.844    5046     9.594    7.48779   0.069357   2.212722   0.299071
 r_peak,r_snr =   0.1998425       6.262896    
     946    -0.031    5046     1.250    6.26290   0.019013  12.688247  -0.297284
 r_peak,r_snr =   0.2334281       6.932409    
    1046     0.156    5046    -7.750    6.93241   0.022525   3.010941  -0.221474
 r_peak,r_snr =   0.6361212       1.425394    
    1146    -0.219    5046     0.219    1.42539   0.023979   0.669719   0.004707
 r_peak,r_snr =   0.1248695       10.36272    
    1246    -3.781    5046   -14.594   10.36272   0.013815   0.329524  -0.004409
 r_peak,r_snr =   0.7106789       4.664521    
    1346     0.688    5046    -7.719    4.66452   0.000671   0.044176  -0.000185
 r_peak,r_snr =   0.2231437       6.171747    
    1446     1.094    5046    -4.156    6.17175   0.222140   3.025389  -0.745625
 r_peak,r_snr =   0.1832030       4.409172    
    1546    -0.469    5046     4.875    4.40917   0.025956   6.077385   0.317628
 r_peak,r_snr =   0.5726885       3.037641    
    1646    -0.063    5046    -0.500    3.03764   0.004199   0.124410   0.000917
 r_peak,r_snr =   0.2837768       7.316505    
    1746    -0.750    5046     1.188    7.31651   0.032744   4.316847  -0.321183
 r_peak,r_snr =   0.3096051       8.596713    
    1846     0.531    5046     3.719    8.59671   0.006199   0.562757  -0.026576
 r_peak,r_snr =   0.1629808       4.033837    
    1946    -0.438    5046     3.219    4.03384   0.026900   3.763291  -0.211345
 r_peak,r_snr =   0.1305312       5.607597    
    2046    -4.063    5046    11.750    5.60760   0.008321   1.282575  -0.058559
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.1663302       7.946368    
     146     0.156    5446    -8.719    7.94637   0.041340   3.967369  -0.336918
 r_peak,r_snr =   0.5774868       2.210119    
     246     1.281    5446    -2.219    2.21012   0.006183   0.347964   0.014842
 r_peak,r_snr =   0.2286941       5.804542    
     346     1.063    5446    -6.188    5.80454   0.016881   2.954237  -0.081742
 r_peak,r_snr =   0.1390269       8.266252    
     546    -1.000    5446    -3.125    8.26625   0.036706   0.654045  -0.122311
 r_peak,r_snr =   0.1395969       7.507442    
     746    -5.313    5446    -8.344    7.50744   0.108248   0.849121   0.165404
 r_peak,r_snr =   0.1156269       7.967292    
     846     8.063    5446    10.656    7.96729   0.011445   1.612728  -0.069821
 r_peak,r_snr =   0.1694029       9.888587    
     946     7.313    5446    -0.219    9.88859   0.017799   0.520571  -0.068945
 r_peak,r_snr =   0.4769926       1.551199    
    1046    -1.281    5446    11.250    1.55120   0.066762   3.494426  -0.407120
 r_peak,r_snr =   0.5508387       3.336419    
    1146    -0.219    5446    -6.219    3.33642   0.005194   0.349664  -0.011017
 r_peak,r_snr =   0.1620018       6.983726    
    1246     4.406    5446   -13.875    6.98373   0.026064   1.049479  -0.098932
 r_peak,r_snr =   0.1163921       8.825429    
    1446    -0.594    5446    -2.594    8.82543   0.017632   1.006353  -0.064101
 r_peak,r_snr =   0.1027945       6.866774    
    1546    -0.688    5446    -2.219    6.86677   0.491274  25.275448  -3.335550
 r_peak,r_snr =   0.5130011       3.186767    
    1646    -0.031    5446    -0.781    3.18677   0.007630   0.387009  -0.024780
 r_peak,r_snr =   0.5121233       4.001384    
    1746     0.156    5446    -1.219    4.00138   0.003556   0.369228  -0.015756
 r_peak,r_snr =   0.2993366       11.14291    
    1846    -0.188    5446     2.063   11.14291   0.003395   0.746265  -0.010968
 r_peak,r_snr =   0.3928569       4.026608    
    1946     0.094    5446     0.469    4.02661   0.005667   1.313192  -0.0   ************************************************** 
   *****                                        ***** 
   *****      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
14419
 r_peak,r_snr =   0.2128613       7.488235    
    2046     0.375    5446    -2.156    7.48823   0.019826   1.903383  -0.136900
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.2511255       5.985430    
     146    -0.094    5846    -4.094    5.98543   0.008686   1.495294  -0.021160
 r_peak,r_snr =   0.4562610       6.089600    
     246    -0.281    5846    -0.750    6.08960   0.004313   1.560374  -0.045433
 r_peak,r_snr =   0.3057509       8.158710    
     346    -0.594    5846     0.063    8.15871   0.006379   1.189345   0.005145
 r_peak,r_snr =   0.1949941       7.025208    
     646     0.500    5846     5.188    7.02521   0.203439  11.578015   1.482511
 r_peak,r_snr =   0.2485230       3.947584    
     746     2.469    5846    -0.188    3.94758   0.062107   0.346335   0.049592
 r_peak,r_snr =   9.7955607E-02   7.017730    
     946     9.844    5846    -3.344    7.01773   0.070647   0.507607  -0.089607
 r_peak,r_snr =   0.4896571       3.702794    
    1046    -0.031    5846     0.094    3.70279   0.004073   0.311788  -0.011536
 r_peak,r_snr =   0.2374843       4.741230    
    1146     1.094    5846    -6.844    4.74123   0.009074   0.678532  -0.032284
 r_peak,r_snr =   0.1530805       7.722347    
    1246    -0.875    5846     5.531    7.72235   0.013828   1.347275   0.036632
 r_peak,r_snr =   0.1716491       9.620821    
    1346     0.938    5846   -12.750    9.62082   0.008085   0.572307  -0.025675
 r_peak,r_snr =   0.2190896       6.678664    
    1446     0.125    5846     6.250    6.67866   0.050761   2.886795  -0.244732
 r_peak,r_snr =   0.1344486       11.99511    
    1546     5.188    5846   -12.875   11.99511   0.009536   0.385383  -0.025672
 r_peak,r_snr =   0.3502341       4.309785    
    1646    -0.844    5846     1.844    4.30978   0.034340   0.725357  -0.114637
 r_peak,r_snr =   0.1844108       6.096823    
    1746    -5.250    5846    -4.156    6.09682   0.024741   1.164077  -0.050457
 r_peak,r_snr =   0.1842030       4.267742    
    1846     2.781    5846     3.813    4.26774   0.007046   0.562812  -0.002056
 r_peak,r_snr =   0.2843330       5.438088    
    1946     4.094    5846     4.188    5.43809   0.005166   0.547023  -0.002599
 r_peak,r_snr =   0.2866215       6.637113    
    2046    -0.313    5846     0.281    6.63711   0.004919   0.336710   0.000023
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.3869417       40.72847    
     146     0.125    3046    -0.094   40.72847   0.001273   0.023115  -0.000858
 r_peak,r_snr =   0.5965167       7.065569    
     246    -0.125    3046    -0.906    7.06557   0.000977   0.023707  -0.001234
 r_peak,r_snr =   0.4350510       8.754777    
     346     0.094    3046    -0.438    8.75478   0.001657   0.151062   0.002745
 r_peak,r_snr =   0.3132846       26.54967    
     446     0.000    3046     0.063   26.54967   0.002207   0.104045  -0.005775
 r_peak,r_snr =   0.3313355       12.77725    
     546     0.000    3046    -0.156   12.77725   0.002923   0.155133   0.004200
 r_peak,r_snr =   0.3536498       16.12591    
     646     0.063    3046     0.094   16.12591   0.001434   0.080004  -0.003787
 r_peak,r_snr =   0.3483096       11.46773    
     746    -0.219    3046    -0.750   11.46773   0.002465   0.134396  -0.004285
 r_peak,r_snr =   0.4370751       18.96103    
     846     0.000    3046     0.938   18.96103   0.001190   0.062609  -0.001847
 r_peak,r_snr =   0.3850439       15.16741    
     946     0.000    3046     0.031   15.16741   0.001332   0.166419  -0.003765
 r_peak,r_snr =   0.4257567       9.947911    
    1046    -0.188    3046    -0.281    9.94791   0.001893   0.072683  -0.000771
 r_peak,r_snr =   0.3413098       3.822068    
    1146    -0.094    3046     1.094    3.82207   0.004134   0.236150  -0.000212
 r_peak,r_snr =   0.1598135       6.656498    
    1246     0.281    3046     1.688    6.65650   0.009874   0.451989  -0.012306
 r_peak,r_snr =   0.2509394       10.48026    
    1346    -0.188    3046    -1.406   10.48026   0.005392   0.291209  -0.005864
 r_peak,r_snr =   0.3202362       4.190332    
    1446    -0.063    3046    -1.750    4.19033   0.037006   0.531546   0.046160
 r_peak,r_snr =   0.1813121       2.869385    
    1546    -6.531    3046     7.188    2.86938   0.177745   0.997872  -0.095192
 r_peak,r_snr =   0.2829402       3.429647    
    1646    -1.250    3046     8.938    3.42965   0.020471   0.355968  -0.057716
 r_peak,r_snr =   0.1659312       6.023240    
    1746   -10.313    3046     5.125    6.02324   0.012110   0.960502  -0.041922
 r_peak,r_snr =   0.1412411       3.838453    
    1846    -3.406    3046     9.188    3.83845   0.096141   0.843095  -0.058624
 r_peak,r_snr =   0.1716237       5.711775    
    1946     3.813    3046    -0.844    5.71177   0.024138   4.087399  -0.270470
 r_peak,r_snr =   0.1618655       8.617961    
    2046    -0.094    3046     0.219    8.61796   0.013359   2.307024  -0.146369
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.5145084       5.418848    
     146    -0.031    3446     0.469    5.41885   0.001033   0.037755  -0.000301
 r_peak,r_snr =   0.4946962       5.677727    
     246     0.031    3446    -0.250    5.67773   0.001748   0.063430  -0.001636
 r_peak,r_snr =   0.5571326       5.852768    
     346     0.063    3446     0.219    5.85277   0.001027   0.067584  -0.000643
 r_peak,r_snr =   0.3574792       11.31403    
     446    -0.094    3446     0.313   11.31403   0.001625   0.108933   0.000716
 r_peak,r_snr =   0.2400697       13.23571    
     546     0.094    3446    -0.688   13.23571   0.003232   0.527688   0.003418
 r_peak,r_snr =   0.5133560       5.229958    
     646     0.063    3446    -0.188    5.22996   0.001541   0.049638  -0.003570
 r_peak,r_snr =   0.3707389       25.98112    
     746    -0.156    3446    -0.250   25.98112   0.001829   0.056967  -0.001498
 r_peak,r_snr =   0.1505993       9.636249    
     846    -0.469    3446     0.813    9.63625   0.007904   0.296526  -0.026354
 r_peak,r_snr =   0.4066469       8.377353    
     946     0.063    3446    -0.188    8.37735   0.002251   0.131965  -0.004496
 r_peak,r_snr =   0.3272976       20.38111    
    1046    -0.156    3446    -0.844   20.38111   0.001819   0.136445  -0.002956
 r_peak,r_snr =   0.2462087       21.68361    
    1146    -0.063    3446     0.844   21.68361   0.003477   0.262467  -0.017144
 r_peak,r_snr =   0.2799285       26.20737    
    1246     0.063    3446     0.156   26.20737   0.002365   0.144623  -0.002420
 r_peak,r_snr =   0.2172390       10.01781    
    1346    -0.031    3446     0.406   10.01781   0.005771   0.829872  -0.026254
 r_peak,r_snr =   0.2181163       15.89126    
    1446     0.000    3446     0.594   15.89126   0.004977   0.431560  -0.006716
 r_peak,r_snr =   0.3782567       3.448302    
    1546    -0.719    3446     0.219    3.44830   0.095188   1.443180   0.276483
 r_peak,r_snr =   0.3519332       4.765172    
    1646    -2.469    3446     5.219    4.76517   0.019119   1.068360  -0.035060
 r_peak,r_snr =   0.1746068       4.829166    
    1846     0.438    3446    -7.531    4.82917   0.006823   0.485050  -0.015828
 r_peak,r_snr =   0.2430011       9.737928    
    1946    -0.063    3446    -0.063    9.73793   0.003364   0.770436  -0.022838
 r_peak,r_snr =   0.2646900       16.86754    
    2046     0.094    3446    -0.781   16.86754   0.002425   0.416104  -0.008942
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.4673937       4.312536    
     146     0.094    3846    -1.094    4.31254   0.002620   0.267516   0.002226
 r_peak,r_snr =   0.5884910       6.581955    
     246     0.375    3846    -1.750    6.58195   0.001591   0.100558   0.003514
 r_peak,r_snr =   0.4009714       14.77794    
     346     0.125    3846    -0.688   14.77794   0.001738   0.077829  -0.004391
 r_peak,r_snr =   0.1336569       8.292679    
     446    -0.188    3846     0.125    8.29268   0.006605   0.623824   0.009464
 r_peak,r_snr =   0.3135015       21.02477    
     546     0.031    3846    -0.625   21.02477   0.001440   0.084449  -0.003216
 r_peak,r_snr =   0.3255906       15.34684    
     646     0.156    3846    -0.188   15.34684   0.001866   0.111708  -0.003429
 r_peak,r_snr =   0.3311491       10.00078    
     746    -0.125    3846    -0.781   10.00078   0.002494   0.204152   0.003795
 r_peak,r_snr =   0.3668709       7.019179    
     846    -0.063    3846     0.781    7.01918   0.003516   0.498699   0.020488
 r_peak,r_snr =   0.3972017       7.945176    
     946    -0.156    3846    -0.781    7.94518   0.001943   0.068094  -0.000134
 r_peak,r_snr =   0.3724818       24.51570    
    1046     0.000    3846     1.063   24.51570   0.001455   0.079858  -0.001569
 r_peak,r_snr =   0.2682478       20.87130    
    1146     0.094    3846     0.188   20.87130   0.003312   0.119028  -0.007970
 r_peak,r_snr =   0.3873805       22.54502    
    1246     0.156    3846     0.094   22.54502   0.001451   0.074032  -0.001370
 r_peak,r_snr =   0.1871062       9.498532    
    1346    -0.500    3846    -0.625    9.49853   0.011376   0.578181  -0.027739
 r_peak,r_snr =   0.5491959       2.585051    
    1446    -0.063    3846     0.938    2.58505   0.005111   0.469413  -0.016853
 r_peak,r_snr =   0.5307703       3.047759    
    1546    -0.156    3846     2.813    3.04776   0.005393   0.476487  -0.030791
 r_peak,r_snr =   0.1810774       7.437588    
    1646   -14.813    3846     2.719    7.43759   0.023095   0.600811  -0.076436
 r_peak,r_snr =   0.1901858       6.414061    
    1746     0.375    3846   -14.781    6.41406   0.024536   0.737239   0.019660
 r_peak,r_snr =   0.2096557       12.50906    
    1946    -0.375    3846    -6.250   12.50906   0.005611   1.372196  -0.035996
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.6485685       40.76397    
     146     0.000    4246    -0.094   40.76397   0.000360   0.005368  -0.000045
 r_peak,r_snr =   0.2233034       9.860312    
     246     0.094    4246     1.250    9.86031   0.005343   0.599532  -0.023836
 r_peak,r_snr =   0.3054717       26.26783    
     346     0.031    4246     0.281   26.26783   0.001930   0.127192  -0.003642
 r_peak,r_snr =   0.3619693       18.84612    
     446    -0.156    4246    -0.031   18.84612   0.001561   0.122026  -0.002185
 r_peak,r_snr =   0.5072032       14.99332    
     546     0.094    4246    -0.531   14.99332   0.000896   0.027649  -0.001600
 r_peak,r_snr =   0.3310534       11.39136    
     646     0.000    4246    -0.219   11.39136   0.002235   0.141597  -0.000235
 r_peak,r_snr =   0.3624666       12.46826    
     746     0.281    4246     0.219   12.46826   0.003244   0.113408   0.001284
 r_peak,r_snr =   0.2047732       10.29147    
     846    -1.406    4246     4.031   10.29147   0.009435   0.288239  -0.005792
 r_peak,r_snr =   0.3698233       28.58899    
     946    -0.125    4246    -0.406   28.58899   0.001290   0.046281  -0.002410
 r_peak,r_snr =   0.2651157       17.73814    
    1046     0.125    4246    -0.250   17.73814   0.002608   0.202062  -0.005422
 r_peak,r_snr =   0.1441904       6.459565    
    1146    -1.844    4246   -14.313    6.45956   0.024617   1.252214   0.020659
 r_peak,r_snr =   0.2458940       9.041971    
    1246    -0.219    4246    -1.188    9.04197   0.003963   0.606463   0.009982
 r_peak,r_snr =   0.2950480       6.927040    
    1346    -0.469    4246    -0.188    6.92704   0.008745   0.369755   0.004136
 r_peak,r_snr =   0.3906211       4.491507    
    1446     0.813    4246    -1.188    4.49151   0.012550   0.646594   0.020414
 r_peak,r_snr =   0.3818997       9.343057    
    1546     0.031    4246    -0.094    9.34306   0.003911   0.232784  -0.008682
 r_peak,r_snr =   0.4488918       5.320306    
    1646     0.125    4246     0.750    5.32031   0.005725   0.906315  -0.039258
 r_peak,r_snr =   0.5024382       7.537548    
    1746     0.094    4246   -10.781    7.53755   0.004174   0.146551   0.007852
 r_peak,r_snr =   0.2214102       4.820490    
    1846    -0.156    4246     0.844    4.82049   0.019779   1.704539  -0.125577
 r_peak,r_snr =   0.2874748       5.382994    
    1946    -0.156    4246     1.219    5.38299   0.015386   1.608695  -0.102519
 r_peak,r_snr =   0.1769606       9.806747    
    2046     0.188    4246    -8.438    9.80675   0.005605   0.491917   0.009670
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.6752776       10.68077    
     146     0.063    4646    -0.156   10.68077   0.000524   0.012972  -0.000456
 r_peak,r_snr =   0.6896927       4.247464    
     246    -0.063    4646    -1.188    4.24746   0.001268   0.087887  -0.000364
 r_peak,r_snr =   0.3396671       21.36659    
     346    -0.094    4646     0.031   21.36659   0.001815   0.050549  -0.002488
 r_peak,r_snr =   0.2782140       27.74212    
     446     0.063    4646    -0.344   27.74212   0.003212   0.110790  -0.009692
 r_peak,r_snr =   0.4026423       26.08726    
     546     0.094    4646    -0.781   26.08726   0.001166   0.069179   0.001885
 r_peak,r_snr =   0.2865468       10.36001    
     646    -0.250    4646    -0.188   10.36001   0.004968   0.578460   0.010603
 r_peak,r_snr =   0.3531226       11.63580    
     746     0.031    4646     0.875   11.63580   0.002687   0.223590   0.000491
 r_peak,r_snr =   0.2545371       12.55777    
     846    -0.250    4646    -0.750   12.55777   0.003847   0.265832  -0.013235
 r_peak,r_snr =   0.4990684       3.589220    
     946    -0.031    4646     0.031    3.58922   0.001398   0.125358  -0.002502
 r_peak,r_snr =   0.3317401       14.00459    
    1046     0.000    4646    -0.469   14.00459   0.001813   0.268580  -0.004086
 r_peak,r_snr =   0.1337537       6.959981    
    1146    11.688    4646    -6.219    6.95998   0.062793   2.003636  -0.283702
 r_peak,r_snr =   0.3541632       6.891256    
    1246     0.281    4646    -0.281    6.89126   0.005287   0.278757  -0.020375
 r_peak,r_snr =   0.4552774       3.845122    
    1346    -0.125    4646    -0.188    3.84512   0.007687   0.444037  -0.035559
 r_peak,r_snr =   0.5385652       6.298942    
    1446     0.000    4646    -0.750    6.29894   0.001390   0.350024  -0.001271
 r_peak,r_snr =   0.4907947       5.526967    
    1646     0.031    4646    -1.781    5.52697   0.001580   0.206593  -0.001118
 r_peak,r_snr =   0.4916624       15.14917    
    1746     0.125    4646    -0.219   15.14917   0.001429   0.059746   0.000045
 r_peak,r_snr =   0.7312558       9.323543    
    1846     0.281    4646     1.188    9.32354   0.000828   0.039938  -0.002525
 r_peak,r_snr =   0.2030628       6.298277    
    1946    -0.719    4646    -0.031    6.29828   0.017737   1.276946  -0.101576
 r_peak,r_snr =   0.2152937       17.97803    
    2046     0.219    4646    -0.750   17.97803   0.003839   0.517334  -0.005501
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.3020260       17.38671    
     146     0.031    5046     0.031   17.38671   0.002986   0.074527  -0.005002
 r_peak,r_snr =   0.5173575       5.062453    
     246     0.000    5046    -0.500    5.06245   0.001459   0.089213  -0.001425
 r_peak,r_snr =   0.2501436       12.42449    
     346    -0.031    5046     0.813   12.42449   0.002380   0.333484  -0.000145
 r_peak,r_snr =   0.3047532       21.07475    
     446    -0.250    5046    -0.688   21.07475   0.002366   0.098509  -0.003382
 r_peak,r_snr =   0.2665102       28.68562    
     546     0.156    5046     0.281   28.68562   0.001962   0.094884  -0.003210
 r_peak,r_snr =   0.2646568       14.19335    
     646     0.156    5046    -0.250   14.19335   0.004267   0.288951  -0.016211
 r_peak,r_snr =   0.1492257       14.38942    
     746    -0.156    5046     0.375   14.38942   0.005497   0.337319  -0.007510
 r_peak,r_snr =   0.1284054       6.812523    
     846     0.719    5046     1.781    6.81252   0.064204   1.550762  -0.274150
 r_peak,r_snr =   0.3239523       15.77536    
     946     0.125    5046    -0.781   15.77536   0.002480   0.167906  -0.003466
 r_peak,r_snr =   0.4026006       10.95288    
    1046    -0.188    5046    -1.188   10.95288   0.002736   0.740229  -0.028758
 r_peak,r_snr =   0.6071725       1.502599    
    1146     1.469    5046    -4.781    1.50260   0.039057   1.664981   0.221632
 r_peak,r_snr =   0.7552693       4.973492    
    1346    -0.031    5046    -0.219    4.97349   0.000853   0.022464  -0.001507
 r_peak,r_snr =   0.2698507       5.620961    
    1446    -1.156    5046     8.250    5.62096   0.035340   0.574251  -0.070854
 r_peak,r_snr =   0.2272695       5.149451    
    1546    -0.344    5046    -2.188    5.14945   0.028340   3.256553   0.165917
 r_peak,r_snr =   0.4721045       2.638041    
    1646    -0.031    5046    -1.844    2.63804   0.019906   3.785455  -0.207833
 r_peak,r_snr =   0.3459394       9.897218    
    1746    -0.406    5046    -0.656    9.89722   0.004143   0.703959   0.001949
 r_peak,r_snr =   0.3139069       6.961304    
    1846     0.438    5046     0.250    6.96130   0.006268   0.687850  -0.025029
 r_peak,r_snr =   0.3958030       7.348602    
    1946     0.219    5046     1.156    7.34860   0.002562   0.841827   0.010346
 r_peak,r_snr =   0.1237523       5.066297    
    2046     5.406    5046    13.750    5.06630   0.021741   1.210302  -0.021565
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.3638698       15.44196    
     146    -0.156    5446    -0.281   15.44196   0.001920   0.067140  -0.000417
 r_peak,r_snr =   0.6000422       3.399938    
     246     0.219    5446    -0.938    3.39994   0.002468   0.090730  -0.002185
 r_peak,r_snr =   0.4679409       15.25289    
     346    -0.188    5446     0.844   15.25289   0.001241   0.048797  -0.000356
 r_peak,r_snr =   0.2038644       14.53566    
     446     0.219    5446    -0.531   14.53566   0.005285   0.137857  -0.011069
 r_peak,r_snr =   0.1601211       11.64039    
     546     0.000    5446     1.688   11.64039   0.009041   0.601607  -0.051380
 r_peak,r_snr =   0.2663076       12.65460    
     646     0.219    5446    -1.781   12.65460   0.002754   0.366134  -0.000648
 r_peak,r_snr =   0.1249552       7.007296    
     746     0.125    5446     0.781    7.00730   0.011810   0.332897  -0.015694
 r_peak,r_snr =   0.1018199       7.713633    
     846   -11.688    5446     5.813    7.71363   0.021783   0.808093   0.058728
 r_peak,r_snr =   0.2614400       26.23925    
     946    -0.156    5446     0.219   26.23925   0.003055   0.093630  -0.000713
 r_peak,r_snr =   0.4884842       1.904844    
    1046     0.375    5446     1.750    1.90484   0.007650   1.410319  -0.002706
 r_peak,r_snr =   0.3902336       3.219756    
    1146    -1.125    5446     3.344    3.21976   0.013579   0.640727   0.038884
 r_peak,r_snr =   0.1715990       6.346269    
    1246    -5.125    5446    13.469    6.34627   0.009390   0.278863  -0.010485
 r_peak,r_snr =   0.1978872       6.024865    
    1346   -13.344    5446     6.813    6.02486   0.013698   0.898164  -0.080858
 r_peak,r_snr =   0.1351428       7.335197    
    1446     0.125    5446    -0.781    7.33520   0.008773   1.658232   0.089605
 r_peak,r_snr =   0.2480084       12.59786    
    1546    -0.313    5446    -0.188   12.59786   0.004856   0.249945  -0.006431
 r_peak,r_snr =   0.5109149       3.155547    
    1646    -0.094    5446     1.063    3.15555   0.005369   0.139578  -0.019186
 r_peak,r_snr =   0.5799437       4.875521    
    1746     0.188    5446    -1.719    4.87552   0.001605   0.134489  -0.004826
 r_peak,r_snr =   0.3872932       13.25995    
    1846     0.219    5446     0.750   13.25995   0.001600   0.172534   0.000369
 r_peak,r_snr =   0.6053571       5.794795    
    1946    -0.031    5446     0.781    5.79479   0.001834   0.066608  -0.004530
 r_peak,r_snr =   0.1903412       7.294033    
    2046    -0.438    5446     0.031    7.29403   0.009693   0.686610   0.017026
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.4835698       9.108824    
     146     0.000    5846     0.188    9.10882   0.001373   0.042559  -0.001443
 r_peak,r_snr =   0.5333163       7.112871    
     246     0.094    5846     0.781    7.11287   0.002518   0.074821  -0.004377
 r_peak,r_snr =   0.4996712       13.52305    
     346    -0.094    5846     1.094   13.52305   0.001092   0.106145  -0.003222
 r_peak,r_snr =   0.3920056       17.18718    
     446     0.313    5846    -0.719   17.18718   0.001646   0.084762  -0.003062
 r_peak,r_snr =   0.2248285       23.51294    
     546    -0.469    5846    -0.719   23.51294   0.003628   0.131632  -0.001565
 r_peak,r_snr =   0.2328566       11.03117    
     646     0.063    5846    -0.938   11.03117   0.010435   1.229144  -0.086934
 r_peak,r_snr =   0.1967732       3.611604    
     746     5.375    5846   -10.906    3.61160   0.062034   0.374366   0.056979
 r_peak,r_snr =   0.1434000       8.733317    
     846     0.250    5846     2.813    8.73332   0.039852  31.595245  -1.021425
 r_peak,r_snr =   0.5671450       7.471840    
    1046     0.125    5846    -0.875    7.47184   0.001291   0.156770  -0.000204
 r_peak,r_snr =   0.1222601       5.473049    
    1246    -2.375    5846     3.844    5.47305   0.009034   0.999459   0.007609
 r_peak,r_snr =   0.1697721       6.105859    
    1346     0.156    5846   -10.625    6.10586   0.011325   1.549425  -0.023728
 r_peak,r_snr =   0.2203747       11.98884    
    1446    -0.125    5846     2.188   11.98884   0.007308   0.422545  -0.026869
 r_peak,r_snr =   0.1531192       8.391188    
    1546    11.906    5846   -11.313    8.39119   0.011666   0.292053  -0.023410
 r_peak,r_snr =   0.3344562       4.535890    
    1646    -0.375    5846     0.781    4.53589   0.011324   0.535130  -0.037694
 r_peak,r_snr =   0.1920939       12.12182    
    1746    -0.156    5846    -0.781   12.12182   0.005642   1.157739  -0.046931
 r_peak,r_snr =   0.3052388       7.446219    
    1846    -0.031    5846     2.813    7.44622   0.007864   0.779082  -0.049159
 r_peak,r_snr =   0.4609711       11.23711    
    1946     3.969    5846    11.250   11.23711   0.001830   0.138758  -0.006736
 r_peak,r_snr =   0.2601310       5.674670    
    2046     1.094    5846    13.813    5.67467   0.025776   2.854480  -0.203465
   *************************************** 
   *****                             ***** 
   ***** 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 :        5925
 MIN window samp:        2738   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   13.37313       16.61725    
 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 =    1.114713       26.74728    
  40/20 MHz:        2560       10240
  40/20 MHz MHz complex:        2560       20480
         7956         442          18
[1]  + Done                 batch_l_setup
Fri Apr 12 14:43:31 PDT 2002
Co-registration QA: Range processing sensor.hh00c(offset,rms) 0.022888 0.015365  
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 -1.064712
Co-registration QA: Range processing sensor.vh00c(offset,rms) 0.034419 0.011590  
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 -0.509381
Co-registration QA: Range processing sensor.hh00l(offset,rms) -0.019200 0.016982  
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 -0.574
Co-registration QA: Range processing sensor.vh00l(offset,rms) -0.032412 0.008223  
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 -0.759812
Co-registration QA: Azimuth processing processor_chh.com(offset,rms) -0.078075 0.040437  
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 1.15649428743235
Co-registration QA: Azimuth processing processor_cvh.com(offset,rms) 0.063506 0.025324  
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 -0.127292042493486
Co-registration QA: Azimuth processing processor_lhh.com(offset,rms) 0.111706 0.052500  
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 0.776095409901784
Co-registration QA: Azimuth processing processor_lvh.com(offset,rms) 0.025000 0.029275  
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 -0.0501102425335739

cd   /mnt/air76/airops/1376;am_misreg *_c.vvvv *_l.vvvv  2>&1 |  
0.177
/mnt/air76/airops/1376/ts1376.log
Mis-registration QA: No sensor file update required.   The Mis-registration check is completed
Mis-registration QA:  L-C:  0.177      0.144      ; -3.64      0.131      
[1] 529030 532697
[1] 532360


































































































































































Fri Apr 12 22:11:37 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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 Honeywell EGI98Fall for gps-hgt        9109       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30882       92.61475       94.20227     0.4714546      0
 trc             90.66287       89.91670       91.58457     0.5399758      0
 tgs            216.59107      216.39063      217.14063     0.1869538      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        0.78003     0.0658214      0
 lati            63.79498       63.79497       63.79499     0.0000068      0
 loni          -144.94854     -144.98070     -144.91639     0.0185840      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.05863     7479.70232     0.4261370      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98070     -144.35622     0.1802703      0
 hwalt         7481.00964     7478.05863     7483.70432     1.6767775      0
 hwev           216.57355      216.31800      217.14800     0.2047359      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392498      0
 hwuv             0.01523       -0.39000        0.40800     0.1617817      0
 hwroll          -0.36957       -2.12036        1.04370     0.8582916      0
 hwpitch          0.64187        0.52185        0.78003     0.0657094      0
 hwhdg           93.30955       92.61475       94.20227     0.4715016      0
 hwtrc           90.66383       89.91670       91.58457     0.5399040      0
 hwtgs          216.59037      216.39063      217.14063     0.1861336      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   25522406.66293187    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8274120431037791       4.893531030238681    
   -4.858108659443752    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000066      0
 loni          -144.94854     -144.98063     -144.91646     0.0185838      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.78370     7479.79374     0.2244725      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98063     -144.35628     0.1802703      0
 hwalt         7481.00965     7478.06405     7483.70427     1.6767768      0
 hwev           216.57355      216.31800      217.14700     0.2047356      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392502      0
 hwuv             0.01523       -0.39000        0.40800     0.1617835      0
 hwroll          -0.36958       -2.10938        1.04370     0.8582782      0
 hwpitch          0.64187        0.52185        0.78003     0.0657083      0
 hwhdg           93.Reading from stdin
30956       92.62024       94.20227     0.4715119      0
 hwtrc           90.66384       89.91723       91.58430     0.5399079      0
 hwtgs          216.59042      216.39063      217.14063     0.1861293      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109603024032    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118537
 gmt sec s e =    25522264.31300000       25522404.99951961    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.812390142      -1647563.707913460    
    5706236.213752565    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414631236      -2.519612361810037       30718.80211198701    
 Ellipsoidal delta s (m) =   0.2593923809973064    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196890507858193E-05  2.4007056980778021E-03   30718.80246852189    
 Delta s on reference surface =   0.2593923840079196    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_c.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 1.0743025994121016E-03
 Standard deviation of difference =   2.3494063238303198E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223711    
   4.1994279578119631E-02 -2.5072935833758692E-04
 Cross track fit coefficients =    3.994651237442828    
   1.5852878896408712E-02 -7.6363858439722492E-05
 Along track fit coefficients =   -6.765942097934490    
  -5.0444480567548855E-03  7.2643243004730761E-06
 avg alt (1):   7497.642125223711    
  alt r_avgrefh:   7501.883220096192    
 i_yearind p-hgt t-hgt:       20008   7497.642125223711       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262743    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3957.617329248784    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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/air76/airops/1376/ts1376_c.mocomp                      
 Name of the H-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_c.mocomph                     
 Name of the V-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_hh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_hh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_hh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_hh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (15.88657,0.0000000E+00) (55.60298,0.0000000E+00)
 (15.88657,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9738199E+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)    :   96.95838    Power RMS:  0.1082532    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70455.71    Amp.  RMS:   78.38367    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.70322    Phase RMS:  0.1578048    
 Incoherent PH 1st:   88.70654    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.95840    
 CalTone Power Coherently dB  :   96.95838    
 Incoherent PW  - Coherent PW :  2.2888184E-05
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70454.12    
 CalTone Amplitude Coherently   :   70455.71    
 Incoherent Amp.- Coherent Amp. :  -1.593750    
       ------------ *** ------------
 running time (sec):    115.83
  ********** 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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_hv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_hv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_hv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_hv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-79.43283,0.0000000E+00) (-15.88657,0.0000000E+00)
 (15.88657,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.8546627E+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)    :   96.88258    Power RMS:  6.9877125E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   69843.74    Amp.  RMS:   117.5755    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   120.2016    Phase RMS:  0.1250000    
 Incoherent PH 1st:   120.1948    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.88670    
 CalTone Power Coherently dB  :   96.88258    
 Incoherent PW  - Coherent PW :  4.1122437E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   69949.70    
 CalTone Amplitude Coherently   :   69843.74    
 Incoherent Amp.- Coherent Amp. :   105.9531    
       ------------ *** ------------
 running time (sec):     26.46
  ********** 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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_vh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_vh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_vh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_vh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-15.88657,0.0000000E+00) (-15.88657,0.0000000E+00)
 (47.65970,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9823677E+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)    :   96.96994    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   70550.07    Amp.  RMS:   75.04665    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.47714    Phase RMS:  0.1562500    
 Incoherent PH 1st:   88.46815    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.97330    
 CalTone Power Coherently dB  :   96.96994    
 Incoherent PW  - Coherent PW :  3.3569336E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   70649.19    
 CalTone Amplitude Coherently   :   70550.07    
 Incoherent Amp.- Coherent Amp. :   99.11719    
       ------------ *** ------------
 running time (sec):     27.26
  ********** 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/air76/airops/1376/ts1376_c.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/c_vv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_c.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_c_vv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_c_vv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_c_vv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-87.37611,0.0000000E+00) (-55.60298,0.0000000E+00)
 (-31.77313,0.0000000E+00)
 attenuation (dB):    18.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.8422339E+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)    :   96.86042    Power RMS:  0.1126735    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   69666.58    Amp.  RMS:   84.66404    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   120.2435    Phase RMS:  0.1498697    
 Incoherent PH 1st:   120.2467    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   96.86154    
 CalTone Power Coherently dB  :   96.86042    
 Incoherent PW  - Coherent PW :  1.1215210E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   69747.11    
 CalTone Amplitude Coherently   :   69666.58    
 Incoherent Amp.- Coherent Amp. :   80.53125    
       ------------ *** ------------
 running time (sec):     28.11
  ********** 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: 
    210.2845     -3.3675539E-03
  z fit: constant and linear terms: 
    1.094566      4.8648522E-05
  y and z standard deviations (meters)   15.80989      0.7700211    
  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 =   0.6802649      0.6709814      0.6652914      0.6579583    
 Differences =   1.1640787E-02  2.3573041E-03 -3.3327341E-03 -1.0665774E-02
  PATCH NUMER            2
 First line =        1513
  Averages =   0.6689412      0.6600546      0.6588032      0.6663377    
 Differences =   5.4069757E-03 -3.4796000E-03 -4.7310591E-03  2.8035045E-03
  PATCH NUMER            3
 First line =        3025
  Averages =   0.6580063      0.6605043      0.6736514      0.6805750    
 Differences =  -1.0178208E-02 -7.6801181E-03  5.4669380E-03  1.2390554E-02
  PATCH NUMER            4
 First line =        4537
  Averages =   0.6656274      0.6786731      0.6806416      0.6812152    
 Differences =  -1.0912061E-02  2.1337271E-03  4.1021705E-03  4.6758056E-03
  PATCH NUMER            5
 First line =        6049
  Averages =   0.6804515      0.6805649      0.6811550      0.6834968    
 Differences =  -9.6547604E-04 -8.5204840E-04 -2.6196241E-04  2.0797849E-03
  PATCH NUMER            6
 First line =        7561
  Averages =   0.6810935      0.6811338      0.6894513      0.7070180    
 Differences =  -8.5809231E-03 -8.5405707E-03 -2.2310019E-04  1.7343640E-02
  PATCH NUMER            7
 First line =        9073
  Averages =   0.6829220      0.6968583      0.7183520      0.7490996    
 Differences =  -2.8887570E-02 -1.4951289E-02  6.5424442E-03  3.7290037E-02
  PATCH NUMER            8
 First line =       10585
  Averages =   0.7060602      0.7315490      0.7668032      0.7977790    
 Differences =  -4.4490933E-02 -1.9002199E-02  1.6252041E-02  4.7227800E-02
  PATCH NUMER            9
 First line =       12097
  Averages =   0.7474723      0.7836834      0.8119510      0.8349150    
 Differences =  -4.7036171E-02 -1.0825157E-02  1.7442465E-02  4.0406525E-02
  PATCH NUMER           10
 First line =       13609
  Averages =   0.7967044      0.8259026      0.8414382      0.8545453    
 Differences =  -3.2944679E-02 -3.7464499E-03  1.1789203E-02  2.4896264E-02
  PATCH NUMER           11
 First line =       15121
  Averages =   0.8341738      0.8480143      0.8597257      0.8697073    
 Differences =  -1.8732011E-02 -4.8915148E-03  6.8198442E-03  1.6801536E-02
  PATCH NUMER           12
 First line =       16633
  Averages =   0.8541812      0.8645032      0.8762507      0.8865817    
 Differences =  -1.6198456E-02 -5.8764219E-03  5.8710575E-03  1.6202033E-02
  PATCH NUMER           13
 First line =       18145
  Averages =   0.8691856      0.8832034      0.8864540      0.8900288    
 Differences =  -1.3032615E-02  9.8514557E-04  4.2357445E-03  7.8105330E-03
  PATCH NUMER           14
 First line =       19657
  Averages =   0.8865183      0.8870835      0.8911958      0.8825017    
 Differences =  -3.0654669E-04  2.5862455E-04  4.3709874E-03 -4.3231249E-03
  PATCH NUMER           15
 First line =       21169
  Averages =   0.8899149      0.8884608      0.8774226      0.8714858    
 Differences =   8.0935955E-03  6.6394210E-03 -4.3987632E-03 -1.0335565E-02
  PATCH NUMER           16
 First line =       22681
  Averages =   0.8830115      0.8735732      0.8654100      0.8400003    
 Differences =   1.7511845E-02  8.0735683E-03 -8.9585781E-05 -2.5499344E-02
  PATCH NUMER           17
 First line =       24193
  Averages =   0.8718993      0.8528946      0.8271511      0.7959186    
 Differences =   3.4931004E-02  1.5926301E-02 -9.8172426E-03 -4.1049719E-02
  PATCH NUMER           18
 First line =       25705
  Averages =   0.8414077      0.8113077      0.7837536      0.7566465    
 Differences =   4.3125868E-02  1.3025939E-02 -1.4528155E-02 -4.1635275E-02
  PATCH NUMER           19
 First line =       27217
  Averages =   0.7973424      0.7716708      0.7443591      0.7260490    
 Differences =   3.7484944E-02  1.1813343E-02 -1.5498340E-02 -3.3808410E-02
  PATCH NUMER           20
 First line =       28729
  Averages =   0.7581085      0.7365977      0.7146687      0.6985436    
 Differences =   3.1127572E-02  9.6167326E-03 -1.2312233E-02 -2.8437316E-02
  PATCH NUMER           21
 First line =       30241
  Averages =   0.7272469      0.7059367      0.6948895      0.6942098    
 Differences =   2.1675766E-02  3.6549568E-04 -1.0681629E-02 -1.1361420E-02
  PATCH NUMER           22
 First line =       31753
  Averages =   0.6991177      0.6947192      0.6904364      0.6788125    
 Differences =   8.3460808E-03  3.9476156E-03 -3.3515692E-04 -1.1959076E-02
  PATCH NUMER           23
 First line =       33265
  Averages =   0.6942909      0.6849223      0.6756868      0.6724184    
 Differences =   1.2461185E-02  3.0926466E-03 -6.1429143E-03 -9.4113350E-03
  PATCH NUMER           24
 First line =       34777
  Averages =   0.6791015      0.6734737      0.6736382      0.6789536    
 Differences =   2.8097034E-03 -2.8181672E-03 -2.6536584E-03  2.6617646E-03
  PATCH NUMER           25
 First line =       36289
  Averages =   0.6725452      0.6757438      0.6832293      0.6993856    
 Differences =  -1.0181010E-02 -6.9823861E-03  5.0312281E-04  1.6659379E-02
  PATCH NUMER           26
 First line =       37801
  Averages =   0.6784649      0.6891883      0.7095284      0.7253708    
 Differences =  -2.2174120E-02 -1.1450708E-02  8.8893771E-03  2.4731755E-02
  PATCH NUMER           27
 First line =       39313
  Averages =   0.6985854      0.7166972      0.7351354      0.7519727    
 Differences =  -2.7013361E-02 -8.9015961E-03  9.5366836E-03  2.6373982E-02
  PATCH NUMER           28
 First line =       40825
  Averages =   0.7245047      0.7428969      0.7640882      0.7932252    
 Differences =  -3.1675875E-02 -1.3283730E-02  7.9076290E-03  3.7044644E-02
  PATCH NUMER           29
 First line =       42337
  Averages =   0.7510307      0.7765381      0.8124628      0.8461257    
 Differences =  -4.5512497E-02 -2.0005107E-02  1.5919626E-02  4.9582541E-02
  PATCH NUMER           30
 First line =       43849
  Averages =   0.7915009      0.8285542      0.8638004      0.9018713    
 Differences =  -5.4936051E-02 -1.7882764E-02  1.7363429E-02  5.5434346E-02
  PATCH NUMER           31
 First line =       45361
  Averages =   0.8444909      0.8827178      0.9159994      0.9379928    
 Differences =  -5.0813496E-02 -1.2586594E-02  2.0695031E-02  4.2688370E-02
  PATCH NUMER           32
 First line =       46873
  Averages =   0.9005688      0.9266478      0.9480932      0.9713798    
 Differences =  -3.6105990E-02 -1.0026932E-02  1.1418402E-02  3.4705043E-02
  PATCH NUMER           33
 First line =       48385
  Averages =   0.9373138      0.9607247      0.9709725      0.9843842    
 Differences =  -2.6036084E-02 -2.6252270E-03  7.6226592E-03  2.1034360E-02
  PATCH NUMER           34
 First line =       49897
  Averages =   0.9710231      0.9748183      0.9821787      0.9987617    
 Differences =  -1.0672629E-02 -6.8774223E-03  4.8297644E-04  1.7065942E-02
  PATCH NUMER           35
 First line =       51409
  Averages =   0.9840814      0.9824132       1.007901      0.9797526    
 Differences =  -4.4562221E-03 -6.1244965E-03  1.9363523E-02 -8.7850690E-03
  PATCH NUMER           36
 First line =       52921
  Averages =   0.9969067      0.9988480      0.9700382      0.9665568    
 Differences =   1.3818443E-02  1.5759766E-02 -1.3050020E-02 -1.6531467E-02
  PATCH NUMER           37
 First line =       54433
  Averages =   0.9814333      0.9675716      0.9630795      0.9470980    
 Differences =   1.6637206E-02  2.7755499E-03 -1.7165542E-03 -1.7698109E-02
  PATCH NUMER           38
 First line =       55945
 last black mod_64:          63       60000       55945        4096
  Averages =   0.9667424      0.9599045      0.9246858      0.8929095    
 Differences =   3.0678749E-02  2.3840845E-02 -1.1377811E-02 -4.3154120E-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 #:   1.156494    
  Please enter the name of the sensor file.
 /mnt/air71/airops/1376/sensor.hh00c                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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                               =   -1.064712    
  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/air71/airops/1376/c_hh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ch                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.7319987E-03
 reading motion compensation data
 WAYNE read motion compen    1.126072    
 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   0.3706270    
 start range comp, time =      1.522

 WAYNE PREV   1.515953    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           37 to           38 by #           13

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480     1.801 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.14196395874023    
 ATTN ifrq ipol ln           8           1       58528   18.00000    
 IPOL, ITOP nblock            1           0          37
  ****shift in azimuth (fractional pixel)=  -0.4991733    
  shift in azimuth *fractional pixel=  -0.5772910       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.8109292984008789E-03
 WAYNE Motion comp. added to patch, time =    7.357419967651367    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.4880170822143555E-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 =    71.28909599781036    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8144640922546387    
 ==w out          37           0         945                    0
 WAYNE PROCESS   99.61098599433899    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 patch#           38
  reference line: 57951   101.412 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.62495505809784    
 ATTN ifrq ipol ln           8           1       59999   18.00000    
 IPOL, ITOP nblock            1           0          38
  ****shift in azimuth (fractional pixel)=  -0.4992277    
  shift in azimuth *fractional pixel=  -0.5773540       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.1149854660034180E-03
 WAYNE Motion comp. added to patch, time =    6.740628957748413    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   0.1101400852203369    
 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 =    71.96081697940826    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8400809764862061    
 ==w out          38        2208         945             45219840
 WAYNE PROCESS   99.28153800964355    
 ==w out          39        4419
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           33 to           34 by #           11

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432     1.773 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.36369895935059    
 ATTN ifrq ipol ln           8           1       52480   18.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4990720    
  shift in azimuth *fractional pixel=  -0.5771739       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.8340559005737305E-03
 WAYNE Motion comp. added to patch, time =    7.049708962440491    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-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 =    81.35771703720093    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5458089113235474    
 ==w out          33           0         945                    0
 WAYNE PROCESS   109.3244649171829    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 patch#           34
  reference line: 51944   111.098 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.01270508766174    
 ATTN ifrq ipol ln           8           1       53992   18.00000    
 IPOL, ITOP nblock            1           0          34
  ****shift in azimuth (fractional pixel)=  -0.4990484    
  shift in azimuth *fractional pixel=  -0.5771466       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.1209459304809570E-03
 WAYNE Motion comp. added to patch, time =    6.939314007759094    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   0.2012670040130615    
 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 =    80.47461295127869    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5174869298934937    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   108.1502280235291    
 ==w out          35        4419
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           35 to           36 by #           12

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     1.779 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.44438302516937    
 ATTN ifrq ipol ln           8           1       55504   18.00000    
 IPOL, ITOP nblock            1           0          35
  ****shift in azimuth (fractional pixel)=  -0.4990398    
  shift in azimuth *fractional pixel=  -0.5771367       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.9070119857788086E-03
 WAYNE Motion comp. added to patch, time =    7.183614969253540    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.1070241928100586E-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 =    81.59126806259155    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7365510463714600    
 ==w out          35           0         945                    0
 WAYNE PROCESS   109.9637370109558    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   111.743 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.90392196178436    
 ATTN ifrq ipol ln           8           1       57016   18.00000    
 IPOL, ITOP nblock            1           0          36
  ****shift in azimuth (fractional pixel)=  -0.4991278    
  shift in azimuth *fractional pixel=  -0.5772384       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2279958724975586E-03
 WAYNE Motion comp. added to patch, time =    7.145715951919556    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   8.4619045257568359E-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 =    81.53095602989197    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4792519807815552    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   109.1494649648666    
 ==w out          37        4419
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           31 to           32 by #           10

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     1.820 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.26905798912048    
 ATTN ifrq ipol ln           8           1       49456   18.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4992596    
  shift in azimuth *fractional pixel=  -0.5773909       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.7299861907958984E-03
 WAYNE Motion comp. added to patch, time =    7.328590989112854    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.0450353622436523E-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 =    82.81268596649170    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4751709699630737    
 ==w out          31           0         945                    0
 WAYNE PROCESS   110.8934459686279    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   112.714 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.83603703975677    
 ATTN ifrq ipol ln           8           1       50968   18.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4991838    
  shift in azimuth *fractional pixel=  -0.5773032       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.1290521621704102E-03
 WAYNE Motion comp. added to patch, time =    6.627169013023376    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   9.5146059989929199E-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 =    82.08982205390930    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4997229576110840    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   109.1529690027237    
 ==w out          33        4419
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            3 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     1.704 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    20.26565504074097    
 ATTN ifrq ipol ln           8           1        4096   18.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996052    
  shift in azimuth *fractional pixel=  -0.5777906       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.5760869979858398E-03
 TESTING  0.0000000E+00   173.3260       1.009590    
 WAYNE Motion comp. added to patch, time =    7.517131090164185    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8650293350219727E-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   173.3260       1.009590    
 HEY,dt,fract,ye,pe  -0.5777906       1.156494      4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    73.47852206230164    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4669550657272339    
 ==w out           1           0         945                    0
 WAYNE PROCESS   101.7357130050659    

 Processing block number            2
 TESTING WHY  4.2990599E-02  1.2529500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   103.440 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    19.33150196075439    
 ATTN ifrq ipol ln           8           1        5608   18.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996230    
  shift in azimuth *fractional pixel=  -0.5778112       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.0570497512817383E-03
 TESTING  0.0000000E+00   171.6567       1.229291    
 WAYNE Motion comp. added to patch, time =    6.704532027244568    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   9.4751000404357910E-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   171.6567       1.229291    
 HEY,dt,fract,ye,pe  -0.5778112       1.156494      4.2990599E-02
   1.2529500E-02
 WAYNE Azimuth compression done, time =    73.16238689422607    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5502079725265503    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   99.84809303283691    

 Processing block number            3
 TESTING WHY  4.3221202E-02  1.2680000E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   203.288 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    18.18889093399048    
 ATTN ifrq ipol ln           8           1        7120   18.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4996229    
  shift in azimuth *fractional pixel=  -0.5778110       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   3.9849281311035156E-03
 TESTING  0.0000000E+00   170.0554       1.191186    
 WAYNE Motion comp. added to patch, time =    5.781435966491699    
 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
 HEY,x10,y10,z10  0.0000000E+00   170.0554       1.191186    
 HEY,dt,fract,ye,pe  -0.5778110       1.156494      4.3221202E-02
   1.2680000E-02
 WAYNE Azimuth compression done, time =    70.16249907016754    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4882450103759766    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   94.62752306461334    
 ==w out           4        6627
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           28 to           30 by #            9

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872     1.751 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.65336298942566    
 ATTN ifrq ipol ln           8           1       44920   18.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4995507    
  shift in azimuth *fractional pixel=  -0.5777276       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   5.3468942642211914E-03
 WAYNE Motion comp. added to patch, time =    6.711340069770813    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8950700759887695E-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 =    82.59362292289734    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5182740688323975    
 ==w out          28           0         945                    0
 WAYNE PROCESS   110.4847600460052    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 patch#           29
  reference line: 44384   112.236 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.85903799533844    
 ATTN ifrq ipol ln           8           1       46432   18.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4994737    
  shift in azimuth *fractional pixel=  -0.5776384       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.1530132293701172E-03
 WAYNE Motion comp. added to patch, time =    6.748283028602600    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.8983960151672363E-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 =    80.62722098827362    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5202169418334961    
 ==w out          29        2208         945             45219840
 WAYNE PROCESS   107.7786478996277    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   220.015 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.81919205188751    
 ATTN ifrq ipol ln           8           1       47944   18.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4993713    
  shift in azimuth *fractional pixel=  -0.5775201       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2489767074584961E-03
 WAYNE Motion comp. added to patch, time =    5.846633911132813    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6719102859497070E-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 =    61.01512396335602    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4872289896011353    
 ==w out          30        4416         945             90439680
 WAYNE PROCESS   85.17479801177979    
 ==w out          31        6627
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           10 to           12 by #            3

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656     1.695 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.02568602561951    
 ATTN ifrq ipol ln           8           1       17704   18.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4993393    
  shift in azimuth *fractional pixel=  -0.5774830       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.4670104980468750E-03
 WAYNE Motion comp. added to patch, time =    7.006271004676819    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8780231475830078E-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 =    82.12767004966736    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5336290597915649    
 ==w out          10           0         945                    0
 WAYNE PROCESS   109.7005510330200    

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168   111.396 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.94464397430420    
 ATTN ifrq ipol ln           8           1       19216   18.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992948    
  shift in azimuth *fractional pixel=  -0.5774316       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2319297790527344E-03
 WAYNE Motion comp. added to patch, time =    6.622341990470886    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   0.1282230615615845    
 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 =    81.03004503250122    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5877499580383301    
 ==w out          11        2208         945             45219840
 WAYNE PROCESS   108.3179999589920    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   219.714 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.99728906154633    
 ATTN ifrq ipol ln           8           1       20728   18.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992554    
  shift in azimuth *fractional pixel=  -0.5773861       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2549371719360352E-03
 WAYNE Motion comp. added to patch, time =    5.942896962165833    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6700029373168945E-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 =    72.51535701751709    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5020279884338379    
 ==w out          12        4416         945             90439680
 WAYNE PROCESS   96.96418702602386    
 ==w out          13        6627
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           16 to           18 by #            5

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     1.708 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.55509901046753    
 ATTN ifrq ipol ln           8           1       26776   18.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4992785    
  shift in azimuth *fractional pixel=  -0.5774127       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.8329830169677734E-03
 WAYNE Motion comp. added to patch, time =    7.018775939941406    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8389225006103516E-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 =    81.50908994674683    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5266089439392090    
 ==w out          16           0         945                    0
 WAYNE PROCESS   109.6171829700470    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   111.326 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.27066302299500    
 ATTN ifrq ipol ln           8           1       28288   18.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993443    
  shift in azimuth *fractional pixel=  -0.5774888       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2890310287475586E-03
 WAYNE Motion comp. added to patch, time =    6.701164960861206    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   5.1731944084167480E-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 =    81.22576701641083    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5458140373229980    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   108.8002519607544    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   220.126 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.95095002651215    
 ATTN ifrq ipol ln           8           1       29800   18.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4994267    
  shift in azimuth *fractional pixel=  -0.5775841       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2760372161865234E-03
 WAYNE Motion comp. added to patch, time =    5.868301987648010    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.7030239105224609E-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 =    72.43884003162384    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5430520772933960    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   96.80787706375122    
 ==w out          19        6627
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           13 to           15 by #            4

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192     1.705 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.19831907749176    
 ATTN ifrq ipol ln           8           1       22240   18.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992172    
  shift in azimuth *fractional pixel=  -0.5773418       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.5679807662963867E-03
 WAYNE Motion comp. added to patch, time =    6.783788084983826    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8320083618164063E-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 =    83.23098409175873    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5105431079864502    
 ==w out          13           0         945                    0
 WAYNE PROCESS   110.7311950922012    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 patch#           14
  reference line: 21704   112.436 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.98835396766663    
 ATTN ifrq ipol ln           8           1       23752   18.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=  -0.5773537       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.1779279708862305E-03
 WAYNE Motion comp. added to patch, time =    6.284684062004089    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   0.1012639999389648    
 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 =    81.27366793155670    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4831860065460205    
 ==w out          14        2208         945             45219840
 WAYNE PROCESS   108.1362448930740    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   220.573 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.67876899242401    
 ATTN ifrq ipol ln           8           1       25264   18.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992636    
  shift in azimuth *fractional pixel=  -0.5773955       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2779445648193359E-03
 WAYNE Motion comp. added to patch, time =    5.971852064132690    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7650127410888672E-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 =    72.60041499137878    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5089340209960938    
 ==w out          15        4416         945             90439680
 WAYNE PROCESS   96.76684594154358    
 ==w out          16        6627
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           19 to           21 by #            6

 Processing block number           19
 WAYNE PATCHES:        27217        31312 patch#           19
  reference line: 29264     1.716 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.14649605751038    
 ATTN ifrq ipol ln           8           1       31312   18.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4994936    
  shift in azimuth *fractional pixel=  -0.5776615       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.7810077667236328E-03
 WAYNE Motion comp. added to patch, time =    6.719274044036865    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8339157104492188E-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 =    82.85794401168823    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5012210607528687    
 ==w out          19           0         945                    0
 WAYNE PROCESS   110.2324340343475    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   111.949 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.91477096080780    
 ATTN ifrq ipol ln           8           1       32824   18.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4995532    
  shift in azimuth *fractional pixel=  -0.5777304       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.3499469757080078E-03
 WAYNE Motion comp. added to patch, time =    6.500025033950806    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   0.1946569681167603    
 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 =    82.67304897308350    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5068329572677612    
 ==w out          20        2208         945             45219840
 WAYNE PROCESS   109.7945309877396    

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288   221.744 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.91455399990082    
 ATTN ifrq ipol ln           8           1       34336   18.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4996107    
  shift in azimuth *fractional pixel=  -0.5777969       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2999982833862305E-03
 WAYNE Motion comp. added to patch, time =    5.890303015708923    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8210411071777344E-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 =    72.44015192985535    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4525839090347290    
 ==w out          21        4416         945             90439680
 WAYNE PROCESS   96.70455598831177    
 ==w out          22        6627
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           25 to           27 by #            8

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336     1.739 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.61954498291016    
 ATTN ifrq ipol ln           8           1       40384   18.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4996678    
  shift in azimuth *fractional pixel=  -0.5778630       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.7860145568847656E-03
 WAYNE Motion comp. added to patch, time =    6.921015977859497    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8899440765380859E-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 =    88.65094602108002    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4590079784393311    
 ==w out          25           0         945                    0
 WAYNE PROCESS   116.6581549644470    

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848   118.398 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.77875399589539    
 ATTN ifrq ipol ln           8           1       41896   18.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996367    
  shift in azimuth *fractional pixel=  -0.5778269       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.3330192565917969E-03
 WAYNE Motion comp. added to patch, time =    7.332518935203552    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   0.1108319759368896    
 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 =    88.92157304286957    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5086959600448608    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   116.6576340198517    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   235.055 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.04679501056671    
 ATTN ifrq ipol ln           8           1       43408   18.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995979    
  shift in azimuth *fractional pixel=  -0.5777821       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.3609142303466797E-03
 WAYNE Motion comp. added to patch, time =    5.981251001358032    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7669200897216797E-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 =    65.45180797576904    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4548670053482056    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   89.94159901142120    
 ==w out          28        6627
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            4 to            6 by #            1

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     1.703 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.24059104919434    
 ATTN ifrq ipol ln           8           1        8632   18.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4996063    
  shift in azimuth *fractional pixel=  -0.5777919       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.7969818115234375E-03
 WAYNE Motion comp. added to patch, time =    7.133486986160278    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8550157546997070E-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 =    87.51811408996582    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5958499908447266    
 ==w out           4           0         945                    0
 WAYNE PROCESS   115.4957909584045    

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   117.199 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.93212902545929    
 ATTN ifrq ipol ln           8           1       10144   18.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=  -0.5777813       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.3890476226806641E-03
 WAYNE Motion comp. added to patch, time =    7.010778069496155    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.5422940254211426E-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 =    80.77131295204163    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4530290365219116    
 ==w out           5        2208         945             45219840
 WAYNE PROCESS   108.1877970695496    

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608   225.387 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.15764999389648    
 ATTN ifrq ipol ln           8           1       11656   18.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4995842    
  shift in azimuth *fractional pixel=  -0.5777663       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.1300058364868164E-03
 WAYNE Motion comp. added to patch, time =    6.674950003623962    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7299652099609375E-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 =    84.82749402523041    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4327059984207153    
 ==w out           6        4416         945             90439680
 WAYNE PROCESS   110.0994809865952    
 ==w out           7        6627
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            7 to            9 by #            2

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120     1.692 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.64778304100037    
 ATTN ifrq ipol ln           8           1       13168   18.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4995471    
  shift in azimuth *fractional pixel=  -0.5777233       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.8090219497680664E-03
 WAYNE Motion comp. added to patch, time =    7.213966965675354    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0020008087158203E-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 =    84.58156991004944    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4593149423599243    
 ==w out           7           0         945                    0
 WAYNE PROCESS   112.9104030132294    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   114.603 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.05860292911530    
 ATTN ifrq ipol ln           8           1       14680   18.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994940    
  shift in azimuth *fractional pixel=  -0.5776620       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2860507965087891E-03
 WAYNE Motion comp. added to patch, time =    7.155171990394592    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   9.4420075416564941E-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 =    87.76507103443146    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4720630645751953    
 ==w out           8        2208         945             45219840
 WAYNE PROCESS   115.5503580570221    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 patch#            9
  reference line: 14144   230.153 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.36776793003082    
 ATTN ifrq ipol ln           8           1       16192   18.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4994095    
  shift in azimuth *fractional pixel=  -0.5775642       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2190551757812500E-03
 WAYNE Motion comp. added to patch, time =    6.259295940399170    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.7679929733276367E-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 =    83.51865899562836    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4150400161743164    
 ==w out           9        4416         945             90439680
 WAYNE PROCESS   108.5674660205841    
 ==w out          10        6627
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           22 to           24 by #            7

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800     1.732 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.30590701103210    
 ATTN ifrq ipol ln           8           1       35848   18.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4996250    
  shift in azimuth *fractional pixel=  -0.5778134       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.7869682312011719E-03
 WAYNE Motion comp. added to patch, time =    7.336157917976379    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9359588623046875E-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 =    85.97357594966888    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5693850517272949    
 ==w out          22           0         945                    0
 WAYNE PROCESS   115.1927490234375    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   116.925 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.85575199127197    
 ATTN ifrq ipol ln           8           1       37360   18.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4996634    
  shift in azimuth *fractional pixel=  -0.5778579       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.3289661407470703E-03
 WAYNE Motion comp. added to patch, time =    7.808398962020874    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   3.0097961425781250E-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 =    79.81421005725861    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4562100172042847    
 ==w out          23        2208         945             45219840
 WAYNE PROCESS   107.9699190855026    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 patch#           24
  reference line: 36824   224.895 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.43370699882507    
 ATTN ifrq ipol ln           8           1       38872   18.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4996785    
  shift in azimuth *fractional pixel=  -0.5778753       1.156494    
 WAYNE Motion comp. coeff. calculated, time =   4.2499303817749023E-03
 WAYNE Motion comp. added to patch, time =    6.733641028404236    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7130374908447266E-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 =    91.33576202392578    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4103190898895264    
 ==w out          24        4416         945             90439680
 WAYNE PROCESS   116.9202780723572    
 ==w out          25        6627
            1      592648           0
            2      599570           0
            3      599484           0
            4      599589           0
            5      598784           0
            6      599501           0
            7      599312           0
            8      599507           0
            9      599300           0
           10      599236           0
           11      599613           0
           12      599315           0
           13      599443           0
           14      599542           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=           14

 Writing variable header...

 gather image from processor #            0
             3
 gather image from processor #            1
             3
 gather image from processor #            2
             3
 gather image from processor #            3
             3
 gather image from processor #            4
             3
 gather image from processor #            5
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 gather image from processor #            8
             3
 gather image from processor #            9
             3
 gather image from processor #           10
             2
 gather image from processor #           11
             2
 gather image from processor #           12
             2
 gather image from processor #           13
             2
 WAYNE gather images takes:    6.5428972244262695E-02
 WAYNE LOOP TIME:     354.5657249689102    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.hh_j                        
 /mnt/air76/airops/1376/ts1376_c.mocomph                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        83904
 update intf hdr ha:   6897.600    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
 lat1 lon1:         503   63.83078      -144.9749           83904
 last ra n_ns ns:   7970.510               5           5       84406
        83904
 lati loni:       84406   63.83093      -144.0525           84406           5
 center ra n_ns ns:   12230.86            1284        1284       42454
        83904
 lati loni:       42454   63.86937      -144.5109           42454        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.hh_j                        
 WAYNE FINAL PROCESS   356.1309289932251    

  *********************************************
  *****                                   *****
  *****    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 =           14
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         4416           2
         4416           2
         4416           2
         4416           2
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.hh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ch                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.BB                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.917629003524780    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          502   502.3950       1426.871     -0.5777906     -0.5777906    
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   497.8900       1418.674     -0.5778112     -0.5778112    
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   501.6850       1427.416     -0.5778110     -0.5778110    
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.0537       1448.891     -0.5777919     -0.5777919    
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   507.5497       1472.119     -0.5777813     -0.5777813    
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          510   510.0599       1505.028     -0.5777663     -0.5777663    
         7159        7569           2         408
 patch iptc,sj,dgj,dgi,id:           6        7569         510         508
          408
  half line dmj dgc:           0        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7569        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7568

         7569        8673           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8673         510         510
         1104
  half line dmj dgc:           1        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8673        7569
   Zeroing lines in arrays 
  Total # of output lines =            6        8672

 Processing block number            7
 DEBUG          525   524.7632       1560.824     -0.5777233     -0.5777233    
         8673        9096          15         408
 patch iptc,sj,dgj,dgi,id:           7        9096         525         510
          408
  half line dmj dgc:           0       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9096        8673
   Zeroing lines in arrays 
  Total # of output lines =            7        9095

         9096       10200           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10200         525         525
         1104
  half line dmj dgc:           1       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10200        9096
   Zeroing lines in arrays 
  Total # of output lines =            7       10199

 Processing block number            8
 DEBUG          553   552.7245       1649.174     -0.5776620     -0.5776620    
        10200       10636          28         408
 patch iptc,sj,dgj,dgi,id:           8       10636         553         525
          408
  half line dmj dgc:           0       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10636       10200
   Zeroing lines in arrays 
  Total # of output lines =            8       10635

        10636       11740           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11740         553         553
         1104
  half line dmj dgc:           1       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11740       10636
   Zeroing lines in arrays 
  Total # of output lines =            8       11739

 Processing block number            9
 DEBUG          584   584.1418       1750.540     -0.5775642     -0.5775642    
        11740       12179          31         408
 patch iptc,sj,dgj,dgi,id:           9       12179         584         553
          408
  half line dmj dgc:           0       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12179       11740
   Zeroing lines in arrays 
  Total # of output lines =            9       12178

        12179       13283           0        1104
 patch iptc,sj,dgj,dgi,id:           9         995         584         584
         1104
  half line dmj dgc:           1       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12179         995
   Zeroing lines in arrays 
  Total # of output lines =            9       13282

 Processing block number           10
 DEBUG          607   607.5094       1838.658     -0.5774830     -0.5774830    
          995        1426          23         408
 patch iptc,sj,dgj,dgi,id:          10        1426         607         584
          408
  half line dmj dgc:           0       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1426         995
   Zeroing lines in arrays 
  Total # of output lines =           10       13713

         1426        2530           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2530         607         607
         1104
  half line dmj dgc:           1       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2530        1426
   Zeroing lines in arrays 
  Total # of output lines =           10       14817

 Processing block number           11
 DEBUG          621   621.3947       1903.387     -0.5774316     -0.5774316    
         2530        2952          14         408
 patch iptc,sj,dgj,dgi,id:          11        2952         621         607
          408
  half line dmj dgc:           0       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2952        2530
   Zeroing lines in arrays 
  Total # of output lines =           11       15239

         2952        4056           0        1104
 patch iptc,sj,dgj,dgi,id:          11        4056         621         621
         1104
  half line dmj dgc:           1       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        4056        2952
   Zeroing lines in arrays 
  Total # of output lines =           11       16343

 Processing block number           12
 DEBUG          631   631.3569       1954.007     -0.5773861     -0.5773861    
         4056        4474          10         408
 patch iptc,sj,dgj,dgi,id:          12        4474         631         621
          408
  half line dmj dgc:           0       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4474        4056
   Zeroing lines in arrays 
  Total # of output lines =           12       16761

         4474        5578           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5578         631         631
         1104
  half line dmj dgc:           1       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5578        4474
   Zeroing lines in arrays 
  Total # of output lines =           12       17865

 Processing block number           13
 DEBUG          639   638.8436       1985.467     -0.5773418     -0.5773418    
         5578        5994           8         408
 patch iptc,sj,dgj,dgi,id:          13        5994         639         631
          408
  half line dmj dgc:           0       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5994        5578
   Zeroing lines in arrays 
  Total # of output lines =           13       18281

         5994        7098           0        1104
 patch iptc,sj,dgj,dgi,id:          13        7098         639         639
         1104
  half line dmj dgc:           1       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        7098        5994
   Zeroing lines in arrays 
  Total # of output lines =           13       19385

 Processing block number           14
 DEBUG          643   642.9477       1992.877     -0.5773537     -0.5773537    
         7098        7510           4         408
 patch iptc,sj,dgj,dgi,id:          14        7510         643         639
          408
  half line dmj dgc:           0       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7510        7098
   Zeroing lines in arrays 
  Total # of output lines =           14       19797

         7510        8614           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8614         643         643
         1104
  half line dmj dgc:           1       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8614        7510
   Zeroing lines in arrays 
  Total # of output lines =           14       20901

 Processing block number           15
 DEBUG          640   640.3113       1977.260     -0.5773955     -0.5773955    
         8614        9019          -3         408
 patch iptc,sj,dgj,dgi,id:          15        9019         640         643
          408
  half line dmj dgc:           0       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        9019        8614
   Zeroing lines in arrays 
  Total # of output lines =           15       21306

         9019       10123           0        1104
 patch iptc,sj,dgj,dgi,id:          15       10123         640         640
         1104
  half line dmj dgc:           1       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:       10123        9019
   Zeroing lines in arrays 
  Total # of output lines =           15       22410

 Processing block number           16
 DEBUG          628   628.3425       1940.358     -0.5774127     -0.5774127    
        10123       10519         -12         408
 patch iptc,sj,dgj,dgi,id:          16       10519         628         640
          408
  half line dmj dgc:           0       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10519       10123
   Zeroing lines in arrays 
  Total # of output lines =           16       22806

        10519       11623           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11623         628         628
         1104
  half line dmj dgc:           1       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11623       10519
   Zeroing lines in arrays 
  Total # of output lines =           16       23910

 Processing block number           17
 DEBUG          606   606.4651       1880.127     -0.5774888     -0.5774888    
        11623       12009         -22         408
 patch iptc,sj,dgj,dgi,id:          17       12009         606         628
          408
  half line dmj dgc:           0       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       12009       11623
   Zeroing lines in arrays 
  Total # of output lines =           17       24296

        12009       13113           0        1104
 patch iptc,sj,dgj,dgi,id:          17         825         606         606
         1104
  half line dmj dgc:           1       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       12009         825
   Zeroing lines in arrays 
  Total # of output lines =           17       25400

 Processing block number           18
 DEBUG          577   577.2218       1797.130     -0.5775841     -0.5775841    
          825        1204         -29         408
 patch iptc,sj,dgj,dgi,id:          18        1204         577         606
          408
  half line dmj dgc:           0       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1204         825
   Zeroing lines in arrays 
  Total # of output lines =           18       25779

         1204        2308           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2308         577         577
         1104
  half line dmj dgc:           1       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2308        1204
   Zeroing lines in arrays 
  Total # of output lines =           18       26883

 Processing block number           19
 DEBUG          549   549.2688       1710.406     -0.5776615     -0.5776615    
         2308        2688         -28         408
 patch iptc,sj,dgj,dgi,id:          19        2688         549         577
          408
  half line dmj dgc:           0       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2688        2308
   Zeroing lines in arrays 
  Total # of output lines =           19       27263

         2688        3792           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3792         549         549
         1104
  half line dmj dgc:           1       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3792        2688
   Zeroing lines in arrays 
  Total # of output lines =           19       28367

 Processing block number           20
 DEBUG          527   526.6973       1630.894     -0.5777304     -0.5777304    
         3792        4178         -22         408
 patch iptc,sj,dgj,dgi,id:          20        4178         527         549
          408
  half line dmj dgc:           0       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4178        3792
   Zeroing lines in arrays 
  Total # of output lines =           20       28753

         4178        5282           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5282         527         527
         1104
  half line dmj dgc:           1       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5282        4178
   Zeroing lines in arrays 
  Total # of output lines =           20       29857

 Processing block number           21
 DEBUG          513   513.2477       1574.153     -0.5777969     -0.5777969    
         5282        5676         -14         408
 patch iptc,sj,dgj,dgi,id:          21        5676         513         527
          408
  half line dmj dgc:           0       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5676        5282
   Zeroing lines in arrays 
  Total # of output lines =           21       30251

         5676        6780           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6780         513         513
         1104
  half line dmj dgc:           1       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6780        5676
   Zeroing lines in arrays 
  Total # of output lines =           21       31355

 Processing block number           22
 DEBUG          505   505.1172       1530.195     -0.5778134     -0.5778134    
         6780        7180          -8         408
 patch iptc,sj,dgj,dgi,id:          22        7180         505         513
          408
  half line dmj dgc:           0       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7180        6780
   Zeroing lines in arrays 
  Total # of output lines =           22       31755

         7180        8284           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8284         505         505
         1104
  half line dmj dgc:           1       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8284        7180
   Zeroing lines in arrays 
  Total # of output lines =           22       32859

 Processing block number           23
 DEBUG          501   500.6866       1501.554     -0.5778579     -0.5778579    
         8284        8688          -4         408
 patch iptc,sj,dgj,dgi,id:          23        8688         501         505
          408
  half line dmj dgc:           0       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8688        8284
   Zeroing lines in arrays 
  Total # of output lines =           23       33263

         8688        9792           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9792         501         501
         1104
  half line dmj dgc:           1       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9792        8688
   Zeroing lines in arrays 
  Total # of output lines =           23       34367

 Processing block number           24
 DEBUG          497   497.2471       1486.505     -0.5778753     -0.5778753    
         9792       10196          -4         408
 patch iptc,sj,dgj,dgi,id:          24       10196         497         501
          408
  half line dmj dgc:           0       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10196        9792
   Zeroing lines in arrays 
  Total # of output lines =           24       34771

        10196       11300           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11300         497         497
         1104
  half line dmj dgc:           1       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11300       10196
   Zeroing lines in arrays 
  Total # of output lines =           24       35875

 Processing block number           25
 DEBUG          501   500.7656       1505.495     -0.5778630     -0.5778630    
        11300       11712           4         408
 patch iptc,sj,dgj,dgi,id:          25       11712         501         497
          408
  half line dmj dgc:           0       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11712       11300
   Zeroing lines in arrays 
  Total # of output lines =           25       36287

        11712       12816           0        1104
 patch iptc,sj,dgj,dgi,id:          25         528         501         501
         1104
  half line dmj dgc:           1       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11712         528
   Zeroing lines in arrays 
  Total # of output lines =           25       37391

 Processing block number           26
 DEBUG          512   511.6549       1554.316     -0.5778269     -0.5778269    
          528         947          11         408
 patch iptc,sj,dgj,dgi,id:          26         947         512         501
          408
  half line dmj dgc:           0       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         947         528
   Zeroing lines in arrays 
  Total # of output lines =           26       37810

          947        2051           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2051         512         512
         1104
  half line dmj dgc:           1       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2051         947
   Zeroing lines in arrays 
  Total # of output lines =           26       38914

 Processing block number           27
 DEBUG          527   527.2946       1620.496     -0.5777821     -0.5777821    
         2051        2474          15         408
 patch iptc,sj,dgj,dgi,id:          27        2474         527         512
          408
  half line dmj dgc:           0       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2474        2051
   Zeroing lines in arrays 
  Total # of output lines =           27       39337

         2474        3578           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3578         527         527
         1104
  half line dmj dgc:           1       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3578        2474
   Zeroing lines in arrays 
  Total # of output lines =           27       40441

 Processing block number           28
 DEBUG          546   546.2755       1702.393     -0.5777276     -0.5777276    
         3578        4005          19         408
 patch iptc,sj,dgj,dgi,id:          28        4005         546         527
          408
  half line dmj dgc:           0       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        4005        3578
   Zeroing lines in arrays 
  Total # of output lines =           28       40868

         4005        5109           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5109         546         546
         1104
  half line dmj dgc:           1       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5109        4005
   Zeroing lines in arrays 
  Total # of output lines =           28       41972

 Processing block number           29
 DEBUG          571   571.4310       1810.311     -0.5776384     -0.5776384    
         5109        5542          25         408
 patch iptc,sj,dgj,dgi,id:          29        5542         571         546
          408
  half line dmj dgc:           0       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5542        5109
   Zeroing lines in arrays 
  Total # of output lines =           29       42405

         5542        6646           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6646         571         571
         1104
  half line dmj dgc:           1       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6646        5542
   Zeroing lines in arrays 
  Total # of output lines =           29       43509

 Processing block number           30
 DEBUG          604   604.1027       1937.513     -0.5775201     -0.5775201    
         6646        7087          33         408
 patch iptc,sj,dgj,dgi,id:          30        7087         604         571
          408
  half line dmj dgc:           0       44793        1937         502
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        7087        6646
   Zeroing lines in arrays 
  Total # of output lines =           30       43950

         7087        8191           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8191         604         604
         1104
  half line dmj dgc:           1       44793        1937         502
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8191        7087
   Zeroing lines in arrays 
  Total # of output lines =           30       45054

 Processing block number           31
 DEBUG          637   637.3090       2057.186     -0.5773909     -0.5773909    
         8191        8632          33         408
 patch iptc,sj,dgj,dgi,id:          31        8632         637         604
          408
  half line dmj dgc:           0       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8632        8191
   Zeroing lines in arrays 
  Total # of output lines =           31       45495

         8632        9736           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9736         637         637
         1104
  half line dmj dgc:           1       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9736        8632
   Zeroing lines in arrays 
  Total # of output lines =           31       46599

 Processing block number           32
 DEBUG          664   664.3033       2163.123     -0.5773032     -0.5773032    
         9736       10171          27         408
 patch iptc,sj,dgj,dgi,id:          32       10171         664         637
          408
  half line dmj dgc:           0       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10171        9736
   Zeroing lines in arrays 
  Total # of output lines =           32       47034

        10171       11275           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11275         664         664
         1104
  half line dmj dgc:           1       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11275       10171
   Zeroing lines in arrays 
  Total # of output lines =           32       48138

 Processing block number           33
 DEBUG          681   680.9253       2234.876     -0.5771739     -0.5771739    
        11275       11700          17         408
 patch iptc,sj,dgj,dgi,id:          33       11700         681         664
          408
  half line dmj dgc:           0       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11700       11275
   Zeroing lines in arrays 
  Total # of output lines =           33       48563

        11700       12804           0        1104
 patch iptc,sj,dgj,dgi,id:          33         516         681         681
         1104
  half line dmj dgc:           1       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11700         516
   Zeroing lines in arrays 
  Total # of output lines =           33       49667

 Processing block number           34
 DEBUG          693   693.1514       2281.305     -0.5771466     -0.5771466    
          516         936          12         408
 patch iptc,sj,dgj,dgi,id:          34         936         693         681
          408
  half line dmj dgc:           0       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         936         516
   Zeroing lines in arrays 
  Total # of output lines =           34       50087

          936        2040           0        1104
 patch iptc,sj,dgj,dgi,id:          34        2040         693         693
         1104
  half line dmj dgc:           1       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        2040         936
   Zeroing lines in arrays 
  Total # of output lines =           34       51191

 Processing block number           35
 DEBUG          700   700.3151       2288.218     -0.5771367     -0.5771367    
         2040        2455           7         408
 patch iptc,sj,dgj,dgi,id:          35        2455         700         693
          408
  half line dmj dgc:           0       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2455        2040
   Zeroing lines in arrays 
  Total # of output lines =           35       51606

         2455        3559           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3559         700         700
         1104
  half line dmj dgc:           1       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3559        2455
   Zeroing lines in arrays 
  Total # of output lines =           35       52710

 Processing block number           36
 DEBUG          699   699.1693       2264.601     -0.5772384     -0.5772384    
         3559        3966          -1         408
 patch iptc,sj,dgj,dgi,id:          36        3966         699         700
          408
  half line dmj dgc:           0       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3966        3559
   Zeroing lines in arrays 
  Total # of output lines =           36       53117

         3966        5070           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5070         699         699
         1104
  half line dmj dgc:           1       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5070        3966
   Zeroing lines in arrays 
  Total # of output lines =           36       54221

 Processing block number           37
 DEBUG          688   688.4716       2212.714     -0.5772910     -0.5772910    
         5070        5467         -11         408
 patch iptc,sj,dgj,dgi,id:          37        5467         688         699
          408
  half line dmj dgc:           0       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5467        5070
   Zeroing lines in arrays 
  Total # of output lines =           37       54618

         5467        6571           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6571         688         688
         1104
  half line dmj dgc:           1       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6571        5467
   Zeroing lines in arrays 
  Total # of output lines =           37       55722

 Processing block number           38
 DEBUG          670   669.9545       2137.969     -0.5773540     -0.5773540    
         6571        6920         -18         367
 patch iptc,sj,dgj,dgi,id:          38        6920         670         688
          367
  half line dmj dgc:           0       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6920        6571
   Zeroing lines in arrays 
  Total # of output lines =           38       56071

         6920        8024           0        1104
 patch iptc,sj,dgj,dgi,id:          38        8024         670         670
         1104
  half line dmj dgc:           1       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        8024        6920
   Zeroing lines in arrays 
  Total # of output lines =           38       57175

 ia dmi dgi:        8024        2138         670
   Writing the last         2572 lines
 last half sj>s1       10596        8024       57175
 WAYNE done patche    95.39677500724792    
  Total # of output lines =        59747

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59747
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    96.50739300251007    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.hv00c                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/c_hv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ch                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0043001E-02
 reading motion compensation data
 WAYNE read motion compen    1.126668    
 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   0.3708670    
 start range comp, time =      1.528

 WAYNE PREV   1.517374    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           37 to           38 by #           13

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480     1.930 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.47757601737976    
 ATTN ifrq ipol ln           8           2       58528   18.00000    
 IPOL, ITOP nblock            2           0          37
  ****shift in azimuth (fractional pixel)=  -0.4991733    
  shift in azimuth *fractional pixel=  -0.4991733       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6879053115844727E-03
 WAYNE Motion comp. added to patch, time =    7.649489045143127    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8559694290161133E-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 =    70.82423508167267    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8546780347824097    
 ==w out          37           0         945                    0
 WAYNE PROCESS   99.81350100040436    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 patch#           38
  reference line: 57951   101.744 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.63490402698517    
 ATTN ifrq ipol ln           8           2       59999   18.00000    
 IPOL, ITOP nblock            2           0          38
  ****shift in azimuth (fractional pixel)=  -0.4992277    
  shift in azimuth *fractional pixel=  -0.4992277       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1550397872924805E-03
 WAYNE Motion comp. added to patch, time =    6.450922966003418    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9611001014709473E-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 =    72.57560598850250    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5799629688262939    
 ==w out          38        2208         945             45219840
 WAYNE PROCESS   100.2660239934921    
 ==w out          39        4419
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           33 to           34 by #           11

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432     1.894 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.43214893341064    
 ATTN ifrq ipol ln           8           2       52480   18.00000    
 IPOL, ITOP nblock            2           0          33
  ****shift in azimuth (fractional pixel)=  -0.4990720    
  shift in azimuth *fractional pixel=  -0.4990720       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8400163650512695E-03
 WAYNE Motion comp. added to patch, time =    7.447134971618652    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.8359422683715820E-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 =    81.39044892787933    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5687770843505859    
 ==w out          33           0         945                    0
 WAYNE PROCESS   109.8461641073227    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 patch#           34
  reference line: 51944   111.740 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.50987601280212    
 ATTN ifrq ipol ln           8           2       53992   18.00000    
 IPOL, ITOP nblock            2           0          34
  ****shift in azimuth (fractional pixel)=  -0.4990484    
  shift in azimuth *fractional pixel=  -0.4990484       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1129589080810547E-03
 WAYNE Motion comp. added to patch, time =    6.696208000183105    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   7.7465057373046875E-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 =    81.22978997230530    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6300679445266724    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   109.1483830213547    
 ==w out          35        4419
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           35 to           36 by #           12

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     1.910 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.10403096675873    
 ATTN ifrq ipol ln           8           2       55504   18.00000    
 IPOL, ITOP nblock            2           0          35
  ****shift in azimuth (fractional pixel)=  -0.4990398    
  shift in azimuth *fractional pixel=  -0.4990398       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5909881591796875E-03
 WAYNE Motion comp. added to patch, time =    7.812700986862183    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9780397415161133E-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 =    81.64571905136108    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5425230264663696    
 ==w out          35           0         945                    0
 WAYNE PROCESS   110.1126060485840    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   112.022 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.41791796684265    
 ATTN ifrq ipol ln           8           2       57016   18.00000    
 IPOL, ITOP nblock            2           0          36
  ****shift in azimuth (fractional pixel)=  -0.4991278    
  shift in azimuth *fractional pixel=  -0.4991278       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.1179995536804199E-02
 WAYNE Motion comp. added to patch, time =    6.807044029235840    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   4.5387983322143555E-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 =    80.94128108024597    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7209190130233765    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   108.9948170185089    
 ==w out          37        4419
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           31 to           32 by #           10

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     1.882 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.25521504878998    
 ATTN ifrq ipol ln           8           2       49456   18.00000    
 IPOL, ITOP nblock            2           0          31
  ****shift in azimuth (fractional pixel)=  -0.4992596    
  shift in azimuth *fractional pixel=  -0.4992596       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8400163650512695E-03
 WAYNE Motion comp. added to patch, time =    7.604957938194275    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9800662994384766E-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 =    83.75265705585480    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4528360366821289    
 ==w out          31           0         945                    0
 WAYNE PROCESS   113.0735120773315    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   114.956 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.20827305316925    
 ATTN ifrq ipol ln           8           2       50968   18.00000    
 IPOL, ITOP nblock            2           0          32
  ****shift in azimuth (fractional pixel)=  -0.4991838    
  shift in azimuth *fractional pixel=  -0.4991838       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.3970346450805664E-03
 WAYNE Motion comp. added to patch, time =    7.472877979278564    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2719025611877441E-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 =    84.14204096794128    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4721570014953613    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   113.3233000040054    
 ==w out          33        4419
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            3 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     1.844 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    20.44081306457520    
 ATTN ifrq ipol ln           8           2        4096   18.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996052    
  shift in azimuth *fractional pixel=  -0.4996052       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7940015792846680E-03
 TESTING  8.5000396E-03   173.8509       2.142640    
 WAYNE Motion comp. added to patch, time =    7.150475978851318    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8299818038940430E-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   173.8509       2.142640    
 HEY,dt,fract,ye,pe  -0.4996052       1.000000      4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    75.45027303695679    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4251710176467896    
 ==w out           1           0         945                    0
 WAYNE PROCESS   103.4745559692383    

 Processing block number            2
 TESTING WHY  4.2990599E-02  1.2529500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   105.319 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    20.57250595092773    
 ATTN ifrq ipol ln           8           2        5608   18.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996230    
  shift in azimuth *fractional pixel=  -0.4996230       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1528940200805664E-03
 TESTING  8.5000396E-03   172.1815       2.362341    
 WAYNE Motion comp. added to patch, time =    7.171880006790161    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   9.3887925148010254E-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   172.1815       2.362341    
 HEY,dt,fract,ye,pe  -0.4996230       1.000000      4.2990599E-02
   1.2529500E-02
 WAYNE Azimuth compression done, time =    75.57900297641754    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6050769090652466    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   104.0272189378738    

 Processing block number            3
 TESTING WHY  4.3221202E-02  1.2680000E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   209.346 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    18.51014804840088    
 ATTN ifrq ipol ln           8           2        7120   18.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4996229    
  shift in azimuth *fractional pixel=  -0.4996229       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1300058364868164E-03
 TESTING  8.5000396E-03   170.5802       2.324236    
 WAYNE Motion comp. added to patch, time =    5.917834043502808    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.6300678253173828E-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   170.5802       2.324236    
 HEY,dt,fract,ye,pe  -0.4996229       1.000000      4.3221202E-02
   1.2680000E-02
 WAYNE Azimuth compression done, time =    65.80563902854919    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4621970653533936    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   90.70249104499817    
 ==w out           4        6627
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           28 to           30 by #            9

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872     1.873 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.31500697135925    
 ATTN ifrq ipol ln           8           2       44920   18.00000    
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4995507    
  shift in azimuth *fractional pixel=  -0.4995507       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8569440841674805E-03
 WAYNE Motion comp. added to patch, time =    7.362913966178894    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-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 =    88.39966297149658    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7134579420089722    
 ==w out          28           0         945                    0
 WAYNE PROCESS   117.7986999750137    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 patch#           29
  reference line: 44384   119.672 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.38859808444977    
 ATTN ifrq ipol ln           8           2       46432   18.00000    
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4994737    
  shift in azimuth *fractional pixel=  -0.4994737       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2620897293090820E-03
 WAYNE Motion comp. added to patch, time =    6.628183960914612    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.4747014045715332E-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 =    82.48046207427979    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4380400180816650    
 ==w out          29        2208         945             45219840
 WAYNE PROCESS   109.9650549888611    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   229.638 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.82790696620941    
 ATTN ifrq ipol ln           8           2       47944   18.00000    
 IPOL, ITOP nblock            2           0          30
  ****shift in azimuth (fractional pixel)=  -0.4993713    
  shift in azimuth *fractional pixel=  -0.4993713       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1719675064086914E-03
 WAYNE Motion comp. added to patch, time =    5.901746988296509    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6849040985107422E-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 =    61.82221591472626    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4283819198608398    
 ==w out          30        4416         945             90439680
 WAYNE PROCESS   85.98684096336365    
 ==w out          31        6627
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           25 to           27 by #            8

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336     1.856 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.23644590377808    
 ATTN ifrq ipol ln           8           2       40384   18.00000    
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4996678    
  shift in azimuth *fractional pixel=  -0.4996678       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8400163650512695E-03
 WAYNE Motion comp. added to patch, time =    7.414602041244507    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8450021743774414E-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 =    81.72924995422363    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5954740047454834    
 ==w out          25           0         945                    0
 WAYNE PROCESS   109.9834229946136    

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848   111.840 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.82108604907990    
 ATTN ifrq ipol ln           8           2       41896   18.00000    
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996367    
  shift in azimuth *fractional pixel=  -0.4996367       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6050548553466797E-03
 WAYNE Motion comp. added to patch, time =    6.708756923675537    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6664028167724609E-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 =    79.99789094924927    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4540029764175415    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   108.0036679506302    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   219.844 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.30202805995941    
 ATTN ifrq ipol ln           8           2       43408   18.00000    
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995979    
  shift in azimuth *fractional pixel=  -0.4995979       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1899681091308594E-03
 WAYNE Motion comp. added to patch, time =    5.686525940895081    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7080307006835938E-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 =    72.37289500236511    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4298510551452637    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   96.79781603813171    
 ==w out          28        6627
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           22 to           24 by #            7

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800     1.852 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.19862389564514    
 ATTN ifrq ipol ln           8           2       35848   18.00000    
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4996250    
  shift in azimuth *fractional pixel=  -0.4996250       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6820640563964844E-03
 WAYNE Motion comp. added to patch, time =    7.400566935539246    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.7290115356445313E-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 =    81.60800695419312    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5590839385986328    
 ==w out          22           0         945                    0
 WAYNE PROCESS   109.7735019922256    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   111.626 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.40722799301147    
 ATTN ifrq ipol ln           8           2       37360   18.00000    
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4996634    
  shift in azimuth *fractional pixel=  -0.4996634       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1550397872924805E-03
 WAYNE Motion comp. added to patch, time =    6.632688999176025    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   7.4857950210571289E-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 =    81.07835900783539    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5339280366897583    
 ==w out          23        2208         945             45219840
 WAYNE PROCESS   109.7320680618286    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 patch#           24
  reference line: 36824   221.358 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.98068594932556    
 ATTN ifrq ipol ln           8           2       38872   18.00000    
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4996785    
  shift in azimuth *fractional pixel=  -0.4996785       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1810274124145508E-03
 WAYNE Motion comp. added to patch, time =    5.818346977233887    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7960071563720703E-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 =    72.36611104011536    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4663339853286743    
 ==w out          24        4416         945             90439680
 WAYNE PROCESS   96.63819599151611    
 ==w out          25        6627
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            4 to            6 by #            1

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     1.848 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.66459906101227    
 ATTN ifrq ipol ln           8           2        8632   18.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4996063    
  shift in azimuth *fractional pixel=  -0.4996063       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.6659708023071289E-03
 WAYNE Motion comp. added to patch, time =    7.505558013916016    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.8730163574218750E-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 =    82.69105696678162    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8195120096206665    
 ==w out           4           0         945                    0
 WAYNE PROCESS   111.6884040832520    

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   113.536 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.23079705238342    
 ATTN ifrq ipol ln           8           2       10144   18.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=  -0.4995972       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2330026626586914E-03
 WAYNE Motion comp. added to patch, time =    5.923781991004944    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   9.3816995620727539E-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 =    82.16650807857513    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5486170053482056    
 ==w out           5        2208         945             45219840
 WAYNE PROCESS   109.9685589075089    

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608   223.505 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.86259901523590    
 ATTN ifrq ipol ln           8           2       11656   18.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4995842    
  shift in azimuth *fractional pixel=  -0.4995842       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0839910507202148E-03
 WAYNE Motion comp. added to patch, time =    5.785993933677673    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6840696334838867E-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 =    73.15798294544220    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4994829893112183    
 ==w out           6        4416         945             90439680
 WAYNE PROCESS   97.31255900859833    
 ==w out           7        6627
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            7 to            9 by #            2

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120     1.846 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.25134491920471    
 ATTN ifrq ipol ln           8           2       13168   18.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4995471    
  shift in azimuth *fractional pixel=  -0.4995471       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7240257263183594E-03
 WAYNE Motion comp. added to patch, time =    7.749962091445923    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8789768218994141E-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 =    82.88981401920319    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6954441070556641    
 ==w out           7           0         945                    0
 WAYNE PROCESS   111.5945100784302    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   113.441 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.08605599403381    
 ATTN ifrq ipol ln           8           2       14680   18.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994940    
  shift in azimuth *fractional pixel=  -0.4994940       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.0639638900756836E-03
 WAYNE Motion comp. added to patch, time =    6.868765950202942    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   0.1081410646438599    
 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 =    81.63793599605560    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5532300472259521    
 ==w out           8        2208         945             45219840
 WAYNE PROCESS   110.2591190338135    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 patch#            9
  reference line: 14144   223.700 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.83085691928864    
 ATTN ifrq ipol ln           8           2       16192   18.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4994095    
  shift in azimuth *fractional pixel=  -0.4994095       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1819810867309570E-03
 WAYNE Motion comp. added to patch, time =    5.821302056312561    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.8180608749389648E-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 =    73.13230192661285    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4869390726089478    
 ==w out           9        4416         945             90439680
 WAYNE PROCESS   97.27831709384918    
 ==w out          10        6627
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           16 to           18 by #            5

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     1.849 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.41082894802094    
 ATTN ifrq ipol ln           8           2       26776   18.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4992785    
  shift in azimuth *fractional pixel=  -0.4992785       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.7379732131958008E-03
 WAYNE Motion comp. added to patch, time =    7.331177115440369    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8450021743774414E-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 =    83.61802101135254    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7823699712753296    
 ==w out          16           0         945                    0
 WAYNE PROCESS   112.1499270200729    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   113.999 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.78160798549652    
 ATTN ifrq ipol ln           8           2       28288   18.00000    
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993443    
  shift in azimuth *fractional pixel=  -0.4993443       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2200088500976563E-03
 WAYNE Motion comp. added to patch, time =    6.872491955757141    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   0.1019469499588013    
 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 =    81.59084105491638    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5606609582901001    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   109.9125499725342    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   223.912 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.80639398097992    
 ATTN ifrq ipol ln           8           2       29800   18.00000    
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4994267    
  shift in azimuth *fractional pixel=  -0.4994267       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1979551315307617E-03
 WAYNE Motion comp. added to patch, time =    5.919409990310669    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.6999244689941406E-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 =    73.72963595390320    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4154679775238037    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   97.87757301330566    
 ==w out          19        6627
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           19 to           21 by #            6

 Processing block number           19
 WAYNE PATCHES:        27217        31312 patch#           19
  reference line: 29264     1.851 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.06779706478119    
 ATTN ifrq ipol ln           8           2       31312   18.00000    
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4994936    
  shift in azimuth *fractional pixel=  -0.4994936       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.0515999794006348E-02
 WAYNE Motion comp. added to patch, time =    7.453762054443359    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.7719268798828125E-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 =    83.26121997833252    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9645999670028687    
 ==w out          19           0         945                    0
 WAYNE PROCESS   111.8107739686966    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   113.662 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    21.28813910484314    
 ATTN ifrq ipol ln           8           2       32824   18.00000    
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4995532    
  shift in azimuth *fractional pixel=  -0.4995532       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.3649673461914063E-03
 WAYNE Motion comp. added to patch, time =    6.924718022346497    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   0.1002110242843628    
 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 =    81.75410497188568    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4957809448242188    
 ==w out          20        2208         945             45219840
 WAYNE PROCESS   110.5681399106979    

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288   224.230 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.91814601421356    
 ATTN ifrq ipol ln           8           2       34336   18.00000    
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4996107    
  shift in azimuth *fractional pixel=  -0.4996107       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2650699615478516E-03
 WAYNE Motion comp. added to patch, time =    5.900565981864929    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7369985580444336E-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 =    73.74843800067902    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4024150371551514    
 ==w out          21        4416         945             90439680
 WAYNE PROCESS   97.97632598876953    
 ==w out          22        6627
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           10 to           12 by #            3

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656     1.850 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.48685705661774    
 ATTN ifrq ipol ln           8           2       17704   18.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4993393    
  shift in azimuth *fractional pixel=  -0.4993393       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.8090219497680664E-03
 WAYNE Motion comp. added to patch, time =    7.680757045745850    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9140243530273438E-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 =    87.68578600883484    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4435619115829468    
 ==w out          10           0         945                    0
 WAYNE PROCESS   116.3049339056015    

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168   118.155 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.30552494525909    
 ATTN ifrq ipol ln           8           2       19216   18.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992948    
  shift in azimuth *fractional pixel=  -0.4992948       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.5779943466186523E-03
 WAYNE Motion comp. added to patch, time =    7.289692997932434    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   8.6118936538696289E-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 =    83.80852401256561    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4449599981307983    
 ==w out          11        2208         945             45219840
 WAYNE PROCESS   111.9403829574585    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   230.095 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.00576698780060    
 ATTN ifrq ipol ln           8           2       20728   18.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992554    
  shift in azimuth *fractional pixel=  -0.4992554       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1159391403198242E-03
 WAYNE Motion comp. added to patch, time =    6.485538005828857    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6999244689941406E-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 =    72.81113600730896    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5053859949111938    
 ==w out          12        4416         945             90439680
 WAYNE PROCESS   97.81444096565247    
 ==w out          13        6627
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           13 to           15 by #            4

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192     1.849 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.76192688941956    
 ATTN ifrq ipol ln           8           2       22240   18.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992172    
  shift in azimuth *fractional pixel=  -0.4992172       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.9790143966674805E-03
 WAYNE Motion comp. added to patch, time =    7.831134080886841    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-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 =    85.86108505725861    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6304559707641602    
 ==w out          13           0         945                    0
 WAYNE PROCESS   115.0923789739609    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 patch#           14
  reference line: 21704   116.942 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.76289999485016    
 ATTN ifrq ipol ln           8           2       23752   18.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=  -0.4992274       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.2259693145751953E-03
 WAYNE Motion comp. added to patch, time =    7.883709073066711    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   9.3214035034179688E-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 =    86.62488400936127    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5384089946746826    
 ==w out          14        2208         945             45219840
 WAYNE PROCESS   115.9081209897995    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   232.850 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.24776709079742    
 ATTN ifrq ipol ln           8           2       25264   18.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992636    
  shift in azimuth *fractional pixel=  -0.4992636       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   4.1970014572143555E-03
 WAYNE Motion comp. added to patch, time =    6.481355071067810    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-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 =    79.45904695987701    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4207279682159424    
 ==w out          15        4416         945             90439680
 WAYNE PROCESS   104.6155149936676    
 ==w out          16        6627
            1      601066           0
            2      600766           0
            3      600858           0
            4      600889           0
            5      601034           0
            6      600514           0
            7      601061           0
            8      600917           0
            9      601067           0
           10      600164           0
           11      600591           0
           12      600896           0
           13      600813           0
           14      601003           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=           14

 Writing variable header...

 gather image from processor #            0
             3
 gather image from processor #            1
             3
 gather image from processor #            2
             3
 gather image from processor #            3
             3
 gather image from processor #            4
             3
 gather image from processor #            5
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 gather image from processor #            8
             3
 gather image from processor #            9
             3
 gather image from processor #           10
             2
 gather image from processor #           11
             2
 gather image from processor #           12
             2
 gather image from processor #           13
             2
 WAYNE gather images takes:    5.2801966667175293E-02
 WAYNE LOOP TIME:     352.3671540021896    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.hv_j                        
 /mnt/air76/airops/1376/ts1376_c.mocomph                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        83904
 update intf hdr ha:   6897.600    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
 lat1 lon1:         503   63.83078      -144.9749           83904
 last ra n_ns ns:   7970.510               5           5       84406
        83904
 lati loni:       84406   63.83093      -144.0525           84406           5
 center ra n_ns ns:   12230.86            1284        1284       42454
        83904
 lati loni:       42454   63.86937      -144.5109           42454        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.hv_j                        
 WAYNE FINAL PROCESS   353.9187020063400    

  *********************************************
  *****                                   *****
  *****    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 =           14
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         4416           2
         4416           2
         4416           2
         4416           2
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.hv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ch                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.BT                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.280696034431458    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          502   502.4566       1426.933     -0.4996052     -0.4996052    
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   497.9516       1418.736     -0.4996230     -0.4996230    
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   501.7466       1427.478     -0.4996229     -0.4996229    
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.1154       1448.952     -0.4996063     -0.4996063    
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   507.6114       1472.181     -0.4995972     -0.4995972    
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          510   510.1216       1505.090     -0.4995842     -0.4995842    
         7159        7569           2         408
 patch iptc,sj,dgj,dgi,id:           6        7569         510         508
          408
  half line dmj dgc:           0        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7569        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7568

         7569        8673           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8673         510         510
         1104
  half line dmj dgc:           1        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8673        7569
   Zeroing lines in arrays 
  Total # of output lines =            6        8672

 Processing block number            7
 DEBUG          525   524.8248       1560.886     -0.4995471     -0.4995471    
         8673        9096          15         408
 patch iptc,sj,dgj,dgi,id:           7        9096         525         510
          408
  half line dmj dgc:           0       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9096        8673
   Zeroing lines in arrays 
  Total # of output lines =            7        9095

         9096       10200           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10200         525         525
         1104
  half line dmj dgc:           1       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10200        9096
   Zeroing lines in arrays 
  Total # of output lines =            7       10199

 Processing block number            8
 DEBUG          553   552.7861       1649.236     -0.4994940     -0.4994940    
        10200       10636          28         408
 patch iptc,sj,dgj,dgi,id:           8       10636         553         525
          408
  half line dmj dgc:           0       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10636       10200
   Zeroing lines in arrays 
  Total # of output lines =            8       10635

        10636       11740           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11740         553         553
         1104
  half line dmj dgc:           1       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11740       10636
   Zeroing lines in arrays 
  Total # of output lines =            8       11739

 Processing block number            9
 DEBUG          584   584.2034       1750.602     -0.4994095     -0.4994095    
        11740       12179          31         408
 patch iptc,sj,dgj,dgi,id:           9       12179         584         553
          408
  half line dmj dgc:           0       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12179       11740
   Zeroing lines in arrays 
  Total # of output lines =            9       12178

        12179       13283           0        1104
 patch iptc,sj,dgj,dgi,id:           9         995         584         584
         1104
  half line dmj dgc:           1       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12179         995
   Zeroing lines in arrays 
  Total # of output lines =            9       13282

 Processing block number           10
 DEBUG          607   607.5709       1838.720     -0.4993393     -0.4993393    
          995        1426          23         408
 patch iptc,sj,dgj,dgi,id:          10        1426         607         584
          408
  half line dmj dgc:           0       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1426         995
   Zeroing lines in arrays 
  Total # of output lines =           10       13713

         1426        2530           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2530         607         607
         1104
  half line dmj dgc:           1       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2530        1426
   Zeroing lines in arrays 
  Total # of output lines =           10       14817

 Processing block number           11
 DEBUG          621   621.4562       1903.449     -0.4992948     -0.4992948    
         2530        2952          14         408
 patch iptc,sj,dgj,dgi,id:          11        2952         621         607
          408
  half line dmj dgc:           0       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2952        2530
   Zeroing lines in arrays 
  Total # of output lines =           11       15239

         2952        4056           0        1104
 patch iptc,sj,dgj,dgi,id:          11        4056         621         621
         1104
  half line dmj dgc:           1       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        4056        2952
   Zeroing lines in arrays 
  Total # of output lines =           11       16343

 Processing block number           12
 DEBUG          631   631.4185       1954.069     -0.4992554     -0.4992554    
         4056        4474          10         408
 patch iptc,sj,dgj,dgi,id:          12        4474         631         621
          408
  half line dmj dgc:           0       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4474        4056
   Zeroing lines in arrays 
  Total # of output lines =           12       16761

         4474        5578           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5578         631         631
         1104
  half line dmj dgc:           1       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5578        4474
   Zeroing lines in arrays 
  Total # of output lines =           12       17865

 Processing block number           13
 DEBUG          639   638.9052       1985.529     -0.4992172     -0.4992172    
         5578        5994           8         408
 patch iptc,sj,dgj,dgi,id:          13        5994         639         631
          408
  half line dmj dgc:           0       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5994        5578
   Zeroing lines in arrays 
  Total # of output lines =           13       18281

         5994        7098           0        1104
 patch iptc,sj,dgj,dgi,id:          13        7098         639         639
         1104
  half line dmj dgc:           1       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        7098        5994
   Zeroing lines in arrays 
  Total # of output lines =           13       19385

 Processing block number           14
 DEBUG          643   643.0093       1992.939     -0.4992274     -0.4992274    
         7098        7510           4         408
 patch iptc,sj,dgj,dgi,id:          14        7510         643         639
          408
  half line dmj dgc:           0       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7510        7098
   Zeroing lines in arrays 
  Total # of output lines =           14       19797

         7510        8614           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8614         643         643
         1104
  half line dmj dgc:           1       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8614        7510
   Zeroing lines in arrays 
  Total # of output lines =           14       20901

 Processing block number           15
 DEBUG          640   640.3729       1977.322     -0.4992636     -0.4992636    
         8614        9019          -3         408
 patch iptc,sj,dgj,dgi,id:          15        9019         640         643
          408
  half line dmj dgc:           0       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        9019        8614
   Zeroing lines in arrays 
  Total # of output lines =           15       21306

         9019       10123           0        1104
 patch iptc,sj,dgj,dgi,id:          15       10123         640         640
         1104
  half line dmj dgc:           1       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:       10123        9019
   Zeroing lines in arrays 
  Total # of output lines =           15       22410

 Processing block number           16
 DEBUG          628   628.4041       1940.419     -0.4992785     -0.4992785    
        10123       10519         -12         408
 patch iptc,sj,dgj,dgi,id:          16       10519         628         640
          408
  half line dmj dgc:           0       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10519       10123
   Zeroing lines in arrays 
  Total # of output lines =           16       22806

        10519       11623           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11623         628         628
         1104
  half line dmj dgc:           1       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11623       10519
   Zeroing lines in arrays 
  Total # of output lines =           16       23910

 Processing block number           17
 DEBUG          606   606.5267       1880.189     -0.4993443     -0.4993443    
        11623       12009         -22         408
 patch iptc,sj,dgj,dgi,id:          17       12009         606         628
          408
  half line dmj dgc:           0       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       12009       11623
   Zeroing lines in arrays 
  Total # of output lines =           17       24296

        12009       13113           0        1104
 patch iptc,sj,dgj,dgi,id:          17         825         606         606
         1104
  half line dmj dgc:           1       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       12009         825
   Zeroing lines in arrays 
  Total # of output lines =           17       25400

 Processing block number           18
 DEBUG          577   577.2834       1797.191     -0.4994267     -0.4994267    
          825        1204         -29         408
 patch iptc,sj,dgj,dgi,id:          18        1204         577         606
          408
  half line dmj dgc:           0       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1204         825
   Zeroing lines in arrays 
  Total # of output lines =           18       25779

         1204        2308           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2308         577         577
         1104
  half line dmj dgc:           1       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2308        1204
   Zeroing lines in arrays 
  Total # of output lines =           18       26883

 Processing block number           19
 DEBUG          549   549.3304       1710.468     -0.4994936     -0.4994936    
         2308        2688         -28         408
 patch iptc,sj,dgj,dgi,id:          19        2688         549         577
          408
  half line dmj dgc:           0       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2688        2308
   Zeroing lines in arrays 
  Total # of output lines =           19       27263

         2688        3792           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3792         549         549
         1104
  half line dmj dgc:           1       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3792        2688
   Zeroing lines in arrays 
  Total # of output lines =           19       28367

 Processing block number           20
 DEBUG          527   526.7589       1630.956     -0.4995532     -0.4995532    
         3792        4178         -22         408
 patch iptc,sj,dgj,dgi,id:          20        4178         527         549
          408
  half line dmj dgc:           0       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4178        3792
   Zeroing lines in arrays 
  Total # of output lines =           20       28753

         4178        5282           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5282         527         527
         1104
  half line dmj dgc:           1       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5282        4178
   Zeroing lines in arrays 
  Total # of output lines =           20       29857

 Processing block number           21
 DEBUG          513   513.3094       1574.215     -0.4996107     -0.4996107    
         5282        5676         -14         408
 patch iptc,sj,dgj,dgi,id:          21        5676         513         527
          408
  half line dmj dgc:           0       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5676        5282
   Zeroing lines in arrays 
  Total # of output lines =           21       30251

         5676        6780           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6780         513         513
         1104
  half line dmj dgc:           1       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6780        5676
   Zeroing lines in arrays 
  Total # of output lines =           21       31355

 Processing block number           22
 DEBUG          505   505.1788       1530.256     -0.4996250     -0.4996250    
         6780        7180          -8         408
 patch iptc,sj,dgj,dgi,id:          22        7180         505         513
          408
  half line dmj dgc:           0       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7180        6780
   Zeroing lines in arrays 
  Total # of output lines =           22       31755

         7180        8284           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8284         505         505
         1104
  half line dmj dgc:           1       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8284        7180
   Zeroing lines in arrays 
  Total # of output lines =           22       32859

 Processing block number           23
 DEBUG          501   500.7483       1501.616     -0.4996634     -0.4996634    
         8284        8688          -4         408
 patch iptc,sj,dgj,dgi,id:          23        8688         501         505
          408
  half line dmj dgc:           0       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8688        8284
   Zeroing lines in arrays 
  Total # of output lines =           23       33263

         8688        9792           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9792         501         501
         1104
  half line dmj dgc:           1       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9792        8688
   Zeroing lines in arrays 
  Total # of output lines =           23       34367

 Processing block number           24
 DEBUG          497   497.3087       1486.567     -0.4996785     -0.4996785    
         9792       10196          -4         408
 patch iptc,sj,dgj,dgi,id:          24       10196         497         501
          408
  half line dmj dgc:           0       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10196        9792
   Zeroing lines in arrays 
  Total # of output lines =           24       34771

        10196       11300           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11300         497         497
         1104
  half line dmj dgc:           1       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11300       10196
   Zeroing lines in arrays 
  Total # of output lines =           24       35875

 Processing block number           25
 DEBUG          501   500.8272       1505.557     -0.4996678     -0.4996678    
        11300       11712           4         408
 patch iptc,sj,dgj,dgi,id:          25       11712         501         497
          408
  half line dmj dgc:           0       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11712       11300
   Zeroing lines in arrays 
  Total # of output lines =           25       36287

        11712       12816           0        1104
 patch iptc,sj,dgj,dgi,id:          25         528         501         501
         1104
  half line dmj dgc:           1       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11712         528
   Zeroing lines in arrays 
  Total # of output lines =           25       37391

 Processing block number           26
 DEBUG          512   511.7166       1554.378     -0.4996367     -0.4996367    
          528         947          11         408
 patch iptc,sj,dgj,dgi,id:          26         947         512         501
          408
  half line dmj dgc:           0       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         947         528
   Zeroing lines in arrays 
  Total # of output lines =           26       37810

          947        2051           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2051         512         512
         1104
  half line dmj dgc:           1       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2051         947
   Zeroing lines in arrays 
  Total # of output lines =           26       38914

 Processing block number           27
 DEBUG          527   527.3562       1620.557     -0.4995979     -0.4995979    
         2051        2474          15         408
 patch iptc,sj,dgj,dgi,id:          27        2474         527         512
          408
  half line dmj dgc:           0       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2474        2051
   Zeroing lines in arrays 
  Total # of output lines =           27       39337

         2474        3578           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3578         527         527
         1104
  half line dmj dgc:           1       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3578        2474
   Zeroing lines in arrays 
  Total # of output lines =           27       40441

 Processing block number           28
 DEBUG          546   546.3370       1702.455     -0.4995507     -0.4995507    
         3578        4005          19         408
 patch iptc,sj,dgj,dgi,id:          28        4005         546         527
          408
  half line dmj dgc:           0       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        4005        3578
   Zeroing lines in arrays 
  Total # of output lines =           28       40868

         4005        5109           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5109         546         546
         1104
  half line dmj dgc:           1       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5109        4005
   Zeroing lines in arrays 
  Total # of output lines =           28       41972

 Processing block number           29
 DEBUG          571   571.4926       1810.373     -0.4994737     -0.4994737    
         5109        5542          25         408
 patch iptc,sj,dgj,dgi,id:          29        5542         571         546
          408
  half line dmj dgc:           0       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5542        5109
   Zeroing lines in arrays 
  Total # of output lines =           29       42405

         5542        6646           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6646         571         571
         1104
  half line dmj dgc:           1       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6646        5542
   Zeroing lines in arrays 
  Total # of output lines =           29       43509

 Processing block number           30
 DEBUG          604   604.1643       1937.574     -0.4993713     -0.4993713    
         6646        7087          33         408
 patch iptc,sj,dgj,dgi,id:          30        7087         604         571
          408
  half line dmj dgc:           0       44793        1937         502
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        7087        6646
   Zeroing lines in arrays 
  Total # of output lines =           30       43950

         7087        8191           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8191         604         604
         1104
  half line dmj dgc:           1       44793        1937         502
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8191        7087
   Zeroing lines in arrays 
  Total # of output lines =           30       45054

 Processing block number           31
 DEBUG          637   637.3705       2057.247     -0.4992596     -0.4992596    
         8191        8632          33         408
 patch iptc,sj,dgj,dgi,id:          31        8632         637         604
          408
  half line dmj dgc:           0       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8632        8191
   Zeroing lines in arrays 
  Total # of output lines =           31       45495

         8632        9736           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9736         637         637
         1104
  half line dmj dgc:           1       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9736        8632
   Zeroing lines in arrays 
  Total # of output lines =           31       46599

 Processing block number           32
 DEBUG          664   664.3648       2163.184     -0.4991838     -0.4991838    
         9736       10171          27         408
 patch iptc,sj,dgj,dgi,id:          32       10171         664         637
          408
  half line dmj dgc:           0       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10171        9736
   Zeroing lines in arrays 
  Total # of output lines =           32       47034

        10171       11275           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11275         664         664
         1104
  half line dmj dgc:           1       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11275       10171
   Zeroing lines in arrays 
  Total # of output lines =           32       48138

 Processing block number           33
 DEBUG          681   680.9868       2234.938     -0.4990720     -0.4990720    
        11275       11700          17         408
 patch iptc,sj,dgj,dgi,id:          33       11700         681         664
          408
  half line dmj dgc:           0       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11700       11275
   Zeroing lines in arrays 
  Total # of output lines =           33       48563

        11700       12804           0        1104
 patch iptc,sj,dgj,dgi,id:          33         516         681         681
         1104
  half line dmj dgc:           1       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11700         516
   Zeroing lines in arrays 
  Total # of output lines =           33       49667

 Processing block number           34
 DEBUG          693   693.2130       2281.367     -0.4990484     -0.4990484    
          516         936          12         408
 patch iptc,sj,dgj,dgi,id:          34         936         693         681
          408
  half line dmj dgc:           0       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         936         516
   Zeroing lines in arrays 
  Total # of output lines =           34       50087

          936        2040           0        1104
 patch iptc,sj,dgj,dgi,id:          34        2040         693         693
         1104
  half line dmj dgc:           1       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        2040         936
   Zeroing lines in arrays 
  Total # of output lines =           34       51191

 Processing block number           35
 DEBUG          700   700.3766       2288.280     -0.4990398     -0.4990398    
         2040        2455           7         408
 patch iptc,sj,dgj,dgi,id:          35        2455         700         693
          408
  half line dmj dgc:           0       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2455        2040
   Zeroing lines in arrays 
  Total # of output lines =           35       51606

         2455        3559           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3559         700         700
         1104
  half line dmj dgc:           1       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3559        2455
   Zeroing lines in arrays 
  Total # of output lines =           35       52710

 Processing block number           36
 DEBUG          699   699.2308       2264.663     -0.4991278     -0.4991278    
         3559        3966          -1         408
 patch iptc,sj,dgj,dgi,id:          36        3966         699         700
          408
  half line dmj dgc:           0       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3966        3559
   Zeroing lines in arrays 
  Total # of output lines =           36       53117

         3966        5070           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5070         699         699
         1104
  half line dmj dgc:           1       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5070        3966
   Zeroing lines in arrays 
  Total # of output lines =           36       54221

 Processing block number           37
 DEBUG          688   688.5331       2212.776     -0.4991733     -0.4991733    
         5070        5467         -11         408
 patch iptc,sj,dgj,dgi,id:          37        5467         688         699
          408
  half line dmj dgc:           0       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5467        5070
   Zeroing lines in arrays 
  Total # of output lines =           37       54618

         5467        6571           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6571         688         688
         1104
  half line dmj dgc:           1       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6571        5467
   Zeroing lines in arrays 
  Total # of output lines =           37       55722

 Processing block number           38
 DEBUG          670   670.0160       2138.031     -0.4992277     -0.4992277    
         6571        6920         -18         367
 patch iptc,sj,dgj,dgi,id:          38        6920         670         688
          367
  half line dmj dgc:           0       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6920        6571
   Zeroing lines in arrays 
  Total # of output lines =           38       56071

         6920        8024           0        1104
 patch iptc,sj,dgj,dgi,id:          38        8024         670         670
         1104
  half line dmj dgc:           1       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        8024        6920
   Zeroing lines in arrays 
  Total # of output lines =           38       57175

 ia dmi dgi:        8024        2138         670
   Writing the last         2572 lines
 last half sj>s1       10596        8024       57175
 WAYNE done patche    86.51036405563354    
  Total # of output lines =        59747

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59747
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    87.74001097679138    

  *********************************************
  *****                                   *****
  *****    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 #: -0.1272920    
  Please enter the name of the sensor file.
 /mnt/air71/airops/1376/sensor.vh00c                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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                               =  -0.5093810    
  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/air71/airops/1376/c_vh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.cv                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.8269973E-03
 reading motion compensation data
 WAYNE read motion compen    1.132247    
 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   0.4180330    
 start range comp, time =      1.978

 WAYNE PREV   1.569753    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           37 to           38 by #           13

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480     2.402 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.54663598537445    
 ATTN ifrq ipol ln           8           3       58528   18.00000    
 IPOL, ITOP nblock            3           0          37
  ****shift in azimuth (fractional pixel)=  -0.4991733    
  shift in azimuth *fractional pixel=   6.3540779E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6309232711791992E-03
 WAYNE Motion comp. added to patch, time =    7.432469964027405    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8570423126220703E-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 =    69.55236697196960    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5101870298385620    
 ==w out          37           0         945                    0
 WAYNE PROCESS   105.0490310192108    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 patch#           38
  reference line: 57951   107.451 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.37482595443726    
 ATTN ifrq ipol ln           8           3       59999   18.00000    
 IPOL, ITOP nblock            3           0          38
  ****shift in azimuth (fractional pixel)=  -0.4992277    
  shift in azimuth *fractional pixel=   6.3547708E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.1979551315307617E-03
 WAYNE Motion comp. added to patch, time =    6.889438986778259    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   4.2886018753051758E-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 =    70.82666599750519    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5736109018325806    
 ==w out          38        2208         945             45219840
 WAYNE PROCESS   98.71244895458221    
 ==w out          39        4419
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           35 to           36 by #           12

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     2.395 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.25994300842285    
 ATTN ifrq ipol ln           8           3       55504   18.00000    
 IPOL, ITOP nblock            3           0          35
  ****shift in azimuth (fractional pixel)=  -0.4990397    
  shift in azimuth *fractional pixel=   6.3523777E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6960115432739258E-03
 WAYNE Motion comp. added to patch, time =    7.287532091140747    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9419193267822266E-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 =    80.84113001823425    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4117670059204102    
 ==w out          35           0         945                    0
 WAYNE PROCESS   115.8078080415726    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   118.203 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.02148795127869    
 ATTN ifrq ipol ln           8           3       57016   18.00000    
 IPOL, ITOP nblock            3           0          36
  ****shift in azimuth (fractional pixel)=  -0.4991281    
  shift in azimuth *fractional pixel=   6.3535027E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2350292205810547E-03
 WAYNE Motion comp. added to patch, time =    6.997292041778564    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   9.4707965850830078E-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 =    80.45129203796387    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4245249032974243    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   107.9941649436951    
 ==w out          37        4419
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           33 to           34 by #           11

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432     2.388 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.17837107181549    
 ATTN ifrq ipol ln           8           3       52480   18.00000    
 IPOL, ITOP nblock            3           0          33
  ****shift in azimuth (fractional pixel)=  -0.4990720    
  shift in azimuth *fractional pixel=   6.3527897E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.4679641723632813E-03
 WAYNE Motion comp. added to patch, time =    7.337633013725281    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8630027770996094E-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 =    81.32125401496887    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4888429641723633    
 ==w out          33           0         945                    0
 WAYNE PROCESS   116.3333100080490    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 patch#           34
  reference line: 51944   118.721 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.78345096111298    
 ATTN ifrq ipol ln           8           3       53992   18.00000    
 IPOL, ITOP nblock            3           0          34
  ****shift in azimuth (fractional pixel)=  -0.4990484    
  shift in azimuth *fractional pixel=   6.3524887E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2639970779418945E-03
 WAYNE Motion comp. added to patch, time =    6.809320092201233    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   5.9894084930419922E-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 =    81.01386499404907    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4188600778579712    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   108.0903260707855    
 ==w out          35        4419
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           31 to           32 by #           10

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     2.371 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.51363098621368    
 ATTN ifrq ipol ln           8           3       49456   18.00000    
 IPOL, ITOP nblock            3           0          31
  ****shift in azimuth (fractional pixel)=  -0.4992596    
  shift in azimuth *fractional pixel=   6.3551776E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6019554138183594E-03
 WAYNE Motion comp. added to patch, time =    7.372606992721558    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-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 =    81.98212194442749    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7779179811477661    
 ==w out          31           0         945                    0
 WAYNE PROCESS   117.6537450551987    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   120.025 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.76907503604889    
 ATTN ifrq ipol ln           8           3       50968   18.00000    
 IPOL, ITOP nblock            3           0          32
  ****shift in azimuth (fractional pixel)=  -0.4991838    
  shift in azimuth *fractional pixel=   6.3542120E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3120384216308594E-03
 WAYNE Motion comp. added to patch, time =    6.731950998306274    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8768906593322754E-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 =    81.11315608024597    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5416949987411499    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   108.1796430349350    
 ==w out          33        4419
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            3 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     2.298 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    27.11942398548126    
 ATTN ifrq ipol ln           8           3        4096   18.00000    
 IPOL, ITOP nblock            3           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996052    
  shift in azimuth *fractional pixel=   6.3595764E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.5680999755859375E-03
 TESTING -8.5000396E-03   173.8848       2.129570    
 WAYNE Motion comp. added to patch, time =    7.312952995300293    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7509460449218750E-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   173.8848       2.129570    
 HEY,dt,fract,ye,pe   6.3595764E-02 -0.1272920      4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    72.22355699539185    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5235168933868408    
 ==w out           1           0         945                    0
 WAYNE PROCESS   107.1865038871765    

 Processing block number            2
 TESTING WHY  4.2990599E-02  1.2529500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   109.485 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    20.17025995254517    
 ATTN ifrq ipol ln           8           3        5608   18.00000    
 IPOL, ITOP nblock            3           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996230    
  shift in azimuth *fractional pixel=   6.3598037E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.1770935058593750E-03
 TESTING -8.5000396E-03   172.2000       2.354792    
 WAYNE Motion comp. added to patch, time =    6.710566043853760    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   7.4395895004272461E-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   172.2000       2.354792    
 HEY,dt,fract,ye,pe   6.3598037E-02 -0.1272920      4.2990599E-02
   1.2529500E-02
 WAYNE Azimuth compression done, time =    72.34892702102661    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4397130012512207    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   99.74878001213074    

 Processing block number            3
 TESTING WHY  4.3221202E-02  1.2680000E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   209.234 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    18.35803198814392    
 ATTN ifrq ipol ln           8           3        7120   18.00000    
 IPOL, ITOP nblock            3           0           3
  ****shift in azimuth (fractional pixel)=  -0.4996229    
  shift in azimuth *fractional pixel=   6.3598014E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3820142745971680E-03
 TESTING -8.5000396E-03   170.5749       2.322178    
 WAYNE Motion comp. added to patch, time =    6.573230981826782    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6080141067504883E-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   170.5749       2.322178    
 HEY,dt,fract,ye,pe   6.3598014E-02 -0.1272920      4.3221202E-02
   1.2680000E-02
 WAYNE Azimuth compression done, time =    70.38834905624390    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5282959938049316    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   95.85480606555939    
 ==w out           4        6627
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           28 to           30 by #            9

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872     2.365 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    26.99138700962067    
 ATTN ifrq ipol ln           8           3       44920   18.00000    
 IPOL, ITOP nblock            3           0          28
  ****shift in azimuth (fractional pixel)=  -0.4995507    
  shift in azimuth *fractional pixel=   6.3588828E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.5620203018188477E-03
 WAYNE Motion comp. added to patch, time =    7.674944996833801    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8479824066162109E-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 =    83.11003196239471    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4407850503921509    
 ==w out          28           0         945                    0
 WAYNE PROCESS   118.2243499755859    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 patch#           29
  reference line: 44384   120.589 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.59453403949738    
 ATTN ifrq ipol ln           8           3       46432   18.00000    
 IPOL, ITOP nblock            3           0          29
  ****shift in azimuth (fractional pixel)=  -0.4994737    
  shift in azimuth *fractional pixel=   6.3579023E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2519569396972656E-03
 WAYNE Motion comp. added to patch, time =    6.442680001258850    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   6.8379998207092285E-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 =    81.02258801460266    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4578540325164795    
 ==w out          29        2208         945             45219840
 WAYNE PROCESS   108.5910040140152    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   229.180 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.91827011108398    
 ATTN ifrq ipol ln           8           3       47944   18.00000    
 IPOL, ITOP nblock            3           0          30
  ****shift in azimuth (fractional pixel)=  -0.4993713    
  shift in azimuth *fractional pixel=   6.3565992E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3469667434692383E-03
 WAYNE Motion comp. added to patch, time =    5.913041949272156    
 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 =    61.37816095352173    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4532260894775391    
 ==w out          30        4416         945             90439680
 WAYNE PROCESS   85.66938507556915    
 ==w out          31        6627
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           10 to           12 by #            3

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656     2.319 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.37951397895813    
 ATTN ifrq ipol ln           8           3       17704   18.00000    
 IPOL, ITOP nblock            3           0          10
  ****shift in azimuth (fractional pixel)=  -0.4993393    
  shift in azimuth *fractional pixel=   6.3561916E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6409368515014648E-03
 WAYNE Motion comp. added to patch, time =    7.132161021232605    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.8249750137329102E-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 =    81.69184005260468    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7473030090332031    
 ==w out          10           0         945                    0
 WAYNE PROCESS   116.9581719636917    

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168   119.277 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.49654304981232    
 ATTN ifrq ipol ln           8           3       19216   18.00000    
 IPOL, ITOP nblock            3           0          11
  ****shift in azimuth (fractional pixel)=  -0.4992948    
  shift in azimuth *fractional pixel=   6.3556261E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3969154357910156E-03
 WAYNE Motion comp. added to patch, time =    6.379941940307617    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   7.4849963188171387E-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 =    80.97559404373169    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5936449766159058    
 ==w out          11        2208         945             45219840
 WAYNE PROCESS   108.5258489847183    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   227.803 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.84930801391602    
 ATTN ifrq ipol ln           8           3       20728   18.00000    
 IPOL, ITOP nblock            3           0          12
  ****shift in azimuth (fractional pixel)=  -0.4992554    
  shift in azimuth *fractional pixel=   6.3551240E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3629407882690430E-03
 WAYNE Motion comp. added to patch, time =    5.918437957763672    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-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 =    72.77677690982819    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6147239208221436    
 ==w out          12        4416         945             90439680
 WAYNE PROCESS   97.16602599620819    
 ==w out          13        6627
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           13 to           15 by #            4

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192     2.327 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.78949904441833    
 ATTN ifrq ipol ln           8           3       22240   18.00000    
 IPOL, ITOP nblock            3           0          13
  ****shift in azimuth (fractional pixel)=  -0.4992172    
  shift in azimuth *fractional pixel=   6.3546374E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6759843826293945E-03
 WAYNE Motion comp. added to patch, time =    7.602436900138855    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.0139217376708984E-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 =    80.51648807525635    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5416040420532227    
 ==w out          13           0         945                    0
 WAYNE PROCESS   116.4576530456543    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 patch#           14
  reference line: 21704   118.785 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.65785408020020    
 ATTN ifrq ipol ln           8           3       23752   18.00000    
 IPOL, ITOP nblock            3           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992274    
  shift in azimuth *fractional pixel=   6.3547678E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.4230222702026367E-03
 WAYNE Motion comp. added to patch, time =    6.454148054122925    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   0.2345240116119385    
 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 =    81.08414304256439    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5924129486083984    
 ==w out          14        2208         945             45219840
 WAYNE PROCESS   109.0284099578857    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   227.814 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.78940689563751    
 ATTN ifrq ipol ln           8           3       25264   18.00000    
 IPOL, ITOP nblock            3           0          15
  ****shift in azimuth (fractional pixel)=  -0.4992636    
  shift in azimuth *fractional pixel=   6.3552275E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2489767074584961E-03
 WAYNE Motion comp. added to patch, time =    5.917055010795593    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-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 =    72.88293910026550    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5784358978271484    
 ==w out          15        4416         945             90439680
 WAYNE PROCESS   97.17454397678375    
 ==w out          16        6627
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            4 to            6 by #            1

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     2.306 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.34144699573517    
 ATTN ifrq ipol ln           8           3        8632   18.00000    
 IPOL, ITOP nblock            3           0           4
  ****shift in azimuth (fractional pixel)=  -0.4996063    
  shift in azimuth *fractional pixel=   6.3595906E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6240091323852539E-03
 WAYNE Motion comp. added to patch, time =    7.127164006233215    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.8489360809326172E-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 =    81.98128306865692    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5990380048751831    
 ==w out           4           0         945                    0
 WAYNE PROCESS   117.0563499927521    

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   119.363 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.19321906566620    
 ATTN ifrq ipol ln           8           3       10144   18.00000    
 IPOL, ITOP nblock            3           0           5
  ****shift in azimuth (fractional pixel)=  -0.4995972    
  shift in azimuth *fractional pixel=   6.3594744E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3239593505859375E-03
 WAYNE Motion comp. added to patch, time =    6.573423981666565    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   0.1209579706192017    
 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 =    81.63439190387726    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4658129215240479    
 ==w out           5        2208         945             45219840
 WAYNE PROCESS   108.9930959939957    

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608   228.356 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.72854495048523    
 ATTN ifrq ipol ln           8           3       11656   18.00000    
 IPOL, ITOP nblock            3           0           6
  ****shift in azimuth (fractional pixel)=  -0.4995842    
  shift in azimuth *fractional pixel=   6.3593097E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2250156402587891E-03
 WAYNE Motion comp. added to patch, time =    5.919790029525757    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6919374465942383E-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 =    72.97199499607086    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4352920055389404    
 ==w out           6        4416         945             90439680
 WAYNE PROCESS   97.06228506565094    
 ==w out           7        6627
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           22 to           24 by #            7

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800     2.350 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.25921297073364    
 ATTN ifrq ipol ln           8           3       35848   18.00000    
 IPOL, ITOP nblock            3           0          22
  ****shift in azimuth (fractional pixel)=  -0.4996250    
  shift in azimuth *fractional pixel=   6.3598283E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.7309398651123047E-03
 WAYNE Motion comp. added to patch, time =    7.285356044769287    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9409656524658203E-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 =    82.57419395446777    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4930859804153442    
 ==w out          22           0         945                    0
 WAYNE PROCESS   117.6194660663605    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   119.970 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.46588897705078    
 ATTN ifrq ipol ln           8           3       37360   18.00000    
 IPOL, ITOP nblock            3           0          23
  ****shift in azimuth (fractional pixel)=  -0.4996634    
  shift in azimuth *fractional pixel=   6.3603170E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2999982833862305E-03
 WAYNE Motion comp. added to patch, time =    6.648765921592712    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   9.5477938652038574E-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 =    80.45454394817352    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4982290267944336    
 ==w out          23        2208         945             45219840
 WAYNE PROCESS   108.1679369211197    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 patch#           24
  reference line: 36824   228.138 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.81255304813385    
 ATTN ifrq ipol ln           8           3       38872   18.00000    
 IPOL, ITOP nblock            3           0          24
  ****shift in azimuth (fractional pixel)=  -0.4996785    
  shift in azimuth *fractional pixel=   6.3605092E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2790174484252930E-03
 WAYNE Motion comp. added to patch, time =    5.796420931816101    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.6949176788330078E-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 =    73.83512008190155    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4440140724182129    
 ==w out          24        4416         945             90439680
 WAYNE PROCESS   97.89475107192993    
 ==w out          25        6627
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            7 to            9 by #            2

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120     2.313 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.69990992546082    
 ATTN ifrq ipol ln           8           3       13168   18.00000    
 IPOL, ITOP nblock            3           0           7
  ****shift in azimuth (fractional pixel)=  -0.4995471    
  shift in azimuth *fractional pixel=   6.3588366E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.5859813690185547E-03
 WAYNE Motion comp. added to patch, time =    7.147480010986328    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-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 =    82.18939208984375    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5012869834899902    
 ==w out           7           0         945                    0
 WAYNE PROCESS   117.5454019308090    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   119.859 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.57632899284363    
 ATTN ifrq ipol ln           8           3       14680   18.00000    
 IPOL, ITOP nblock            3           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994938    
  shift in azimuth *fractional pixel=   6.3581586E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2639970779418945E-03
 WAYNE Motion comp. added to patch, time =    6.825708031654358    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   0.1524339914321899    
 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 =    80.93429195880890    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4300880432128906    
 ==w out           8        2208         945             45219840
 WAYNE PROCESS   108.9239720106125    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 patch#            9
  reference line: 14144   228.783 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.85419201850891    
 ATTN ifrq ipol ln           8           3       16192   18.00000    
 IPOL, ITOP nblock            3           0           9
  ****shift in azimuth (fractional pixel)=  -0.4994095    
  shift in azimuth *fractional pixel=   6.3570850E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2140483856201172E-03
 WAYNE Motion comp. added to patch, time =    5.991161942481995    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.7559528350830078E-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 =    73.07719802856445    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4517759084701538    
 ==w out           9        4416         945             90439680
 WAYNE PROCESS   97.38106596469879    
 ==w out          10        6627
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           25 to           27 by #            8

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336     2.358 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.06857299804688    
 ATTN ifrq ipol ln           8           3       40384   18.00000    
 IPOL, ITOP nblock            3           0          25
  ****shift in azimuth (fractional pixel)=  -0.4996678    
  shift in azimuth *fractional pixel=   6.3603736E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.6479701995849609E-03
 WAYNE Motion comp. added to patch, time =    7.311305999755859    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-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
 WAYNE Azimuth compression done, time =    83.07852303981781    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5469160079956055    
 ==w out          25           0         945                    0
 WAYNE PROCESS   118.0126700401306    

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848   120.371 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.45594906806946    
 ATTN ifrq ipol ln           8           3       41896   18.00000    
 IPOL, ITOP nblock            3           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996367    
  shift in azimuth *fractional pixel=   6.3599765E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3270587921142578E-03
 WAYNE Motion comp. added to patch, time =    6.590101957321167    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   0.2117099761962891    
 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 =    81.19270908832550    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4554979801177979    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   108.9110358953476    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   229.282 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.79807806015015    
 ATTN ifrq ipol ln           8           3       43408   18.00000    
 IPOL, ITOP nblock            3           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995978    
  shift in azimuth *fractional pixel=   6.3594818E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.3039321899414063E-03
 WAYNE Motion comp. added to patch, time =    5.782131910324097    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.7789602279663086E-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 =    73.79090094566345    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4281860589981079    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   97.80608904361725    
 ==w out          28        6627
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           16 to           18 by #            5

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     2.334 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.40198493003845    
 ATTN ifrq ipol ln           8           3       26776   18.00000    
 IPOL, ITOP nblock            3           0          16
  ****shift in azimuth (fractional pixel)=  -0.4992785    
  shift in azimuth *fractional pixel=   6.3554183E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.5509338378906250E-03
 WAYNE Motion comp. added to patch, time =    7.630646944046021    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.8410682678222656E-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 =    93.06058096885681    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4244530200958252    
 ==w out          16           0         945                    0
 WAYNE PROCESS   128.5300190448761    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   130.864 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.53802800178528    
 ATTN ifrq ipol ln           8           3       28288   18.00000    
 IPOL, ITOP nblock            3           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993443    
  shift in azimuth *fractional pixel=   6.3562550E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.5589208602905273E-03
 WAYNE Motion comp. added to patch, time =    6.509753942489624    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   7.1236014366149902E-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 =    84.53405594825745    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4167500734329224    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   112.0753310918808    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   242.939 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.76948797702789    
 ATTN ifrq ipol ln           8           3       29800   18.00000    
 IPOL, ITOP nblock            3           0          18
  ****shift in azimuth (fractional pixel)=  -0.4994267    
  shift in azimuth *fractional pixel=   6.3573048E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.2229890823364258E-03
 WAYNE Motion comp. added to patch, time =    6.036175012588501    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7150640487670898E-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 =    65.21797299385071    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4690239429473877    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   89.49931299686432    
 ==w out          19        6627
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           19 to           21 by #            6

 Processing block number           19
 WAYNE PATCHES:        27217        31312 patch#           19
  reference line: 29264     2.340 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.30063199996948    
 ATTN ifrq ipol ln           8           3       31312   18.00000    
 IPOL, ITOP nblock            3           0          19
  ****shift in azimuth (fractional pixel)=  -0.4994936    
  shift in azimuth *fractional pixel=   6.3581556E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.5989751815795898E-03
 WAYNE Motion comp. added to patch, time =    7.951198101043701    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8520355224609375E-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 =    90.30743098258972    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4441829919815063    
 ==w out          19           0         945                    0
 WAYNE PROCESS   126.0107959508896    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   128.351 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.42855894565582    
 ATTN ifrq ipol ln           8           3       32824   18.00000    
 IPOL, ITOP nblock            3           0          20
  ****shift in azimuth (fractional pixel)=  -0.4995532    
  shift in azimuth *fractional pixel=   6.3589141E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.4800043106079102E-03
 WAYNE Motion comp. added to patch, time =    7.993510007858276    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   0.1014909744262695    
 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 =    84.22196602821350    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5471789836883545    
 ==w out          20        2208         945             45219840
 WAYNE PROCESS   113.2979599237442    

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288   241.649 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.60696792602539    
 ATTN ifrq ipol ln           8           3       34336   18.00000    
 IPOL, ITOP nblock            3           0          21
  ****shift in azimuth (fractional pixel)=  -0.4996107    
  shift in azimuth *fractional pixel=   6.3596465E-02 -0.1272920    
 WAYNE Motion comp. coeff. calculated, time =   4.4139623641967773E-03
 WAYNE Motion comp. added to patch, time =    6.924092054367065    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 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 =    87.17150104045868    
  Writing         2208 lines of data to file
 WAYNE write output data   0.3901300430297852    
 ==w out          21        4416         945             90439680
 WAYNE PROCESS   113.0995110273361    
 ==w out          22        6627
            1      602270           0
            2      602275           0
            3      602212           0
            4      602295           0
            5      602366           0
            6      602398           0
            7      602107           0
            8      601814           0
            9      601758           0
           10      545212           0
           11      601994           0
           12      601924           0
           13      601704           0
           14      602185           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=           14

 Writing variable header...

 gather image from processor #            0
             3
 gather image from processor #            1
             3
 gather image from processor #            2
             3
 gather image from processor #            3
             3
 gather image from processor #            4
             3
 gather image from processor #            5
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 gather image from processor #            8
             3
 gather image from processor #            9
             3
 gather image from processor #           10
             2
 gather image from processor #           11
             2
 gather image from processor #           12
             2
 gather image from processor #           13
             2
 WAYNE gather images takes:    5.1768064498901367E-02
 WAYNE LOOP TIME:     367.0266500711441    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.vh_j                        
 /mnt/air76/airops/1376/ts1376_c.mocompv                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        83904
 update intf hdr ha:   6897.600    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
 lat1 lon1:         503   63.83078      -144.9749           83904
 last ra n_ns ns:   7970.510               5           5       84406
        83904
 lati loni:       84406   63.83093      -144.0525           84406           5
 center ra n_ns ns:   12230.86            1284        1284       42454
        83904
 lati loni:       42454   63.86937      -144.5109           42454        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.vh_j                        
 WAYNE FINAL PROCESS   369.0296069383621    

  *********************************************
  *****                                   *****
  *****    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 =           14
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         4416           2
         4416           2
         4416           2
         4416           2
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.vh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.cv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.TB                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.136629939079285    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          502   503.0529       1427.529      6.3595764E-02  6.3595764E-02
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   498.5479       1419.332      6.3598037E-02  6.3598037E-02
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   502.3430       1428.074      6.3598014E-02  6.3598014E-02
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.7117       1449.548      6.3595906E-02  6.3595906E-02
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   508.2077       1472.777      6.3594744E-02  6.3594744E-02
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          510   510.7178       1505.686      6.3593097E-02  6.3593097E-02
         7159        7569           2         408
 patch iptc,sj,dgj,dgi,id:           6        7569         510         508
          408
  half line dmj dgc:           0        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7569        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7568

         7569        8673           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8673         510         510
         1104
  half line dmj dgc:           1        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8673        7569
   Zeroing lines in arrays 
  Total # of output lines =            6        8672

 Processing block number            7
 DEBUG          525   525.4211       1561.482      6.3588366E-02  6.3588366E-02
         8673        9096          15         408
 patch iptc,sj,dgj,dgi,id:           7        9096         525         510
          408
  half line dmj dgc:           0       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9096        8673
   Zeroing lines in arrays 
  Total # of output lines =            7        9095

         9096       10200           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10200         525         525
         1104
  half line dmj dgc:           1       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10200        9096
   Zeroing lines in arrays 
  Total # of output lines =            7       10199

 Processing block number            8
 DEBUG          553   553.3823       1649.832      6.3581586E-02  6.3581586E-02
        10200       10636          28         408
 patch iptc,sj,dgj,dgi,id:           8       10636         553         525
          408
  half line dmj dgc:           0       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10636       10200
   Zeroing lines in arrays 
  Total # of output lines =            8       10635

        10636       11740           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11740         553         553
         1104
  half line dmj dgc:           1       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11740       10636
   Zeroing lines in arrays 
  Total # of output lines =            8       11739

 Processing block number            9
 DEBUG          584   584.7996       1751.198      6.3570850E-02  6.3570850E-02
        11740       12179          31         408
 patch iptc,sj,dgj,dgi,id:           9       12179         584         553
          408
  half line dmj dgc:           0       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12179       11740
   Zeroing lines in arrays 
  Total # of output lines =            9       12178

        12179       13283           0        1104
 patch iptc,sj,dgj,dgi,id:           9         995         584         584
         1104
  half line dmj dgc:           1       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12179         995
   Zeroing lines in arrays 
  Total # of output lines =            9       13282

 Processing block number           10
 DEBUG          608   608.1669       1839.316      6.3561916E-02  6.3561916E-02
          995        1427          24         408
 patch iptc,sj,dgj,dgi,id:          10        1427         608         584
          408
  half line dmj dgc:           0       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1427         995
   Zeroing lines in arrays 
  Total # of output lines =           10       13714

         1427        2531           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2531         608         608
         1104
  half line dmj dgc:           1       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2531        1427
   Zeroing lines in arrays 
  Total # of output lines =           10       14818

 Processing block number           11
 DEBUG          621   622.0522       1904.044      6.3556261E-02  6.3556261E-02
         2531        2952          13         408
 patch iptc,sj,dgj,dgi,id:          11        2952         621         608
          408
  half line dmj dgc:           0       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2952        2531
   Zeroing lines in arrays 
  Total # of output lines =           11       15239

         2952        4056           0        1104
 patch iptc,sj,dgj,dgi,id:          11        4056         621         621
         1104
  half line dmj dgc:           1       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        4056        2952
   Zeroing lines in arrays 
  Total # of output lines =           11       16343

 Processing block number           12
 DEBUG          631   632.0143       1954.665      6.3551240E-02  6.3551240E-02
         4056        4474          10         408
 patch iptc,sj,dgj,dgi,id:          12        4474         631         621
          408
  half line dmj dgc:           0       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4474        4056
   Zeroing lines in arrays 
  Total # of output lines =           12       16761

         4474        5578           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5578         631         631
         1104
  half line dmj dgc:           1       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5578        4474
   Zeroing lines in arrays 
  Total # of output lines =           12       17865

 Processing block number           13
 DEBUG          639   639.5010       1986.125      6.3546374E-02  6.3546374E-02
         5578        5994           8         408
 patch iptc,sj,dgj,dgi,id:          13        5994         639         631
          408
  half line dmj dgc:           0       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5994        5578
   Zeroing lines in arrays 
  Total # of output lines =           13       18281

         5994        7098           0        1104
 patch iptc,sj,dgj,dgi,id:          13        7098         639         639
         1104
  half line dmj dgc:           1       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        7098        5994
   Zeroing lines in arrays 
  Total # of output lines =           13       19385

 Processing block number           14
 DEBUG          643   643.6051       1993.535      6.3547678E-02  6.3547678E-02
         7098        7510           4         408
 patch iptc,sj,dgj,dgi,id:          14        7510         643         639
          408
  half line dmj dgc:           0       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7510        7098
   Zeroing lines in arrays 
  Total # of output lines =           14       19797

         7510        8614           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8614         643         643
         1104
  half line dmj dgc:           1       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8614        7510
   Zeroing lines in arrays 
  Total # of output lines =           14       20901

 Processing block number           15
 DEBUG          640   640.9686       1977.918      6.3552275E-02  6.3552275E-02
         8614        9019          -3         408
 patch iptc,sj,dgj,dgi,id:          15        9019         640         643
          408
  half line dmj dgc:           0       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        9019        8614
   Zeroing lines in arrays 
  Total # of output lines =           15       21306

         9019       10123           0        1104
 patch iptc,sj,dgj,dgi,id:          15       10123         640         640
         1104
  half line dmj dgc:           1       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:       10123        9019
   Zeroing lines in arrays 
  Total # of output lines =           15       22410

 Processing block number           16
 DEBUG          628   629.0000       1941.015      6.3554183E-02  6.3554183E-02
        10123       10519         -12         408
 patch iptc,sj,dgj,dgi,id:          16       10519         628         640
          408
  half line dmj dgc:           0       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10519       10123
   Zeroing lines in arrays 
  Total # of output lines =           16       22806

        10519       11623           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11623         628         628
         1104
  half line dmj dgc:           1       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11623       10519
   Zeroing lines in arrays 
  Total # of output lines =           16       23910

 Processing block number           17
 DEBUG          606   607.1227       1880.785      6.3562550E-02  6.3562550E-02
        11623       12009         -22         408
 patch iptc,sj,dgj,dgi,id:          17       12009         606         628
          408
  half line dmj dgc:           0       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       12009       11623
   Zeroing lines in arrays 
  Total # of output lines =           17       24296

        12009       13113           0        1104
 patch iptc,sj,dgj,dgi,id:          17         825         606         606
         1104
  half line dmj dgc:           1       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       12009         825
   Zeroing lines in arrays 
  Total # of output lines =           17       25400

 Processing block number           18
 DEBUG          577   577.8795       1797.787      6.3573048E-02  6.3573048E-02
          825        1204         -29         408
 patch iptc,sj,dgj,dgi,id:          18        1204         577         606
          408
  half line dmj dgc:           0       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1204         825
   Zeroing lines in arrays 
  Total # of output lines =           18       25779

         1204        2308           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2308         577         577
         1104
  half line dmj dgc:           1       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2308        1204
   Zeroing lines in arrays 
  Total # of output lines =           18       26883

 Processing block number           19
 DEBUG          549   549.9266       1711.064      6.3581556E-02  6.3581556E-02
         2308        2688         -28         408
 patch iptc,sj,dgj,dgi,id:          19        2688         549         577
          408
  half line dmj dgc:           0       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2688        2308
   Zeroing lines in arrays 
  Total # of output lines =           19       27263

         2688        3792           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3792         549         549
         1104
  half line dmj dgc:           1       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3792        2688
   Zeroing lines in arrays 
  Total # of output lines =           19       28367

 Processing block number           20
 DEBUG          527   527.3552       1631.552      6.3589141E-02  6.3589141E-02
         3792        4178         -22         408
 patch iptc,sj,dgj,dgi,id:          20        4178         527         549
          408
  half line dmj dgc:           0       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4178        3792
   Zeroing lines in arrays 
  Total # of output lines =           20       28753

         4178        5282           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5282         527         527
         1104
  half line dmj dgc:           1       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5282        4178
   Zeroing lines in arrays 
  Total # of output lines =           20       29857

 Processing block number           21
 DEBUG          513   513.9057       1574.811      6.3596465E-02  6.3596465E-02
         5282        5676         -14         408
 patch iptc,sj,dgj,dgi,id:          21        5676         513         527
          408
  half line dmj dgc:           0       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5676        5282
   Zeroing lines in arrays 
  Total # of output lines =           21       30251

         5676        6780           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6780         513         513
         1104
  half line dmj dgc:           1       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6780        5676
   Zeroing lines in arrays 
  Total # of output lines =           21       31355

 Processing block number           22
 DEBUG          505   505.7752       1530.853      6.3598283E-02  6.3598283E-02
         6780        7180          -8         408
 patch iptc,sj,dgj,dgi,id:          22        7180         505         513
          408
  half line dmj dgc:           0       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7180        6780
   Zeroing lines in arrays 
  Total # of output lines =           22       31755

         7180        8284           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8284         505         505
         1104
  half line dmj dgc:           1       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8284        7180
   Zeroing lines in arrays 
  Total # of output lines =           22       32859

 Processing block number           23
 DEBUG          501   501.3447       1502.212      6.3603170E-02  6.3603170E-02
         8284        8688          -4         408
 patch iptc,sj,dgj,dgi,id:          23        8688         501         505
          408
  half line dmj dgc:           0       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8688        8284
   Zeroing lines in arrays 
  Total # of output lines =           23       33263

         8688        9792           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9792         501         501
         1104
  half line dmj dgc:           1       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9792        8688
   Zeroing lines in arrays 
  Total # of output lines =           23       34367

 Processing block number           24
 DEBUG          497   497.9051       1487.163      6.3605092E-02  6.3605092E-02
         9792       10196          -4         408
 patch iptc,sj,dgj,dgi,id:          24       10196         497         501
          408
  half line dmj dgc:           0       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10196        9792
   Zeroing lines in arrays 
  Total # of output lines =           24       34771

        10196       11300           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11300         497         497
         1104
  half line dmj dgc:           1       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11300       10196
   Zeroing lines in arrays 
  Total # of output lines =           24       35875

 Processing block number           25
 DEBUG          501   501.4236       1506.153      6.3603736E-02  6.3603736E-02
        11300       11712           4         408
 patch iptc,sj,dgj,dgi,id:          25       11712         501         497
          408
  half line dmj dgc:           0       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11712       11300
   Zeroing lines in arrays 
  Total # of output lines =           25       36287

        11712       12816           0        1104
 patch iptc,sj,dgj,dgi,id:          25         528         501         501
         1104
  half line dmj dgc:           1       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11712         528
   Zeroing lines in arrays 
  Total # of output lines =           25       37391

 Processing block number           26
 DEBUG          512   512.3129       1554.974      6.3599765E-02  6.3599765E-02
          528         947          11         408
 patch iptc,sj,dgj,dgi,id:          26         947         512         501
          408
  half line dmj dgc:           0       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         947         528
   Zeroing lines in arrays 
  Total # of output lines =           26       37810

          947        2051           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2051         512         512
         1104
  half line dmj dgc:           1       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2051         947
   Zeroing lines in arrays 
  Total # of output lines =           26       38914

 Processing block number           27
 DEBUG          527   527.9524       1621.154      6.3594818E-02  6.3594818E-02
         2051        2474          15         408
 patch iptc,sj,dgj,dgi,id:          27        2474         527         512
          408
  half line dmj dgc:           0       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2474        2051
   Zeroing lines in arrays 
  Total # of output lines =           27       39337

         2474        3578           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3578         527         527
         1104
  half line dmj dgc:           1       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3578        2474
   Zeroing lines in arrays 
  Total # of output lines =           27       40441

 Processing block number           28
 DEBUG          546   546.9332       1703.051      6.3588828E-02  6.3588828E-02
         3578        4005          19         408
 patch iptc,sj,dgj,dgi,id:          28        4005         546         527
          408
  half line dmj dgc:           0       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        4005        3578
   Zeroing lines in arrays 
  Total # of output lines =           28       40868

         4005        5109           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5109         546         546
         1104
  half line dmj dgc:           1       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5109        4005
   Zeroing lines in arrays 
  Total # of output lines =           28       41972

 Processing block number           29
 DEBUG          571   572.0887       1810.969      6.3579023E-02  6.3579023E-02
         5109        5542          25         408
 patch iptc,sj,dgj,dgi,id:          29        5542         571         546
          408
  half line dmj dgc:           0       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5542        5109
   Zeroing lines in arrays 
  Total # of output lines =           29       42405

         5542        6646           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6646         571         571
         1104
  half line dmj dgc:           1       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6646        5542
   Zeroing lines in arrays 
  Total # of output lines =           29       43509

 Processing block number           30
 DEBUG          604   604.7604       1938.170      6.3565992E-02  6.3565992E-02
         6646        7087          33         408
 patch iptc,sj,dgj,dgi,id:          30        7087         604         571
          408
  half line dmj dgc:           0       44793        1938         502
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        7087        6646
   Zeroing lines in arrays 
  Total # of output lines =           30       43950

         7087        8191           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8191         604         604
         1104
  half line dmj dgc:           1       44793        1938         502
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8191        7087
   Zeroing lines in arrays 
  Total # of output lines =           30       45054

 Processing block number           31
 DEBUG          637   637.9665       2057.843      6.3551776E-02  6.3551776E-02
         8191        8632          33         408
 patch iptc,sj,dgj,dgi,id:          31        8632         637         604
          408
  half line dmj dgc:           0       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8632        8191
   Zeroing lines in arrays 
  Total # of output lines =           31       45495

         8632        9736           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9736         637         637
         1104
  half line dmj dgc:           1       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9736        8632
   Zeroing lines in arrays 
  Total # of output lines =           31       46599

 Processing block number           32
 DEBUG          664   664.9607       2163.780      6.3542120E-02  6.3542120E-02
         9736       10171          27         408
 patch iptc,sj,dgj,dgi,id:          32       10171         664         637
          408
  half line dmj dgc:           0       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10171        9736
   Zeroing lines in arrays 
  Total # of output lines =           32       47034

        10171       11275           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11275         664         664
         1104
  half line dmj dgc:           1       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11275       10171
   Zeroing lines in arrays 
  Total # of output lines =           32       48138

 Processing block number           33
 DEBUG          681   681.5825       2235.534      6.3527897E-02  6.3527897E-02
        11275       11700          17         408
 patch iptc,sj,dgj,dgi,id:          33       11700         681         664
          408
  half line dmj dgc:           0       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11700       11275
   Zeroing lines in arrays 
  Total # of output lines =           33       48563

        11700       12804           0        1104
 patch iptc,sj,dgj,dgi,id:          33         516         681         681
         1104
  half line dmj dgc:           1       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11700         516
   Zeroing lines in arrays 
  Total # of output lines =           33       49667

 Processing block number           34
 DEBUG          693   693.8088       2281.963      6.3524887E-02  6.3524887E-02
          516         936          12         408
 patch iptc,sj,dgj,dgi,id:          34         936         693         681
          408
  half line dmj dgc:           0       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         936         516
   Zeroing lines in arrays 
  Total # of output lines =           34       50087

          936        2040           0        1104
 patch iptc,sj,dgj,dgi,id:          34        2040         693         693
         1104
  half line dmj dgc:           1       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        2040         936
   Zeroing lines in arrays 
  Total # of output lines =           34       51191

 Processing block number           35
 DEBUG          700   700.9723       2288.875      6.3523777E-02  6.3523777E-02
         2040        2455           7         408
 patch iptc,sj,dgj,dgi,id:          35        2455         700         693
          408
  half line dmj dgc:           0       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2455        2040
   Zeroing lines in arrays 
  Total # of output lines =           35       51606

         2455        3559           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3559         700         700
         1104
  half line dmj dgc:           1       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3559        2455
   Zeroing lines in arrays 
  Total # of output lines =           35       52710

 Processing block number           36
 DEBUG          699   699.8266       2265.259      6.3535027E-02  6.3535027E-02
         3559        3966          -1         408
 patch iptc,sj,dgj,dgi,id:          36        3966         699         700
          408
  half line dmj dgc:           0       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3966        3559
   Zeroing lines in arrays 
  Total # of output lines =           36       53117

         3966        5070           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5070         699         699
         1104
  half line dmj dgc:           1       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5070        3966
   Zeroing lines in arrays 
  Total # of output lines =           36       54221

 Processing block number           37
 DEBUG          688   689.1289       2213.372      6.3540779E-02  6.3540779E-02
         5070        5467         -11         408
 patch iptc,sj,dgj,dgi,id:          37        5467         688         699
          408
  half line dmj dgc:           0       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5467        5070
   Zeroing lines in arrays 
  Total # of output lines =           37       54618

         5467        6571           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6571         688         688
         1104
  half line dmj dgc:           1       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6571        5467
   Zeroing lines in arrays 
  Total # of output lines =           37       55722

 Processing block number           38
 DEBUG          670   670.6119       2138.626      6.3547708E-02  6.3547708E-02
         6571        6920         -18         367
 patch iptc,sj,dgj,dgi,id:          38        6920         670         688
          367
  half line dmj dgc:           0       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6920        6571
   Zeroing lines in arrays 
  Total # of output lines =           38       56071

         6920        8024           0        1104
 patch iptc,sj,dgj,dgi,id:          38        8024         670         670
         1104
  half line dmj dgc:           1       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        8024        6920
   Zeroing lines in arrays 
  Total # of output lines =           38       57175

 ia dmi dgi:        8024        2138         670
   Writing the last         2572 lines
 last half sj>s1       10596        8024       57175
 WAYNE done patche    87.31811404228210    
  Total # of output lines =        59747

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59747
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    88.47501194477081    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.vv00c                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/c_vv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_c.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.cv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0359995E-02
 reading motion compensation data
 WAYNE read motion compen    1.130560    
 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   0.3689390    
 start range comp, time =      1.534

 WAYNE PREV   1.520697    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           37 to           38 by #           13

 Processing block number           37
 WAYNE PATCHES:        54433        58528 patch#           37
  reference line: 56480     1.842 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.73715102672577    
 ATTN ifrq ipol ln           8           4       58528   18.00000    
 IPOL, ITOP nblock            4           0          37
 WAYNE Motion comp. coeff. calculated, time =   4.6459436416625977E-03
 WAYNE Motion comp. added to patch, time =    7.290730953216553    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9639730453491211E-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 =    70.58765602111816    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5711719989776611    
 ==w out          37           0         945                    0
 WAYNE PROCESS   106.1941260099411    

 Processing block number           38
 WAYNE PATCHES:        55904        59999 patch#           38
  reference line: 57951   108.036 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.25800800323486    
 ATTN ifrq ipol ln           8           4       59999   18.00000    
 IPOL, ITOP nblock            4           0          38
 WAYNE Motion comp. coeff. calculated, time =   4.0849447250366211E-03
 WAYNE Motion comp. added to patch, time =    6.517804026603699    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   3.0200004577636719E-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 =    71.42645204067230    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6389989852905273    
 ==w out          38        2208         945             45219840
 WAYNE PROCESS   97.87644100189209    
 ==w out          39        4419
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           35 to           36 by #           12

 Processing block number           35
 WAYNE PATCHES:        51409        55504 patch#           35
  reference line: 53456     1.834 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.42719197273254    
 ATTN ifrq ipol ln           8           4       55504   18.00000    
 IPOL, ITOP nblock            4           0          35
 WAYNE Motion comp. coeff. calculated, time =   4.6770572662353516E-03
 WAYNE Motion comp. added to patch, time =    7.255036950111389    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0040273666381836E-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 =    81.67269802093506    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5953099727630615    
 ==w out          35           0         945                    0
 WAYNE PROCESS   116.9579449892044    

 Processing block number           36
 WAYNE PATCHES:        52921        57016 patch#           36
  reference line: 54968   118.793 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.54594600200653    
 ATTN ifrq ipol ln           8           4       57016   18.00000    
 IPOL, ITOP nblock            4           0          36
 WAYNE Motion comp. coeff. calculated, time =   4.1530132293701172E-03
 WAYNE Motion comp. added to patch, time =    6.594653010368347    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   7.0232033729553223E-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 =    80.47208201885223    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4548740386962891    
 ==w out          36        2208         945             45219840
 WAYNE PROCESS   107.1427160501480    
 ==w out          37        4419
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           31 to           32 by #           10

 Processing block number           31
 WAYNE PATCHES:        45361        49456 patch#           31
  reference line: 47408     1.816 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.35472893714905    
 ATTN ifrq ipol ln           8           4       49456   18.00000    
 IPOL, ITOP nblock            4           0          31
 WAYNE Motion comp. coeff. calculated, time =   4.7529935836791992E-03
 WAYNE Motion comp. added to patch, time =    7.253857016563416    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9029378890991211E-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 =    81.87375199794769    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6825290918350220    
 ==w out          31           0         945                    0
 WAYNE PROCESS   117.1725831031799    

 Processing block number           32
 WAYNE PATCHES:        46873        50968 patch#           32
  reference line: 48920   118.989 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.60878098011017    
 ATTN ifrq ipol ln           8           4       50968   18.00000    
 IPOL, ITOP nblock            4           0          32
 WAYNE Motion comp. coeff. calculated, time =   4.1700601577758789E-03
 WAYNE Motion comp. added to patch, time =    6.712473034858704    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   0.1022870540618896    
 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 =    80.19729804992676    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4984600543975830    
 ==w out          32        2208         945             45219840
 WAYNE PROCESS   107.1243059635162    
 ==w out          33        4419
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           33 to           34 by #           11

 Processing block number           33
 WAYNE PATCHES:        48385        52480 patch#           33
  reference line: 50432     1.823 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.56050109863281    
 ATTN ifrq ipol ln           8           4       52480   18.00000    
 IPOL, ITOP nblock            4           0          33
 WAYNE Motion comp. coeff. calculated, time =   4.7709941864013672E-03
 WAYNE Motion comp. added to patch, time =    6.892874002456665    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-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
 WAYNE Azimuth compression done, time =    82.48880398273468    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9757540225982666    
 ==w out          33           0         945                    0
 WAYNE PROCESS   117.9254640340805    

 Processing block number           34
 WAYNE PATCHES:        49897        53992 patch#           34
  reference line: 51944   119.749 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.62085807323456    
 ATTN ifrq ipol ln           8           4       53992   18.00000    
 IPOL, ITOP nblock            4           0          34
 WAYNE Motion comp. coeff. calculated, time =   4.0659904479980469E-03
 WAYNE Motion comp. added to patch, time =    6.810415029525757    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2870063781738281E-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 =    80.79428398609161    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5819269418716431    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   107.8351659774780    
 ==w out          35        4419
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            3 by #            0

 Processing block number            1
 TESTING WHY  4.3163501E-02  1.2764400E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     1.718 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    27.79695999622345    
 ATTN ifrq ipol ln           8           4        4096   18.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   4.4389963150024414E-03
 TESTING  0.0000000E+00   174.4097       3.262619    
 WAYNE Motion comp. added to patch, time =    6.820268034934998    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8179416656494141E-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   174.4097       3.262619    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3163501E-02
   1.2764400E-02
 WAYNE Azimuth compression done, time =    72.55751001834869    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5363049507141113    
 ==w out           1           0         945                    0
 WAYNE PROCESS   107.7182139158249    

 Processing block number            2
 TESTING WHY  4.2990599E-02  1.2529500E-02        1512           2
 WAYNE PATCHES:         1513         5608 patch#            2
  reference line:  3560   109.436 seconds.
 TESTING        1513
 before reading
 done reading
 WAYNE load raw data , time =    19.62026202678680    
 ATTN ifrq ipol ln           8           4        5608   18.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   4.0289163589477539E-03
 TESTING  0.0000000E+00   172.7248       3.487842    
 WAYNE Motion comp. added to patch, time =    6.876394033432007    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   4.4750928878784180E-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   172.7248       3.487842    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.2990599E-02
   1.2529500E-02
 WAYNE Azimuth compression done, time =    73.02693700790405    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4547688961029053    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   100.0281009674072    

 Processing block number            3
 TESTING WHY  4.3221202E-02  1.2680000E-02        1512           3
 WAYNE PATCHES:         3025         7120 patch#            3
  reference line:  5072   209.465 seconds.
 TESTING        3025
 before reading
 done reading
 WAYNE load raw data , time =    18.29815995693207    
 ATTN ifrq ipol ln           8           4        7120   18.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   4.3649673461914063E-03
 TESTING  0.0000000E+00   171.0998       3.455228    
 WAYNE Motion comp. added to patch, time =    6.205418944358826    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6779899597167969E-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   171.0998       3.455228    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3221202E-02
   1.2680000E-02
 WAYNE Azimuth compression done, time =    73.71924304962158    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5114109516143799    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   98.74096190929413    
 ==w out           4        6627
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           28 to           30 by #            9

 Processing block number           28
 WAYNE PATCHES:        40825        44920 patch#           28
  reference line: 42872     1.802 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.79948890209198    
 ATTN ifrq ipol ln           8           4       44920   18.00000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   4.9190521240234375E-03
 WAYNE Motion comp. added to patch, time =    6.797810077667236    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8140077590942383E-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 =    81.25882899761200    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6778950691223145    
 ==w out          28           0         945                    0
 WAYNE PROCESS   116.5416229963303    

 Processing block number           29
 WAYNE PATCHES:        42337        46432 patch#           29
  reference line: 44384   118.344 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.47518503665924    
 ATTN ifrq ipol ln           8           4       46432   18.00000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   4.2929649353027344E-03
 WAYNE Motion comp. added to patch, time =    6.389181017875671    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   3.4447908401489258E-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 =    81.62867903709412    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5036599636077881    
 ==w out          29        2208         945             45219840
 WAYNE PROCESS   109.0362659692764    

 Processing block number           30
 WAYNE PATCHES:        43849        47944 patch#           30
  reference line: 45896   227.381 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.70554792881012    
 ATTN ifrq ipol ln           8           4       47944   18.00000    
 IPOL, ITOP nblock            4           0          30
 WAYNE Motion comp. coeff. calculated, time =   4.0700435638427734E-03
 WAYNE Motion comp. added to patch, time =    5.848482012748718    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6659498214721680E-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 =    60.83255803585052    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4558900594711304    
 ==w out          30        4416         945             90439680
 WAYNE PROCESS   84.84900510311127    
 ==w out          31        6627
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            4 to            6 by #            1

 Processing block number            4
 WAYNE PATCHES:         4537         8632 patch#            4
  reference line:  6584     1.725 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.58508098125458    
 ATTN ifrq ipol ln           8           4        8632   18.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   4.8030614852905273E-03
 WAYNE Motion comp. added to patch, time =    6.868100047111511    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9561052322387695E-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 =    82.42232799530029    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8755769729614258    
 ==w out           4           0         945                    0
 WAYNE PROCESS   117.7587090730667    

 Processing block number            5
 WAYNE PATCHES:         6049        10144 patch#            5
  reference line:  8096   119.484 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.94082200527191    
 ATTN ifrq ipol ln           8           4       10144   18.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   4.1960477828979492E-03
 WAYNE Motion comp. added to patch, time =    6.781350970268250    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   6.7106008529663086E-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 =    80.75420296192169    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5265170335769653    
 ==w out           5        2208         945             45219840
 WAYNE PROCESS   108.0749289989471    

 Processing block number            6
 WAYNE PATCHES:         7561        11656 patch#            6
  reference line:  9608   227.559 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.79467499256134    
 ATTN ifrq ipol ln           8           4       11656   18.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   4.1049718856811523E-03
 WAYNE Motion comp. added to patch, time =    5.865446090698242    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.6909837722778320E-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 =    72.61685299873352    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4476730823516846    
 ==w out           6        4416         945             90439680
 WAYNE PROCESS   96.73118209838867    
 ==w out           7        6627
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           22 to           24 by #            7

 Processing block number           22
 WAYNE PATCHES:        31753        35848 patch#           22
  reference line: 33800     1.771 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.67885398864746    
 ATTN ifrq ipol ln           8           4       35848   18.00000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   4.8460960388183594E-03
 WAYNE Motion comp. added to patch, time =    7.072301030158997    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9030570983886719E-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 =    81.66505599021912    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6555949449539185    
 ==w out          22           0         945                    0
 WAYNE PROCESS   117.0795489549637    

 Processing block number           23
 WAYNE PATCHES:        33265        37360 patch#           23
  reference line: 35312   118.851 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.03464102745056    
 ATTN ifrq ipol ln           8           4       37360   18.00000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   4.2300224304199219E-03
 WAYNE Motion comp. added to patch, time =    6.673137903213501    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   9.9993944168090820E-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 =    81.23464393615723    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5833460092544556    
 ==w out          23        2208         945             45219840
 WAYNE PROCESS   108.6308010816574    

 Processing block number           24
 WAYNE PATCHES:        34777        38872 patch#           24
  reference line: 36824   227.482 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.71219801902771    
 ATTN ifrq ipol ln           8           4       38872   18.00000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   4.1599273681640625E-03
 WAYNE Motion comp. added to patch, time =    5.746386051177979    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-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 =    73.17449903488159    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5495599508285522    
 ==w out          24        4416         945             90439680
 WAYNE PROCESS   97.18917798995972    
 ==w out          25        6627
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           25 to           27 by #            8

 Processing block number           25
 WAYNE PATCHES:        36289        40384 patch#           25
  reference line: 38336     1.788 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.62839698791504    
 ATTN ifrq ipol ln           8           4       40384   18.00000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   4.5210123062133789E-03
 WAYNE Motion comp. added to patch, time =    7.125540971755981    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.8190145492553711E-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 =    81.44760799407959    
  Writing         2208 lines of data to file
 WAYNE write output data   0.6031289100646973    
 ==w out          25           0         945                    0
 WAYNE PROCESS   116.8119529485703    

 Processing block number           26
 WAYNE PATCHES:        37801        41896 patch#           26
  reference line: 39848   118.600 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.62891101837158    
 ATTN ifrq ipol ln           8           4       41896   18.00000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   4.0930509567260742E-03
 WAYNE Motion comp. added to patch, time =    6.643024921417236    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0907044410705566E-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 =    81.17495203018188    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5898829698562622    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   109.0627329349518    

 Processing block number           27
 WAYNE PATCHES:        39313        43408 patch#           27
  reference line: 41360   227.663 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.80010497570038    
 ATTN ifrq ipol ln           8           4       43408   18.00000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   4.1279792785644531E-03
 WAYNE Motion comp. added to patch, time =    5.708696007728577    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.7889738082885742E-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 =    73.17152905464172    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5630609989166260    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   97.25014400482178    
 ==w out          28        6627
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            7 to            9 by #            2

 Processing block number            7
 WAYNE PATCHES:         9073        13168 patch#            7
  reference line: 11120     1.733 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.63306295871735    
 ATTN ifrq ipol ln           8           4       13168   18.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   4.6610832214355469E-03
 WAYNE Motion comp. added to patch, time =    7.221335053443909    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0459890365600586E-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 =    81.27919805049896    
  Writing         2208 lines of data to file
 WAYNE write output data    1.220594048500061    
 ==w out           7           0         945                    0
 WAYNE PROCESS   117.3619879484177    

 Processing block number            8
 WAYNE PATCHES:        10585        14680 patch#            8
  reference line: 12632   119.095 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.23572802543640    
 ATTN ifrq ipol ln           8           4       14680   18.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   4.1589736938476563E-03
 WAYNE Motion comp. added to patch, time =    6.507781028747559    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   8.4641933441162109E-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 =    81.90505802631378    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4823729991912842    
 ==w out           8        2208         945             45219840
 WAYNE PROCESS   109.2205289602280    

 Processing block number            9
 WAYNE PATCHES:        12097        16192 patch#            9
  reference line: 14144   228.316 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.79329800605774    
 ATTN ifrq ipol ln           8           4       16192   18.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   4.1980743408203125E-03
 WAYNE Motion comp. added to patch, time =    5.943117022514343    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   1.7468929290771484E-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 =    72.49059605598450    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4859960079193115    
 ==w out           9        4416         945             90439680
 WAYNE PROCESS   96.71973991394043    
 ==w out          10        6627
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           16 to           18 by #            5

 Processing block number           16
 WAYNE PATCHES:        22681        26776 patch#           16
  reference line: 24728     1.752 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.68263292312622    
 ATTN ifrq ipol ln           8           4       26776   18.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   4.5460462570190430E-03
 WAYNE Motion comp. added to patch, time =    7.030851006507874    
 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
 WAYNE Azimuth compression done, time =    81.62031400203705    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7165609598159790    
 ==w out          16           0         945                    0
 WAYNE PROCESS   117.0575619935989    

 Processing block number           17
 WAYNE PATCHES:        24193        28288 patch#           17
  reference line: 26240   118.810 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.93098402023315    
 ATTN ifrq ipol ln           8           4       28288   18.00000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   4.1600465774536133E-03
 WAYNE Motion comp. added to patch, time =    6.462357044219971    
 WAYNE Doppler estimation done, time =   4.0531158447265625E-06
 WAYNE write deskew done, time =   5.3958058357238770E-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 =    81.14577794075012    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5168859958648682    
 ==w out          17        2208         945             45219840
 WAYNE PROCESS   109.1150569915771    

 Processing block number           18
 WAYNE PATCHES:        25705        29800 patch#           18
  reference line: 27752   227.926 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.78544890880585    
 ATTN ifrq ipol ln           8           4       29800   18.00000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   4.1919946670532227E-03
 WAYNE Motion comp. added to patch, time =    5.911150932312012    
 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 =    73.04946589469910    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4717229604721069    
 ==w out          18        4416         945             90439680
 WAYNE PROCESS   97.22443902492523    
 ==w out          19        6627
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           19 to           21 by #            6

 Processing block number           19
 WAYNE PATCHES:        27217        31312 patch#           19
  reference line: 29264     1.763 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    28.01674795150757    
 ATTN ifrq ipol ln           8           4       31312   18.00000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   4.7880411148071289E-03
 WAYNE Motion comp. added to patch, time =    7.061530113220215    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0250082015991211E-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 =    82.22144997119904    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4790350198745728    
 ==w out          19           0         945                    0
 WAYNE PROCESS   117.7865390777588    

 Processing block number           20
 WAYNE PATCHES:        28729        32824 patch#           20
  reference line: 30776   119.550 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.49532401561737    
 ATTN ifrq ipol ln           8           4       32824   18.00000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   4.1610002517700195E-03
 WAYNE Motion comp. added to patch, time =    6.652096986770630    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   9.6517920494079590E-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 =    80.97060894966125    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5137560367584229    
 ==w out          20        2208         945             45219840
 WAYNE PROCESS   108.7332969903946    

 Processing block number           21
 WAYNE PATCHES:        30241        34336 patch#           21
  reference line: 32288   228.283 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.95642900466919    
 ATTN ifrq ipol ln           8           4       34336   18.00000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   4.2669773101806641E-03
 WAYNE Motion comp. added to patch, time =    5.893167018890381    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.7120838165283203E-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 =    73.09015905857086    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4087419509887695    
 ==w out          21        4416         945             90439680
 WAYNE PROCESS   97.35521697998047    
 ==w out          22        6627
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           10 to           12 by #            3

 Processing block number           10
 WAYNE PATCHES:        13609        17704 patch#           10
  reference line: 15656     1.740 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.15181398391724    
 ATTN ifrq ipol ln           8           4       17704   18.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   4.5830011367797852E-03
 WAYNE Motion comp. added to patch, time =    6.785978078842163    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.7919540405273438E-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 =    92.61727201938629    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4064550399780273    
 ==w out          10           0         945                    0
 WAYNE PROCESS   126.9687529802322    

 Processing block number           11
 WAYNE PATCHES:        15121        19216 patch#           11
  reference line: 17168   128.709 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    19.73243200778961    
 ATTN ifrq ipol ln           8           4       19216   18.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   4.6110153198242188E-03
 WAYNE Motion comp. added to patch, time =    6.699321031570435    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   7.0003986358642578E-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 =    85.42891693115234    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5861440896987915    
 ==w out          11        2208         945             45219840
 WAYNE PROCESS   112.5222890377045    

 Processing block number           12
 WAYNE PATCHES:        16633        20728 patch#           12
  reference line: 18680   241.232 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    18.38423097133636    
 ATTN ifrq ipol ln           8           4       20728   18.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   4.3110847473144531E-03
 WAYNE Motion comp. added to patch, time =    6.977529048919678    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7310380935668945E-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 =    73.26125299930573    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4012709856033325    
 ==w out          12        4416         945             90439680
 WAYNE PROCESS   99.03109097480774    
 ==w out          13        6627
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           13 to           15 by #            4

 Processing block number           13
 WAYNE PATCHES:        18145        22240 patch#           13
  reference line: 20192     1.746 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    27.79806506633759    
 ATTN ifrq ipol ln           8           4       22240   18.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   4.8090219497680664E-03
 WAYNE Motion comp. added to patch, time =    6.902814984321594    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9659996032714844E-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 =    94.22295200824738    
  Writing         2208 lines of data to file
 WAYNE write output data   0.5531690120697021    
 ==w out          13           0         945                    0
 WAYNE PROCESS   129.4846470355988    

 Processing block number           14
 WAYNE PATCHES:        19657        23752 patch#           14
  reference line: 21704   131.231 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    20.25440204143524    
 ATTN ifrq ipol ln           8           4       23752   18.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   4.3050050735473633E-03
 WAYNE Motion comp. added to patch, time =    7.511736989021301    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.0408997535705566E-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 =    91.47690105438232    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4183119535446167    
 ==w out          14        2208         945             45219840
 WAYNE PROCESS   119.6769759654999    

 Processing block number           15
 WAYNE PATCHES:        21169        25264 patch#           15
  reference line: 23216   250.908 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    17.66202402114868    
 ATTN ifrq ipol ln           8           4       25264   18.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   4.3019056320190430E-03
 WAYNE Motion comp. added to patch, time =    6.189964056015015    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.7740726470947266E-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 =    71.08004295825958    
  Writing         2208 lines of data to file
 WAYNE write output data   0.4002289772033691    
 ==w out          15        4416         945             90439680
 WAYNE PROCESS   95.33916699886322    
 ==w out          16        6627
            1      604016           0
            2      603911           0
            3      602912           0
            4      603757           0
            5      604007           0
            6      603923           0
            7      603968           0
            8      603694           0
            9      604096           0
           10      604014           0
           11      604008           0
           12      603925           0
           13      603980           0
           14      603766           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       83904kids=           14

 Writing variable header...

 gather image from processor #            0
             3
 gather image from processor #            1
             3
 gather image from processor #            2
             3
 gather image from processor #            3
             3
 gather image from processor #            4
             3
 gather image from processor #            5
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 gather image from processor #            8
             3
 gather image from processor #            9
             3
 gather image from processor #           10
             2
 gather image from processor #           11
             2
 gather image from processor #           12
             2
 gather image from processor #           13
             2
 WAYNE gather images takes:    4.9309015274047852E-02
 WAYNE LOOP TIME:     358.9759490489960    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_c.vv_j                        
 /mnt/air76/airops/1376/ts1376_c.mocompv                     
 /mnt/air76/airops/1376/ts1376_c.dop                         
 /mnt/air76/airops/1376/ts1376_c.glb                                 2560
        83904
 update intf hdr ha:   6897.600    
 UPDATE:        2560       83904   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_c.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_c.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_c.glb                         
 /mnt/air76/airops/1376/ts1376_c.glb                                   35
 deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   258.8359             503   7970.510    
    6897.600       90.35377    
 lat1 lon1:         503   63.83078      -144.9749           83904
 last ra n_ns ns:   7970.510               5           5       84406
        83904
 lati loni:       84406   63.83093      -144.0525           84406           5
 center ra n_ns ns:   12230.86            1284        1284       42454
        83904
 lati loni:       42454   63.86937      -144.5109           42454        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_c.vv_j                        
 WAYNE FINAL PROCESS   360.5377680063248    

  *********************************************
  *****                                   *****
  *****    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 =           14
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         6624           3
         4416           2
         4416           2
         4416           2
         4416           2
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_c.vv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_c.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.cv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_c.TT                          
  Name of the line output file?
 /mnt/air76/airops/1376/c_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.938814043998718    

  Deskewing           38 patches
 Processing block number            1
 DEBUG          502   502.9727       1427.449      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         502         502
            0
  half line dmj dgc:           0         945        1427         502
   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         502         502
         1104
  half line dmj dgc:           1         945        1427         502
   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          498   498.4678       1419.252      0.0000000E+00  0.0000000E+00
         1105        1509          -4         408
 patch iptc,sj,dgj,dgi,id:           2        1509         498         502
          408
  half line dmj dgc:           0        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1509        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1508

         1509        2613           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2613         498         498
         1104
  half line dmj dgc:           1        2457        1419         502
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2613        1509
   Zeroing lines in arrays 
  Total # of output lines =            2        2612

 Processing block number            3
 DEBUG          502   502.2628       1427.994      0.0000000E+00  0.0000000E+00
         2613        3025           4         408
 patch iptc,sj,dgj,dgi,id:           3        3025         502         498
          408
  half line dmj dgc:           0        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3025        2613
   Zeroing lines in arrays 
  Total # of output lines =            3        3024

         3025        4129           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4129         502         502
         1104
  half line dmj dgc:           1        3969        1427         502
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4129        3025
   Zeroing lines in arrays 
  Total # of output lines =            3        4128

 Processing block number            4
 DEBUG          507   507.6315       1449.468      0.0000000E+00  0.0000000E+00
         4129        4542           5         408
 patch iptc,sj,dgj,dgi,id:           4        4542         507         502
          408
  half line dmj dgc:           0        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        4542        4129
   Zeroing lines in arrays 
  Total # of output lines =            4        4541

         4542        5646           0        1104
 patch iptc,sj,dgj,dgi,id:           4        5646         507         507
         1104
  half line dmj dgc:           1        5481        1449         502
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        5646        4542
   Zeroing lines in arrays 
  Total # of output lines =            4        5645

 Processing block number            5
 DEBUG          508   508.1275       1472.697      0.0000000E+00  0.0000000E+00
         5646        6055           1         408
 patch iptc,sj,dgj,dgi,id:           5        6055         508         507
          408
  half line dmj dgc:           0        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        6055        5646
   Zeroing lines in arrays 
  Total # of output lines =            5        6054

         6055        7159           0        1104
 patch iptc,sj,dgj,dgi,id:           5        7159         508         508
         1104
  half line dmj dgc:           1        6993        1472         502
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        7159        6055
   Zeroing lines in arrays 
  Total # of output lines =            5        7158

 Processing block number            6
 DEBUG          510   510.6377       1505.606      0.0000000E+00  0.0000000E+00
         7159        7569           2         408
 patch iptc,sj,dgj,dgi,id:           6        7569         510         508
          408
  half line dmj dgc:           0        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        7569        7159
   Zeroing lines in arrays 
  Total # of output lines =            6        7568

         7569        8673           0        1104
 patch iptc,sj,dgj,dgi,id:           6        8673         510         510
         1104
  half line dmj dgc:           1        8505        1505         502
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:        8673        7569
   Zeroing lines in arrays 
  Total # of output lines =            6        8672

 Processing block number            7
 DEBUG          525   525.3409       1561.402      0.0000000E+00  0.0000000E+00
         8673        9096          15         408
 patch iptc,sj,dgj,dgi,id:           7        9096         525         510
          408
  half line dmj dgc:           0       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:        9096        8673
   Zeroing lines in arrays 
  Total # of output lines =            7        9095

         9096       10200           0        1104
 patch iptc,sj,dgj,dgi,id:           7       10200         525         525
         1104
  half line dmj dgc:           1       10017        1561         502
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 sj>s1:       10200        9096
   Zeroing lines in arrays 
  Total # of output lines =            7       10199

 Processing block number            8
 DEBUG          553   553.3022       1649.752      0.0000000E+00  0.0000000E+00
        10200       10636          28         408
 patch iptc,sj,dgj,dgi,id:           8       10636         553         525
          408
  half line dmj dgc:           0       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:       10636       10200
   Zeroing lines in arrays 
  Total # of output lines =            8       10635

        10636       11740           0        1104
 patch iptc,sj,dgj,dgi,id:           8       11740         553         553
         1104
  half line dmj dgc:           1       11529        1649         502
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:       11740       10636
   Zeroing lines in arrays 
  Total # of output lines =            8       11739

 Processing block number            9
 DEBUG          584   584.7194       1751.118      0.0000000E+00  0.0000000E+00
        11740       12179          31         408
 patch iptc,sj,dgj,dgi,id:           9       12179         584         553
          408
  half line dmj dgc:           0       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:       12179       11740
   Zeroing lines in arrays 
  Total # of output lines =            9       12178

        12179       13283           0        1104
 patch iptc,sj,dgj,dgi,id:           9         995         584         584
         1104
  half line dmj dgc:           1       13041        1751         502
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 s1>sj:       12179         995
   Zeroing lines in arrays 
  Total # of output lines =            9       13282

 Processing block number           10
 DEBUG          607   608.0869       1839.236      0.0000000E+00  0.0000000E+00
          995        1426          23         408
 patch iptc,sj,dgj,dgi,id:          10        1426         607         584
          408
  half line dmj dgc:           0       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        1426         995
   Zeroing lines in arrays 
  Total # of output lines =           10       13713

         1426        2530           0        1104
 patch iptc,sj,dgj,dgi,id:          10        2530         607         607
         1104
  half line dmj dgc:           1       14553        1839         502
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        2530        1426
   Zeroing lines in arrays 
  Total # of output lines =           10       14817

 Processing block number           11
 DEBUG          621   621.9721       1903.964      0.0000000E+00  0.0000000E+00
         2530        2952          14         408
 patch iptc,sj,dgj,dgi,id:          11        2952         621         607
          408
  half line dmj dgc:           0       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        2952        2530
   Zeroing lines in arrays 
  Total # of output lines =           11       15239

         2952        4056           0        1104
 patch iptc,sj,dgj,dgi,id:          11        4056         621         621
         1104
  half line dmj dgc:           1       16065        1903         502
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        4056        2952
   Zeroing lines in arrays 
  Total # of output lines =           11       16343

 Processing block number           12
 DEBUG          631   631.9343       1954.585      0.0000000E+00  0.0000000E+00
         4056        4474          10         408
 patch iptc,sj,dgj,dgi,id:          12        4474         631         621
          408
  half line dmj dgc:           0       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        4474        4056
   Zeroing lines in arrays 
  Total # of output lines =           12       16761

         4474        5578           0        1104
 patch iptc,sj,dgj,dgi,id:          12        5578         631         631
         1104
  half line dmj dgc:           1       17577        1954         502
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        5578        4474
   Zeroing lines in arrays 
  Total # of output lines =           12       17865

 Processing block number           13
 DEBUG          639   639.4210       1986.044      0.0000000E+00  0.0000000E+00
         5578        5994           8         408
 patch iptc,sj,dgj,dgi,id:          13        5994         639         631
          408
  half line dmj dgc:           0       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:        5994        5578
   Zeroing lines in arrays 
  Total # of output lines =           13       18281

         5994        7098           0        1104
 patch iptc,sj,dgj,dgi,id:          13        7098         639         639
         1104
  half line dmj dgc:           1       19089        1985         502
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:        7098        5994
   Zeroing lines in arrays 
  Total # of output lines =           13       19385

 Processing block number           14
 DEBUG          643   643.5250       1993.454      0.0000000E+00  0.0000000E+00
         7098        7510           4         408
 patch iptc,sj,dgj,dgi,id:          14        7510         643         639
          408
  half line dmj dgc:           0       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:        7510        7098
   Zeroing lines in arrays 
  Total # of output lines =           14       19797

         7510        8614           0        1104
 patch iptc,sj,dgj,dgi,id:          14        8614         643         643
         1104
  half line dmj dgc:           1       20601        1993         502
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 sj>s1:        8614        7510
   Zeroing lines in arrays 
  Total # of output lines =           14       20901

 Processing block number           15
 DEBUG          640   640.8885       1977.838      0.0000000E+00  0.0000000E+00
         8614        9019          -3         408
 patch iptc,sj,dgj,dgi,id:          15        9019         640         643
          408
  half line dmj dgc:           0       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        9019        8614
   Zeroing lines in arrays 
  Total # of output lines =           15       21306

         9019       10123           0        1104
 patch iptc,sj,dgj,dgi,id:          15       10123         640         640
         1104
  half line dmj dgc:           1       22113        1977         502
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:       10123        9019
   Zeroing lines in arrays 
  Total # of output lines =           15       22410

 Processing block number           16
 DEBUG          628   628.9199       1940.935      0.0000000E+00  0.0000000E+00
        10123       10519         -12         408
 patch iptc,sj,dgj,dgi,id:          16       10519         628         640
          408
  half line dmj dgc:           0       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:       10519       10123
   Zeroing lines in arrays 
  Total # of output lines =           16       22806

        10519       11623           0        1104
 patch iptc,sj,dgj,dgi,id:          16       11623         628         628
         1104
  half line dmj dgc:           1       23625        1940         502
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:       11623       10519
   Zeroing lines in arrays 
  Total # of output lines =           16       23910

 Processing block number           17
 DEBUG          606   607.0426       1880.705      0.0000000E+00  0.0000000E+00
        11623       12009         -22         408
 patch iptc,sj,dgj,dgi,id:          17       12009         606         628
          408
  half line dmj dgc:           0       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:       12009       11623
   Zeroing lines in arrays 
  Total # of output lines =           17       24296

        12009       13113           0        1104
 patch iptc,sj,dgj,dgi,id:          17         825         606         606
         1104
  half line dmj dgc:           1       25137        1880         502
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 s1>sj:       12009         825
   Zeroing lines in arrays 
  Total # of output lines =           17       25400

 Processing block number           18
 DEBUG          577   577.7994       1797.707      0.0000000E+00  0.0000000E+00
          825        1204         -29         408
 patch iptc,sj,dgj,dgi,id:          18        1204         577         606
          408
  half line dmj dgc:           0       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        1204         825
   Zeroing lines in arrays 
  Total # of output lines =           18       25779

         1204        2308           0        1104
 patch iptc,sj,dgj,dgi,id:          18        2308         577         577
         1104
  half line dmj dgc:           1       26649        1797         502
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        2308        1204
   Zeroing lines in arrays 
  Total # of output lines =           18       26883

 Processing block number           19
 DEBUG          549   549.8464       1710.984      0.0000000E+00  0.0000000E+00
         2308        2688         -28         408
 patch iptc,sj,dgj,dgi,id:          19        2688         549         577
          408
  half line dmj dgc:           0       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        2688        2308
   Zeroing lines in arrays 
  Total # of output lines =           19       27263

         2688        3792           0        1104
 patch iptc,sj,dgj,dgi,id:          19        3792         549         549
         1104
  half line dmj dgc:           1       28161        1710         502
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:        3792        2688
   Zeroing lines in arrays 
  Total # of output lines =           19       28367

 Processing block number           20
 DEBUG          527   527.2750       1631.472      0.0000000E+00  0.0000000E+00
         3792        4178         -22         408
 patch iptc,sj,dgj,dgi,id:          20        4178         527         549
          408
  half line dmj dgc:           0       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:        4178        3792
   Zeroing lines in arrays 
  Total # of output lines =           20       28753

         4178        5282           0        1104
 patch iptc,sj,dgj,dgi,id:          20        5282         527         527
         1104
  half line dmj dgc:           1       29673        1631         502
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:        5282        4178
   Zeroing lines in arrays 
  Total # of output lines =           20       29857

 Processing block number           21
 DEBUG          513   513.8256       1574.731      0.0000000E+00  0.0000000E+00
         5282        5676         -14         408
 patch iptc,sj,dgj,dgi,id:          21        5676         513         527
          408
  half line dmj dgc:           0       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 sj>s1:        5676        5282
   Zeroing lines in arrays 
  Total # of output lines =           21       30251

         5676        6780           0        1104
 patch iptc,sj,dgj,dgi,id:          21        6780         513         513
         1104
  half line dmj dgc:           1       31185        1574         502
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        6780        5676
   Zeroing lines in arrays 
  Total # of output lines =           21       31355

 Processing block number           22
 DEBUG          505   505.6950       1530.772      0.0000000E+00  0.0000000E+00
         6780        7180          -8         408
 patch iptc,sj,dgj,dgi,id:          22        7180         505         513
          408
  half line dmj dgc:           0       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        7180        6780
   Zeroing lines in arrays 
  Total # of output lines =           22       31755

         7180        8284           0        1104
 patch iptc,sj,dgj,dgi,id:          22        8284         505         505
         1104
  half line dmj dgc:           1       32697        1530         502
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        8284        7180
   Zeroing lines in arrays 
  Total # of output lines =           22       32859

 Processing block number           23
 DEBUG          501   501.2645       1502.132      0.0000000E+00  0.0000000E+00
         8284        8688          -4         408
 patch iptc,sj,dgj,dgi,id:          23        8688         501         505
          408
  half line dmj dgc:           0       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        8688        8284
   Zeroing lines in arrays 
  Total # of output lines =           23       33263

         8688        9792           0        1104
 patch iptc,sj,dgj,dgi,id:          23        9792         501         501
         1104
  half line dmj dgc:           1       34209        1502         502
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        9792        8688
   Zeroing lines in arrays 
  Total # of output lines =           23       34367

 Processing block number           24
 DEBUG          497   497.8250       1487.083      0.0000000E+00  0.0000000E+00
         9792       10196          -4         408
 patch iptc,sj,dgj,dgi,id:          24       10196         497         501
          408
  half line dmj dgc:           0       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:       10196        9792
   Zeroing lines in arrays 
  Total # of output lines =           24       34771

        10196       11300           0        1104
 patch iptc,sj,dgj,dgi,id:          24       11300         497         497
         1104
  half line dmj dgc:           1       35721        1486         502
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:       11300       10196
   Zeroing lines in arrays 
  Total # of output lines =           24       35875

 Processing block number           25
 DEBUG          501   501.3435       1506.073      0.0000000E+00  0.0000000E+00
        11300       11712           4         408
 patch iptc,sj,dgj,dgi,id:          25       11712         501         497
          408
  half line dmj dgc:           0       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:       11712       11300
   Zeroing lines in arrays 
  Total # of output lines =           25       36287

        11712       12816           0        1104
 patch iptc,sj,dgj,dgi,id:          25         528         501         501
         1104
  half line dmj dgc:           1       37233        1505         502
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 s1>sj:       11712         528
   Zeroing lines in arrays 
  Total # of output lines =           25       37391

 Processing block number           26
 DEBUG          512   512.2327       1554.894      0.0000000E+00  0.0000000E+00
          528         947          11         408
 patch iptc,sj,dgj,dgi,id:          26         947         512         501
          408
  half line dmj dgc:           0       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:         947         528
   Zeroing lines in arrays 
  Total # of output lines =           26       37810

          947        2051           0        1104
 patch iptc,sj,dgj,dgi,id:          26        2051         512         512
         1104
  half line dmj dgc:           1       38745        1554         502
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:        2051         947
   Zeroing lines in arrays 
  Total # of output lines =           26       38914

 Processing block number           27
 DEBUG          527   527.8723       1621.074      0.0000000E+00  0.0000000E+00
         2051        2474          15         408
 patch iptc,sj,dgj,dgi,id:          27        2474         527         512
          408
  half line dmj dgc:           0       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:        2474        2051
   Zeroing lines in arrays 
  Total # of output lines =           27       39337

         2474        3578           0        1104
 patch iptc,sj,dgj,dgi,id:          27        3578         527         527
         1104
  half line dmj dgc:           1       40257        1620         502
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 sj>s1:        3578        2474
   Zeroing lines in arrays 
  Total # of output lines =           27       40441

 Processing block number           28
 DEBUG          546   546.8531       1702.971      0.0000000E+00  0.0000000E+00
         3578        4005          19         408
 patch iptc,sj,dgj,dgi,id:          28        4005         546         527
          408
  half line dmj dgc:           0       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        4005        3578
   Zeroing lines in arrays 
  Total # of output lines =           28       40868

         4005        5109           0        1104
 patch iptc,sj,dgj,dgi,id:          28        5109         546         546
         1104
  half line dmj dgc:           1       41769        1702         502
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        5109        4005
   Zeroing lines in arrays 
  Total # of output lines =           28       41972

 Processing block number           29
 DEBUG          571   572.0086       1810.889      0.0000000E+00  0.0000000E+00
         5109        5542          25         408
 patch iptc,sj,dgj,dgi,id:          29        5542         571         546
          408
  half line dmj dgc:           0       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        5542        5109
   Zeroing lines in arrays 
  Total # of output lines =           29       42405

         5542        6646           0        1104
 patch iptc,sj,dgj,dgi,id:          29        6646         571         571
         1104
  half line dmj dgc:           1       43281        1810         502
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        6646        5542
   Zeroing lines in arrays 
  Total # of output lines =           29       43509

 Processing block number           30
 DEBUG          604   604.6802       1938.090      0.0000000E+00  0.0000000E+00
         6646        7087          33         408
 patch iptc,sj,dgj,dgi,id:          30        7087         604         571
          408
  half line dmj dgc:           0       44793        1937         502
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        7087        6646
   Zeroing lines in arrays 
  Total # of output lines =           30       43950

         7087        8191           0        1104
 patch iptc,sj,dgj,dgi,id:          30        8191         604         604
         1104
  half line dmj dgc:           1       44793        1937         502
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        8191        7087
   Zeroing lines in arrays 
  Total # of output lines =           30       45054

 Processing block number           31
 DEBUG          637   637.8864       2057.763      0.0000000E+00  0.0000000E+00
         8191        8632          33         408
 patch iptc,sj,dgj,dgi,id:          31        8632         637         604
          408
  half line dmj dgc:           0       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        8632        8191
   Zeroing lines in arrays 
  Total # of output lines =           31       45495

         8632        9736           0        1104
 patch iptc,sj,dgj,dgi,id:          31        9736         637         637
         1104
  half line dmj dgc:           1       46305        2057         502
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        9736        8632
   Zeroing lines in arrays 
  Total # of output lines =           31       46599

 Processing block number           32
 DEBUG          664   664.8806       2163.700      0.0000000E+00  0.0000000E+00
         9736       10171          27         408
 patch iptc,sj,dgj,dgi,id:          32       10171         664         637
          408
  half line dmj dgc:           0       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:       10171        9736
   Zeroing lines in arrays 
  Total # of output lines =           32       47034

        10171       11275           0        1104
 patch iptc,sj,dgj,dgi,id:          32       11275         664         664
         1104
  half line dmj dgc:           1       47817        2163         502
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       11275       10171
   Zeroing lines in arrays 
  Total # of output lines =           32       48138

 Processing block number           33
 DEBUG          681   681.5024       2235.454      0.0000000E+00  0.0000000E+00
        11275       11700          17         408
 patch iptc,sj,dgj,dgi,id:          33       11700         681         664
          408
  half line dmj dgc:           0       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11700       11275
   Zeroing lines in arrays 
  Total # of output lines =           33       48563

        11700       12804           0        1104
 patch iptc,sj,dgj,dgi,id:          33         516         681         681
         1104
  half line dmj dgc:           1       49329        2235         502
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 s1>sj:       11700         516
   Zeroing lines in arrays 
  Total # of output lines =           33       49667

 Processing block number           34
 DEBUG          693   693.7286       2281.883      0.0000000E+00  0.0000000E+00
          516         936          12         408
 patch iptc,sj,dgj,dgi,id:          34         936         693         681
          408
  half line dmj dgc:           0       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 sj>s1:         936         516
   Zeroing lines in arrays 
  Total # of output lines =           34       50087

          936        2040           0        1104
 patch iptc,sj,dgj,dgi,id:          34        2040         693         693
         1104
  half line dmj dgc:           1       50841        2281         502
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        2040         936
   Zeroing lines in arrays 
  Total # of output lines =           34       51191

 Processing block number           35
 DEBUG          700   700.8922       2288.795      0.0000000E+00  0.0000000E+00
         2040        2455           7         408
 patch iptc,sj,dgj,dgi,id:          35        2455         700         693
          408
  half line dmj dgc:           0       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2455        2040
   Zeroing lines in arrays 
  Total # of output lines =           35       51606

         2455        3559           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3559         700         700
         1104
  half line dmj dgc:           1       52353        2288         502
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3559        2455
   Zeroing lines in arrays 
  Total # of output lines =           35       52710

 Processing block number           36
 DEBUG          699   699.7465       2265.178      0.0000000E+00  0.0000000E+00
         3559        3966          -1         408
 patch iptc,sj,dgj,dgi,id:          36        3966         699         700
          408
  half line dmj dgc:           0       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        3966        3559
   Zeroing lines in arrays 
  Total # of output lines =           36       53117

         3966        5070           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5070         699         699
         1104
  half line dmj dgc:           1       53865        2265         502
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5070        3966
   Zeroing lines in arrays 
  Total # of output lines =           36       54221

 Processing block number           37
 DEBUG          688   689.0488       2213.292      0.0000000E+00  0.0000000E+00
         5070        5467         -11         408
 patch iptc,sj,dgj,dgi,id:          37        5467         688         699
          408
  half line dmj dgc:           0       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        5467        5070
   Zeroing lines in arrays 
  Total # of output lines =           37       54618

         5467        6571           0        1104
 patch iptc,sj,dgj,dgi,id:          37        6571         688         688
         1104
  half line dmj dgc:           1       55377        2213         502
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        6571        5467
   Zeroing lines in arrays 
  Total # of output lines =           37       55722

 Processing block number           38
 DEBUG          670   670.5318       2138.546      0.0000000E+00  0.0000000E+00
         6571        6920         -18         367
 patch iptc,sj,dgj,dgi,id:          38        6920         670         688
          367
  half line dmj dgc:           0       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        6920        6571
   Zeroing lines in arrays 
  Total # of output lines =           38       56071

         6920        8024           0        1104
 patch iptc,sj,dgj,dgi,id:          38        8024         670         670
         1104
  half line dmj dgc:           1       56848        2138         502
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        8024        6920
   Zeroing lines in arrays 
  Total # of output lines =           38       57175

 ia dmi dgi:        8024        2138         670
   Writing the last         2572 lines
 last half sj>s1       10596        8024       57175
 WAYNE done patche    95.87552201747894    
  Total # of output lines =        59747

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   59747
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    96.95558404922485    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9570704       336.3255    
     146     0.063    3046     0.063  336.32550   0.000020   0.000015  -0.000001
 r_peak,r_snr =   0.9520215       597.7244    
     246     0.063    3046     0.031  597.72443   0.000021   0.000017  -0.000001
 r_peak,r_snr =   0.9596054       413.4227    
     346     0.063    3046     0.031  413.42270   0.000018   0.000014  -0.000001
 r_peak,r_snr =   0.9539840       600.9976    
     446     0.063    3046     0.031  600.99762   0.000020   0.000016  -0.000001
 r_peak,r_snr =   0.9386010       599.0822    
     546     0.094    3046     0.031  599.08221   0.000026   0.000022  -0.000001
 r_peak,r_snr =   0.9394299       127.5802    
     646     0.063    3046     0.031  127.58018   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9268342       248.1029    
     746     0.063    3046     0.000  248.10291   0.000037   0.000031  -0.000002
 r_peak,r_snr =   0.9315192       452.1948    
     846     0.063    3046     0.000  452.19479   0.000031   0.000027  -0.000002
 r_peak,r_snr =   0.9417676       344.2561    
     946     0.063    3046     0.000  344.25613   0.000026   0.000022  -0.000001
 r_peak,r_snr =   0.9215156       244.1299    
    1046     0.063    3046     0.000  244.12993   0.000039   0.000034  -0.000003
 r_peak,r_snr =   0.9308223       197.5510    
    1146     0.063    3046     0.000  197.55103   0.000033   0.000030  -0.000002
 r_peak,r_snr =   0.9294722       117.8580    
    1246     0.063    3046     0.000  117.85796   0.000038   0.000032  -0.000002
 r_peak,r_snr =   0.9075820       393.7509    
    1346     0.063    3046    -0.031  393.75089   0.000045   0.000038  -0.000002
 r_peak,r_snr =   0.9076673       313.5347    
    1446     0.063    3046    -0.031  313.53473   0.000046   0.000039  -0.000003
 r_peak,r_snr =   0.9086900       280.0622    
    1546     0.063    3046     0.000  280.06223   0.000047   0.000043  -0.000004
 r_peak,r_snr =   0.8879261       393.9293    
    1646     0.063    3046     0.000  393.92932   0.000054   0.000048  -0.000005
 r_peak,r_snr =   0.8774086       131.5330    
    1746     0.063    3046    -0.031  131.53299   0.000069   0.000064  -0.000004
 r_peak,r_snr =   0.8928106       252.7445    
    1846     0.063    3046     0.000  252.74448   0.000056   0.000050  -0.000004
 r_peak,r_snr =   0.8860173       166.5191    
    1946     0.063    3046    -0.031  166.51906   0.000064   0.000061  -0.000007
 r_peak,r_snr =   0.8591796       94.46804    
    2046     0.063    3046     0.000   94.46804   0.000088   0.000083  -0.000009
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9508868       553.8338    
     146     0.063    3446     0.063  553.83380   0.000023   0.000017  -0.000001
 r_peak,r_snr =   0.9493201       485.5219    
     246     0.063    3446     0.031  485.52194   0.000024   0.000017  -0.000001
 r_peak,r_snr =   0.9375812       506.0435    
     346     0.063    3446     0.031  506.04346   0.000028   0.000023  -0.000002
 r_peak,r_snr =   0.9437696       351.4641    
     446     0.063    3446     0.000  351.46414   0.000027   0.000020  -0.000002
 r_peak,r_snr =   0.9526180       271.9455    
     546     0.063    3446     0.031  271.94550   0.000022   0.000018  -0.000001
 r_peak,r_snr =   0.9364991       521.6645    
     646     0.063    3446     0.000  521.66449   0.000028   0.000024  -0.000002
 r_peak,r_snr =   0.9198046       461.8208    
     746     0.063    3446     0.000  461.82083   0.000037   0.000032  -0.000003
 r_peak,r_snr =   0.9286217       395.5205    
     846     0.063    3446     0.000  395.52054   0.000033   0.000030  -0.000002
 r_peak,r_snr =   0.9402264       163.7648    
     946     0.063    3446     0.000  163.76477   0.000031   0.000027  -0.000002
 r_peak,r_snr =   0.9386734       179.9205    
    1046     0.063    3446     0.000  179.92047   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9362696       232.4011    
    1146     0.063    3446     0.000  232.40108   0.000031   0.000027  -0.000002
 r_peak,r_snr =   0.9421018       140.3045    
    1246     0.063    3446     0.000  140.30453   0.000031   0.000029  -0.000003
 r_peak,r_snr =   0.9193174       395.1235    
    1346     0.063    3446     0.000  395.12354   0.000039   0.000034  -0.000002
 r_peak,r_snr =   0.9049862       238.9497    
    1446     0.063    3446     0.000  238.94974   0.000048   0.000045  -0.000003
 r_peak,r_snr =   0.8996814       352.2520    
    1546     0.063    3446     0.000  352.25201   0.000049   0.000044  -0.000004
 r_peak,r_snr =   0.8977177       336.3425    
    1646     0.063    3446     0.000  336.34253   0.000051   0.000046  -0.000004
 r_peak,r_snr =   0.8878549       377.2641    
    1746     0.063    3446     0.000  377.26410   0.000055   0.000050  -0.000004
 r_peak,r_snr =   0.8759582       265.4101    
    1846     0.063    3446    -0.031  265.41013   0.000067   0.000060  -0.000006
 r_peak,r_snr =   0.9054560       95.90097    
    1946     0.031    3446    -0.031   95.90097   0.000057   0.000055  -0.000005
 r_peak,r_snr =   0.8864157       61.37121    
    2046     0.063    3446     0.000   61.37121   0.000075   0.000067  -0.000006
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9429417       498.1616    
     146     0.063    3846     0.031  498.16156   0.000026   0.000020  -0.000002
 r_peak,r_snr =   0.9455006       553.7816    
     246     0.063    3846     0.031  553.78156   0.000024   0.000019  -0.000002
 r_peak,r_snr =   0.9461250       517.8884    
     346     0.063    3846     0.031  517.88843   0.000025   0.000019  -0.000001
 r_peak,r_snr =   0.9472248       575.8798    
     446     0.063    3846     0.031  575.87976   0.000022   0.000019  -0.000002
 r_peak,r_snr =   0.9405744       202.7155    
     546     0.094    3846     0.031  202.71552   0.000031   0.000026  -0.000002
 r_peak,r_snr =   0.9340750       342.0570    
     646     0.063    3846     0.000  342.05701   0.000030   0.000026  -0.000002
 r_peak,r_snr =   0.9432076       86.76421    
     746     0.063    3846     0.000   86.76421   0.000031   0.000027  -0.000001
 r_peak,r_snr =   0.9307253       250.8503    
     846     0.063    3846     0.000  250.85027   0.000034   0.000029  -0.000002
 r_peak,r_snr =   0.9420325       416.0499    
     946     0.063    3846     0.000  416.04987   0.000027   0.000023  -0.000001
 r_peak,r_snr =   0.9307904       359.5521    
    1046     0.094    3846     0.000  359.55206   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9270331       407.0933    
    1146     0.063    3846     0.000  407.09332   0.000034   0.000030  -0.000002
 r_peak,r_snr =   0.9315168       195.3963    
    1246     0.063    3846     0.000  195.39632   0.000035   0.000031  -0.000002
 r_peak,r_snr =   0.9101694       363.2018    
    1346     0.063    3846    -0.031  363.20175   0.000044   0.000039  -0.000003
 r_peak,r_snr =   0.9191022       289.9073    
    1446     0.063    3846     0.000  289.90729   0.000040   0.000036  -0.000003
 r_peak,r_snr =   0.9060919       404.5122    
    1546     0.063    3846     0.000  404.51224   0.000046   0.000041  -0.000003
 r_peak,r_snr =   0.8924942       466.4140    
    1646     0.063    3846     0.000  466.41397   0.000051   0.000044  -0.000003
 r_peak,r_snr =   0.8910905       169.2463    
    1746     0.063    3846    -0.031  169.24628   0.000062   0.000055  -0.000004
 r_peak,r_snr =   0.8748405       241.7016    
    1846     0.063    3846     0.000  241.70163   0.000067   0.000063  -0.000004
 r_peak,r_snr =   0.8776553       167.8057    
    1946     0.063    3846    -0.031  167.80574   0.000069   0.000066  -0.000005
 r_peak,r_snr =   0.8447486       335.6571    
    2046     0.063    3846    -0.031  335.65710   0.000083   0.000077  -0.000005
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9210019       528.7219    
     146     0.063    4246     0.063  528.72192   0.000036   0.000030  -0.000002
 r_peak,r_snr =   0.9304387       325.6787    
     246     0.063    4246     0.031  325.67868   0.000033   0.000027  -0.000002
 r_peak,r_snr =   0.9325862       541.0499    
     346     0.063    4246     0.031  541.04993   0.000029   0.000025  -0.000002
 r_peak,r_snr =   0.9143752       332.8465    
     446     0.063    4246     0.031  332.84650   0.000040   0.000034  -0.000002
 r_peak,r_snr =   0.9291909       490.3526    
     546     0.063    4246     0.000  490.35257   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9297521       178.8179    
     646     0.063    4246     0.000  178.81792   0.000035   0.000030  -0.000002
 r_peak,r_snr =   0.9247658       208.5897    
     746     0.063    4246     0.000  208.58974   0.000039   0.000034  -0.000001
 r_peak,r_snr =   0.9303323       358.4699    
     846     0.063    4246     0.000  358.46991   0.000034   0.000029  -0.000003
 r_peak,r_snr =   0.9290720       461.3359    
     946     0.063    4246     0.000  461.33594   0.000033   0.000028  -0.000002
 r_peak,r_snr =   0.9311692       395.5971    
    1046     0.063    4246     0.000  395.59714   0.000032   0.000029  -0.000002
 r_peak,r_snr =   0.9332141       106.0981    
    1146     0.063    4246     0.000  106.09812   0.000035   0.000034  -0.000002
 r_peak,r_snr =   0.9265558       405.7114    
    1246     0.063    4246     0.000  405.71136   0.000035   0.000031  -0.000003
 r_peak,r_snr =   0.9205362       353.8466    
    1346     0.063    4246     0.000  353.84659   0.000039   0.000035  -0.000003
 r_peak,r_snr =   0.9214017       249.0086    
    1446     0.063    4246     0.000  249.00862   0.000041   0.000035  -0.000003
 r_peak,r_snr =   0.9093633       242.1376    
    1546     0.063    4246     0.000  242.13756   0.000046   0.000046  -0.000004
 r_peak,r_snr =   0.8865255       130.9653    
    1646     0.063    4246     0.000  130.96533   0.000067   0.000056  -0.000004
 r_peak,r_snr =   0.9085883       129.7266    
    1746     0.063    4246    -0.031  129.72661   0.000053   0.000049  -0.000004
 r_peak,r_snr =   0.8782512       157.3365    
    1846     0.063    4246     0.000  157.33646   0.000072   0.000066  -0.000004
 r_peak,r_snr =   0.8736004       233.3979    
    1946     0.063    4246    -0.031  233.39790   0.000072   0.000065  -0.000004
 r_peak,r_snr =   0.8553823       104.4621    
    2046     0.063    4246     0.000  104.46207   0.000090   0.000081  -0.000006
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8750877       356.4500    
     146     0.063    4646     0.031  356.44998   0.000067   0.000055  -0.000003
 r_peak,r_snr =   0.9269750       544.5232    
     246     0.063    4646     0.031  544.52319   0.000034   0.000026  -0.000002
 r_peak,r_snr =   0.9243320       460.0934    
     346     0.063    4646     0.031  460.09338   0.000036   0.000028  -0.000002
 r_peak,r_snr =   0.9204717       402.6782    
     446     0.063    4646     0.031  402.67816   0.000037   0.000031  -0.000003
 r_peak,r_snr =   0.9219310       285.6482    
     546     0.063    4646     0.031  285.64822   0.000038   0.000034  -0.000002
 r_peak,r_snr =   0.9431598       127.5942    
     646     0.063    4646     0.000  127.59422   0.000029   0.000024  -0.000001
 r_peak,r_snr =   0.9090083       60.57890    
     746     0.063    4646     0.000   60.57890   0.000050   0.000042  -0.000002
 r_peak,r_snr =   0.9191638       160.9777    
     846     0.063    4646     0.000  160.97766   0.000041   0.000036  -0.000003
 r_peak,r_snr =   0.9203837       294.5076    
     946     0.063    4646     0.000  294.50760   0.000040   0.000034  -0.000003
 r_peak,r_snr =   0.9354756       147.7545    
    1046     0.063    4646     0.000  147.75446   0.000034   0.000032  -0.000003
 r_peak,r_snr =   0.9273333       216.5505    
    1146     0.063    4646     0.000  216.55046   0.000037   0.000035  -0.000003
 r_peak,r_snr =   0.9161142       318.5251    
    1246     0.063    4646    -0.031  318.52509   0.000040   0.000036  -0.000003
 r_peak,r_snr =   0.9138418       256.8730    
    1346     0.063    4646    -0.031  256.87302   0.000046   0.000041  -0.000003
 r_peak,r_snr =   0.9217739       180.3290    
    1446     0.063    4646     0.000  180.32898   0.000042   0.000039  -0.000002
 r_peak,r_snr =   0.9117215       170.4224    
    1546     0.063    4646     0.000  170.42241   0.000049   0.000045  -0.000003
 r_peak,r_snr =   0.9022845       134.8531    
    1646     0.063    4646     0.000  134.85312   0.000051   0.000049  -0.000004
 r_peak,r_snr =   0.8923745       257.8144    
    1746     0.063    4646    -0.031  257.81439   0.000057   0.000055  -0.000005
 r_peak,r_snr =   0.8688216       120.2856    
    1846     0.063    4646     0.000  120.28561   0.000082   0.000075  -0.000005
 r_peak,r_snr =   0.8638380       96.48533    
    1946     0.063    4646    -0.031   96.48533   0.000083   0.000079  -0.000007
 r_peak,r_snr =   0.8693783       232.5284    
    2046     0.063    4646     0.000  232.52838   0.000071   0.000065  -0.000005
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9306791       408.2975    
     146     0.063    5046     0.063  408.29752   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9307585       379.9461    
     246     0.063    5046     0.031  379.94611   0.000032   0.000027  -0.000002
 r_peak,r_snr =   0.9520586       408.4821    
     346     0.063    5046     0.031  408.48215   0.000021   0.000018  -0.000001
 r_peak,r_snr =   0.9298455       294.6371    
     446     0.063    5046     0.031  294.63708   0.000035   0.000029  -0.000002
 r_peak,r_snr =   0.9030045       264.8977    
     546     0.063    5046     0.000  264.89767   0.000051   0.000041  -0.000003
 r_peak,r_snr =   0.8841032       338.1205    
     646     0.063    5046     0.000  338.12045   0.000059   0.000048  -0.000004
 r_peak,r_snr =   0.8907039       340.8573    
     746     0.063    5046     0.000  340.85730   0.000056   0.000048  -0.000004
 r_peak,r_snr =   0.8836254       326.8018    
     846     0.063    5046    -0.031  326.80182   0.000060   0.000049  -0.000005
 r_peak,r_snr =   0.9009526       280.0401    
     946     0.063    5046     0.000  280.04010   0.000049   0.000045  -0.000003
 r_peak,r_snr =   0.9178412       117.8978    
    1046     0.094    5046     0.000  117.89777   0.000046   0.000042  -0.000002
 r_peak,r_snr =   0.8878373       261.2294    
    1146     0.063    5046     0.000  261.22937   0.000056   0.000052  -0.000004
 r_peak,r_snr =   0.9013869       139.5251    
    1246     0.063    5046     0.000  139.52505   0.000049   0.000048  -0.000003
 r_peak,r_snr =   0.9028446       200.4777    
    1346     0.063    5046     0.000  200.47766   0.000052   0.000049  -0.000004
 r_peak,r_snr =   0.9146674       247.8725    
    1446     0.063    5046     0.000  247.87245   0.000044   0.000040  -0.000003
 r_peak,r_snr =   0.9037853       171.7655    
    1546     0.063    5046    -0.031  171.76546   0.000055   0.000052  -0.000003
 r_peak,r_snr =   0.8904039       133.4275    
    1646     0.063    5046    -0.031  133.42751   0.000066   0.000059  -0.000004
 r_peak,r_snr =   0.8824568       220.2964    
    1746     0.063    5046     0.000  220.29639   0.000063   0.000059  -0.000005
 r_peak,r_snr =   0.8818853       191.9628    
    1846     0.063    5046     0.000  191.96283   0.000065   0.000067  -0.000005
 r_peak,r_snr =   0.8617341       265.1872    
    1946     0.063    5046     0.000  265.18723   0.000073   0.000068  -0.000005
 r_peak,r_snr =   0.8798835       77.74675    
    2046     0.063    5046     0.000   77.74675   0.000080   0.000078  -0.000007
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9583884       174.9775    
     146     0.063    5446     0.031  174.97754   0.000020   0.000016  -0.000001
 r_peak,r_snr =   0.9618553       397.0016    
     246     0.063    5446     0.031  397.00162   0.000018   0.000014  -0.000001
 r_peak,r_snr =   0.9605568       300.2676    
     346     0.063    5446     0.031  300.26764   0.000018   0.000015  -0.000001
 r_peak,r_snr =   0.9489926       314.3932    
     446     0.063    5446     0.031  314.39319   0.000024   0.000021  -0.000002
 r_peak,r_snr =   0.9257141       378.8849    
     546     0.094    5446     0.031  378.88492   0.000033   0.000030  -0.000002
 r_peak,r_snr =   0.9381490       518.4521    
     646     0.063    5446     0.000  518.45209   0.000027   0.000024  -0.000002
 r_peak,r_snr =   0.9400057       545.2750    
     746     0.063    5446     0.000  545.27502   0.000027   0.000022  -0.000002
 r_peak,r_snr =   0.9277431       185.6410    
     846     0.063    5446     0.000  185.64104   0.000036   0.000032  -0.000002
 r_peak,r_snr =   0.9082773       483.8700    
     946     0.063    5446     0.000  483.87000   0.000042   0.000036  -0.000003
 r_peak,r_snr =   0.9219784       357.3142    
    1046     0.063    5446     0.000  357.31424   0.000038   0.000033  -0.000002
 r_peak,r_snr =   0.9220212       315.6659    
    1146     0.063    5446     0.000  315.66589   0.000037   0.000034  -0.000003
 r_peak,r_snr =   0.9128566       204.0090    
    1246     0.063    5446     0.000  204.00903   0.000045   0.000040  -0.000004
 r_peak,r_snr =   0.9056065       163.1403    
    1346     0.063    5446     0.000  163.14027   0.000052   0.000052  -0.000004
 r_peak,r_snr =   0.8949439       232.8993    
    1446     0.063    5446    -0.031  232.89928   0.000057   0.000049  -0.000003
 r_peak,r_snr =   0.8757735       118.4227    
    1546     0.063    5446    -0.031  118.42265   0.000072   0.000068  -0.000005
 r_peak,r_snr =   0.8787867       179.4030    
    1646     0.063    5446     0.000  179.40302   0.000070   0.000063  -0.000004
 r_peak,r_snr =   0.8672774       192.9747    
    1746     0.063    5446    -0.031  192.97475   0.000079   0.000067  -0.000005
 r_peak,r_snr =   0.8605009       157.6163    
    1846     0.094    5446     0.000  157.61630   0.000081   0.000075  -0.000007
 r_peak,r_snr =   0.8664930       93.05759    
    1946     0.063    5446     0.000   93.05759   0.000081   0.000081  -0.000009
 r_peak,r_snr =   0.8407774       172.0118    
    2046     0.063    5446    -0.031  172.01176   0.000096   0.000091  -0.000008
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9185102       304.6503    
     146     0.063    5846     0.063  304.65027   0.000041   0.000034  -0.000003
 r_peak,r_snr =   0.9709889       67.12711    
     246     0.063    5846     0.031   67.12711   0.000016   0.000014  -0.000001
 r_peak,r_snr =   0.9703288       65.41308    
     346     0.063    5846     0.031   65.41308   0.000016   0.000013  -0.000001
 r_peak,r_snr =   0.9572126       272.1405    
     446     0.094    5846     0.031  272.14047   0.000020   0.000017  -0.000001
 r_peak,r_snr =   0.9595634       129.7250    
     546     0.063    5846     0.031  129.72502   0.000021   0.000019  -0.000001
 r_peak,r_snr =   0.9421827       549.0199    
     646     0.063    5846     0.031  549.01990   0.000025   0.000021  -0.000002
 r_peak,r_snr =   0.9487298       479.7678    
     746     0.063    5846     0.000  479.76776   0.000023   0.000019  -0.000002
 r_peak,r_snr =   0.9231648       122.0100    
     846     0.094    5846     0.000  122.01005   0.000041   0.000035  -0.000003
 r_peak,r_snr =   0.9237176       308.3965    
     946     0.063    5846     0.000  308.39648   0.000037   0.000031  -0.000003
 r_peak,r_snr =   0.9362986       288.0101    
    1046     0.063    5846    -0.031  288.01007   0.000032   0.000028  -0.000002
 r_peak,r_snr =   0.9195225       482.6960    
    1146     0.063    5846     0.000  482.69604   0.000037   0.000032  -0.000002
 r_peak,r_snr =   0.9332888       237.2330    
    1246     0.063    5846     0.000  237.23296   0.000037   0.000030  -0.000002
 r_peak,r_snr =   0.9299302       165.5168    
    1346     0.063    5846     0.000  165.51677   0.000037   0.000035  -0.000002
 r_peak,r_snr =   0.9149643       102.8767    
    1446     0.063    5846     0.000  102.87670   0.000046   0.000043  -0.000003
 r_peak,r_snr =   0.9108855       218.2857    
    1546     0.094    5846     0.000  218.28569   0.000045   0.000041  -0.000003
 r_peak,r_snr =   0.9088652       332.8390    
    1646     0.063    5846     0.000  332.83902   0.000044   0.000041  -0.000004
 r_peak,r_snr =   0.9082941       121.0902    
    1746     0.063    5846     0.000  121.09023   0.000051   0.000049  -0.000003
 r_peak,r_snr =   0.8860992       155.3815    
    1846     0.094    5846     0.000  155.38147   0.000060   0.000061  -0.000004
 r_peak,r_snr =   0.8762729       66.72404    
    1946     0.063    5846     0.000   66.72404   0.000074   0.000069  -0.000005
 r_peak,r_snr =   0.8746125       35.65838    
    2046     0.031    5846    -0.031   35.65838   0.000100   0.000123  -0.000010
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9034353       257.0544    
     146     0.000    3046    -0.094  257.05438   0.000049   0.000038  -0.000003
 r_peak,r_snr =   0.8965541       510.8441    
     246     0.000    3046    -0.094  510.84409   0.000049   0.000040  -0.000003
 r_peak,r_snr =   0.9199395       369.1793    
     346     0.000    3046    -0.063  369.17929   0.000039   0.000030  -0.000002
 r_peak,r_snr =   0.9097215       563.3820    
     446     0.000    3046    -0.031  563.38196   0.000042   0.000033  -0.000003
 r_peak,r_snr =   0.8972682       569.3620    
     546    -0.031    3046    -0.031  569.36200   0.000047   0.000041  -0.000003
 r_peak,r_snr =   0.8538898       94.26952    
     646    -0.031    3046    -0.031   94.26952   0.000090   0.000078  -0.000006
 r_peak,r_snr =   0.8106147       199.4023    
     746     0.000    3046     0.000  199.40234   0.000119   0.000101  -0.000007
 r_peak,r_snr =   0.8270565       371.2171    
     846     0.000    3046     0.000  371.21710   0.000092   0.000084  -0.000007
 r_peak,r_snr =   0.8713314       307.0114    
     946     0.000    3046     0.000  307.01135   0.000066   0.000058  -0.000004
 r_peak,r_snr =   0.8167049       205.0313    
    1046    -0.031    3046     0.000  205.03128   0.000110   0.000103  -0.000010
 r_peak,r_snr =   0.8512009       162.3013    
    1146     0.000    3046     0.000  162.30127   0.000082   0.000078  -0.000006
 r_peak,r_snr =   0.8491230       97.48667    
    1246     0.000    3046     0.000   97.48667   0.000093   0.000084  -0.000006
 r_peak,r_snr =   0.8440180       354.5210    
    1346     0.000    3046     0.031  354.52097   0.000084   0.000074  -0.000005
 r_peak,r_snr =   0.8258536       266.2864    
    1446     0.000    3046     0.031  266.28638   0.000101   0.000093  -0.000008
 r_peak,r_snr =   0.8413095       238.5095    
    1546    -0.031    3046     0.000  238.50949   0.000092   0.000089  -0.000009
 r_peak,r_snr =   0.8206052       330.4988    
    1646     0.000    3046     0.031  330.49884   0.000098   0.000092  -0.000010
 r_peak,r_snr =   0.8195703       111.6481    
    1746     0.000    3046     0.031  111.64812   0.000114   0.000114  -0.000009
 r_peak,r_snr =   0.8470988       245.6964    
    1846     0.000    3046     0.031  245.69643   0.000086   0.000080  -0.000006
 r_peak,r_snr =   0.8387151       142.0916    
    1946     0.000    3046     0.031  142.09155   0.000101   0.000100  -0.000012
 r_peak,r_snr =   0.8130938       81.84241    
    2046     0.031    3046     0.063   81.84241   0.000134   0.000132  -0.000016
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.8928987       495.0894    
     146     0.000    3446    -0.094  495.08939   0.000054   0.000042  -0.000004
 r_peak,r_snr =   0.8897847       419.8422    
     246     0.000    3446    -0.063  419.84216   0.000059   0.000043  -0.000004
 r_peak,r_snr =   0.8797353       431.7062    
     346     0.000    3446    -0.063  431.70624   0.000061   0.000049  -0.000004
 r_peak,r_snr =   0.8990201       328.6601    
     446     0.000    3446    -0.031  328.66010   0.000052   0.000039  -0.000004
 r_peak,r_snr =   0.9034595       238.0119    
     546     0.000    3446    -0.031  238.01189   0.000050   0.000040  -0.000003
 r_peak,r_snr =   0.8429448       459.8777    
     646     0.000    3446    -0.031  459.87769   0.000082   0.000070  -0.000005
 r_peak,r_snr =   0.7976953       390.1027    
     746     0.000    3446    -0.031  390.10266   0.000116   0.000102  -0.000010
 r_peak,r_snr =   0.8267103       343.4088    
     846     0.000    3446     0.000  343.40881   0.000095   0.000086  -0.000007
 r_peak,r_snr =   0.8751299       136.8100    
     946     0.000    3446     0.000  136.81001   0.000074   0.000066  -0.000005
 r_peak,r_snr =   0.8530361       153.8877    
    1046     0.000    3446     0.000  153.88768   0.000089   0.000078  -0.000006
 r_peak,r_snr =   0.8660152       215.3576    
    1146     0.000    3446     0.000  215.35760   0.000074   0.000064  -0.000006
 r_peak,r_snr =   0.8763045       120.7245    
    1246     0.000    3446     0.000  120.72451   0.000075   0.000075  -0.000008
 r_peak,r_snr =   0.8602131       353.5801    
    1346     0.000    3446     0.031  353.58014   0.000075   0.000067  -0.000006
 r_peak,r_snr =   0.8358541       221.9952    
    1446     0.000    3446     0.031  221.99524   0.000094   0.000092  -0.000008
 r_peak,r_snr =   0.8578226       311.2198    
    1546     0.000    3446     0.031  311.21979   0.000076   0.000071  -0.000007
 r_peak,r_snr =   0.8477610       286.0426    
    1646     0.000    3446     0.031  286.04260   0.000084   0.000080  -0.000008
 r_peak,r_snr =   0.8460270       319.9201    
    1746     0.000    3446     0.031  319.92014   0.000082   0.000078  -0.000007
 r_peak,r_snr =   0.8258685       243.5841    
    1846     0.000    3446     0.063  243.58414   0.000103   0.000097  -0.000009
 r_peak,r_snr =   0.8521158       80.67903    
    1946     0.000    3446     0.031   80.67903   0.000099   0.000104  -0.000010
 r_peak,r_snr =   0.8436825       50.60940    
    2046     0.000    3446     0.031   50.60940   0.000116   0.000111  -0.000010
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.8642313       417.4141    
     146     0.000    3846    -0.094  417.41409   0.000071   0.000055  -0.000005
 r_peak,r_snr =   0.8740343       511.2667    
     246     0.000    3846    -0.063  511.26666   0.000063   0.000050  -0.000004
 r_peak,r_snr =   0.8939276       488.5341    
     346     0.000    3846    -0.063  488.53406   0.000052   0.000041  -0.000003
 r_peak,r_snr =   0.8788155       554.7277    
     446     0.000    3846    -0.063  554.72766   0.000057   0.000049  -0.000005
 r_peak,r_snr =   0.8781237       181.6115    
     546     0.000    3846    -0.031  181.61147   0.000069   0.000059  -0.000005
 r_peak,r_snr =   0.8425357       293.1599    
     646     0.000    3846    -0.031  293.15988   0.000085   0.000074  -0.000005
 r_peak,r_snr =   0.8581423       72.05324    
     746     0.000    3846    -0.031   72.05324   0.000092   0.000083  -0.000005
 r_peak,r_snr =   0.8318082       205.1420    
     846    -0.031    3846     0.000  205.14201   0.000099   0.000086  -0.000008
 r_peak,r_snr =   0.8833393       361.2524    
     946     0.000    3846     0.000  361.25244   0.000061   0.000052  -0.000004
 r_peak,r_snr =   0.8671849       300.4164    
    1046     0.000    3846     0.031  300.41641   0.000067   0.000059  -0.000005
 r_peak,r_snr =   0.8352573       371.7866    
    1146     0.000    3846     0.000  371.78656   0.000089   0.000079  -0.000007
 r_peak,r_snr =   0.8665682       176.1749    
    1246     0.000    3846     0.031  176.17487   0.000078   0.000069  -0.000005
 r_peak,r_snr =   0.8665653       343.5454    
    1346     0.000    3846     0.031  343.54538   0.000071   0.000064  -0.000006
 r_peak,r_snr =   0.8616143       246.6205    
    1446     0.000    3846     0.031  246.62048   0.000077   0.000071  -0.000007
 r_peak,r_snr =   0.8534161       356.9960    
    1546     0.000    3846     0.031  356.99597   0.000079   0.000074  -0.000007
 r_peak,r_snr =   0.8281528       381.8180    
    1646     0.000    3846     0.031  381.81802   0.000090   0.000084  -0.000007
 r_peak,r_snr =   0.8270857       146.0570    
    1746     0.031    3846     0.031  146.05699   0.000113   0.000109  -0.000009
 r_peak,r_snr =   0.8129110       214.7172    
    1846    -0.031    3846     0.000  214.71718   0.000114   0.000112  -0.000008
 r_peak,r_snr =   0.8339835       149.9017    
    1946    -0.031    3846     0.031  149.90170   0.000101   0.000102  -0.000008
 r_peak,r_snr =   0.8136869       289.8081    
    2046     0.000    3846     0.031  289.80814   0.000107   0.000104  -0.000008
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.8104022       440.3506    
     146     0.000    4246    -0.094  440.35056   0.000106   0.000088  -0.000005
 r_peak,r_snr =   0.8371228       279.3819    
     246     0.000    4246    -0.094  279.38193   0.000089   0.000077  -0.000006
 r_peak,r_snr =   0.8804367       506.9439    
     346     0.000    4246    -0.063  506.94391   0.000056   0.000049  -0.000004
 r_peak,r_snr =   0.8393745       267.5007    
     446     0.000    4246    -0.063  267.50070   0.000086   0.000077  -0.000006
 r_peak,r_snr =   0.8358211       407.6499    
     546     0.000    4246    -0.031  407.64993   0.000089   0.000075  -0.000006
 r_peak,r_snr =   0.8459364       151.3300    
     646    -0.031    4246    -0.031  151.32997   0.000089   0.000078  -0.000006
 r_peak,r_snr =   0.8306496       175.5707    
     746     0.000    4246     0.000  175.57068   0.000104   0.000094  -0.000004
 r_peak,r_snr =   0.8268002       316.6013    
     846     0.000    4246     0.000  316.60126   0.000102   0.000088  -0.000009
 r_peak,r_snr =   0.8243692       393.4016    
     946     0.000    4246     0.000  393.40158   0.000097   0.000083  -0.000008
 r_peak,r_snr =   0.8401857       346.9811    
    1046     0.000    4246     0.000  346.98111   0.000087   0.000081  -0.000007
 r_peak,r_snr =   0.8740576       94.31207    
    1146     0.000    4246     0.000   94.31207   0.000074   0.000074  -0.000005
 r_peak,r_snr =   0.8626258       377.0978    
    1246     0.000    4246     0.000  377.09781   0.000072   0.000066  -0.000006
 r_peak,r_snr =   0.8613573       317.2121    
    1346     0.031    4246     0.031  317.21210   0.000076   0.000070  -0.000007
 r_peak,r_snr =   0.8492277       213.7119    
    1446     0.000    4246     0.031  213.71187   0.000090   0.000081  -0.000008
 r_peak,r_snr =   0.8507079       212.6460    
    1546     0.000    4246     0.031  212.64604   0.000085   0.000086  -0.000008
 r_peak,r_snr =   0.8235741       110.1409    
    1646     0.000    4246     0.031  110.14091   0.000120   0.000106  -0.000010
 r_peak,r_snr =   0.8538124       115.3535    
    1746     0.000    4246     0.031  115.35352   0.000094   0.000092  -0.000007
 r_peak,r_snr =   0.8221539       134.3426    
    1846    -0.031    4246     0.031  134.34264   0.000118   0.000114  -0.000009
 r_peak,r_snr =   0.8280653       208.6066    
    1946     0.000    4246     0.031  208.60655   0.000106   0.000103  -0.000007
 r_peak,r_snr =   0.8479328       106.6705    
    2046     0.031    4246     0.031  106.67053   0.000097   0.000087  -0.000007
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.6908805       231.3291    
     146     0.000    4646    -0.094  231.32912   0.000242   0.000203  -0.000013
 r_peak,r_snr =   0.8397594       465.7528    
     246     0.000    4646    -0.063  465.75281   0.000085   0.000065  -0.000006
 r_peak,r_snr =   0.7962914       371.2584    
     346    -0.031    4646    -0.063  371.25836   0.000119   0.000098  -0.000009
 r_peak,r_snr =   0.8253978       340.8503    
     446     0.000    4646    -0.063  340.85028   0.000097   0.000080  -0.000007
 r_peak,r_snr =   0.8440175       250.4962    
     546     0.000    4646    -0.063  250.49615   0.000085   0.000078  -0.000006
 r_peak,r_snr =   0.8837621       109.6854    
     646    -0.031    4646    -0.031  109.68536   0.000066   0.000056  -0.000004
 r_peak,r_snr =   0.8043357       45.40119    
     746     0.000    4646    -0.031   45.40119   0.000135   0.000118  -0.000008
 r_peak,r_snr =   0.8071728       118.9617    
     846     0.000    4646     0.000  118.96167   0.000122   0.000113  -0.000011
 r_peak,r_snr =   0.8162888       239.3185    
     946     0.000    4646    -0.031  239.31845   0.000113   0.000099  -0.000009
 r_peak,r_snr =   0.8687544       134.7356    
    1046     0.000    4646     0.000  134.73557   0.000077   0.000078  -0.000008
 r_peak,r_snr =   0.8556725       189.8634    
    1146     0.000    4646     0.000  189.86337   0.000084   0.000082  -0.000008
 r_peak,r_snr =   0.8336135       277.4286    
    1246     0.000    4646     0.031  277.42859   0.000090   0.000085  -0.000008
 r_peak,r_snr =   0.8380052       222.0811    
    1346     0.000    4646     0.031  222.08107   0.000098   0.000094  -0.000008
 r_peak,r_snr =   0.8502267       153.0513    
    1446     0.000    4646     0.031  153.05127   0.000092   0.000089  -0.000007
 r_peak,r_snr =   0.8377002       146.8395    
    1546     0.000    4646     0.031  146.83946   0.000104   0.000103  -0.000010
 r_peak,r_snr =   0.8283978       107.4590    
    1646     0.000    4646     0.031  107.45897   0.000105   0.000107  -0.000010
 r_peak,r_snr =   0.8448919       227.8679    
    1746     0.000    4646     0.031  227.86794   0.000089   0.000093  -0.000010
 r_peak,r_snr =   0.8024595       98.76138    
    1846     0.000    4646     0.031   98.76138   0.000144   0.000146  -0.000011
 r_peak,r_snr =   0.8286603       83.16175    
    1946    -0.031    4646     0.031   83.16175   0.000113   0.000116  -0.000011
 r_peak,r_snr =   0.8216583       201.4597    
    2046     0.031    4646     0.063  201.45969   0.000108   0.000103  -0.000008
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.8229253       335.9865    
     146     0.000    5046    -0.094  335.98648   0.000098   0.000082  -0.000006
 r_peak,r_snr =   0.8114439       295.3676    
     246     0.000    5046    -0.094  295.36761   0.000107   0.000091  -0.000007
 r_peak,r_snr =   0.8892450       357.6484    
     346     0.000    5046    -0.063  357.64838   0.000055   0.000048  -0.000003
 r_peak,r_snr =   0.8894505       287.3437    
     446     0.000    5046    -0.063  287.34369   0.000060   0.000051  -0.000004
 r_peak,r_snr =   0.8525782       229.5825    
     546     0.000    5046    -0.063  229.58253   0.000084   0.000071  -0.000006
 r_peak,r_snr =   0.7746158       286.7851    
     646     0.000    5046    -0.031  286.78510   0.000140   0.000114  -0.000010
 r_peak,r_snr =   0.7622948       282.1346    
     746    -0.031    5046     0.000  282.13455   0.000151   0.000137  -0.000013
 r_peak,r_snr =   0.8001170       270.3453    
     846     0.000    5046     0.031  270.34534   0.000118   0.000104  -0.000012
 r_peak,r_snr =   0.8228605       238.1724    
     946     0.031    5046     0.000  238.17242   0.000103   0.000097  -0.000008
 r_peak,r_snr =   0.8485114       96.19715    
    1046     0.000    5046     0.000   96.19715   0.000099   0.000092  -0.000006
 r_peak,r_snr =   0.8110769       232.7237    
    1146     0.000    5046     0.000  232.72366   0.000107   0.000107  -0.000011
 r_peak,r_snr =   0.8286859       114.7815    
    1246     0.000    5046     0.031  114.78152   0.000100   0.000103  -0.000007
 r_peak,r_snr =   0.8246520       170.0094    
    1346    -0.031    5046     0.000  170.00941   0.000109   0.000111  -0.000011
 r_peak,r_snr =   0.8337846       203.2006    
    1446     0.000    5046     0.031  203.20062   0.000101   0.000097  -0.000008
 r_peak,r_snr =   0.8450639       152.5496    
    1546     0.000    5046     0.000  152.54962   0.000099   0.000103  -0.000007
 r_peak,r_snr =   0.8246177       107.5014    
    1646     0.000    5046     0.063  107.50143   0.000122   0.000118  -0.000010
 r_peak,r_snr =   0.8206141       192.1152    
    1746     0.000    5046     0.000  192.11519   0.000108   0.000108  -0.000010
 r_peak,r_snr =   0.8179029       162.8816    
    1846    -0.031    5046     0.000  162.88156   0.000113   0.000125  -0.000010
 r_peak,r_snr =   0.8163828       231.0919    
    1946     0.000    5046     0.031  231.09190   0.000107   0.000106  -0.000009
 r_peak,r_snr =   0.8390464       66.86401    
    2046     0.031    5046     0.063   66.86401   0.000119   0.000124  -0.000012
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9019809       137.4044    
     146     0.000    5446    -0.094  137.40445   0.000052   0.000042  -0.000002
 r_peak,r_snr =   0.9155882       350.3652    
     246     0.000    5446    -0.094  350.36523   0.000043   0.000033  -0.000002
 r_peak,r_snr =   0.9133077       258.7407    
     346     0.000    5446    -0.063  258.74072   0.000044   0.000037  -0.000002
 r_peak,r_snr =   0.8592272       274.8616    
     446     0.000    5446    -0.063  274.86160   0.000078   0.000068  -0.000005
 r_peak,r_snr =   0.8130950       318.5459    
     546    -0.031    5446    -0.063  318.54590   0.000101   0.000091  -0.000006
 r_peak,r_snr =   0.8556774       471.4559    
     646     0.000    5446    -0.031  471.45590   0.000071   0.000064  -0.000006
 r_peak,r_snr =   0.8447647       486.0964    
     746     0.000    5446    -0.031  486.09637   0.000081   0.000066  -0.000006
 r_peak,r_snr =   0.8258231       144.9024    
     846     0.000    5446     0.000  144.90239   0.000106   0.000097  -0.000006
 r_peak,r_snr =   0.7621876       366.4819    
     946     0.000    5446     0.000  366.48190   0.000141   0.000125  -0.000013
 r_peak,r_snr =   0.8184832       318.0818    
    1046     0.000    5446     0.000  318.08182   0.000104   0.000093  -0.000007
 r_peak,r_snr =   0.8548788       254.6196    
    1146     0.000    5446     0.000  254.61957   0.000080   0.000076  -0.000009
 r_peak,r_snr =   0.8398011       165.0471    
    1246     0.000    5446     0.031  165.04707   0.000094   0.000091  -0.000010
 r_peak,r_snr =   0.8398651       137.3419    
    1346     0.000    5446     0.000  137.34192   0.000101   0.000108  -0.000008
 r_peak,r_snr =   0.8139489       208.2871    
    1446     0.000    5446     0.031  208.28708   0.000118   0.000105  -0.000008
 r_peak,r_snr =   0.7977628       95.64690    
    1546    -0.031    5446     0.000   95.64690   0.000138   0.000140  -0.000011
 r_peak,r_snr =   0.8269632       152.8225    
    1646    -0.031    5446     0.000  152.82253   0.000115   0.000106  -0.000009
 r_peak,r_snr =   0.8022711       161.1212    
    1746     0.031    5446     0.031  161.12119   0.000133   0.000118  -0.000010
 r_peak,r_snr =   0.8071280       132.4510    
    1846    -0.031    5446     0.031  132.45096   0.000124   0.000128  -0.000012
 r_peak,r_snr =   0.8296037       82.47156    
    1946     0.000    5446     0.031   82.47156   0.000113   0.000123  -0.000015
 r_peak,r_snr =   0.8158582       155.3978    
    2046     0.031    5446     0.031  155.39781   0.000118   0.000116  -0.000011
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.7812006       232.4442    
     146     0.031    5846    -0.094  232.44423   0.000141   0.000116  -0.000010
 r_peak,r_snr =   0.9228427       58.21600    
     246     0.000    5846    -0.094   58.21600   0.000046   0.000039  -0.000003
 r_peak,r_snr =   0.9230755       56.71094    
     346     0.000    5846    -0.094   56.71094   0.000045   0.000036  -0.000003
 r_peak,r_snr =   0.8934923       241.2655    
     446     0.000    5846    -0.031  241.26553   0.000056   0.000047  -0.000004
 r_peak,r_snr =   0.8931381       111.2604    
     546     0.000    5846    -0.031  111.26040   0.000064   0.000061  -0.000003
 r_peak,r_snr =   0.8368980       447.8572    
     646     0.000    5846    -0.031  447.85718   0.000084   0.000073  -0.000006
 r_peak,r_snr =   0.8799533       437.3547    
     746     0.000    5846    -0.031  437.35471   0.000061   0.000050  -0.000005
 r_peak,r_snr =   0.7999722       96.73297    
     846    -0.031    5846    -0.031   96.73297   0.000131   0.000118  -0.000009
 r_peak,r_snr =   0.8230904       266.2441    
     946    -0.031    5846    -0.031  266.24411   0.000105   0.000087  -0.000009
 r_peak,r_snr =   0.8683634       258.5640    
    1046     0.000    5846     0.000  258.56396   0.000074   0.000068  -0.000006
 r_peak,r_snr =   0.8502203       428.1576    
    1146     0.000    5846     0.000  428.15756   0.000079   0.000069  -0.000006
 r_peak,r_snr =   0.8617618       211.3935    
    1246    -0.031    5846    -0.031  211.39352   0.000087   0.000075  -0.000006
 r_peak,r_snr =   0.8598580       137.0875    
    1346     0.000    5846     0.000  137.08749   0.000085   0.000084  -0.000006
 r_peak,r_snr =   0.8351620       90.21036    
    1446     0.000    5846     0.000   90.21036   0.000103   0.000107  -0.000011
 r_peak,r_snr =   0.8611887       182.5456    
    1546     0.000    5846     0.031  182.54556   0.000078   0.000074  -0.000007
 r_peak,r_snr =   0.8659478       301.3310    
    1646     0.000    5846     0.031  301.33096   0.000070   0.000068  -0.000007
 r_peak,r_snr =   0.8587009       106.5729    
    1746     0.000    5846     0.031  106.57289   0.000087   0.000088  -0.000006
 r_peak,r_snr =   0.8312103       144.0540    
    1846     0.000    5846     0.031  144.05400   0.000100   0.000106  -0.000009
 r_peak,r_snr =   0.8416820       58.64350    
    1946     0.000    5846     0.031   58.64350   0.000103   0.000101  -0.000009
 r_peak,r_snr =   0.8553593       33.85724    
    2046     0.031    5846     0.031   33.85724   0.000120   0.000161  -0.000013
   ************************************************** 
   *****                                        ***** 
   *****      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/air76/airops/1376/ts1376_c.TB                                              
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air76/airops/1376/ts1376_c.BT                                              
 /mnt/air76/airops/1376/ts1376_c.TB                                             
        59747
 /mnt/air76/airops/1376/ts1376_c.BT                                             
        59747
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air76/airops/1376/ts1376_c.cor0                                            
  number of input lines:         59747
  number of output lines:         6638
  Reading data and doing multi-looking.
+     1
+   577
+  1153
+  1729
+  2305
+  2881
+  3457
+  4033
+  4609
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+ 52993
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+ 54145
+ 54721
+ 55297
+ 55873
+ 56449
+ 57025
+ 57601
+ 58177
+ 58753
+ 59329
 *** Filtering. o/p nlines:        6638
+   256
+   512
+   768
+  1024
+  1280
+  1536
+  1792
+  2048
+  2304
+  2560
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+  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/air76/airops/1376/ts1376_c.BT                                              
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air76/airops/1376/ts1376_c.BB                                              
 /mnt/air76/airops/1376/ts1376_c.BT                                             
        59747
 /mnt/air76/airops/1376/ts1376_c.BB                                             
        59747
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air76/airops/1376/ts1376_c.cor1                                            
  number of input lines:         59747
  number of output lines:         6638
  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
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+ 26497
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+ 27649
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+ 29377
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+ 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:        6638
+   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/air76/airops/1376/ts1376_c.TT                                              
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air76/airops/1376/ts1376_c.BB                                              
 /mnt/air76/airops/1376/ts1376_c.TT                                             
        59747
 /mnt/air76/airops/1376/ts1376_c.BB                                             
        59747
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air76/airops/1376/ts1376_c.cor                                             
  number of input lines:         59747
  number of output lines:         6638
  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:        6638
+   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       59747
  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        6638       59747
 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        3319
  Identifying neutrons..
  I found            0 neutrons.
  I found         4018 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6638
   ************************************************** 
   *****                                        ***** 
   *****      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       59747
  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        6638       59747
 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        3319
  Identifying neutrons..
  I found            0 neutrons.
  I found         3024 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6638
   ************************************************** 
   *****                                        ***** 
   *****      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       59747
  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        6638       59747
 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        3319
  Identifying neutrons..
  I found            0 neutrons.
  I found         5881 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6638
  Enter the name of the top antenna SLC-1 file.
 /mnt/air76/airops/1376/ts1376_c.BT                          
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air76/airops/1376/ts1376_c.BB                          
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air76/airops/1376/ts1376_c.amp                         
  Enter the name of the output interferogram file.
 /mnt/air76/airops/1376/ts1376_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:         6638
  Enter the name of the top antenna SLC-1 file.
 /mnt/air76/airops/1376/ts1376_c.TT                          
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air76/airops/1376/ts1376_c.BB                          
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air76/airops/1376/ts1376_c.amp                         
  Enter the name of the output interferogram file.
 /mnt/air76/airops/1376/ts1376_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:         6638

 << PS filtering and unwrapping with random trees 3-Nov-98 CW/PAR/SH >>

 Error file = SCREEN
 Reading from: ts1376_c.rdf

 interferogram width:  2560  number of lines/patch:   256
 start line:        3  number of lines:    6637
 start sample:      1  end sample:         2550

 Interferogram File:                  /mnt/air76/airops/1376/ts1376_c.phase
 SLC Amplitudes File:                 /mnt/air76/airops/1376/ts1376_c.amp
 Filtered Interferogram File:         filt_int
 Phase Gradient File:                 phase_slp
 Gradient Corrected Corr. File:       gradient_cc
 Unwrapped Phase File:                /mnt/air76/airops/1376/ts1376_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:             2.30488E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.65312E-03
 GEN_NEUTRONS: image intensity neutrons:      38
 INIT_UNW_RT: number of residues:           95
 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:  496105  area fraction:  0.7869
 average correlation of component:   0.9111

 INIT_UNW_RT: largest component area:  0.7869   seed range:    12
 INIT_UNW_RT: number of points for phase bootstrap:  7594

 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:             2.50874E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.49605E-03
 GEN_NEUTRONS: image intensity neutrons:      24
 UNW_RT: number of residues:           72
 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:     625824 area fraction:  0.99272
 average correlation of connected component:   0.9103
 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:  625824  area fraction:  0.9927
 UNW_RT: phase bootstrap points for next patch:       7566

 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:             2.63951E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.52178E-03
 GEN_NEUTRONS: image intensity neutrons:      46
 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:     627702 area fraction:  0.99569
 average correlation of connected component:   0.9097
 number of points for phase bootstrap:        7566
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  627702  area fraction:  0.9957
 UNW_RT: phase bootstrap points for next patch:       7607

 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:             3.05967E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.59117E-03
 GEN_NEUTRONS: image intensity neutrons:     131
 UNW_RT: number of residues:           58
 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:     627462 area fraction:  0.99531
 average correlation of connected component:   0.9026
 number of points for phase bootstrap:        7607
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  627462  area fraction:  0.9953
 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
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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:             3.43760E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.71528E-03
 GEN_NEUTRONS: image intensity neutrons:      80
 UNW_RT: number of residues:          149
 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:     591436 area fraction:  0.93817
 average correlation of connected component:   0.9023
 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:  591436  area fraction:  0.9382
 UNW_RT: phase bootstrap points for next patch:       6541

 PATCH:   6   starting line:   642    lines read:  256
 starting output line:   65   ending output line:  192
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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:             3.26757E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.17740E-03
 GEN_NEUTRONS: image intensity neutrons:      83
 UNW_RT: number of residues:          140
 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:     614721 area fraction:  0.97510
 average correlation of connected component:   0.9119
 number of points for phase bootstrap:        6541
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:  140  range:      2236  azimuth:        64
 points unwrapped:        121 area fraction:  0.00019
 average correlation of connected component:   0.6427
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  614721  area fraction:  0.9751
 UNW_RT: phase bootstrap points for next patch:       7513

 PATCH:   7   starting line:   770    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
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    2     0     0.20190
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    2     2     1.00000
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    3     3     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:             2.76384E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.03443E-03
 GEN_NEUTRONS: image intensity neutrons:      58
 UNW_RT: number of residues:          177
 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:     618897 area fraction:  0.98173
 average correlation of connected component:   0.9182
 number of points for phase bootstrap:        7513
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  618897  area fraction:  0.9817
 UNW_RT: phase bootstrap points for next patch:       7299

 PATCH:   8   starting line:   898    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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    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
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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:             2.65753E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.81144E-03
 GEN_NEUTRONS: image intensity neutrons:      58
 UNW_RT: number of residues:          196
 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:     621001 area fraction:  0.98507
 average correlation of connected component:   0.9180
 number of points for phase bootstrap:        7296
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  621001  area fraction:  0.9851
 UNW_RT: phase bootstrap points for next patch:       7603

 PATCH:   9   starting line:  1026    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
    1     1     0.44933
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    1     3     0.44933
    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
    3     2     0.67032
    3     3     0.44933
    3     4     0.13534
    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:             2.60902E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.75179E-03
 GEN_NEUTRONS: image intensity neutrons:      53
 UNW_RT: number of residues:           78
 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:     627401 area fraction:  0.99522
 average correlation of connected component:   0.9189
 number of points for phase bootstrap:        7603
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  627401  area fraction:  0.9952
 UNW_RT: phase bootstrap points for next patch:       7592

 PATCH:  10   starting line:  1154    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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    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:             2.57329E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.74872E-03
 GEN_NEUTRONS: image intensity neutrons:      38
 UNW_RT: number of residues:           82
 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:     626998 area fraction:  0.99458
 average correlation of connected component:   0.9192
 number of points for phase bootstrap:        7592
 bootstrap phase variance :                 0.0083
 bootstrap phase difference:               -6.2826
 phase difference (multiples of 2PI):      -1.0000

 UNW_RT: points unwrapped:  626998  area fraction:  0.9946
 UNW_RT: phase bootstrap points for next patch:       7600

 PATCH:  11   starting line:  1282    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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    1     3     0.44933
    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
    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:             2.63897E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.03155E-03
 GEN_NEUTRONS: image intensity neutrons:      27
 UNW_RT: number of residues:           86
 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:     622894 area fraction:  0.98807
 average correlation of connected component:   0.9167
 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:  622894  area fraction:  0.9881
 UNW_RT: phase bootstrap points for next patch:       7557

 PATCH:  12   starting line:  1410    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
    1     1     0.44933
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    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
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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:             2.75021E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.37970E-03
 GEN_NEUTRONS: image intensity neutrons:     102
 UNW_RT: number of residues:          610
 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:     596073 area fraction:  0.94552
 average correlation of connected component:   0.9084
 number of points for phase bootstrap:        7555
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  596073  area fraction:  0.9455
 UNW_RT: phase bootstrap points for next patch:       7163

 PATCH:  13   starting line:  1538    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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    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
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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:             2.93997E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.73251E-03
 GEN_NEUTRONS: image intensity neutrons:     177
 UNW_RT: number of residues:         1378
 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:     561594 area fraction:  0.89083
 average correlation of connected component:   0.9012
 number of points for phase bootstrap:        7163
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  561594  area fraction:  0.8908
 UNW_RT: phase bootstrap points for next patch:       6653

 PATCH:  14   starting line:  1666    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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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     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:             3.05352E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.11136E-03
 GEN_NEUTRONS: image intensity neutrons:     206
 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:     565157 area fraction:  0.89648
 average correlation of connected component:   0.9119
 number of points for phase bootstrap:        6653
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  565157  area fraction:  0.8965
 UNW_RT: phase bootstrap points for next patch:       6986

 PATCH:  15   starting line:  1794    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     4     0.04076
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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:             2.90861E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.09379E-03
 GEN_NEUTRONS: image intensity neutrons:     426
 UNW_RT: number of residues:          336
 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:     595399 area fraction:  0.94445
 average correlation of connected component:   0.9180
 number of points for phase bootstrap:        6982
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  595399  area fraction:  0.9445
 UNW_RT: phase bootstrap points for next patch:       7510

 PATCH:  16   starting line:  1922    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:             2.85416E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.45807E-03
 GEN_NEUTRONS: image intensity neutrons:     653
 UNW_RT: number of residues:          147
 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:     611677 area fraction:  0.97028
 average correlation of connected component:   0.9112
 number of points for phase bootstrap:        7505
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  611677  area fraction:  0.9703
 UNW_RT: phase bootstrap points for next patch:       7377

 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:             2.90338E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.97012E-03
 GEN_NEUTRONS: image intensity neutrons:     481
 UNW_RT: number of residues:          190
 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:     606131 area fraction:  0.96148
 average correlation of connected component:   0.9094
 number of points for phase bootstrap:        7377
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  606131  area fraction:  0.9615
 UNW_RT: phase bootstrap points for next patch:       7095

 PATCH:  18   starting line:  2178    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:             2.87081E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.18502E-03
 GEN_NEUTRONS: image intensity neutrons:     639
 UNW_RT: number of residues:          269
 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:     601986 area fraction:  0.95490
 average correlation of connected component:   0.9041
 number of points for phase bootstrap:        7089
 bootstrap phase variance :                 0.0312
 bootstrap phase difference:               12.5654
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  601986  area fraction:  0.9549
 UNW_RT: phase bootstrap points for next patch:       7322

 PATCH:  19   starting line:  2306    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     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:             2.92302E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.25418E-03
 GEN_NEUTRONS: image intensity neutrons:     233
 UNW_RT: number of residues:          270
 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:     598103 area fraction:  0.94874
 average correlation of connected component:   0.8911
 number of points for phase bootstrap:        7319
 bootstrap phase variance :                 0.1282
 bootstrap phase difference:               25.1306
 phase difference (multiples of 2PI):       4.0000

 UNW_RT: points unwrapped:  598103  area fraction:  0.9487
 UNW_RT: phase bootstrap points for next patch:       7235

 PATCH:  20   starting line:  2434    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:             2.87356E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.57443E-03
 GEN_NEUTRONS: image intensity neutrons:     614
 UNW_RT: number of residues:          214
 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:     590806 area fraction:  0.93717
 average correlation of connected component:   0.8822
 number of points for phase bootstrap:        7235
 bootstrap phase variance :                 0.1270
 bootstrap phase difference:               25.1306
 phase difference (multiples of 2PI):       4.0000

 seed:   78  range:      1244  azimuth:        64
 points unwrapped:         27 area fraction:  0.00004
 average correlation of connected component:   0.6239
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  129  range:      2060  azimuth:        64
 points unwrapped:         79 area fraction:  0.00013
 average correlation of connected component:   0.7678
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  590806  area fraction:  0.9372
 UNW_RT: phase bootstrap points for next patch:       7135

 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     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
    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:             2.91768E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.77270E-03
 GEN_NEUTRONS: image intensity neutrons:    1225
 UNW_RT: number of residues:          334
 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:     587165 area fraction:  0.93139
 average correlation of connected component:   0.8840
 number of points for phase bootstrap:        7132
 bootstrap phase variance :                -0.0447
 bootstrap phase difference:               18.8499
 phase difference (multiples of 2PI):       3.0000

 UNW_RT: points unwrapped:  587165  area fraction:  0.9314
 UNW_RT: phase bootstrap points for next patch:       7170

 PATCH:  22   starting line:  2690    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:             2.80666E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.21010E-03
 GEN_NEUTRONS: image intensity neutrons:    1146
 UNW_RT: number of residues:          567
 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:    3  range:        44  azimuth:        64
 points unwrapped:     556003 area fraction:  0.88196
 average correlation of connected component:   0.8852
 number of points for phase bootstrap:        7166
 bootstrap phase variance :                -0.0437
 bootstrap phase difference:               18.8499
 phase difference (multiples of 2PI):       3.0000

 UNW_RT: points unwrapped:  556003  area fraction:  0.8820
 UNW_RT: phase bootstrap points for next patch:       6167

 PATCH:  23   starting line:  2818    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:             2.30043E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.41168E-03
 GEN_NEUTRONS: image intensity neutrons:    1369
 UNW_RT: number of residues:          861
 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:       1487 area fraction:  0.00236
 average correlation of connected component:   0.7346
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:    4  range:        60  azimuth:        64
 points unwrapped:     123099 area fraction:  0.19527
 average correlation of connected component:   0.8597
 number of points for phase bootstrap:        1608
 bootstrap phase variance :                 0.0444
 bootstrap phase difference:               31.4153
 phase difference (multiples of 2PI):       5.0000

 seed:   44  range:       700  azimuth:        64
 points unwrapped:        231 area fraction:  0.00037
 average correlation of connected component:   0.6897
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   50  range:       796  azimuth:        64
 points unwrapped:     396638 area fraction:  0.62917
 average correlation of connected component:   0.8911
 number of points for phase bootstrap:        4555
 bootstrap phase variance :                 0.0004
 bootstrap phase difference:                6.2832
 phase difference (multiples of 2PI):       1.0000

 seed:   58  range:       924  azimuth:        64
 points unwrapped:       1134 area fraction:  0.00180
 average correlation of connected component:   0.6251
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  519737  area fraction:  0.8244
 UNW_RT: phase bootstrap points for next patch:       6306

 PATCH:  24   starting line:  2946    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
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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
    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:             2.29655E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.83410E-03
 GEN_NEUTRONS: image intensity neutrons:    2152
 UNW_RT: number of residues:         1266
 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:     123506 area fraction:  0.19591
 average correlation of connected component:   0.8595
 number of points for phase bootstrap:        1364
 bootstrap phase variance :                 0.0244
 bootstrap phase difference:               31.4156
 phase difference (multiples of 2PI):       5.0000

 seed:   43  range:       684  azimuth:        64
 points unwrapped:        985 area fraction:  0.00156
 average correlation of connected component:   0.7838
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   45  range:       716  azimuth:        64
 points unwrapped:       1195 area fraction:  0.00190
 average correlation of connected component:   0.6590
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   53  range:       844  azimuth:        64
 points unwrapped:     409902 area fraction:  0.65021
 average correlation of connected component:   0.8945
 number of points for phase bootstrap:        4936
 bootstrap phase variance :                 0.0008
 bootstrap phase difference:                6.2832
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  533408  area fraction:  0.8461
 UNW_RT: phase bootstrap points for next patch:       6761

 PATCH:  25   starting line:  3074    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
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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
    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:             2.61271E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.02508E-03
 GEN_NEUTRONS: image intensity neutrons:    1598
 UNW_RT: number of residues:         1245
 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:     569203 area fraction:  0.90290
 average correlation of connected component:   0.8831
 number of points for phase bootstrap:        6760
 bootstrap phase variance :                -0.0580
 bootstrap phase difference:               31.4174
 phase difference (multiples of 2PI):       5.0000

 seed:   48  range:       764  azimuth:        64
 points unwrapped:         20 area fraction:  0.00003
 average correlation of connected component:   0.6614
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  569203  area fraction:  0.9029
 UNW_RT: phase bootstrap points for next patch:       6934

 PATCH:  26   starting line:  3202    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:             2.81375E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.10557E-03
 GEN_NEUTRONS: image intensity neutrons:     854
 UNW_RT: number of residues:          577
 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:     597385 area fraction:  0.94760
 average correlation of connected component:   0.8839
 number of points for phase bootstrap:        6928
 bootstrap phase variance :                -0.1989
 bootstrap phase difference:               37.7002
 phase difference (multiples of 2PI):       6.0000

 UNW_RT: points unwrapped:  597385  area fraction:  0.9476
 UNW_RT: phase bootstrap points for next patch:       7340

 PATCH:  27   starting line:  3330    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:             3.02912E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.26294E-03
 GEN_NEUTRONS: image intensity neutrons:    1722
 UNW_RT: number of residues:          159
 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:     607263 area fraction:  0.96327
 average correlation of connected component:   0.8858
 number of points for phase bootstrap:        7337
 bootstrap phase variance :                -0.0797
 bootstrap phase difference:               31.4177
 phase difference (multiples of 2PI):       5.0000

 UNW_RT: points unwrapped:  607263  area fraction:  0.9633
 UNW_RT: phase bootstrap points for next patch:       7228

 PATCH:  28   starting line:  3458    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:             2.98570E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.13921E-03
 GEN_NEUTRONS: image intensity neutrons:    1993
 UNW_RT: number of residues:          125
 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:        162 area fraction:  0.00026
 average correlation of connected component:   0.5908
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:    3  range:        44  azimuth:        64
 points unwrapped:     607901 area fraction:  0.96429
 average correlation of connected component:   0.8841
 number of points for phase bootstrap:        7224
 bootstrap phase variance :                -0.0757
 bootstrap phase difference:               31.4176
 phase difference (multiples of 2PI):       5.0000

 UNW_RT: points unwrapped:  607901  area fraction:  0.9643
 UNW_RT: phase bootstrap points for next patch:       7426

 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
    0     3     0.13534
    0     4     0.04076
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    1     1     0.44933
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    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
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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:             2.93867E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.29652E-03
 GEN_NEUTRONS: image intensity neutrons:    1365
 UNW_RT: number of residues:          149
 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:     603976 area fraction:  0.95806
 average correlation of connected component:   0.8868
 number of points for phase bootstrap:        7426
 bootstrap phase variance :                -0.0827
 bootstrap phase difference:               31.4178
 phase difference (multiples of 2PI):       5.0000

 UNW_RT: points unwrapped:  603976  area fraction:  0.9581
 UNW_RT: phase bootstrap points for next patch:       7197

 PATCH:  30   starting line:  3714    lines read:  256
 starting output line:   65   ending output line:  192
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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     2     0.67032
    3     3     0.44933
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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:             2.77902E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.27377E-03
 GEN_NEUTRONS: image intensity neutrons:    1157
 UNW_RT: number of residues:          172
 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:    4  range:        60  azimuth:        64
 points unwrapped:     602753 area fraction:  0.95612
 average correlation of connected component:   0.8939
 number of points for phase bootstrap:        7191
 bootstrap phase variance :                -0.1720
 bootstrap phase difference:               37.6998
 phase difference (multiples of 2PI):       6.0000

 UNW_RT: points unwrapped:  602753  area fraction:  0.9561
 UNW_RT: phase bootstrap points for next patch:       7333

 PATCH:  31   starting line:  3842    lines read:  256
 starting output line:   65   ending output line:  192
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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
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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:             2.87469E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.23487E-03
 GEN_NEUTRONS: image intensity neutrons:     604
 UNW_RT: number of residues:           92
 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:     606132 area fraction:  0.96148
 average correlation of connected component:   0.8998
 number of points for phase bootstrap:        7327
 bootstrap phase variance :                -0.1569
 bootstrap phase difference:               37.6996
 phase difference (multiples of 2PI):       6.0000

 UNW_RT: points unwrapped:  606132  area fraction:  0.9615
 UNW_RT: phase bootstrap points for next patch:       7382

 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
    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:             3.10449E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.99543E-03
 GEN_NEUTRONS: image intensity neutrons:     628
 UNW_RT: number of residues:          214
 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:     601804 area fraction:  0.95461
 average correlation of connected component:   0.9009
 number of points for phase bootstrap:        7376
 bootstrap phase variance :                 0.1291
 bootstrap phase difference:               25.1305
 phase difference (multiples of 2PI):       4.0000

 UNW_RT: points unwrapped:  601804  area fraction:  0.9546
 UNW_RT: phase bootstrap points for next patch:       7210

 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
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    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
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    3     0     0.13534
    3     1     0.44933
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    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:             3.15132E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.48673E-03
 GEN_NEUTRONS: image intensity neutrons:     718
 UNW_RT: number of residues:          296
 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:     595014 area fraction:  0.94384
 average correlation of connected component:   0.9030
 number of points for phase bootstrap:        7210
 bootstrap phase variance :                 0.1266
 bootstrap phase difference:               25.1306
 phase difference (multiples of 2PI):       4.0000

 UNW_RT: points unwrapped:  595014  area fraction:  0.9438
 UNW_RT: phase bootstrap points for next patch:       7168

 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
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    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:             3.05950E-03
 GEN_NEUTRONS: image intensity standard deviation:  6.00512E-03
 GEN_NEUTRONS: image intensity neutrons:     797
 UNW_RT: number of residues:          179
 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:       2829 area fraction:  0.00449
 average correlation of connected component:   0.7757
 number of points for phase bootstrap:          81
 bootstrap phase variance :                 0.0004
 bootstrap phase difference:               12.5664
 phase difference (multiples of 2PI):       2.0000

 seed:    6  range:        92  azimuth:        64
 points unwrapped:     594368 area fraction:  0.94282
 average correlation of connected component:   0.9060
 number of points for phase bootstrap:        7087
 bootstrap phase variance :                -0.0707
 bootstrap phase difference:               31.4176
 phase difference (multiples of 2PI):       5.0000

 UNW_RT: points unwrapped:  597197  area fraction:  0.9473
 UNW_RT: phase bootstrap points for next patch:       7330

 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
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    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:             2.65756E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.47618E-03
 GEN_NEUTRONS: image intensity neutrons:    1780
 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:         30 area fraction:  0.00005
 average correlation of connected component:   0.6112
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:    3  range:        44  azimuth:        64
 points unwrapped:     608575 area fraction:  0.96535
 average correlation of connected component:   0.9055
 number of points for phase bootstrap:        7324
 bootstrap phase variance :                 0.1283
 bootstrap phase difference:               25.1306
 phase difference (multiples of 2PI):       4.0000

 UNW_RT: points unwrapped:  608575  area fraction:  0.9654
 UNW_RT: phase bootstrap points for next patch:       7389

 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:             2.43752E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.57206E-03
 GEN_NEUTRONS: image intensity neutrons:    1381
 UNW_RT: number of residues:           14
 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:     615404 area fraction:  0.97619
 average correlation of connected component:   0.9048
 number of points for phase bootstrap:        7384
 bootstrap phase variance :                -0.0189
 bootstrap phase difference:               43.9808
 phase difference (multiples of 2PI):       7.0000

 UNW_RT: points unwrapped:  615404  area fraction:  0.9762
 UNW_RT: phase bootstrap points for next patch:       7453

 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:             2.41730E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.45138E-03
 GEN_NEUTRONS: image intensity neutrons:     307
 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:     617708 area fraction:  0.97984
 average correlation of connected component:   0.9051
 number of points for phase bootstrap:        7448
 bootstrap phase variance :                -0.0125
 bootstrap phase difference:               43.9807
 phase difference (multiples of 2PI):       7.0000

 UNW_RT: points unwrapped:  617708  area fraction:  0.9798
 UNW_RT: phase bootstrap points for next patch:       7487

 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:             2.50376E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.82396E-03
 GEN_NEUTRONS: image intensity neutrons:     391
 UNW_RT: number of residues:           43
 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:     613059 area fraction:  0.97247
 average correlation of connected component:   0.9013
 number of points for phase bootstrap:        7482
 bootstrap phase variance :                -0.0090
 bootstrap phase difference:               43.9806
 phase difference (multiples of 2PI):       7.0000

 UNW_RT: points unwrapped:  613059  area fraction:  0.9725
 UNW_RT: phase bootstrap points for next patch:       7381

 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
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    3     0     0.13534
    3     1     0.44933
    3     2     0.67032
    3     3     0.44933
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    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:             2.77076E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.96379E-03
 GEN_NEUTRONS: image intensity neutrons:     576
 UNW_RT: number of residues:          125
 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:     604590 area fraction:  0.95903
 average correlation of connected component:   0.8965
 number of points for phase bootstrap:        7375
 bootstrap phase variance :                -0.0810
 bootstrap phase difference:               31.4177
 phase difference (multiples of 2PI):       5.0000

 UNW_RT: points unwrapped:  604590  area fraction:  0.9590
 UNW_RT: phase bootstrap points for next patch:       7219

 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
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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
    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:             2.88711E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.02440E-03
 GEN_NEUTRONS: image intensity neutrons:     618
 UNW_RT: number of residues:          143
 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:     604404 area fraction:  0.95874
 average correlation of connected component:   0.8970
 number of points for phase bootstrap:        7213
 bootstrap phase variance :                 0.0317
 bootstrap phase difference:               12.5653
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  604404  area fraction:  0.9587
 UNW_RT: phase bootstrap points for next patch:       7358

 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:             2.97948E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.79212E-03
 GEN_NEUTRONS: image intensity neutrons:     310
 UNW_RT: number of residues:          117
 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:     608229 area fraction:  0.96481
 average correlation of connected component:   0.8967
 number of points for phase bootstrap:        7355
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  608229  area fraction:  0.9648
 UNW_RT: phase bootstrap points for next patch:       7372

 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:             2.98950E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.30870E-03
 GEN_NEUTRONS: image intensity neutrons:     340
 UNW_RT: number of residues:          111
 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:     602646 area fraction:  0.95595
 average correlation of connected component:   0.8987
 number of points for phase bootstrap:        7371
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  602646  area fraction:  0.9559
 UNW_RT: phase bootstrap points for next patch:       7155

 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:             2.80742E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.63570E-03
 GEN_NEUTRONS: image intensity neutrons:     773
 UNW_RT: number of residues:          110
 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:     598712 area fraction:  0.94971
 average correlation of connected component:   0.8998
 number of points for phase bootstrap:        7149
 bootstrap phase variance :                 0.0314
 bootstrap phase difference:               12.5653
 phase difference (multiples of 2PI):       2.0000

 seed:  145  range:      2316  azimuth:        64
 points unwrapped:         25 area fraction:  0.00004
 average correlation of connected component:   0.5901
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  146  range:      2332  azimuth:        64
 points unwrapped:         63 area fraction:  0.00010
 average correlation of connected component:   0.7124
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  598712  area fraction:  0.9497
 UNW_RT: phase bootstrap points for next patch:       7217

 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:             2.88979E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.69528E-03
 GEN_NEUTRONS: image intensity neutrons:     699
 UNW_RT: number of residues:           73
 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:     603701 area fraction:  0.95762
 average correlation of connected component:   0.9038
 number of points for phase bootstrap:        7212
 bootstrap phase variance :                 0.0317
 bootstrap phase difference:               12.5653
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  603701  area fraction:  0.9576
 UNW_RT: phase bootstrap points for next patch:       7404

 PATCH:  45   starting line:  5634    lines read:  256
 starting output line:   65   ending output line:  192
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    0     4     0.04076
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    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:             2.85386E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.59454E-03
 GEN_NEUTRONS: image intensity neutrons:     476
 UNW_RT: number of residues:           25
 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:     608700 area fraction:  0.96555
 average correlation of connected component:   0.9021
 number of points for phase bootstrap:        7398
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  608700  area fraction:  0.9656
 UNW_RT: phase bootstrap points for next patch:       7334

 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
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    1     4     0.13534
    2     0     0.20190
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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:             2.89333E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.33501E-03
 GEN_NEUTRONS: image intensity neutrons:     124
 UNW_RT: number of residues:           33
 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:     606898 area fraction:  0.96269
 average correlation of connected component:   0.8915
 number of points for phase bootstrap:        7328
 bootstrap phase variance :                 0.0080
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  606898  area fraction:  0.9627
 UNW_RT: phase bootstrap points for next patch:       7296

 PATCH:  47   starting line:  5890    lines read:  256
 starting output line:   65   ending output line:  192
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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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 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:             3.05976E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.77663E-03
 GEN_NEUTRONS: image intensity neutrons:      47
 UNW_RT: number of residues:           49
 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:     604045 area fraction:  0.95817
 average correlation of connected component:   0.8833
 number of points for phase bootstrap:        7292
 bootstrap phase variance :                 0.0320
 bootstrap phase difference:               12.5653
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  604045  area fraction:  0.9582
 UNW_RT: phase bootstrap points for next patch:       7276

 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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 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:             3.06328E-03
 GEN_NEUTRONS: image intensity standard deviation:  5.06946E-03
 GEN_NEUTRONS: image intensity neutrons:     110
 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:     599739 area fraction:  0.95134
 average correlation of connected component:   0.8754
 number of points for phase bootstrap:        7276
 bootstrap phase variance :                 0.0319
 bootstrap phase difference:               12.5653
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  599739  area fraction:  0.9513
 UNW_RT: phase bootstrap points for next patch:       7310

 PATCH:  49   starting line:  6146    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:             3.01874E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.87930E-03
 GEN_NEUTRONS: image intensity neutrons:     126
 UNW_RT: number of residues:           60
 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:     591231 area fraction:  0.93784
 average correlation of connected component:   0.8767
 number of points for phase bootstrap:        7304
 bootstrap phase variance :                -0.0398
 bootstrap phase difference:               18.8498
 phase difference (multiples of 2PI):       3.0000

 UNW_RT: points unwrapped:  591231  area fraction:  0.9378
 UNW_RT: phase bootstrap points for next patch:       7059

 PATCH:  50   starting line:  6274    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:             2.93560E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.52653E-03
 GEN_NEUTRONS: image intensity neutrons:      63
 UNW_RT: number of residues:           84
 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:     581971 area fraction:  0.92315
 average correlation of connected component:   0.9140
 number of points for phase bootstrap:        7054
 bootstrap phase variance :                 0.0311
 bootstrap phase difference:               12.5654
 phase difference (multiples of 2PI):       2.0000

 UNW_RT: points unwrapped:  581971  area fraction:  0.9232
 UNW_RT: phase bootstrap points for next patch:       7345

 PATCH:  51   starting line:  6402    lines read:  237
 starting output line:   65   ending output line:  237
    0     0     0.04076
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    4     0     0.04076
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   233
 INIT_UNW_RT: starting unwrap pixel:    5  ending unwrap pixel: 2546
 GEN_NEUTRONS: average image intensity:             1.50970E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.38908E-03
 GEN_NEUTRONS: image intensity neutrons:     195
 UNW_RT: number of residues:          124
 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:      11272 area fraction:  0.01936
 average correlation of connected component:   1.3798
 number of points for phase bootstrap:         393
 bootstrap phase variance :                -0.0003
 bootstrap phase difference:               12.5664
 phase difference (multiples of 2PI):       2.0000

 seed:   10  range:       156  azimuth:        64
 points unwrapped:       6819 area fraction:  0.01171
 average correlation of connected component:   0.9989
 number of points for phase bootstrap:         230
 bootstrap phase variance :                -0.0019
 bootstrap phase difference:               18.8496
 phase difference (multiples of 2PI):       3.0000

 seed:   16  range:       252  azimuth:        64
 points unwrapped:      13952 area fraction:  0.02397
 average correlation of connected component:   1.5151
 number of points for phase bootstrap:         388
 bootstrap phase variance :                -0.0020
 bootstrap phase difference:               18.8496
 phase difference (multiples of 2PI):       3.0000

 seed:   24  range:       380  azimuth:        64
 points unwrapped:     348272 area fraction:  0.59828
 average correlation of connected component:   0.9717
 number of points for phase bootstrap:        6227
 bootstrap phase variance :                -0.0405
 bootstrap phase difference:               18.8499
 phase difference (multiples of 2PI):       3.0000

 UNW_RT: points unwrapped:  380315  area fraction:  0.6533
 UNW_RT: phase bootstrap points for next patch:       3114

*** Normal Completion  ***

 enter I/P file name (unw_phase_mag)
 /mnt/air76/airops/1376/ts1376_c.unw_phase_mag               
 enter I/P file name for hdr (amp_file)
 /mnt/air76/airops/1376/ts1376_c.amp                         
 enter O/P file name for magitude file:
 /mnt/air76/airops/1376/ts1376_c.unw_vvvv                    
 enter O/P file name for phase file:
 /mnt/air76/airops/1376/ts1376_c.unw_intf                    
 Reading new header..STARTING at            0
 r_new_hdr
 r_param_hdr
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         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
        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/air71/airops/1376/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:       -12.68497       6.197098    
 Total number of pixels averaged:     31529546
 Phase Adjustment in cycles:        -2.018876    
 Multi-looking lines        6638
 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        6638
 ***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/air71/airops/1376/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   7497.642       7497.647       175.7253    
    217.1406      5.4696938E-03
 1)xr yr zr:   1.904224      0.5885775     -0.3402111    
 xv0 ,h_p c s xv:         100   7497.642       7497.683       175.6423    
    217.1406      4.0576998E-02
 100)xr yr zr:   1.904227      0.5885659     -0.3402111      -15064.86    
    171.7421       7497.683    
  Enter the interf. calibration file name.
 HDDT:  104
 ==xv0 h_a==   7497.642       6897.600       600.0420    
 ==r0 bw wavl dx dr==   7952.370       40.00000      5.6699999E-02
   0.5100000       3.331000    
 ==phbt phtp calf==band   88.70000       120.2000       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:   93.25999      -31.50000       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        6638           3
 Reading mask
 Reading  line files
 Translating the phases to height.
 ==look_agl==:           1        1840  0.5218368    
 xv ha cos(p):   1.632527      0.7829005      0.9999197    
 xv0 maphgt rf:   7497.642       600.0420       7956.581    
 **Bliine(100) dy dz:**   1.086205       2.248613    
 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 =   -14336.41    
 Writing map out.
 cal_cp lines:        2560        6638       30720
 file cal_cp.dat:        2560        6638       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/dinosar0/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/dinosar0/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:   96.90000      -196.1100    
  Input ground spacing ?
  cross-track ground spacing:   5.000000    
  Radiometric Correction Vectors file:
 /mnt/air76/airops/1376/ts1376_c.rad_vec                                         
 vec_len Rn ha y0out dyout:       17608   16476.40       6897.600    
    3957.689       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        6638
          500        6638
          750        6638
         1000        6638
         1250        6638
         1500        6638
         1750        6638
         2000        6638
         2250        6638
         2500        6638
         2750        6638
         3000        6638
         3250        6638
         3500        6638
         3750        6638
         4000        6638
         4250        6638
         4500        6638
         4750        6638
         5000        6638
         5250        6638
         5500        6638
         5750        6638
         6000        6638
         6250        6638
         6500        6638
 peg points:    63.79357      -144.6746       90.07909       63.79357    
   -144.6746       90.07909    
GERSTLERIVER90-2 
NAME OF HEADER                           PARAMETER
SITE NAME                         GerstleRiver90-2
LATITUDE OF SITE (DEGREES)                 63.8667
LONGITUDE OF SITE (DEGREES)              -144.7667
IMAGE TITLE                       GERSTLERIVER90-2
HDDT ID                                        104
FREQUENCY                                        C
POLARIZATION                                    VV
CCT TYPE                                        TS
CCT ID                                        1376
ARCHIVAL FLAG                                    0
TRANSFER START FRAMECOUNT                 13053953
PROCESSOR START FRAMECOUNT                13053953
LATITUDE AT START OF SCENE (DEGREES)       63.8308
LONGITUDE AT START OF SCENE (DEGREES)    -144.9749
LATITUDE AT END OF SCENE (DEGREES)         63.8309
LONGITUDE AT END OF SCENE (DEGREES)      -144.0525
APPROXIMATE STARTING HDDT FOOTAGE           281463
DATE OF ACQUISITION (GMT)                22-OCT-00
TIME OF ACQUISITION: GMT DAY                   296
TIME OF ACQUISITION: SECONDS IN DAY        77464.0
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)                843.9
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)                7921.7
RADAR ALTITUDE (METERS)                     6897.6
ALTITUDE USED IN PROCESSOR (METERS)         6897.6
ELEVATION OF INVESTIGATOR SITE (METERS)        600
AIRCRAFT TRACK ANGLE (DEGREES)                90.4
AIRCRAFT YAW ANGLE (DEGREES)                   2.5
AIRCRAFT PITCH ANGLE (DEGREES)                 0.8
AIRCRAFT ROLL ANGLE (DEGREES)                 -0.9
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)                       65.3
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)            63.8694
IMAGE CENTER LONGITUDE (DEGREES)         -144.5109
CALTONE VIDEO FREQUENCY                    43.5938
CALTONE POWER MEASURED, DB, HH                97.0
CALTONE POWER MEASURED, DB, HV                96.9
CALTONE POWER MEASURED, DB, VH                97.0
CALTONE POWER MEASURED, DB, VV                96.9
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               88.7
CALTONE PHASE MEASURED, DEG, HV              120.2
CALTONE PHASE MEASURED, DEG, VH               88.5
CALTONE PHASE MEASURED, DEG, VV              120.2
GENERAL SCALE FACTOR                           0.0
GPS ALTITUDE, M                             7479.1
LATITUDE OF PEG POINT                   63.7935677
LONGITUDE OF PEG POINT                -144.6746063
HEADING AT PEG POINT                    90.0790939
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:   843.9000       40.00000       10.00000    
 proj4 nsampr        2201   15280.57       6897.600       3957.689    
    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:
    63.79357      -144.6746       90.07909    
  
  Offset Parameters:
     s0 (m) =   -14336.40    
     c0 (m) =    3957.689    

 Reading data.       10240        2201        6638
+  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 =               1011986
         2201         6146   -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
+ 6144
   ************************************************** 
   *****                                        ***** 
   *****      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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6638
+  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 =    3957.689    
  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        6638
+  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 =                993157
         2201         6146   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
+ 6144
   ************************************************** 
   *****                                        ***** 
   *****      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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6638
+  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 =    3957.689    
  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        6638
+  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 =                994274
         2201         6146   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
+ 6144
   ************************************************** 
   *****                                        ***** 
   *****      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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6638
+  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 =    3957.689    
  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
+ 6144
   ************************************************** 
   *****                                        ***** 
   *****      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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6638
+  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 =    3957.689    
  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
+ 6144
  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
         6144
  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
         6144
  Minimum, Maximum heights:   509.6473       1206.274    
  Suggest we use   4.2518742E-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
         6144
   ************************************************** 
   *****                                        ***** 
   *****      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        6146       44020
 ns np offset:        2201        6146       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
         6144
  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
         6144
  Average RCS (dB) =   -25.80995    
  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
         6144
 ***  Convert real*4 to Byte image  ***
  
 Enter data file to be converted:  /mnt/air76/airops/1376/ts1376_c.vvgr                                            
 channel=           3
  Reading the header.
  New header present.
  Record length =         8804
  Number of samples per line =         2201
  Number of lines in image =         6146
  Offset to data =        44020
  Status =            0
  New header is OK
 nsamp,nlines,ioff        2201        6146       44020
 Enter data file for saving byte output:            33  8.1926130E-02  0.0000000E+00
           65  0.1141372      0.0000000E+00
           97  0.3147265      0.0000000E+00
          129  0.3147265      0.0000000E+00
          161  0.3147265      0.0000000E+00
          193  0.3147265      0.0000000E+00
          225  0.3147265      0.0000000E+00
          257  0.3147265      0.0000000E+00
          289  0.3147265      0.0000000E+00
          321  0.3147265      0.0000000E+00
          353  0.3147265      0.0000000E+00
          385  0.3147265      0.0000000E+00
          417  0.3147265      0.0000000E+00
          449  0.3147265      0.0000000E+00
          481  0.3147265      0.0000000E+00
          513  0.3147265      0.0000000E+00
          545  0.3147265      0.0000000E+00
          577  0.3147265      0.0000000E+00
          609  0.3147265      0.0000000E+00
          641  0.3147265      0.0000000E+00
          673  0.3147265      0.0000000E+00
          705  0.3147265      0.0000000E+00
          737  0.3147265      0.0000000E+00
          769  0.3147265      0.0000000E+00
          801  0.3147265      0.0000000E+00
          833  0.3147265      0.0000000E+00
          865  0.3147265      0.0000000E+00
          897  0.3147265      0.0000000E+00
          929  0.3147265      0.0000000E+00
          961  0.3147265      0.0000000E+00
          993  0.3147265      0.0000000E+00
         1025  0.3147265      0.0000000E+00
         1057  0.3147265      0.0000000E+00
         1089  0.3147265      0.0000000E+00
         1121  0.3799183      0.0000000E+00
         1153  0.3799183      0.0000000E+00
         1185  0.3799183      0.0000000E+00
         1217  0.3799183      0.0000000E+00
         1249  0.3799183      0.0000000E+00
         1281  0.3799183      0.0000000E+00
         1313  0.3799183      0.0000000E+00
         1345  0.3799183      0.0000000E+00
         1377  0.3799183      0.0000000E+00
         1409  0.3799183      0.0000000E+00
         1441  0.3799183      0.0000000E+00
         1473  0.3799183      0.0000000E+00
         1505  0.3799183      0.0000000E+00
         1537  0.3799183      0.0000000E+00
         1569  0.3799183      0.0000000E+00
         1601  0.3799183      0.0000000E+00
         1633  0.3799183      0.0000000E+00
         1665  0.3799183      0.0000000E+00
         1697  0.3799183      0.0000000E+00
         1729  0.3799183      0.0000000E+00
         1761  0.3799183      0.0000000E+00
         1793  0.3799183      0.0000000E+00
         1825  0.3799183      0.0000000E+00
         1857  0.3799183      0.0000000E+00
         1889  0.3799183      0.0000000E+00
         1921  0.3799183      0.0000000E+00
         1953  0.3799183      0.0000000E+00
         1985  0.3799183      0.0000000E+00
         2017  0.3799183      0.0000000E+00
         2049  0.3799183      0.0000000E+00
         2081  0.3799183      0.0000000E+00
         2113  0.3799183      0.0000000E+00
         2145  0.3799183      0.0000000E+00
         2177  0.3799183      0.0000000E+00
         2209  0.3799183      0.0000000E+00
         2241  0.3799183      0.0000000E+00
         2273  0.3799183      0.0000000E+00
         2305  0.3799183      0.0000000E+00
         2337  0.3799183      0.0000000E+00
         2369  0.3799183      0.0000000E+00
         2401  0.3799183      0.0000000E+00
         2433  0.3799183      0.0000000E+00
         2465  0.3799183      0.0000000E+00
         2497  0.3799183      0.0000000E+00
         2529  0.3799183      0.0000000E+00
         2561  0.3799183      0.0000000E+00
         2593  0.3799183      0.0000000E+00
         2625  0.3799183      0.0000000E+00
         2657  0.3799183      0.0000000E+00
         2689  0.3799183      0.0000000E+00
         2721  0.3799183      0.0000000E+00
         2753  0.3799183      0.0000000E+00
         2785  0.3799183      0.0000000E+00
         2817  0.3799183      0.0000000E+00
         2849  0.3799183      0.0000000E+00
         2881  0.3799183      0.0000000E+00
         2913  0.3799183      0.0000000E+00
         2945  0.3799183      0.0000000E+00
         2977  0.3799183      0.0000000E+00
         3009  0.3799183      0.0000000E+00
         3041  0.3799183      0.0000000E+00
         3073  0.3799183      0.0000000E+00
         3105  0.3799183      0.0000000E+00
         3137  0.3799183      0.0000000E+00
         3169  0.3799183      0.0000000E+00
         3201  0.3799183      0.0000000E+00
         3233  0.3799183      0.0000000E+00
         3265  0.3799183      0.0000000E+00
         3297  0.3799183      0.0000000E+00
         3329  0.3799183      0.0000000E+00
         3361  0.3799183      0.0000000E+00
         3393  0.3799183      0.0000000E+00
         3425  0.3799183      0.0000000E+00
         3457  0.3799183      0.0000000E+00
         3489  0.3799183      0.0000000E+00
         3521  0.3799183      0.0000000E+00
         3553  0.3799183      0.0000000E+00
         3585  0.3799183      0.0000000E+00
         3617  0.3799183      0.0000000E+00
         3649  0.3799183      0.0000000E+00
         3681  0.3799183      0.0000000E+00
         3713  0.3799183      0.0000000E+00
         3745  0.3799183      0.0000000E+00
         3777  0.3799183      0.0000000E+00
         3809  0.3799183      0.0000000E+00
         3841  0.3799183      0.0000000E+00
         3873  0.3799183      0.0000000E+00
         3905  0.3799183      0.0000000E+00
         3937  0.3799183      0.0000000E+00
         3969  0.3799183      0.0000000E+00
         4001  0.3799183      0.0000000E+00
         4033  0.3799183      0.0000000E+00
         4065  0.3799183      0.0000000E+00
         4097  0.3799183      0.0000000E+00
         4129  0.3799183      0.0000000E+00
         4161  0.3799183      0.0000000E+00
         4193  0.3799183      0.0000000E+00
         4225  0.3799183      0.0000000E+00
         4257  0.3799183      0.0000000E+00
         4289  0.3799183      0.0000000E+00
         4321  0.3799183      0.0000000E+00
         4353  0.3799183      0.0000000E+00
         4385  0.3799183      0.0000000E+00
         4417  0.3799183      0.0000000E+00
         4449  0.3799183      0.0000000E+00
         4481  0.3799183      0.0000000E+00
         4513  0.3799183      0.0000000E+00
         4545  0.3799183      0.0000000E+00
         4577  0.3799183      0.0000000E+00
         4609  0.3799183      0.0000000E+00
         4641  0.3799183      0.0000000E+00
         4673  0.3799183      0.0000000E+00
         4705  0.3799183      0.0000000E+00
         4737  0.3799183      0.0000000E+00
         4769  0.3799183      0.0000000E+00
         4801  0.3799183      0.0000000E+00
         4833  0.3799183      0.0000000E+00
         4865  0.3799183      0.0000000E+00
         4897  0.3799183      0.0000000E+00
         4929  0.3799183      0.0000000E+00
         4961  0.3799183      0.0000000E+00
         4993  0.3799183      0.0000000E+00
         5025  0.3799183      0.0000000E+00
         5057  0.3799183      0.0000000E+00
         5089  0.3799183      0.0000000E+00
         5121  0.3799183      0.0000000E+00
         5153  0.3799183      0.0000000E+00
         5185  0.3799183      0.0000000E+00
         5217  0.3799183      0.0000000E+00
         5249  0.3799183      0.0000000E+00
         5281  0.3799183      0.0000000E+00
         5313  0.3799183      0.0000000E+00
         5345  0.3799183      0.0000000E+00
         5377  0.3799183      0.0000000E+00
         5409  0.3799183      0.0000000E+00
         5441  0.3799183      0.0000000E+00
         5473  0.3799183      0.0000000E+00
         5505  0.3799183      0.0000000E+00
         5537  0.3799183      0.0000000E+00
         5569  0.3799183      0.0000000E+00
         5601  0.3799183      0.0000000E+00
         5633  0.3799183      0.0000000E+00
         5665  0.3799183      0.0000000E+00
         5697  0.3799183      0.0000000E+00
         5729  0.3799183      0.0000000E+00
         5761  0.3799183      0.0000000E+00
         5793  0.3799183      0.0000000E+00
         5825  0.3799183      0.0000000E+00
         5857  0.3799183      0.0000000E+00
         5889  0.3799183      0.0000000E+00
         5921  0.3799183      0.0000000E+00
         5953  0.3799183      0.0000000E+00
         5985  0.3799183      0.0000000E+00
         6017  0.3799183      0.0000000E+00
         6049  0.3799183      0.0000000E+00
         6081  0.3799183      0.0000000E+00
         6113  0.3799183      0.0000000E+00
         6145  0.3799183      0.0000000E+00
  Min, Max r_scale =   0.0000000E+00  0.3799183      0.5000000    
 Do you want to change these variables? yes=1
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 done
Fri Apr 12 23:23:58 PDT 2002
Fri Apr 12 23:23:58 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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 Honeywell EGI98Fall for gps-hgt        9109       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30882       92.61475       94.20227     0.4714546      0
 trc             90.66287       89.91670       91.58457     0.5399758      0
 tgs            216.59107      216.39063      217.14063     0.1869538      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        0.78003     0.0658214      0
 lati            63.79498       63.79497       63.79499     0.0000068      0
 loni          -144.94854     -144.98070     -144.91639     0.0185840      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.05863     7479.70232     0.4261370      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98070     -144.35622     0.1802703      0
 hwalt         7481.00964     7478.05863     7483.70432     1.6767775      0
 hwev           216.57355      216.31800      217.14800     0.2047359      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392498      0
 hwuv             0.01523       -0.39000        0.40800     0.1617817      0
 hwroll          -0.36957       -2.12036        1.04370     0.8582916      0
 hwpitch          0.64187        0.52185        0.78003     0.0657094      0
 hwhdg           93.30955       92.61475       94.20227     0.4715016      0
 hwtrc           90.66383       89.91670       91.58457     0.5399040      0
 hwtgs          216.59037      216.39063      217.14063     0.1861336      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   25522406.66293187    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8274120431037791       4.893531030238681    
   -4.858108659443752    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000066      0
 loni          -144.94854     -144.98063     -144.91646     0.0185838      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10960     7478.78370     7479.79374     0.2244725      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           63.79375       63.79178       63.79499     0.0009140      0
 hwlon         -144.66833     -144.98063     -144.35628     0.1802703      0
 hwalt         7481.00965     7478.06405     7483.70427     1.6767768      0
 hwev           216.57355      216.31800      217.14700     0.2047356      0
 hwnv            -2.50798       -5.98300        0.31300     2.0392502      0
 hwuv             0.01523       -0.39000        0.40800     0.1617835      0
 hwroll          -0.36958       -2.10938        1.04370     0.8582782      0
 hwpitch          0.64187        0.52185        0.78003     0.0657083      0
 hwhdg           93.Reading from stdin
30956       92.62024       94.20227     0.4715119      0
 hwtrc           90.66384       89.91723       91.58430     0.5399079      0
 hwtgs          216.59042      216.39063      217.14063     0.1861293      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109603024032    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118537
 gmt sec s e =    25522264.31300000       25522404.99951961    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.812390142      -1647563.707913460    
    5706236.213752565    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414631236      -2.519612361810037       30718.80211198701    
 Ellipsoidal delta s (m) =   0.2593923809973064    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196890507858193E-05  2.4007056980778021E-03   30718.80246852189    
 Delta s on reference surface =   0.2593923840079196    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_l.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 1.0743025994121016E-03
 Standard deviation of difference =   2.3494063238303198E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223711    
   4.1994279578119631E-02 -2.5072935833758692E-04
 Cross track fit coefficients =    3.994651237442828    
   1.5852878896408712E-02 -7.6363858439722492E-05
 Along track fit coefficients =   -6.765942097934490    
  -5.0444480567548855E-03  7.2643243004730761E-06
 avg alt (1):   7497.642125223711    
  alt r_avgrefh:   7501.883220096192    
 i_yearind p-hgt t-hgt:       20008   7497.642125223711       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262743    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           7952.370798972740    
 Start ground range =    3957.617329248784    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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/air76/airops/1376/ts1376_l.mocomp                      
 Name of the H-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_l.mocomph                     
 Name of the V-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_hh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_hh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_hh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_hh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (58.06887,0.0000000E+00) (-4.466836,0.0000000E+00)
 (0.0000000E+00,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.8685562E+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)    :   86.88383    Power RMS:  7.3287748E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   22089.75    Amp.  RMS:   37.52333    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   88.92570    Phase RMS:  0.1210307    
 Incoherent PH 1st:   88.90899    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.88409    
 CalTone Power Coherently dB  :   86.88383    
 Incoherent PW  - Coherent PW :  2.5939941E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   22089.50    
 CalTone Amplitude Coherently   :   22089.75    
 Incoherent Amp.- Coherent Amp. : -0.2441406    
       ------------ *** ------------
 running time (sec):     34.07
  ********** 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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_hv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_hv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_hv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_hv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (53.60204,0.0000000E+00) (-8.933673,0.0000000E+00)
 (-40.20153,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.7922285E+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)    :   89.44126    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29652.56    Amp.  RMS:   45.25483    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   32.24499    Phase RMS:  0.1302604    
 Incoherent PH 1st:   32.25995    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.44133    
 CalTone Power Coherently dB  :   89.44126    
 Incoherent PW  - Coherent PW :  6.8664551E-05
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29674.83    
 CalTone Amplitude Coherently   :   29652.56    
 Incoherent Amp.- Coherent Amp. :   22.26563    
       ------------ *** ------------
 running time (sec):     30.32
  ********** 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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_vh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_vh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_vh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_vh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (0.0000000E+00,0.0000000E+00)
 (-8.933673,0.0000000E+00) (-62.53571,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  4.9190227E+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)    :   86.92119    Power RMS:  9.3750000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   22184.89    Amp.  RMS:   37.52333    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   89.01014    Phase RMS:  9.3750000E-02
 Incoherent PH 1st:   89.04859    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   86.92177    
 CalTone Power Coherently dB  :   86.92119    
 Incoherent PW  - Coherent PW :  5.7983398E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   22217.12    
 CalTone Amplitude Coherently   :   22184.89    
 Incoherent Amp.- Coherent Amp. :   32.22656    
       ------------ *** ------------
 running time (sec):     29.63
  ********** 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/air76/airops/1376/ts1376_l.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/l_vv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_l.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_l_vv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_l_vv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_l_vv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1057
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (0.0000000E+00,0.0000000E+00)
 (-58.06887,0.0000000E+00) (-22.33418,0.0000000E+00)
 attenuation (dB):    13.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1057  8.8100301E+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)    :   89.45734    Power RMS:  7.6546557E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29707.71    Amp.  RMS:   38.36665    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   32.20083    Phase RMS:  0.1316586    
 Incoherent PH 1st:   32.20106    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.45753    
 CalTone Power Coherently dB  :   89.45734    
 Incoherent PW  - Coherent PW :  1.8310547E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29729.89    
 CalTone Amplitude Coherently   :   29707.71    
 Incoherent Amp.- Coherent Amp. :   22.17578    
       ------------ *** ------------
 running time (sec):     32.24
  ********** 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: 
    210.2845     -3.3675553E-03
  z fit: constant and linear terms: 
    1.094565      4.8648555E-05
  y and z standard deviations (meters)   15.80989      0.7700211    
  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 =   0.1605218      0.1571548      0.1584556      0.1616766    
 Differences =   1.0696352E-03 -2.2974312E-03 -9.9661946E-04  2.2244304E-03
  PATCH NUMER            2
 First line =        3493
  Averages =   0.1572017      0.1613535      0.1617386      0.1658132    
 Differences =  -4.3251365E-03 -1.7337501E-04  2.1177530E-04  4.2863786E-03
  PATCH NUMER            3
 First line =        6985
  Averages =   0.1617190      0.1636802      0.1737702      0.1893229    
 Differences =  -1.0405436E-02 -8.4442198E-03  1.6457438E-03  1.7198488E-02
  PATCH NUMER            4
 First line =       10477
  Averages =   0.1699156      0.1847678      0.1975643      0.2039665    
 Differences =  -1.9140095E-02 -4.2878240E-03  8.5086375E-03  1.4910877E-02
  PATCH NUMER            5
 First line =       13969
  Averages =   0.1944211      0.2023303      0.2077686      0.2108713    
 Differences =  -9.4272196E-03 -1.5179664E-03  3.9203465E-03  7.0229769E-03
  PATCH NUMER            6
 First line =       17461
  Averages =   0.2061012      0.2104773      0.2109449      0.2068689    
 Differences =  -2.4969876E-03  1.8791556E-03  2.3467541E-03 -1.7292798E-03
  PATCH NUMER            7
 First line =       20953
  Averages =   0.2111761      0.2081842      0.2008535      0.1872895    
 Differences =   9.2992187E-03  6.3073039E-03 -1.0234565E-03 -1.4587447E-02
  PATCH NUMER            8
 First line =       24445
  Averages =   0.2039680      0.1912800      0.1786883      0.1687423    
 Differences =   1.8296227E-02  5.6082755E-03 -6.9834143E-03 -1.6929507E-02
  PATCH NUMER            9
 First line =       27937
  Averages =   0.1819628      0.1714422      0.1652982      0.1620065    
 Differences =   1.1784732E-02  1.2640804E-03 -4.8798621E-03 -8.1715882E-03
  PATCH NUMER           10
 First line =       31429
  Averages =   0.1660388      0.1634142      0.1600574      0.1618274    
 Differences =   3.2043010E-03  5.7964027E-04 -2.7770698E-03 -1.0070950E-03
  PATCH NUMER           11
 First line =       34921
  Averages =   0.1604131      0.1607348      0.1667613      0.1750696    
 Differences =  -5.3319484E-03 -5.0102770E-03  1.0162294E-03  9.3245208E-03
  PATCH NUMER           12
 First line =       38413
  Averages =   0.1644072      0.1727442      0.1822373      0.1980944    
 Differences =  -1.4965460E-02 -6.6284239E-03  2.8646588E-03  1.8721774E-02
  PATCH NUMER           13
 First line =       41905
  Averages =   0.1790691      0.1929868      0.2102756      0.2233187    
 Differences =  -2.2347212E-02 -8.4295124E-03  8.8593066E-03  2.1902397E-02
  PATCH NUMER           14
 First line =       45397
  Averages =   0.2050685      0.2201343      0.2295296      0.2338499    
 Differences =  -1.7078891E-02 -2.0130873E-03  7.3822141E-03  1.1702478E-02
  PATCH NUMER           15
 First line =       48889
  Averages =   0.2277068      0.2323607      0.2370341      0.2298638    
 Differences =  -4.0346831E-03  6.1914325E-04  5.2925646E-03 -1.8776804E-03
  PATCH NUMER           16
 First line =       52381
 last black mod_64:          59       60000       52381        8192
  Averages =   0.2361274      0.2315737      0.2270418      0.2181632    
 Differences =   7.9002380E-03  3.3465028E-03 -1.1854172E-03 -1.0063931E-02

  *********************************************
  *****                                   *****
  *****    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 #:  0.7760954    
  Please enter the name of the sensor file.
 /mnt/air71/airops/1376/sensor.hh00l                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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                               =  -0.5740000    
  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/air71/airops/1376/l_hh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lh                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.5170010E-03
 reading motion compensation data
 WAYNE read motion compen    1.114240    
 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   0.3680991    
 start range comp, time =      1.506

 WAYNE PREV   1.500506    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     1.797 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.64665997028351    
 ATTN ifrq ipol ln           4           1       59999   13.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991588    
  shift in azimuth *fractional pixel=  -0.3873949      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.4159374237060547E-03
 WAYNE Motion comp. added to patch, time =    14.67949700355530    
 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 =    152.9098160266876    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9741690158843994    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   209.2212569713593    
 ==w out          17        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     1.749 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.75996100902557    
 ATTN ifrq ipol ln           4           1       46604   13.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4995650    
  shift in azimuth *fractional pixel=  -0.3877101      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.6109638214111328E-03
 WAYNE Motion comp. added to patch, time =    14.52828800678253    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8749237060546875E-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 =    170.0945219993591    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8420310020446777    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   226.2362838983536    
 ==w out          13        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     1.768 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.13152098655701    
 ATTN ifrq ipol ln           4           1       53588   13.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4991543    
  shift in azimuth *fractional pixel=  -0.3873914      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.7860822677612305E-03
 WAYNE Motion comp. added to patch, time =    15.20906305313110    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0179748535156250E-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 =    169.8673229217529    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8320300579071045    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   227.0517441034317    
 ==w out          15        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 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 =    41.46254408359528    
 ATTN ifrq ipol ln           4           1       50096   13.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4993643    
  shift in azimuth *fractional pixel=  -0.3875543      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.6910724639892578E-03
 WAYNE Motion comp. added to patch, time =    14.61491894721985    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0539760589599609E-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 =    170.9600139856339    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9027880430221558    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   227.9520659446716    
 ==w out          14        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     1.697 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.70740890502930    
 ATTN ifrq ipol ln           4           1       25652   13.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992280    
  shift in azimuth *fractional pixel=  -0.3874485      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.6359977722167969E-03
 WAYNE Motion comp. added to patch, time =    14.74843394756317    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8569231033325195E-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 =    171.8329139947891    
  Writing         4192 lines of data to file
 WAYNE write output data    1.048435926437378    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   228.3487839698792    
 ==w out           7        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     1.780 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.76624608039856    
 ATTN ifrq ipol ln           4           1       57080   13.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990942    
  shift in azimuth *fractional pixel=  -0.3873447      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.6649656295776367E-03
 WAYNE Motion comp. added to patch, time =    14.99104595184326    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8789768218994141E-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 =    171.8682979345322    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9832149744033813    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   228.6204329729080    
 ==w out          16        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     1.719 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.79299199581146    
 ATTN ifrq ipol ln           4           1       36128   13.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4996036    
  shift in azimuth *fractional pixel=  -0.3877401      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.9859962463378906E-03
 WAYNE Motion comp. added to patch, time =    14.43075597286224    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8860101699829102E-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 =    172.6915249824524    
  Writing         4192 lines of data to file
 WAYNE write output data    1.061475038528442    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   228.9887350797653    
 ==w out          10        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     1.708 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.72915995121002    
 ATTN ifrq ipol ln           4           1       32636   13.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994561    
  shift in azimuth *fractional pixel=  -0.3876256      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.7219476699829102E-03
 WAYNE Motion comp. added to patch, time =    14.34443891048431    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8700361251831055E-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 =    172.9253759384155    
  Writing         4192 lines of data to file
 WAYNE write output data    1.007722973823547    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   229.0183949470520    
 ==w out           9        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     1.700 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.93019199371338    
 ATTN ifrq ipol ln           4           1       29144   13.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992866    
  shift in azimuth *fractional pixel=  -0.3874941      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.8700056076049805E-03
 WAYNE Motion comp. added to patch, time =    14.72684192657471    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9159317016601563E-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 =    172.6974589824677    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8875669240951538    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   229.2538079023361    
 ==w out           8        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     1.726 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.75660395622253    
 ATTN ifrq ipol ln           4           1       39620   13.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4996657    
  shift in azimuth *fractional pixel=  -0.3877883      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.7670087814331055E-03
 WAYNE Motion comp. added to patch, time =    14.49005997180939    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9760131835937500E-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 =    179.2567290067673    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7393530607223511    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   236.2544080018997    
 ==w out          11        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     1.689 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.97010099887848    
 ATTN ifrq ipol ln           4           1       22160   13.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992676    
  shift in azimuth *fractional pixel=  -0.3874793      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.6259841918945313E-03
 WAYNE Motion comp. added to patch, time =    15.23168694972992    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.0030736923217773E-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 =    185.7388519048691    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7893589735031128    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   242.7417819499969    
 ==w out           6        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     1.740 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.15300691127777    
 ATTN ifrq ipol ln           4           1       43112   13.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4996577    
  shift in azimuth *fractional pixel=  -0.3877820      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.6989402770996094E-03
 WAYNE Motion comp. added to patch, time =    15.92994010448456    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.8249750137329102E-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 =    189.8057639598846    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7259740829467773    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   247.6261910200119    
 ==w out          12        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     1.680 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    40.86668610572815    
 ATTN ifrq ipol ln           4           1        8192   13.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.3877560      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.2780122756958008E-03
 TESTING  0.0000000E+00   172.0540       3.476610    
 WAYNE Motion comp. added to patch, time =    13.92776596546173    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8219947814941406E-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   172.0540       3.476610    
 HEY,dt,fract,ye,pe  -0.3877560      0.7760954      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    158.7275201082230    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8639860153198242    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   214.3972040414810    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   216.078 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.97754001617432    
 ATTN ifrq ipol ln           4           1       11684   13.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996009    
  shift in azimuth *fractional pixel=  -0.3877380      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   7.7619552612304688E-03
 TESTING  0.0000000E+00   166.1340       4.252277    
 WAYNE Motion comp. added to patch, time =    11.45020699501038    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7930269241333008E-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   166.1340       4.252277    
 HEY,dt,fract,ye,pe  -0.3877380      0.7760954      4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    125.5708640813828    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7246429920196533    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   173.7334359884262    
 ==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     1.680 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.13372206687927    
 ATTN ifrq ipol ln           4           1       15176   13.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4995478    
  shift in azimuth *fractional pixel=  -0.3876967      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.5809230804443359E-03
 WAYNE Motion comp. added to patch, time =    14.98273897171021    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8370151519775391E-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 =    180.2389330863953    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7304680347442627    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   237.0972139835358    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   238.778 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.03806400299072    
 ATTN ifrq ipol ln           4           1       18668   13.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4993925    
  shift in azimuth *fractional pixel=  -0.3875762      0.7760954    
 WAYNE Motion comp. coeff. calculated, time =   8.2100629806518555E-03
 WAYNE Motion comp. added to patch, time =    12.67951595783234    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-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 =    138.3113580942154    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7959959506988525    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   187.8358359336853    
 ==w out           5        8387
            1      614411           0
            2      614241           0
            3      614003           0
            4      614431           0
            5      613758           0
            6      614401           0
            7      613632           0
            8      613571           0
            9      613511           0
           10      614451           0
           11      613550           0
           12      613564           0
           13      613548           0
           14      613161           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    6.8089008331298828E-02
 WAYNE LOOP TIME:     439.5337729454041    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.hh_j                        
 /mnt/air76/airops/1376/ts1376_l.mocomph                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
 lat1 lon1:         504   63.83078      -144.9749           67072
 last ra n_ns ns:   7970.510               5           5       67575
        67072
 lati loni:       67575   63.83093      -144.2364           67575           5
 center ra n_ns ns:   12230.86            1284        1284       34039
        67072
 lati loni:       34039   63.86937      -144.6029           34039        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.hh_j                        
 WAYNE FINAL PROCESS   441.1022601127625    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.hh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lh                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.TT                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.723726034164429    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          504   504.2493       1434.549     -0.3877560     -0.3877560    
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          507   506.9318       1469.045     -0.3877380     -0.3877380    
         3155        4554           3        1396
 patch iptc,sj,dgj,dgi,id:           2        4554         507         504
         1396
  half line dmj dgc:           0        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4554        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        4553

         4554        6650           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6650         507         507
         2096
  half line dmj dgc:           1        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6650        4554
   Zeroing lines in arrays 
  Total # of output lines =            2        6649

 Processing block number            3
 DEBUG          535   535.5681       1585.093     -0.3876967     -0.3876967    
         6650        8074          28        1396
 patch iptc,sj,dgj,dgi,id:           3        8074         535         507
         1396
  half line dmj dgc:           0        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8074        6650
   Zeroing lines in arrays 
  Total # of output lines =            3        8073

         8074       10170           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10170         535         535
         2096
  half line dmj dgc:           1        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10170        8074
   Zeroing lines in arrays 
  Total # of output lines =            3       10169

 Processing block number            4
 DEBUG          584   583.7142       1761.073     -0.3875762     -0.3875762    
        10170       11615          49        1396
 patch iptc,sj,dgj,dgi,id:           4       11615         584         535
         1396
  half line dmj dgc:           0       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11615       10170
   Zeroing lines in arrays 
  Total # of output lines =            4       11614

        11615       13711           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1423         584         584
         2096
  half line dmj dgc:           1       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11615        1423
   Zeroing lines in arrays 
  Total # of output lines =            4       13710

 Processing block number            5
 DEBUG          625   624.7916       1918.823     -0.3874793     -0.3874793    
         1423        2860          41        1396
 patch iptc,sj,dgj,dgi,id:           5        2860         625         584
         1396
  half line dmj dgc:           0       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2860        1423
   Zeroing lines in arrays 
  Total # of output lines =            5       15147

         2860        4956           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4956         625         625
         2096
  half line dmj dgc:           1       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4956        2860
   Zeroing lines in arrays 
  Total # of output lines =            5       17243

 Processing block number            6
 DEBUG          637   637.2452       1972.362     -0.3874485     -0.3874485    
         4956        6364          12        1396
 patch iptc,sj,dgj,dgi,id:           6        6364         637         625
         1396
  half line dmj dgc:           0       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6364        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       18651

         6364        8460           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8460         637         637
         2096
  half line dmj dgc:           1       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8460        6364
   Zeroing lines in arrays 
  Total # of output lines =            6       20747

 Processing block number            7
 DEBUG          616   616.3625       1909.182     -0.3874941     -0.3874941    
         8460        9835         -21        1396
 patch iptc,sj,dgj,dgi,id:           7        9835         616         637
         1396
  half line dmj dgc:           0       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9835        8460
   Zeroing lines in arrays 
  Total # of output lines =            7       22122

         9835       11931           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11931         616         616
         2096
  half line dmj dgc:           1       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11931        9835
   Zeroing lines in arrays 
  Total # of output lines =            7       24218

 Processing block number            8
 DEBUG          566   566.4070       1756.018     -0.3876256     -0.3876256    
        11931       13277         -50        1396
 patch iptc,sj,dgj,dgi,id:           8         989         566         616
         1396
  half line dmj dgc:           0       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11931         989
   Zeroing lines in arrays 
  Total # of output lines =            8       25564

          989        3085           0        2096
 patch iptc,sj,dgj,dgi,id:           8        3085         566         566
         2096
  half line dmj dgc:           1       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        3085         989
   Zeroing lines in arrays 
  Total # of output lines =            8       27660

 Processing block number            9
 DEBUG          521   521.3559       1599.267     -0.3877401     -0.3877401    
         3085        4436         -45        1396
 patch iptc,sj,dgj,dgi,id:           9        4436         521         566
         1396
  half line dmj dgc:           0       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4436        3085
   Zeroing lines in arrays 
  Total # of output lines =            9       29011

         4436        6532           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6532         521         521
         2096
  half line dmj dgc:           1       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6532        4436
   Zeroing lines in arrays 
  Total # of output lines =            9       31107

 Processing block number           10
 DEBUG          502   502.4183       1515.103     -0.3877883     -0.3877883    
         6532        7909         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        7909         502         521
         1396
  half line dmj dgc:           0       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7909        6532
   Zeroing lines in arrays 
  Total # of output lines =           10       32484

         7909       10005           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10005         502         502
         2096
  half line dmj dgc:           1       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10005        7909
   Zeroing lines in arrays 
  Total # of output lines =           10       34580

 Processing block number           11
 DEBUG          510   510.5299       1545.574     -0.3877820     -0.3877820    
        10005       11409           8        1396
 patch iptc,sj,dgj,dgi,id:          11       11409         510         502
         1396
  half line dmj dgc:           0       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11409       10005
   Zeroing lines in arrays 
  Total # of output lines =           11       35984

        11409       13505           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1217         510         510
         2096
  half line dmj dgc:           1       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11409        1217
   Zeroing lines in arrays 
  Total # of output lines =           11       38080

 Processing block number           12
 DEBUG          546   545.9782       1699.878     -0.3877101     -0.3877101    
         1217        2649          36        1396
 patch iptc,sj,dgj,dgi,id:          12        2649         546         510
         1396
  half line dmj dgc:           0       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2649        1217
   Zeroing lines in arrays 
  Total # of output lines =           12       39512

         2649        4745           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4745         546         546
         2096
  half line dmj dgc:           1       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4745        2649
   Zeroing lines in arrays 
  Total # of output lines =           12       41608

 Processing block number           13
 DEBUG          606   606.1932       1938.392     -0.3875543     -0.3875543    
         4745        6201          60        1396
 patch iptc,sj,dgj,dgi,id:          13        6201         606         546
         1396
  half line dmj dgc:           0       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6201        4745
   Zeroing lines in arrays 
  Total # of output lines =           13       43064

         6201        8297           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8297         606         606
         2096
  half line dmj dgc:           1       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8297        6201
   Zeroing lines in arrays 
  Total # of output lines =           13       45160

 Processing block number           14
 DEBUG          663   663.1672       2162.091     -0.3873914     -0.3873914    
         8297        9750          57        1396
 patch iptc,sj,dgj,dgi,id:          14        9750         663         606
         1396
  half line dmj dgc:           0       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9750        8297
   Zeroing lines in arrays 
  Total # of output lines =           14       46613

         9750       11846           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11846         663         663
         2096
  half line dmj dgc:           1       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11846        9750
   Zeroing lines in arrays 
  Total # of output lines =           14       48709

 Processing block number           15
 DEBUG          692   691.8636       2256.610     -0.3873447     -0.3873447    
        11846       13271          29        1396
 patch iptc,sj,dgj,dgi,id:          15         983         692         663
         1396
  half line dmj dgc:           0       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11846         983
   Zeroing lines in arrays 
  Total # of output lines =           15       50134

          983        3079           0        2096
 patch iptc,sj,dgj,dgi,id:          15        3079         692         692
         2096
  half line dmj dgc:           1       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        3079         983
   Zeroing lines in arrays 
  Total # of output lines =           15       52230

 Processing block number           16
 DEBUG          685   685.2580       2206.526     -0.3873949     -0.3873949    
         3079        3895          -7         823
 patch iptc,sj,dgj,dgi,id:          16        3895         685         692
          823
  half line dmj dgc:           0       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3895        3079
   Zeroing lines in arrays 
  Total # of output lines =           16       53046

         3895        5991           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5991         685         685
         2096
  half line dmj dgc:           1       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5991        3895
   Zeroing lines in arrays 
  Total # of output lines =           16       55142

 ia dmi dgi:        5991        2206         685
   Writing the last         3617 lines
 last half sj>s1        9608        5991       55142
 WAYNE done patche    66.37212002277374    
  Total # of output lines =        58759

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58759
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    67.29003202915192    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.hv00l                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/l_hv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lh                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.9819992E-03
 reading motion compensation data
 WAYNE read motion compen    1.130473    
 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   0.3683748    
 start range comp, time =      1.657

 WAYNE PREV   1.518092    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     2.132 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.26996898651123    
 ATTN ifrq ipol ln           4           2       59999   13.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991588    
  shift in azimuth *fractional pixel=  -0.4991588       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4439516067504883E-03
 WAYNE Motion comp. added to patch, time =    14.47591805458069    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8399953842163086E-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 =    146.4905819892883    
  Writing         4192 lines of data to file
 WAYNE write output data    1.018482089042664    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   209.2661650180817    
 ==w out          17        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.120 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.65109193325043    
 ATTN ifrq ipol ln           4           2       57080   13.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990942    
  shift in azimuth *fractional pixel=  -0.4990942       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4600448608398438E-03
 WAYNE Motion comp. added to patch, time =    14.43311905860901    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8279552459716797E-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 =    166.9530180692673    
  Writing         4192 lines of data to file
 WAYNE write output data    1.016464948654175    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   230.0650069713593    
 ==w out          16        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     2.059 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.95817410945892    
 ATTN ifrq ipol ln           4           2       32636   13.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994561    
  shift in azimuth *fractional pixel=  -0.4994561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5760354995727539E-03
 WAYNE Motion comp. added to patch, time =    14.43430507183075    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   5.9620022773742676E-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 =    167.3452670574188    
  Writing         4192 lines of data to file
 WAYNE write output data    1.085792064666748    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   230.8926440477371    
 ==w out           9        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     2.111 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.00596594810486    
 ATTN ifrq ipol ln           4           2       53588   13.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4991543    
  shift in azimuth *fractional pixel=  -0.4991543       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6100101470947266E-03
 WAYNE Motion comp. added to patch, time =    14.53082799911499    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8459558486938477E-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 =    167.2601779699326    
  Writing         4192 lines of data to file
 WAYNE write output data    1.122202992439270    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   230.9306080341339    
 ==w out          15        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     2.037 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.93884408473969    
 ATTN ifrq ipol ln           4           2       25652   13.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992280    
  shift in azimuth *fractional pixel=  -0.4992280       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5319280624389648E-03
 WAYNE Motion comp. added to patch, time =    14.32649791240692    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8780231475830078E-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 =    167.3154549598694    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9145539999008179    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   231.5066500902176    
 ==w out           7        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.052 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.13057208061218    
 ATTN ifrq ipol ln           4           2       29144   13.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992866    
  shift in azimuth *fractional pixel=  -0.4992866       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6170434951782227E-03
 WAYNE Motion comp. added to patch, time =    14.18506991863251    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0300149917602539E-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 =    168.2151609659195    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8549100160598755    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   232.3973970413208    
 ==w out           8        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.065 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.39263796806335    
 ATTN ifrq ipol ln           4           2       36128   13.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4996036    
  shift in azimuth *fractional pixel=  -0.4996036       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7760686874389648E-03
 WAYNE Motion comp. added to patch, time =    14.70396995544434    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.7980337142944336E-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 =    168.9087929725647    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9589860439300537    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   232.9759030342102    
 ==w out          10        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.031 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.58500695228577    
 ATTN ifrq ipol ln           4           2       22160   13.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992676    
  shift in azimuth *fractional pixel=  -0.4992676       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5409879684448242E-03
 WAYNE Motion comp. added to patch, time =    14.88602590560913    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0930767059326172E-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 =    169.3525979518890    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9117139577865601    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   233.7470190525055    
 ==w out           6        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.084 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.12383294105530    
 ATTN ifrq ipol ln           4           2       43112   13.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4996577    
  shift in azimuth *fractional pixel=  -0.4996577       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5849761962890625E-03
 WAYNE Motion comp. added to patch, time =    14.42912292480469    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9140243530273438E-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 =    174.2185980081558    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7900030612945557    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   237.5731530189514    
 ==w out          12        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     2.093 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.54583299160004    
 ATTN ifrq ipol ln           4           2       46604   13.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4995650    
  shift in azimuth *fractional pixel=  -0.4995650       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   0.1089769601821899    
 WAYNE Motion comp. added to patch, time =    15.49249303340912    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   1.8340349197387695E-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 =    172.9877709150314    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8843230009078979    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   238.0223600864410    
 ==w out          13        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.100 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.10098397731781    
 ATTN ifrq ipol ln           4           2       50096   13.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4993643    
  shift in azimuth *fractional pixel=  -0.4993643       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6499452590942383E-03
 WAYNE Motion comp. added to patch, time =    15.04252398014069    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0170211791992188E-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 =    178.9077720642090    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7541129589080811    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   243.8171809911728    
 ==w out          14        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     2.076 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.56126701831818    
 ATTN ifrq ipol ln           4           2       39620   13.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4996657    
  shift in azimuth *fractional pixel=  -0.4996657       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.8950395584106445E-03
 WAYNE Motion comp. added to patch, time =    15.64931499958038    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0170211791992188E-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 =    183.7860790491104    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7430820465087891    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   249.7518110275269    
 ==w out          11        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.012 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    48.35764193534851    
 ATTN ifrq ipol ln           4           2        8192   13.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1239938735961914E-03
 TESTING  7.5730495E-03   171.7283       2.529485    
 WAYNE Motion comp. added to patch, time =    14.30286991596222    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9100904464721680E-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   171.7283       2.529485    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    148.3772500753403    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8492319583892822    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   211.8977969884872    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   213.910 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.59195995330811    
 ATTN ifrq ipol ln           4           2       11684   13.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996009    
  shift in azimuth *fractional pixel=  -0.4996009       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.8140497207641602E-03
 TESTING  7.5730495E-03   165.8083       3.305153    
 WAYNE Motion comp. added to patch, time =    11.56030905246735    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.2586951255798340E-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   165.8083       3.305153    
 HEY,dt,fract,ye,pe  -0.4996009       1.000000      4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    124.3049609661102    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7228029966354370    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   172.2011970281601    
 ==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     2.015 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.08215999603271    
 ATTN ifrq ipol ln           4           2       15176   13.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4995478    
  shift in azimuth *fractional pixel=  -0.4995478       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4400177001953125E-03
 WAYNE Motion comp. added to patch, time =    14.58762407302856    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0210742950439453E-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 =    169.5039380788803    
  Writing         4192 lines of data to file
 WAYNE write output data    1.032953023910522    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   233.2180470228195    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   235.233 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.23543107509613    
 ATTN ifrq ipol ln           4           2       18668   13.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4993925    
  shift in azimuth *fractional pixel=  -0.4993925       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.1160068511962891E-03
 WAYNE Motion comp. added to patch, time =    11.82646703720093    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   4.6229958534240723E-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 =    123.9799659252167    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7629369497299194    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   171.8599359989166    
 ==w out           5        8387
            1      615809           0
            2      616116           0
            3      615939           0
            4      615606           0
            5      615945           0
            6      615718           0
            7      615819           0
            8      615822           0
            9      616037           0
           10      615700           0
           11      615612           0
           12      615724           0
           13      615716           0
           14      615166           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    9.3536019325256348E-02
 WAYNE LOOP TIME:     419.8248599767685    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.hv_j                        
 /mnt/air76/airops/1376/ts1376_l.mocomph                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
 lat1 lon1:         504   63.83078      -144.9749           67072
 last ra n_ns ns:   7970.510               5           5       67575
        67072
 lati loni:       67575   63.83093      -144.2364           67575           5
 center ra n_ns ns:   12230.86            1284        1284       34039
        67072
 lati loni:       34039   63.86937      -144.6029           34039        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.hv_j                        
 WAYNE FINAL PROCESS   421.5029599666595    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.hv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lh                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.TB                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.012794017791748    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          504   504.1227       1434.422     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          507   506.8052       1468.918     -0.4996009     -0.4996009    
         3155        4554           3        1396
 patch iptc,sj,dgj,dgi,id:           2        4554         507         504
         1396
  half line dmj dgc:           0        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4554        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        4553

         4554        6650           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6650         507         507
         2096
  half line dmj dgc:           1        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6650        4554
   Zeroing lines in arrays 
  Total # of output lines =            2        6649

 Processing block number            3
 DEBUG          535   535.4415       1584.967     -0.4995478     -0.4995478    
         6650        8074          28        1396
 patch iptc,sj,dgj,dgi,id:           3        8074         535         507
         1396
  half line dmj dgc:           0        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8074        6650
   Zeroing lines in arrays 
  Total # of output lines =            3        8073

         8074       10170           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10170         535         535
         2096
  half line dmj dgc:           1        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10170        8074
   Zeroing lines in arrays 
  Total # of output lines =            3       10169

 Processing block number            4
 DEBUG          583   583.5876       1760.946     -0.4993925     -0.4993925    
        10170       11614          48        1396
 patch iptc,sj,dgj,dgi,id:           4       11614         583         535
         1396
  half line dmj dgc:           0       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11614       10170
   Zeroing lines in arrays 
  Total # of output lines =            4       11613

        11614       13710           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1422         583         583
         2096
  half line dmj dgc:           1       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11614        1422
   Zeroing lines in arrays 
  Total # of output lines =            4       13709

 Processing block number            5
 DEBUG          625   624.6651       1918.697     -0.4992676     -0.4992676    
         1422        2860          42        1396
 patch iptc,sj,dgj,dgi,id:           5        2860         625         583
         1396
  half line dmj dgc:           0       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2860        1422
   Zeroing lines in arrays 
  Total # of output lines =            5       15147

         2860        4956           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4956         625         625
         2096
  half line dmj dgc:           1       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4956        2860
   Zeroing lines in arrays 
  Total # of output lines =            5       17243

 Processing block number            6
 DEBUG          637   637.1187       1972.235     -0.4992280     -0.4992280    
         4956        6364          12        1396
 patch iptc,sj,dgj,dgi,id:           6        6364         637         625
         1396
  half line dmj dgc:           0       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6364        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       18651

         6364        8460           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8460         637         637
         2096
  half line dmj dgc:           1       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8460        6364
   Zeroing lines in arrays 
  Total # of output lines =            6       20747

 Processing block number            7
 DEBUG          616   616.2361       1909.056     -0.4992866     -0.4992866    
         8460        9835         -21        1396
 patch iptc,sj,dgj,dgi,id:           7        9835         616         637
         1396
  half line dmj dgc:           0       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9835        8460
   Zeroing lines in arrays 
  Total # of output lines =            7       22122

         9835       11931           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11931         616         616
         2096
  half line dmj dgc:           1       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11931        9835
   Zeroing lines in arrays 
  Total # of output lines =            7       24218

 Processing block number            8
 DEBUG          566   566.2805       1755.891     -0.4994561     -0.4994561    
        11931       13277         -50        1396
 patch iptc,sj,dgj,dgi,id:           8         989         566         616
         1396
  half line dmj dgc:           0       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11931         989
   Zeroing lines in arrays 
  Total # of output lines =            8       25564

          989        3085           0        2096
 patch iptc,sj,dgj,dgi,id:           8        3085         566         566
         2096
  half line dmj dgc:           1       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        3085         989
   Zeroing lines in arrays 
  Total # of output lines =            8       27660

 Processing block number            9
 DEBUG          521   521.2293       1599.141     -0.4996036     -0.4996036    
         3085        4436         -45        1396
 patch iptc,sj,dgj,dgi,id:           9        4436         521         566
         1396
  half line dmj dgc:           0       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4436        3085
   Zeroing lines in arrays 
  Total # of output lines =            9       29011

         4436        6532           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6532         521         521
         2096
  half line dmj dgc:           1       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6532        4436
   Zeroing lines in arrays 
  Total # of output lines =            9       31107

 Processing block number           10
 DEBUG          502   502.2917       1514.976     -0.4996657     -0.4996657    
         6532        7909         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        7909         502         521
         1396
  half line dmj dgc:           0       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7909        6532
   Zeroing lines in arrays 
  Total # of output lines =           10       32484

         7909       10005           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10005         502         502
         2096
  half line dmj dgc:           1       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10005        7909
   Zeroing lines in arrays 
  Total # of output lines =           10       34580

 Processing block number           11
 DEBUG          510   510.4033       1545.447     -0.4996577     -0.4996577    
        10005       11409           8        1396
 patch iptc,sj,dgj,dgi,id:          11       11409         510         502
         1396
  half line dmj dgc:           0       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11409       10005
   Zeroing lines in arrays 
  Total # of output lines =           11       35984

        11409       13505           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1217         510         510
         2096
  half line dmj dgc:           1       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11409        1217
   Zeroing lines in arrays 
  Total # of output lines =           11       38080

 Processing block number           12
 DEBUG          546   545.8516       1699.752     -0.4995650     -0.4995650    
         1217        2649          36        1396
 patch iptc,sj,dgj,dgi,id:          12        2649         546         510
         1396
  half line dmj dgc:           0       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2649        1217
   Zeroing lines in arrays 
  Total # of output lines =           12       39512

         2649        4745           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4745         546         546
         2096
  half line dmj dgc:           1       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4745        2649
   Zeroing lines in arrays 
  Total # of output lines =           12       41608

 Processing block number           13
 DEBUG          606   606.0667       1938.266     -0.4993643     -0.4993643    
         4745        6201          60        1396
 patch iptc,sj,dgj,dgi,id:          13        6201         606         546
         1396
  half line dmj dgc:           0       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6201        4745
   Zeroing lines in arrays 
  Total # of output lines =           13       43064

         6201        8297           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8297         606         606
         2096
  half line dmj dgc:           1       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8297        6201
   Zeroing lines in arrays 
  Total # of output lines =           13       45160

 Processing block number           14
 DEBUG          663   663.0408       2161.964     -0.4991543     -0.4991543    
         8297        9750          57        1396
 patch iptc,sj,dgj,dgi,id:          14        9750         663         606
         1396
  half line dmj dgc:           0       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9750        8297
   Zeroing lines in arrays 
  Total # of output lines =           14       46613

         9750       11846           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11846         663         663
         2096
  half line dmj dgc:           1       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11846        9750
   Zeroing lines in arrays 
  Total # of output lines =           14       48709

 Processing block number           15
 DEBUG          692   691.7371       2256.484     -0.4990942     -0.4990942    
        11846       13271          29        1396
 patch iptc,sj,dgj,dgi,id:          15         983         692         663
         1396
  half line dmj dgc:           0       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11846         983
   Zeroing lines in arrays 
  Total # of output lines =           15       50134

          983        3079           0        2096
 patch iptc,sj,dgj,dgi,id:          15        3079         692         692
         2096
  half line dmj dgc:           1       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        3079         983
   Zeroing lines in arrays 
  Total # of output lines =           15       52230

 Processing block number           16
 DEBUG          685   685.1315       2206.399     -0.4991588     -0.4991588    
         3079        3895          -7         823
 patch iptc,sj,dgj,dgi,id:          16        3895         685         692
          823
  half line dmj dgc:           0       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3895        3079
   Zeroing lines in arrays 
  Total # of output lines =           16       53046

         3895        5991           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5991         685         685
         2096
  half line dmj dgc:           1       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5991        3895
   Zeroing lines in arrays 
  Total # of output lines =           16       55142

 ia dmi dgi:        5991        2206         685
   Writing the last         3617 lines
 last half sj>s1        9608        5991       55142
 WAYNE done patche    77.95860409736633    
  Total # of output lines =        58759

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58759
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    79.03820002079010    

  *********************************************
  *****                                   *****
  *****    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 #: -5.0110243E-02
  Please enter the name of the sensor file.
 /mnt/air71/airops/1376/sensor.vh00l                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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                               =  -0.7598120    
  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/air71/airops/1376/l_vh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0683998E-02
 reading motion compensation data
 WAYNE read motion compen    1.149326    
 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   0.3696430    
 start range comp, time =      1.818

 WAYNE PREV   1.539090    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     2.201 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.44642293453217    
 ATTN ifrq ipol ln           4           3       59999   13.00000    
 IPOL, ITOP nblock            3           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991588    
  shift in azimuth *fractional pixel=   2.5012970E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.5229873657226563E-03
 WAYNE Motion comp. added to patch, time =    14.75308001041412    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-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 =    154.5652920007706    
  Writing         4192 lines of data to file
 WAYNE write output data    1.156041979789734    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   223.9321709871292    
 ==w out          17        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.193 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.18686890602112    
 ATTN ifrq ipol ln           4           3       57080   13.00000    
 IPOL, ITOP nblock            3           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990942    
  shift in azimuth *fractional pixel=   2.5009731E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   3.0797958374023438E-02
 WAYNE Motion comp. added to patch, time =    14.93904197216034    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8600225448608398E-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 =    171.2076441049576    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7574249505996704    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   239.1246260404587    
 ==w out          16        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.167 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.28419291973114    
 ATTN ifrq ipol ln           4           3       43112   13.00000    
 IPOL, ITOP nblock            3           0          11
  ****shift in azimuth (fractional pixel)=  -0.4996577    
  shift in azimuth *fractional pixel=   2.5037969E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.4779262542724609E-03
 WAYNE Motion comp. added to patch, time =    15.62061893939972    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0329952239990234E-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 =    171.1871609687805    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9149409532546997    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   240.0184370279312    
 ==w out          12        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     2.184 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.25168693065643    
 ATTN ifrq ipol ln           4           3       53588   13.00000    
 IPOL, ITOP nblock            3           0          14
  ****shift in azimuth (fractional pixel)=  -0.4991543    
  shift in azimuth *fractional pixel=   2.5012745E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.3699226379394531E-03
 WAYNE Motion comp. added to patch, time =    14.79721605777740    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8090009689331055E-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 =    171.0374609231949    
  Writing         4192 lines of data to file
 WAYNE write output data    1.025856018066406    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   240.1231800317764    
 ==w out          15        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     2.145 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.26239097118378    
 ATTN ifrq ipol ln           4           3       32636   13.00000    
 IPOL, ITOP nblock            3           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994561    
  shift in azimuth *fractional pixel=   2.5027869E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.7449550628662109E-03
 WAYNE Motion comp. added to patch, time =    14.66749203205109    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   1.9059181213378906E-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 =    171.4827250242233    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8912119865417480    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   240.3154170513153    
 ==w out           9        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     2.160 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.82300293445587    
 ATTN ifrq ipol ln           4           3       39620   13.00000    
 IPOL, ITOP nblock            3           0          10
  ****shift in azimuth (fractional pixel)=  -0.4996657    
  shift in azimuth *fractional pixel=   2.5038371E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.7380409240722656E-03
 WAYNE Motion comp. added to patch, time =    14.97188401222229    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8389225006103516E-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 =    172.0121959447861    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9029849767684937    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   240.7215869426727    
 ==w out          11        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.154 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.93399405479431    
 ATTN ifrq ipol ln           4           3       36128   13.00000    
 IPOL, ITOP nblock            3           0           9
  ****shift in azimuth (fractional pixel)=  -0.4996038    
  shift in azimuth *fractional pixel=   2.5035268E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.6491107940673828E-03
 WAYNE Motion comp. added to patch, time =    14.93933796882629    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8450021743774414E-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 =    173.1973589658737    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7106610536575317    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   241.7929750680923    
 ==w out          10        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.122 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.10163307189941    
 ATTN ifrq ipol ln           4           3       22160   13.00000    
 IPOL, ITOP nblock            3           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992676    
  shift in azimuth *fractional pixel=   2.5018422E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.6580514907836914E-03
 WAYNE Motion comp. added to patch, time =    15.16932094097137    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9050836563110352E-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 =    176.7045500278473    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7250440120697021    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   245.7119870185852    
 ==w out           6        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     2.131 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.73332202434540    
 ATTN ifrq ipol ln           4           3       25652   13.00000    
 IPOL, ITOP nblock            3           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992280    
  shift in azimuth *fractional pixel=   2.5016436E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.6129903793334961E-03
 WAYNE Motion comp. added to patch, time =    15.39930796623230    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8359422683715820E-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 =    181.3374750614166    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7593669891357422    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   250.2409130334854    
 ==w out           7        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.178 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.08335399627686    
 ATTN ifrq ipol ln           4           3       50096   13.00000    
 IPOL, ITOP nblock            3           0          13
  ****shift in azimuth (fractional pixel)=  -0.4993643    
  shift in azimuth *fractional pixel=   2.5023265E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.7059736251831055E-03
 WAYNE Motion comp. added to patch, time =    16.05851697921753    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8759965896606445E-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 =    181.3079349994659    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7235970497131348    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   251.1847990751266    
 ==w out          14        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.139 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.82069897651672    
 ATTN ifrq ipol ln           4           3       29144   13.00000    
 IPOL, ITOP nblock            3           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992866    
  shift in azimuth *fractional pixel=   2.5019374E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.9030265808105469E-03
 WAYNE Motion comp. added to patch, time =    16.18328905105591    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9268989562988281E-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 =    183.5644730329514    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8008940219879150    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   253.3812050819397    
 ==w out           8        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     2.172 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.39927399158478    
 ATTN ifrq ipol ln           4           3       46604   13.00000    
 IPOL, ITOP nblock            3           0          12
  ****shift in azimuth (fractional pixel)=  -0.4995650    
  shift in azimuth *fractional pixel=   2.5033323E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.7600946426391602E-03
 WAYNE Motion comp. added to patch, time =    15.31090807914734    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8639564514160156E-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 =    185.8170409202576    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7106000185012817    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   255.2493849992752    
 ==w out          13        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.110 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    52.75198304653168    
 ATTN ifrq ipol ln           4           3        8192   13.00000    
 IPOL, ITOP nblock            3           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=   2.5036290E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.2169771194458008E-03
 TESTING -7.5730495E-03   171.7112       2.534184    
 WAYNE Motion comp. added to patch, time =    15.22353100776672    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8600225448608398E-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   171.7112       2.534184    
 HEY,dt,fract,ye,pe   2.5036290E-02 -5.0110243E-02  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    160.0374230146408    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7667719125747681    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   228.7905559539795    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   230.901 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.58652007579803    
 ATTN ifrq ipol ln           4           3       11684   13.00000    
 IPOL, ITOP nblock            3           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996009    
  shift in azimuth *fractional pixel=   2.5035124E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   7.8829526901245117E-03
 TESTING -7.5730495E-03   165.7976       3.303770    
 WAYNE Motion comp. added to patch, time =    11.44909298419952    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.7800331115722656E-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   165.7976       3.303770    
 HEY,dt,fract,ye,pe   2.5035124E-02 -5.0110243E-02  4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    125.5887240171432    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7201149463653564    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   173.3547259569168    
 ==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     2.117 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.81430101394653    
 ATTN ifrq ipol ln           4           3       15176   13.00000    
 IPOL, ITOP nblock            3           0           3
  ****shift in azimuth (fractional pixel)=  -0.4995477    
  shift in azimuth *fractional pixel=   2.5032455E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.3450078964233398E-03
 WAYNE Motion comp. added to patch, time =    15.44490408897400    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8730163574218750E-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 =    175.7766960859299    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7180060148239136    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   244.7648899555206    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   246.882 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.45851802825928    
 ATTN ifrq ipol ln           4           3       18668   13.00000    
 IPOL, ITOP nblock            3           0           4
  ****shift in azimuth (fractional pixel)=  -0.4993925    
  shift in azimuth *fractional pixel=   2.5024679E-02 -5.0110243E-02
 WAYNE Motion comp. coeff. calculated, time =   8.2570314407348633E-03
 WAYNE Motion comp. added to patch, time =    11.95107102394104    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8720626831054688E-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 =    127.8081810474396    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7073279619216919    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   175.9359680414200    
 ==w out           5        8387
            1      617694           0
            2      617605           0
            3      617815           0
            4      617603           0
            5      617532           0
            6      617544           0
            7      617834           0
            8      615123           0
            9      617861           0
           10      617878           0
           11      617845           0
           12      617870           0
           13      615429           0
           14      616364           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    5.9515953063964844E-02
 WAYNE LOOP TIME:     435.3618569374084    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.vh_j                        
 /mnt/air76/airops/1376/ts1376_l.mocompv                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
 lat1 lon1:         504   63.83078      -144.9749           67072
 last ra n_ns ns:   7970.510               5           5       67575
        67072
 lati loni:       67575   63.83093      -144.2364           67575           5
 center ra n_ns ns:   12230.86            1284        1284       34039
        67072
 lati loni:       34039   63.86937      -144.6029           34039        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.vh_j                        
 WAYNE FINAL PROCESS   437.2718600034714    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.vh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lv                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.BT                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.279329895973206    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          504   504.6766       1434.976      2.5036290E-02  2.5036290E-02
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          507   507.3592       1469.472      2.5035124E-02  2.5035124E-02
         3155        4554           3        1396
 patch iptc,sj,dgj,dgi,id:           2        4554         507         504
         1396
  half line dmj dgc:           0        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4554        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        4553

         4554        6650           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6650         507         507
         2096
  half line dmj dgc:           1        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6650        4554
   Zeroing lines in arrays 
  Total # of output lines =            2        6649

 Processing block number            3
 DEBUG          535   535.9955       1585.521      2.5032455E-02  2.5032455E-02
         6650        8074          28        1396
 patch iptc,sj,dgj,dgi,id:           3        8074         535         507
         1396
  half line dmj dgc:           0        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8074        6650
   Zeroing lines in arrays 
  Total # of output lines =            3        8073

         8074       10170           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10170         535         535
         2096
  half line dmj dgc:           1        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10170        8074
   Zeroing lines in arrays 
  Total # of output lines =            3       10169

 Processing block number            4
 DEBUG          584   584.1415       1761.500      2.5024679E-02  2.5024679E-02
        10170       11615          49        1396
 patch iptc,sj,dgj,dgi,id:           4       11615         584         535
         1396
  half line dmj dgc:           0       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11615       10170
   Zeroing lines in arrays 
  Total # of output lines =            4       11614

        11615       13711           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1423         584         584
         2096
  half line dmj dgc:           1       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11615        1423
   Zeroing lines in arrays 
  Total # of output lines =            4       13710

 Processing block number            5
 DEBUG          625   625.2188       1919.250      2.5018422E-02  2.5018422E-02
         1423        2860          41        1396
 patch iptc,sj,dgj,dgi,id:           5        2860         625         584
         1396
  half line dmj dgc:           0       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2860        1423
   Zeroing lines in arrays 
  Total # of output lines =            5       15147

         2860        4956           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4956         625         625
         2096
  half line dmj dgc:           1       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4956        2860
   Zeroing lines in arrays 
  Total # of output lines =            5       17243

 Processing block number            6
 DEBUG          637   637.6724       1972.789      2.5016436E-02  2.5016436E-02
         4956        6364          12        1396
 patch iptc,sj,dgj,dgi,id:           6        6364         637         625
         1396
  half line dmj dgc:           0       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6364        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       18651

         6364        8460           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8460         637         637
         2096
  half line dmj dgc:           1       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8460        6364
   Zeroing lines in arrays 
  Total # of output lines =            6       20747

 Processing block number            7
 DEBUG          616   616.7898       1909.610      2.5019374E-02  2.5019374E-02
         8460        9835         -21        1396
 patch iptc,sj,dgj,dgi,id:           7        9835         616         637
         1396
  half line dmj dgc:           0       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9835        8460
   Zeroing lines in arrays 
  Total # of output lines =            7       22122

         9835       11931           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11931         616         616
         2096
  half line dmj dgc:           1       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11931        9835
   Zeroing lines in arrays 
  Total # of output lines =            7       24218

 Processing block number            8
 DEBUG          566   566.8344       1756.445      2.5027869E-02  2.5027869E-02
        11931       13277         -50        1396
 patch iptc,sj,dgj,dgi,id:           8         989         566         616
         1396
  half line dmj dgc:           0       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11931         989
   Zeroing lines in arrays 
  Total # of output lines =            8       25564

          989        3085           0        2096
 patch iptc,sj,dgj,dgi,id:           8        3085         566         566
         2096
  half line dmj dgc:           1       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        3085         989
   Zeroing lines in arrays 
  Total # of output lines =            8       27660

 Processing block number            9
 DEBUG          521   521.7834       1599.695      2.5035268E-02  2.5035268E-02
         3085        4436         -45        1396
 patch iptc,sj,dgj,dgi,id:           9        4436         521         566
         1396
  half line dmj dgc:           0       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4436        3085
   Zeroing lines in arrays 
  Total # of output lines =            9       29011

         4436        6532           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6532         521         521
         2096
  half line dmj dgc:           1       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6532        4436
   Zeroing lines in arrays 
  Total # of output lines =            9       31107

 Processing block number           10
 DEBUG          502   502.8459       1515.530      2.5038371E-02  2.5038371E-02
         6532        7909         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        7909         502         521
         1396
  half line dmj dgc:           0       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7909        6532
   Zeroing lines in arrays 
  Total # of output lines =           10       32484

         7909       10005           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10005         502         502
         2096
  half line dmj dgc:           1       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10005        7909
   Zeroing lines in arrays 
  Total # of output lines =           10       34580

 Processing block number           11
 DEBUG          510   510.9574       1546.001      2.5037969E-02  2.5037969E-02
        10005       11409           8        1396
 patch iptc,sj,dgj,dgi,id:          11       11409         510         502
         1396
  half line dmj dgc:           0       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11409       10005
   Zeroing lines in arrays 
  Total # of output lines =           11       35984

        11409       13505           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1217         510         510
         2096
  half line dmj dgc:           1       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11409        1217
   Zeroing lines in arrays 
  Total # of output lines =           11       38080

 Processing block number           12
 DEBUG          546   546.4056       1700.306      2.5033323E-02  2.5033323E-02
         1217        2649          36        1396
 patch iptc,sj,dgj,dgi,id:          12        2649         546         510
         1396
  half line dmj dgc:           0       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2649        1217
   Zeroing lines in arrays 
  Total # of output lines =           12       39512

         2649        4745           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4745         546         546
         2096
  half line dmj dgc:           1       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4745        2649
   Zeroing lines in arrays 
  Total # of output lines =           12       41608

 Processing block number           13
 DEBUG          606   606.6205       1938.819      2.5023265E-02  2.5023265E-02
         4745        6201          60        1396
 patch iptc,sj,dgj,dgi,id:          13        6201         606         546
         1396
  half line dmj dgc:           0       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6201        4745
   Zeroing lines in arrays 
  Total # of output lines =           13       43064

         6201        8297           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8297         606         606
         2096
  half line dmj dgc:           1       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8297        6201
   Zeroing lines in arrays 
  Total # of output lines =           13       45160

 Processing block number           14
 DEBUG          663   663.5944       2162.518      2.5012745E-02  2.5012745E-02
         8297        9750          57        1396
 patch iptc,sj,dgj,dgi,id:          14        9750         663         606
         1396
  half line dmj dgc:           0       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9750        8297
   Zeroing lines in arrays 
  Total # of output lines =           14       46613

         9750       11846           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11846         663         663
         2096
  half line dmj dgc:           1       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11846        9750
   Zeroing lines in arrays 
  Total # of output lines =           14       48709

 Processing block number           15
 DEBUG          692   692.2906       2257.037      2.5009731E-02  2.5009731E-02
        11846       13271          29        1396
 patch iptc,sj,dgj,dgi,id:          15         983         692         663
         1396
  half line dmj dgc:           0       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11846         983
   Zeroing lines in arrays 
  Total # of output lines =           15       50134

          983        3079           0        2096
 patch iptc,sj,dgj,dgi,id:          15        3079         692         692
         2096
  half line dmj dgc:           1       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        3079         983
   Zeroing lines in arrays 
  Total # of output lines =           15       52230

 Processing block number           16
 DEBUG          685   685.6851       2206.953      2.5012970E-02  2.5012970E-02
         3079        3895          -7         823
 patch iptc,sj,dgj,dgi,id:          16        3895         685         692
          823
  half line dmj dgc:           0       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3895        3079
   Zeroing lines in arrays 
  Total # of output lines =           16       53046

         3895        5991           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5991         685         685
         2096
  half line dmj dgc:           1       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5991        3895
   Zeroing lines in arrays 
  Total # of output lines =           16       55142

 ia dmi dgi:        5991        2206         685
   Writing the last         3617 lines
 last half sj>s1        9608        5991       55142
 WAYNE done patche    64.68499195575714    
  Total # of output lines =        58759

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58759
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    65.74857497215271    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.vv00l                         

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/l_vv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_l.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.lv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0098999E-02
 reading motion compensation data
 WAYNE read motion compen    1.130805    
 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   0.3679961    
 start range comp, time =      1.690

 WAYNE PREV   1.517971    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     2.067 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.72018802165985    
 ATTN ifrq ipol ln           4           4       59999   13.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   8.5699558258056641E-03
 WAYNE Motion comp. added to patch, time =    15.19264101982117    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 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
 WAYNE Azimuth compression done, time =    146.3296880722046    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9475680589675903    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   215.2017719745636    
 ==w out          17        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.013 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.09649801254272    
 ATTN ifrq ipol ln           4           4       29144   13.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   8.3709955215454102E-03
 WAYNE Motion comp. added to patch, time =    14.63049602508545    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8479824066162109E-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 =    167.5311239957809    
  Writing         4192 lines of data to file
 WAYNE write output data    1.072352886199951    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   236.3424289226532    
 ==w out           8        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.035 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.51352703571320    
 ATTN ifrq ipol ln           4           4       43112   13.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   8.8349580764770508E-03
 WAYNE Motion comp. added to patch, time =    14.73455798625946    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9370317459106445E-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 =    168.6225240230560    
  Writing         4192 lines of data to file
 WAYNE write output data    1.156186103820801    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   237.0384800434113    
 ==w out          12        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     2.029 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.97790694236755    
 ATTN ifrq ipol ln           4           4       39620   13.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   8.3869695663452148E-03
 WAYNE Motion comp. added to patch, time =    14.80896794795990    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9990205764770508E-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 =    168.5916610956192    
  Writing         4192 lines of data to file
 WAYNE write output data    1.246652007102966    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   237.6364639997482    
 ==w out          11        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.002 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.61981689929962    
 ATTN ifrq ipol ln           4           4       22160   13.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   8.4040164947509766E-03
 WAYNE Motion comp. added to patch, time =    14.62493002414703    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-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 =    169.2427059412003    
  Writing         4192 lines of data to file
 WAYNE write output data    1.420589923858643    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   237.9192420244217    
 ==w out           6        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     2.007 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.22384905815125    
 ATTN ifrq ipol ln           4           4       25652   13.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   8.5079669952392578E-03
 WAYNE Motion comp. added to patch, time =    14.70107901096344    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9319057464599609E-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 =    168.9640890359879    
  Writing         4192 lines of data to file
 WAYNE write output data    1.029596090316772    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   237.9300210475922    
 ==w out           7        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.058 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.17346394062042    
 ATTN ifrq ipol ln           4           4       57080   13.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   8.4239244461059570E-03
 WAYNE Motion comp. added to patch, time =    15.07702994346619    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8010139465332031E-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 =    176.3084900379181    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8127260208129883    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   244.3827790021896    
 ==w out          16        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     2.044 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.49260103702545    
 ATTN ifrq ipol ln           4           4       46604   13.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   8.6510181427001953E-03
 WAYNE Motion comp. added to patch, time =    14.63939499855042    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.8750429153442383E-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 =    178.1147770881653    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9070899486541748    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   246.1654009819031    
 ==w out          13        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.051 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.58023798465729    
 ATTN ifrq ipol ln           4           4       50096   13.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   7.3266983032226563E-02
 WAYNE Motion comp. added to patch, time =    15.40146303176880    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-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 =    177.6805189847946    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8685709238052368    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   246.6069869995117    
 ==w out          14        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     2.019 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.22006499767303    
 ATTN ifrq ipol ln           4           4       32636   13.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   8.5999965667724609E-03
 WAYNE Motion comp. added to patch, time =    14.59756898880005    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8160343170166016E-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 =    179.3189160823822    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7543339729309082    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   247.9023039340973    
 ==w out           9        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     2.055 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.17483508586884    
 ATTN ifrq ipol ln           4           4       53588   13.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   8.4940195083618164E-03
 WAYNE Motion comp. added to patch, time =    15.02817189693451    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.0780563354492188E-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 =    178.6352189779282    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7516989707946777    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   248.6015290021896    
 ==w out          15        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.023 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.94665598869324    
 ATTN ifrq ipol ln           4           4       36128   13.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   8.5530281066894531E-03
 WAYNE Motion comp. added to patch, time =    15.06243002414703    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8930435180664063E-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 =    181.7561770677567    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7095390558242798    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   250.4861220121384    
 ==w out          10        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     1.987 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    52.77672398090363    
 ATTN ifrq ipol ln           4           4        8192   13.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.1299543380737305E-03
 TESTING  0.0000000E+00   171.3855       1.587060    
 WAYNE Motion comp. added to patch, time =    14.60654997825623    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.0260810852050781E-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   171.3855       1.587060    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    157.1981589794159    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9167369604110718    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   225.5092389583588    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   227.496 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    36.44019401073456    
 ATTN ifrq ipol ln           4           4       11684   13.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   7.8740119934082031E-03
 TESTING  0.0000000E+00   165.4719       2.356645    
 WAYNE Motion comp. added to patch, time =    11.50142002105713    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   2.2027015686035156E-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   165.4719       2.356645    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    123.5061630010605    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7061060667037964    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   172.1844600439072    
 ==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     1.995 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.97871303558350    
 ATTN ifrq ipol ln           4           4       15176   13.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   8.3760023117065430E-03
 WAYNE Motion comp. added to patch, time =    14.92868804931641    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8929243087768555E-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 =    168.7306489944458    
  Writing         4192 lines of data to file
 WAYNE write output data    1.350870966911316    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   238.0002769231796    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   239.996 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.34772801399231    
 ATTN ifrq ipol ln           4           4       18668   13.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   7.9630613327026367E-03
 WAYNE Motion comp. added to patch, time =    11.65606701374054    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.6029953956604004E-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 =    123.4367730617523    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7117309570312500    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   171.1770540475845    
 ==w out           5        8387
            1      619414           0
            2      619268           0
            3      619366           0
            4      619344           0
            5      619387           0
            6      618739           0
            7      619361           0
            8      618612           0
            9      619382           0
           10      619200           0
           11      619206           0
           12      617471           0
           13      619288           0
           14      618991           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    7.9990983009338379E-02
 WAYNE LOOP TIME:     423.8621360063553    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_l.vv_j                        
 /mnt/air76/airops/1376/ts1376_l.mocompv                     
 /mnt/air76/airops/1376/ts1376_l.dop                         
 /mnt/air76/airops/1376/ts1376_l.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   3.331000      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_l.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_l.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_l.glb                         
 /mnt/air76/airops/1376/ts1376_l.glb                                   35
 deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
  after deskew line ra ha trc:   259.7061             504   7970.510    
    6897.600       90.35377    
 lat1 lon1:         504   63.83078      -144.9749           67072
 last ra n_ns ns:   7970.510               5           5       67575
        67072
 lati loni:       67575   63.83093      -144.2364           67575           5
 center ra n_ns ns:   12230.86            1284        1284       34039
        67072
 lati loni:       34039   63.86937      -144.6029           34039        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_l.vv_j                        
 WAYNE FINAL PROCESS   425.5750490427017    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_l.vv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_l.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.lv                            
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_l.BB                          
  Name of the line output file?
 /mnt/air76/airops/1376/l_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    2.972530007362366    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          504   504.6369       1434.936      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1059         504         504
            0
  half line dmj dgc:           0        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1059           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1058

         1059        3155           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3155         504         504
         2096
  half line dmj dgc:           1        2001        1434         502
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3155        1059
   Zeroing lines in arrays 
  Total # of output lines =            1        3154

 Processing block number            2
 DEBUG          507   507.3195       1469.433      0.0000000E+00  0.0000000E+00
         3155        4554           3        1396
 patch iptc,sj,dgj,dgi,id:           2        4554         507         504
         1396
  half line dmj dgc:           0        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4554        3155
   Zeroing lines in arrays 
  Total # of output lines =            2        4553

         4554        6650           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6650         507         507
         2096
  half line dmj dgc:           1        5493        1469         502
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6650        4554
   Zeroing lines in arrays 
  Total # of output lines =            2        6649

 Processing block number            3
 DEBUG          535   535.9557       1585.481      0.0000000E+00  0.0000000E+00
         6650        8074          28        1396
 patch iptc,sj,dgj,dgi,id:           3        8074         535         507
         1396
  half line dmj dgc:           0        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        8074        6650
   Zeroing lines in arrays 
  Total # of output lines =            3        8073

         8074       10170           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10170         535         535
         2096
  half line dmj dgc:           1        8985        1585         502
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10170        8074
   Zeroing lines in arrays 
  Total # of output lines =            3       10169

 Processing block number            4
 DEBUG          584   584.1017       1761.460      0.0000000E+00  0.0000000E+00
        10170       11615          49        1396
 patch iptc,sj,dgj,dgi,id:           4       11615         584         535
         1396
  half line dmj dgc:           0       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11615       10170
   Zeroing lines in arrays 
  Total # of output lines =            4       11614

        11615       13711           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1423         584         584
         2096
  half line dmj dgc:           1       12477        1761         502
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11615        1423
   Zeroing lines in arrays 
  Total # of output lines =            4       13710

 Processing block number            5
 DEBUG          625   625.1791       1919.211      0.0000000E+00  0.0000000E+00
         1423        2860          41        1396
 patch iptc,sj,dgj,dgi,id:           5        2860         625         584
         1396
  half line dmj dgc:           0       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2860        1423
   Zeroing lines in arrays 
  Total # of output lines =            5       15147

         2860        4956           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4956         625         625
         2096
  half line dmj dgc:           1       15969        1919         502
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4956        2860
   Zeroing lines in arrays 
  Total # of output lines =            5       17243

 Processing block number            6
 DEBUG          637   637.6326       1972.749      0.0000000E+00  0.0000000E+00
         4956        6364          12        1396
 patch iptc,sj,dgj,dgi,id:           6        6364         637         625
         1396
  half line dmj dgc:           0       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6364        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       18651

         6364        8460           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8460         637         637
         2096
  half line dmj dgc:           1       19461        1972         502
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8460        6364
   Zeroing lines in arrays 
  Total # of output lines =            6       20747

 Processing block number            7
 DEBUG          616   616.7501       1909.570      0.0000000E+00  0.0000000E+00
         8460        9835         -21        1396
 patch iptc,sj,dgj,dgi,id:           7        9835         616         637
         1396
  half line dmj dgc:           0       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9835        8460
   Zeroing lines in arrays 
  Total # of output lines =            7       22122

         9835       11931           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11931         616         616
         2096
  half line dmj dgc:           1       22953        1909         502
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11931        9835
   Zeroing lines in arrays 
  Total # of output lines =            7       24218

 Processing block number            8
 DEBUG          566   566.7946       1756.406      0.0000000E+00  0.0000000E+00
        11931       13277         -50        1396
 patch iptc,sj,dgj,dgi,id:           8         989         566         616
         1396
  half line dmj dgc:           0       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11931         989
   Zeroing lines in arrays 
  Total # of output lines =            8       25564

          989        3085           0        2096
 patch iptc,sj,dgj,dgi,id:           8        3085         566         566
         2096
  half line dmj dgc:           1       26445        1756         502
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        3085         989
   Zeroing lines in arrays 
  Total # of output lines =            8       27660

 Processing block number            9
 DEBUG          521   521.7437       1599.655      0.0000000E+00  0.0000000E+00
         3085        4436         -45        1396
 patch iptc,sj,dgj,dgi,id:           9        4436         521         566
         1396
  half line dmj dgc:           0       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4436        3085
   Zeroing lines in arrays 
  Total # of output lines =            9       29011

         4436        6532           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6532         521         521
         2096
  half line dmj dgc:           1       29937        1599         502
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6532        4436
   Zeroing lines in arrays 
  Total # of output lines =            9       31107

 Processing block number           10
 DEBUG          502   502.8061       1515.490      0.0000000E+00  0.0000000E+00
         6532        7909         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        7909         502         521
         1396
  half line dmj dgc:           0       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7909        6532
   Zeroing lines in arrays 
  Total # of output lines =           10       32484

         7909       10005           0        2096
 patch iptc,sj,dgj,dgi,id:          10       10005         502         502
         2096
  half line dmj dgc:           1       33429        1515         502
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:       10005        7909
   Zeroing lines in arrays 
  Total # of output lines =           10       34580

 Processing block number           11
 DEBUG          510   510.9177       1545.962      0.0000000E+00  0.0000000E+00
        10005       11409           8        1396
 patch iptc,sj,dgj,dgi,id:          11       11409         510         502
         1396
  half line dmj dgc:           0       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11409       10005
   Zeroing lines in arrays 
  Total # of output lines =           11       35984

        11409       13505           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1217         510         510
         2096
  half line dmj dgc:           1       36921        1545         502
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11409        1217
   Zeroing lines in arrays 
  Total # of output lines =           11       38080

 Processing block number           12
 DEBUG          546   546.3659       1700.266      0.0000000E+00  0.0000000E+00
         1217        2649          36        1396
 patch iptc,sj,dgj,dgi,id:          12        2649         546         510
         1396
  half line dmj dgc:           0       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2649        1217
   Zeroing lines in arrays 
  Total # of output lines =           12       39512

         2649        4745           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4745         546         546
         2096
  half line dmj dgc:           1       40413        1700         502
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4745        2649
   Zeroing lines in arrays 
  Total # of output lines =           12       41608

 Processing block number           13
 DEBUG          606   606.5808       1938.780      0.0000000E+00  0.0000000E+00
         4745        6201          60        1396
 patch iptc,sj,dgj,dgi,id:          13        6201         606         546
         1396
  half line dmj dgc:           0       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        6201        4745
   Zeroing lines in arrays 
  Total # of output lines =           13       43064

         6201        8297           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8297         606         606
         2096
  half line dmj dgc:           1       43905        1938         502
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8297        6201
   Zeroing lines in arrays 
  Total # of output lines =           13       45160

 Processing block number           14
 DEBUG          663   663.5546       2162.478      0.0000000E+00  0.0000000E+00
         8297        9750          57        1396
 patch iptc,sj,dgj,dgi,id:          14        9750         663         606
         1396
  half line dmj dgc:           0       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9750        8297
   Zeroing lines in arrays 
  Total # of output lines =           14       46613

         9750       11846           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11846         663         663
         2096
  half line dmj dgc:           1       47397        2162         502
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11846        9750
   Zeroing lines in arrays 
  Total # of output lines =           14       48709

 Processing block number           15
 DEBUG          692   692.2509       2256.997      0.0000000E+00  0.0000000E+00
        11846       13271          29        1396
 patch iptc,sj,dgj,dgi,id:          15         983         692         663
         1396
  half line dmj dgc:           0       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11846         983
   Zeroing lines in arrays 
  Total # of output lines =           15       50134

          983        3079           0        2096
 patch iptc,sj,dgj,dgi,id:          15        3079         692         692
         2096
  half line dmj dgc:           1       50889        2256         502
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        3079         983
   Zeroing lines in arrays 
  Total # of output lines =           15       52230

 Processing block number           16
 DEBUG          685   685.6454       2206.913      0.0000000E+00  0.0000000E+00
         3079        3895          -7         823
 patch iptc,sj,dgj,dgi,id:          16        3895         685         692
          823
  half line dmj dgc:           0       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3895        3079
   Zeroing lines in arrays 
  Total # of output lines =           16       53046

         3895        5991           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5991         685         685
         2096
  half line dmj dgc:           1       53808        2206         502
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5991        3895
   Zeroing lines in arrays 
  Total # of output lines =           16       55142

 ia dmi dgi:        5991        2206         685
   Writing the last         3617 lines
 last half sj>s1        9608        5991       55142
 WAYNE done patche    62.64588499069214    
  Total # of output lines =        58759

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58759
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    63.56446993350983    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9762937       93.63553    
     146     0.000    3046     0.031   93.63553   0.000012   0.000043  -0.000002
 r_peak,r_snr =   0.9740499       114.1189    
     246     0.000    3046     0.063  114.11890   0.000012   0.000044  -0.000002
 r_peak,r_snr =   0.9718110       107.4599    
     346     0.000    3046     0.031  107.45987   0.000013   0.000049  -0.000001
 r_peak,r_snr =   0.9610077       112.4473    
     446     0.000    3046     0.031  112.44734   0.000018   0.000071  -0.000003
 r_peak,r_snr =   0.9402412       95.62160    
     546     0.000    3046     0.031   95.62160   0.000032   0.000111  -0.000006
 r_peak,r_snr =   0.9773182       91.30556    
     646     0.000    3046     0.000   91.30556   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9805012       83.57195    
     746     0.000    3046     0.000   83.57195   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9820919       97.39951    
     846     0.000    3046     0.000   97.39951   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9809940       80.69170    
     946     0.000    3046    -0.031   80.69170   0.000010   0.000036  -0.000001
 r_peak,r_snr =   0.9779283       71.03242    
    1046    -0.031    3046    -0.031   71.03242   0.000012   0.000041  -0.000001
 r_peak,r_snr =   0.9817731       74.37341    
    1146     0.000    3046     0.000   74.37341   0.000010   0.000036   0.000000
 r_peak,r_snr =   0.9828375       62.62643    
    1246     0.000    3046     0.031   62.62643   0.000009   0.000034  -0.000002
 r_peak,r_snr =   0.9743837       91.83865    
    1346     0.000    3046     0.000   91.83865   0.000012   0.000052  -0.000002
 r_peak,r_snr =   0.9686509       88.47942    
    1446    -0.031    3046    -0.063   88.47942   0.000015   0.000060  -0.000002
 r_peak,r_snr =   0.9765312       63.96389    
    1546     0.000    3046     0.000   63.96389   0.000013   0.000051  -0.000001
 r_peak,r_snr =   0.9720948       99.26949    
    1646     0.000    3046     0.000   99.26949   0.000013   0.000053  -0.000002
 r_peak,r_snr =   0.9802057       58.21936    
    1746     0.000    3046    -0.031   58.21936   0.000011   0.000045  -0.000001
 r_peak,r_snr =   0.9815111       88.98345    
    1846     0.000    3046    -0.031   88.98345   0.000009   0.000036   0.000000
 r_peak,r_snr =   0.9842458       52.33194    
    1946     0.000    3046     0.000   52.33194   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9839918       45.69171    
    2046    -0.031    3046    -0.031   45.69171   0.000009   0.000034   0.000000
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9579471       125.4412    
     146     0.000    3446     0.094  125.44124   0.000019   0.000070  -0.000002
 r_peak,r_snr =   0.9595134       97.69488    
     246     0.031    3446     0.031   97.69488   0.000021   0.000075  -0.000003
 r_peak,r_snr =   0.9455063       97.08611    
     346     0.000    3446     0.031   97.08611   0.000027   0.000105  -0.000003
 r_peak,r_snr =   0.9427664       83.46786    
     446     0.000    3446     0.000   83.46786   0.000029   0.000111  -0.000006
 r_peak,r_snr =   0.9761837       104.6294    
     546     0.000    3446     0.000  104.62943   0.000011   0.000043  -0.000002
 r_peak,r_snr =   0.9847563       82.80067    
     646     0.000    3446     0.000   82.80067   0.000008   0.000029  -0.000001
 r_peak,r_snr =   0.9811946       109.9060    
     746     0.000    3446     0.000  109.90604   0.000009   0.000030  -0.000001
 r_peak,r_snr =   0.9849977       80.13424    
     846     0.000    3446     0.000   80.13424   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9812043       17.54248    
     946     0.000    3446     0.000   17.54248   0.000013   0.000054  -0.000002
 r_peak,r_snr =   0.9818931       86.89999    
    1046     0.000    3446    -0.031   86.89999   0.000010   0.000034   0.000000
 r_peak,r_snr =   0.9825510       96.02891    
    1146     0.000    3446    -0.031   96.02891   0.000009   0.000032   0.000000
 r_peak,r_snr =   0.9839560       52.79408    
    1246     0.000    3446     0.000   52.79408   0.000009   0.000031  -0.000001
 r_peak,r_snr =   0.9744681       101.2641    
    1346     0.000    3446     0.000  101.26414   0.000012   0.000047  -0.000002
 r_peak,r_snr =   0.9694663       80.51077    
    1446     0.000    3446    -0.031   80.51077   0.000016   0.000063  -0.000001
 r_peak,r_snr =   0.9691762       81.75433    
    1546     0.000    3446    -0.031   81.75433   0.000016   0.000060  -0.000001
 r_peak,r_snr =   0.9802682       92.47738    
    1646     0.000    3446     0.000   92.47738   0.000010   0.000040  -0.000002
 r_peak,r_snr =   0.9725478       83.68871    
    1746     0.000    3446     0.000   83.68871   0.000015   0.000055  -0.000002
 r_peak,r_snr =   0.9809049       99.31728    
    1846     0.000    3446     0.000   99.31728   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9869990       51.00505    
    1946     0.000    3446    -0.031   51.00505   0.000008   0.000027  -0.000001
 r_peak,r_snr =   0.9850955       50.36758    
    2046     0.000    3446    -0.031   50.36758   0.000009   0.000035  -0.000001
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9762129       117.2368    
     146     0.000    3846     0.031  117.23682   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9760497       110.9445    
     246     0.000    3846     0.063  110.94445   0.000012   0.000039  -0.000001
 r_peak,r_snr =   0.9717909       101.4031    
     346     0.000    3846     0.031  101.40305   0.000015   0.000050  -0.000002
 r_peak,r_snr =   0.9654712       109.2000    
     446     0.000    3846     0.000  109.19997   0.000016   0.000058  -0.000002
 r_peak,r_snr =   0.9809089       63.92334    
     546     0.000    3846     0.031   63.92334   0.000010   0.000035  -0.000002
 r_peak,r_snr =   0.9833490       70.82701    
     646    -0.031    3846     0.000   70.82701   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9836677       17.22242    
     746     0.000    3846     0.000   17.22242   0.000010   0.000048   0.000000
 r_peak,r_snr =   0.9815760       89.26592    
     846     0.000    3846    -0.031   89.26592   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9794086       102.7297    
     946     0.000    3846     0.000  102.72974   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9782723       99.48708    
    1046     0.000    3846     0.031   99.48708   0.000011   0.000039  -0.000001
 r_peak,r_snr =   0.9822822       110.0717    
    1146     0.000    3846     0.000  110.07171   0.000008   0.000034  -0.000001
 r_peak,r_snr =   0.9791022       77.87711    
    1246     0.000    3846    -0.031   77.87711   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9719481       102.3194    
    1346     0.000    3846     0.000  102.31940   0.000014   0.000051  -0.000002
 r_peak,r_snr =   0.9706626       91.26411    
    1446     0.000    3846    -0.031   91.26411   0.000016   0.000058  -0.000004
 r_peak,r_snr =   0.9755280       92.86066    
    1546     0.000    3846     0.000   92.86066   0.000013   0.000046  -0.000002
 r_peak,r_snr =   0.9748996       80.82083    
    1646     0.000    3846     0.000   80.82083   0.000014   0.000052  -0.000001
 r_peak,r_snr =   0.9781248       87.30798    
    1746     0.000    3846    -0.031   87.30798   0.000011   0.000042  -0.000002
 r_peak,r_snr =   0.9814911       89.24409    
    1846     0.000    3846    -0.031   89.24409   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9814820       84.80885    
    1946     0.000    3846    -0.031   84.80885   0.000009   0.000037  -0.000001
 r_peak,r_snr =   0.9762454       82.93571    
    2046     0.000    3846    -0.031   82.93571   0.000012   0.000048  -0.000002
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9777557       87.27772    
     146     0.000    4246     0.063   87.27772   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9743913       109.0164    
     246     0.000    4246     0.031  109.01639   0.000012   0.000045  -0.000001
 r_peak,r_snr =   0.9661895       98.09686    
     346    -0.031    4246     0.000   98.09686   0.000016   0.000060  -0.000001
 r_peak,r_snr =   0.9798886       100.3097    
     446     0.000    4246     0.063  100.30970   0.000010   0.000034  -0.000001
 r_peak,r_snr =   0.9836456       101.7984    
     546     0.000    4246     0.031  101.79845   0.000007   0.000030  -0.000001
 r_peak,r_snr =   0.9789897       34.32074    
     646     0.000    4246     0.000   34.32074   0.000012   0.000051  -0.000002
 r_peak,r_snr =   0.9831313       66.85849    
     746     0.000    4246     0.031   66.85849   0.000009   0.000032  -0.000002
 r_peak,r_snr =   0.9834451       100.5853    
     846     0.000    4246     0.000  100.58530   0.000007   0.000030  -0.000001
 r_peak,r_snr =   0.9840081       101.2626    
     946     0.000    4246     0.000  101.26260   0.000008   0.000027  -0.000001
 r_peak,r_snr =   0.9830872       91.78653    
    1046     0.000    4246     0.000   91.78653   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9829095       42.34637    
    1146     0.000    4246     0.000   42.34637   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9733611       103.8653    
    1246     0.000    4246     0.000  103.86526   0.000013   0.000046   0.000000
 r_peak,r_snr =   0.9767209       91.45969    
    1346     0.000    4246     0.000   91.45969   0.000012   0.000047  -0.000002
 r_peak,r_snr =   0.9830478       84.54945    
    1446     0.000    4246     0.000   84.54945   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9794475       77.83337    
    1546    -0.031    4246     0.031   77.83337   0.000011   0.000041  -0.000001
 r_peak,r_snr =   0.9681360       66.07555    
    1646     0.000    4246     0.000   66.07555   0.000017   0.000065  -0.000003
 r_peak,r_snr =   0.9873523       62.74898    
    1746     0.000    4246     0.000   62.74898   0.000008   0.000027  -0.000001
 r_peak,r_snr =   0.9811405       67.71371    
    1846     0.000    4246    -0.031   67.71371   0.000011   0.000039  -0.000002
 r_peak,r_snr =   0.9818375       78.04312    
    1946     0.000    4246    -0.031   78.04312   0.000010   0.000033  -0.000001
 r_peak,r_snr =   0.9755671       57.90966    
    2046     0.000    4246    -0.031   57.90966   0.000015   0.000057  -0.000001
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9798126       96.09591    
     146     0.000    4646     0.063   96.09591   0.000011   0.000036   0.000000
 r_peak,r_snr =   0.9676505       100.8550    
     246     0.000    4646     0.063  100.85503   0.000015   0.000058  -0.000002
 r_peak,r_snr =   0.9808078       100.1754    
     346     0.000    4646     0.031  100.17536   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9814932       98.33857    
     446     0.000    4646     0.000   98.33857   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9840832       32.98408    
     546     0.000    4646     0.063   32.98408   0.000009   0.000041  -0.000001
 r_peak,r_snr =   0.9730842       26.47850    
     646     0.000    4646     0.000   26.47850   0.000016   0.000069  -0.000002
 r_peak,r_snr =   0.9816027       15.79409    
     746     0.000    4646     0.000   15.79409   0.000012   0.000047  -0.000001
 r_peak,r_snr =   0.9855003       69.21358    
     846     0.000    4646     0.000   69.21358   0.000008   0.000028  -0.000002
 r_peak,r_snr =   0.9844672       72.28268    
     946     0.000    4646     0.000   72.28268   0.000008   0.000033  -0.000002
 r_peak,r_snr =   0.9765974       102.3577    
    1046     0.000    4646     0.000  102.35768   0.000011   0.000043  -0.000001
 r_peak,r_snr =   0.9774711       90.37190    
    1146     0.000    4646     0.031   90.37190   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9722670       110.3629    
    1246     0.000    4646     0.000  110.36290   0.000013   0.000046  -0.000002
 r_peak,r_snr =   0.9848239       82.35732    
    1346     0.000    4646     0.000   82.35732   0.000008   0.000033  -0.000002
 r_peak,r_snr =   0.9819528       83.53159    
    1446     0.000    4646     0.031   83.53159   0.000009   0.000034   0.000000
 r_peak,r_snr =   0.9847758       80.75181    
    1546     0.000    4646     0.000   80.75181   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9846259       81.23257    
    1646     0.000    4646    -0.031   81.23257   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9811050       85.14774    
    1746     0.000    4646    -0.063   85.14774   0.000010   0.000037  -0.000001
 r_peak,r_snr =   0.9756914       57.23323    
    1846     0.000    4646     0.000   57.23323   0.000013   0.000055  -0.000001
 r_peak,r_snr =   0.9769911       36.34615    
    1946    -0.031    4646    -0.031   36.34615   0.000014   0.000060  -0.000001
 r_peak,r_snr =   0.9816630       70.22746    
    2046     0.000    4646     0.000   70.22746   0.000010   0.000037  -0.000002
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9839572       48.39146    
     146     0.000    5046     0.063   48.39146   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9792534       99.03474    
     246     0.000    5046     0.063   99.03474   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9740881       110.8528    
     346     0.000    5046     0.031  110.85281   0.000012   0.000042  -0.000001
 r_peak,r_snr =   0.9772950       54.74504    
     446     0.000    5046     0.031   54.74504   0.000015   0.000050  -0.000001
 r_peak,r_snr =   0.9546378       83.95584    
     546     0.000    5046     0.031   83.95584   0.000024   0.000086  -0.000001
 r_peak,r_snr =   0.9860438       70.51371    
     646     0.000    5046     0.031   70.51371   0.000008   0.000029  -0.000001
 r_peak,r_snr =   0.9840417       85.65263    
     746     0.000    5046     0.031   85.65263   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9748716       88.97363    
     846     0.000    5046     0.031   88.97363   0.000013   0.000047  -0.000002
 r_peak,r_snr =   0.9817283       95.96553    
     946     0.000    5046     0.000   95.96553   0.000009   0.000034  -0.000002
 r_peak,r_snr =   0.9865096       63.75473    
    1046     0.000    5046     0.000   63.75473   0.000008   0.000027  -0.000001
 r_peak,r_snr =   0.9725754       112.6360    
    1146     0.000    5046     0.000  112.63603   0.000013   0.000049  -0.000002
 r_peak,r_snr =   0.9718849       71.31343    
    1246     0.000    5046     0.000   71.31343   0.000015   0.000049  -0.000003
 r_peak,r_snr =   0.9791096       77.51408    
    1346     0.000    5046    -0.031   77.51408   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9833093       95.31544    
    1446     0.000    5046     0.000   95.31544   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9817578       68.72003    
    1546     0.000    5046     0.000   68.72003   0.000010   0.000036   0.000000
 r_peak,r_snr =   0.9824645       45.92073    
    1646     0.000    5046    -0.031   45.92073   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9800273       94.78235    
    1746     0.000    5046    -0.031   94.78235   0.000010   0.000036  -0.000001
 r_peak,r_snr =   0.9809697       89.05787    
    1846     0.000    5046     0.000   89.05787   0.000010   0.000035  -0.000002
 r_peak,r_snr =   0.9745052       82.71320    
    1946     0.000    5046    -0.031   82.71320   0.000013   0.000050  -0.000002
 r_peak,r_snr =   0.9765356       63.19196    
    2046     0.000    5046    -0.031   63.19196   0.000013   0.000053   0.000000
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9772264       103.7119    
     146     0.000    5446     0.094  103.71188   0.000011   0.000040  -0.000001
 r_peak,r_snr =   0.9763100       97.68248    
     246     0.000    5446     0.063   97.68248   0.000012   0.000042  -0.000002
 r_peak,r_snr =   0.9612947       94.09769    
     346     0.000    5446     0.031   94.09769   0.000021   0.000070  -0.000004
 r_peak,r_snr =   0.9849837       15.28864    
     446     0.000    5446     0.063   15.28864   0.000010   0.000041  -0.000001
 r_peak,r_snr =   0.9821585       91.28969    
     546     0.000    5446     0.063   91.28969   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9825351       103.1864    
     646     0.000    5446     0.031  103.18637   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9835335       94.26291    
     746     0.000    5446    -0.031   94.26291   0.000008   0.000031  -0.000001
 r_peak,r_snr =   0.9828967       73.00739    
     846     0.000    5446     0.000   73.00739   0.000009   0.000035  -0.000001
 r_peak,r_snr =   0.9804041       98.18329    
     946     0.000    5446     0.000   98.18329   0.000010   0.000035  -0.000001
 r_peak,r_snr =   0.9816817       78.86015    
    1046     0.000    5446     0.000   78.86015   0.000009   0.000034  -0.000001
 r_peak,r_snr =   0.9717156       105.3577    
    1146     0.000    5446     0.000  105.35765   0.000014   0.000049  -0.000002
 r_peak,r_snr =   0.9789730       69.57327    
    1246     0.000    5446     0.031   69.57327   0.000011   0.000041  -0.000002
 r_peak,r_snr =   0.9808752       80.85621    
    1346     0.000    5446     0.000   80.85621   0.000010   0.000038  -0.000001
 r_peak,r_snr =   0.9867725       70.38101    
    1446     0.000    5446     0.000   70.38101   0.000007   0.000031  -0.000001
 r_peak,r_snr =   0.9830171       49.69101    
    1546     0.000    5446     0.000   49.69101   0.000010   0.000036  -0.000001
 r_peak,r_snr =   0.9847771       44.26292    
    1646     0.000    5446     0.000   44.26292   0.000009   0.000032  -0.000002
 r_peak,r_snr =   0.9857209       67.55968    
    1746     0.000    5446     0.000   67.55968   0.000008   0.000030  -0.000001
 r_peak,r_snr =   0.9828344       63.94501    
    1846     0.000    5446     0.000   63.94501   0.000010   0.000041   0.000000
 r_peak,r_snr =   0.9783657       50.68020    
    1946     0.000    5446    -0.031   50.68020   0.000014   0.000048  -0.000002
 r_peak,r_snr =   0.9782495       91.52679    
    2046     0.000    5446     0.000   91.52679   0.000011   0.000041  -0.000002
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9784070       77.92957    
     146     0.000    5846     0.063   77.92957   0.000012   0.000041  -0.000002
 r_peak,r_snr =   0.9825017       79.70599    
     246     0.000    5846     0.063   79.70599   0.000009   0.000032  -0.000001
 r_peak,r_snr =   0.9809580       20.78885    
     346     0.000    5846     0.031   20.78885   0.000012   0.000039  -0.000001
 r_peak,r_snr =   0.9691495       98.97308    
     446     0.000    5846     0.031   98.97308   0.000016   0.000056  -0.000003
 r_peak,r_snr =   0.9754385       30.69666    
     546     0.000    5846     0.063   30.69666   0.000015   0.000059  -0.000001
 r_peak,r_snr =   0.9822416       105.3217    
     646     0.000    5846     0.031  105.32167   0.000009   0.000030  -0.000001
 r_peak,r_snr =   0.9800048       115.4376    
     746     0.000    5846     0.000  115.43757   0.000009   0.000033  -0.000002
 r_peak,r_snr =   0.9872593       44.42341    
     846     0.000    5846     0.000   44.42341   0.000008   0.000028  -0.000001
 r_peak,r_snr =   0.9773470       96.60971    
     946     0.000    5846     0.000   96.60971   0.000011   0.000042  -0.000001
 r_peak,r_snr =   0.9747484       93.71555    
    1046     0.000    5846     0.031   93.71555   0.000013   0.000045  -0.000001
 r_peak,r_snr =   0.9685815       92.53876    
    1146     0.000    5846     0.000   92.53876   0.000017   0.000057  -0.000001
 r_peak,r_snr =   0.9813313       92.84681    
    1246     0.000    5846     0.000   92.84681   0.000010   0.000036  -0.000001
 r_peak,r_snr =   0.9848173       41.58644    
    1346     0.000    5846     0.000   41.58644   0.000009   0.000035  -0.000002
 r_peak,r_snr =   0.9812670       38.77579    
    1446     0.000    5846     0.000   38.77579   0.000011   0.000044  -0.000001
 r_peak,r_snr =   0.9760506       60.91433    
    1546    -0.031    5846     0.000   60.91433   0.000012   0.000044  -0.000003
 r_peak,r_snr =   0.9815583       85.58372    
    1646     0.000    5846     0.031   85.58372   0.000009   0.000038  -0.000001
 r_peak,r_snr =   0.9745196       65.18209    
    1746     0.000    5846     0.000   65.18209   0.000015   0.000059  -0.000003
 r_peak,r_snr =   0.9821936       56.04149    
    1846     0.000    5846     0.000   56.04149   0.000011   0.000043  -0.000002
 r_peak,r_snr =   0.9813610       42.95523    
    1946    -0.031    5846    -0.031   42.95523   0.000012   0.000045  -0.000001
 r_peak,r_snr =   0.9797764       21.32468    
    2046     0.000    5846     0.000   21.32468   0.000015   0.000069  -0.000001
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9682665       92.01105    
     146     0.031    3046     0.125   92.01105   0.000017   0.000060  -0.000003
 r_peak,r_snr =   0.9690906       111.3984    
     246     0.031    3046     0.063  111.39842   0.000015   0.000053  -0.000002
 r_peak,r_snr =   0.9690482       106.9944    
     346     0.031    3046     0.063  106.99436   0.000015   0.000053  -0.000001
 r_peak,r_snr =   0.9646832       109.2328    
     446     0.000    3046     0.031  109.23279   0.000017   0.000064  -0.000003
 r_peak,r_snr =   0.9505844       96.20293    
     546     0.000    3046     0.063   96.20293   0.000027   0.000089  -0.000005
 r_peak,r_snr =   0.9683715       91.06532    
     646     0.000    3046     0.031   91.06532   0.000016   0.000057  -0.000003
 r_peak,r_snr =   0.9652458       80.91158    
     746     0.000    3046     0.031   80.91158   0.000019   0.000069  -0.000002
 r_peak,r_snr =   0.9703545       97.63987    
     846     0.000    3046    -0.031   97.63987   0.000015   0.000059  -0.000001
 r_peak,r_snr =   0.9729754       82.69889    
     946     0.000    3046    -0.031   82.69889   0.000014   0.000052  -0.000001
 r_peak,r_snr =   0.9630293       70.71038    
    1046     0.000    3046    -0.063   70.71038   0.000020   0.000073  -0.000002
 r_peak,r_snr =   0.9705930       70.96119    
    1146     0.000    3046     0.000   70.96119   0.000017   0.000061  -0.000001
 r_peak,r_snr =   0.9656137       62.66605    
    1246     0.000    3046     0.031   62.66605   0.000019   0.000071  -0.000004
 r_peak,r_snr =   0.9611281       91.42040    
    1346     0.000    3046    -0.094   91.42040   0.000019   0.000082  -0.000003
 r_peak,r_snr =   0.9545629       85.76879    
    1446    -0.031    3046    -0.063   85.76879   0.000023   0.000091  -0.000003
 r_peak,r_snr =   0.9662272       64.48434    
    1546     0.000    3046    -0.063   64.48434   0.000019   0.000075  -0.000001
 r_peak,r_snr =   0.9559856       95.78248    
    1646     0.000    3046     0.000   95.78248   0.000021   0.000089  -0.000003
 r_peak,r_snr =   0.9638128       56.29567    
    1746     0.000    3046    -0.031   56.29567   0.000021   0.000088  -0.000003
 r_peak,r_snr =   0.9600260       86.29070    
    1846     0.000    3046    -0.063   86.29070   0.000021   0.000081  -0.000001
 r_peak,r_snr =   0.9677833       49.92462    
    1946     0.000    3046    -0.031   49.92462   0.000020   0.000075  -0.000002
 r_peak,r_snr =   0.9678505       44.95941    
    2046     0.000    3046    -0.031   44.95941   0.000019   0.000072  -0.000001
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9558732       122.6630    
     146     0.031    3446     0.156  122.66304   0.000020   0.000075  -0.000002
 r_peak,r_snr =   0.9572309       96.94015    
     246     0.031    3446     0.063   96.94015   0.000022   0.000081  -0.000003
 r_peak,r_snr =   0.9514671       94.30233    
     346     0.031    3446     0.063   94.30233   0.000024   0.000093  -0.000003
 r_peak,r_snr =   0.9439938       80.48997    
     446     0.031    3446     0.031   80.48997   0.000029   0.000110  -0.000006
 r_peak,r_snr =   0.9662846       101.0283    
     546     0.000    3446     0.000  101.02827   0.000017   0.000063  -0.000004
 r_peak,r_snr =   0.9730043       80.23649    
     646     0.000    3446     0.000   80.23649   0.000015   0.000053  -0.000002
 r_peak,r_snr =   0.9629582       108.7248    
     746     0.000    3446    -0.031  108.72476   0.000019   0.000062  -0.000002
 r_peak,r_snr =   0.9720811       79.34728    
     846     0.000    3446    -0.031   79.34728   0.000015   0.000058  -0.000001
 r_peak,r_snr =   0.9750659       17.65498    
     946     0.031    3446    -0.031   17.65498   0.000017   0.000074  -0.000003
 r_peak,r_snr =   0.9668705       86.17928    
    1046     0.000    3446    -0.031   86.17928   0.000018   0.000064   0.000000
 r_peak,r_snr =   0.9678363       95.31337    
    1146     0.000    3446    -0.031   95.31337   0.000016   0.000061  -0.000001
 r_peak,r_snr =   0.9689801       54.28201    
    1246     0.000    3446     0.000   54.28201   0.000018   0.000062  -0.000002
 r_peak,r_snr =   0.9637101       101.0521    
    1346     0.000    3446    -0.031  101.05213   0.000018   0.000068  -0.000003
 r_peak,r_snr =   0.9569036       81.78236    
    1446    -0.031    3446    -0.063   81.78236   0.000022   0.000090  -0.000002
 r_peak,r_snr =   0.9511340       81.26031    
    1546     0.000    3446    -0.031   81.26031   0.000026   0.000101  -0.000002
 r_peak,r_snr =   0.9647064       91.40907    
    1646     0.000    3446     0.000   91.40907   0.000019   0.000074  -0.000003
 r_peak,r_snr =   0.9542025       83.42190    
    1746     0.000    3446    -0.031   83.42190   0.000025   0.000098  -0.000003
 r_peak,r_snr =   0.9592329       96.61018    
    1846     0.000    3446    -0.031   96.61018   0.000023   0.000078  -0.000002
 r_peak,r_snr =   0.9708599       49.95370    
    1946     0.000    3446    -0.031   49.95370   0.000018   0.000063  -0.000003
 r_peak,r_snr =   0.9676509       49.80285    
    2046     0.000    3446    -0.063   49.80285   0.000021   0.000080  -0.000002
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9644350       117.3772    
     146     0.031    3846     0.094  117.37718   0.000017   0.000060  -0.000002
 r_peak,r_snr =   0.9701947       108.9362    
     246     0.031    3846     0.094  108.93625   0.000015   0.000049  -0.000001
 r_peak,r_snr =   0.9693611       100.7682    
     346     0.000    3846     0.031  100.76816   0.000016   0.000054  -0.000002
 r_peak,r_snr =   0.9589186       110.2513    
     446     0.000    3846     0.031  110.25133   0.000019   0.000069  -0.000002
 r_peak,r_snr =   0.9706618       64.76360    
     546     0.031    3846     0.031   64.76360   0.000015   0.000056  -0.000003
 r_peak,r_snr =   0.9724373       69.76260    
     646     0.000    3846     0.031   69.76260   0.000015   0.000054  -0.000002
 r_peak,r_snr =   0.9743292       16.72992    
     746     0.000    3846     0.000   16.72992   0.000016   0.000079  -0.000001
 r_peak,r_snr =   0.9639745       85.52786    
     846     0.000    3846    -0.031   85.52786   0.000019   0.000066  -0.000002
 r_peak,r_snr =   0.9655297       100.9962    
     946     0.000    3846     0.000  100.99622   0.000017   0.000067  -0.000002
 r_peak,r_snr =   0.9677742       97.53934    
    1046     0.000    3846     0.000   97.53934   0.000016   0.000060  -0.000002
 r_peak,r_snr =   0.9672079       105.8089    
    1146     0.000    3846    -0.031  105.80889   0.000016   0.000066  -0.000002
 r_peak,r_snr =   0.9621783       73.77945    
    1246     0.000    3846    -0.063   73.77945   0.000021   0.000076  -0.000002
 r_peak,r_snr =   0.9596668       102.1729    
    1346     0.000    3846    -0.031  102.17292   0.000021   0.000076  -0.000003
 r_peak,r_snr =   0.9530029       87.51080    
    1446     0.000    3846    -0.094   87.51080   0.000026   0.000099  -0.000007
 r_peak,r_snr =   0.9600893       91.55137    
    1546     0.000    3846     0.000   91.55137   0.000022   0.000079  -0.000003
 r_peak,r_snr =   0.9586884       80.57249    
    1646    -0.031    3846     0.000   80.57249   0.000023   0.000091  -0.000002
 r_peak,r_snr =   0.9575652       88.14384    
    1746     0.000    3846    -0.063   88.14384   0.000022   0.000084  -0.000004
 r_peak,r_snr =   0.9579601       89.32352    
    1846    -0.031    3846    -0.031   89.32352   0.000022   0.000084  -0.000002
 r_peak,r_snr =   0.9633911       82.53652    
    1946     0.000    3846    -0.063   82.53652   0.000019   0.000077  -0.000002
 r_peak,r_snr =   0.9610152       81.18926    
    2046    -0.031    3846    -0.063   81.18926   0.000021   0.000083  -0.000004
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9609185       88.06703    
     146     0.031    4246     0.125   88.06703   0.000020   0.000077  -0.000001
 r_peak,r_snr =   0.9544877       106.5388    
     246     0.031    4246     0.063  106.53883   0.000022   0.000082  -0.000002
 r_peak,r_snr =   0.9631622       95.66552    
     346     0.000    4246     0.031   95.66552   0.000018   0.000068  -0.000001
 r_peak,r_snr =   0.9693301       98.43243    
     446     0.000    4246     0.031   98.43243   0.000015   0.000054  -0.000001
 r_peak,r_snr =   0.9707946       100.0358    
     546     0.000    4246     0.031  100.03575   0.000014   0.000054  -0.000001
 r_peak,r_snr =   0.9700083       32.76407    
     646     0.000    4246    -0.031   32.76407   0.000018   0.000074  -0.000003
 r_peak,r_snr =   0.9671578       65.13451    
     746     0.000    4246     0.000   65.13451   0.000018   0.000065  -0.000003
 r_peak,r_snr =   0.9645203       97.67213    
     846     0.000    4246    -0.031   97.67213   0.000017   0.000067  -0.000003
 r_peak,r_snr =   0.9686288       101.6602    
     946     0.031    4246    -0.031  101.66020   0.000016   0.000056  -0.000003
 r_peak,r_snr =   0.9683339       90.37334    
    1046     0.000    4246     0.000   90.37334   0.000017   0.000063  -0.000001
 r_peak,r_snr =   0.9699461       42.99106    
    1146     0.000    4246     0.000   42.99106   0.000019   0.000069  -0.000002
 r_peak,r_snr =   0.9580774       102.5946    
    1246     0.000    4246     0.000  102.59459   0.000022   0.000075   0.000001
 r_peak,r_snr =   0.9613631       90.15356    
    1346     0.000    4246    -0.031   90.15356   0.000021   0.000081  -0.000003
 r_peak,r_snr =   0.9695871       83.66429    
    1446     0.000    4246     0.000   83.66429   0.000016   0.000063  -0.000003
 r_peak,r_snr =   0.9637851       75.40977    
    1546    -0.031    4246     0.000   75.40977   0.000019   0.000077  -0.000001
 r_peak,r_snr =   0.9452722       65.43220    
    1646     0.000    4246     0.000   65.43220   0.000030   0.000119  -0.000005
 r_peak,r_snr =   0.9704946       61.35901    
    1746     0.000    4246    -0.031   61.35901   0.000018   0.000068  -0.000001
 r_peak,r_snr =   0.9628679       64.65177    
    1846     0.000    4246    -0.063   64.65177   0.000023   0.000082  -0.000003
 r_peak,r_snr =   0.9598818       75.16679    
    1946    -0.031    4246    -0.063   75.16679   0.000023   0.000076  -0.000003
 r_peak,r_snr =   0.9566148       56.36544    
    2046    -0.031    4246    -0.063   56.36544   0.000028   0.000107  -0.000002
  
 At line =         4600
 Reading in data....  e vector 2 error
 r_peak,r_snr =   0.9593159       95.70985    
     146     0.031    4646     0.125   95.70985   0.000022   0.000075   0.000000
 r_peak,r_snr =   0.9571803       102.1931    
     246     0.031    4646     0.125  102.19314   0.000021   0.000080  -0.000002
 r_peak,r_snr =   0.9712527       98.05836    
     346     0.031    4646     0.063   98.05836   0.000014   0.000054  -0.000001
 r_peak,r_snr =   0.9687629       98.18102    
     446     0.000    4646     0.031   98.18102   0.000015   0.000058  -0.000001
 r_peak,r_snr =   0.9718795       31.98660    
     546     0.000    4646     0.094   31.98660   0.000017   0.000076  -0.000001
 r_peak,r_snr =   0.9669400       25.77406    
     646     0.000    4646     0.000   25.77406   0.000020   0.000088  -0.000003
 r_peak,r_snr =   0.9701619       15.39241    
     746     0.000    4646     0.031   15.39241   0.000020   0.000081  -0.000002
 r_peak,r_snr =   0.9702476       65.07522    
     846     0.031    4646     0.031   65.07522   0.000016   0.000060  -0.000003
 r_peak,r_snr =   0.9671200       71.53554    
     946     0.000    4646     0.000   71.53554   0.000018   0.000073  -0.000003
 r_peak,r_snr =   0.9598939       100.9784    
    1046     0.000    4646    -0.031  100.97841   0.000020   0.000076  -0.000002
 r_peak,r_snr =   0.9634032       88.06583    
    1146     0.031    4646     0.000   88.06583   0.000019   0.000068  -0.000001
 r_peak,r_snr =   0.9581643       108.1967    
    1246     0.000    4646    -0.031  108.19672   0.000020   0.000073  -0.000003
 r_peak,r_snr =   0.9710779       81.27963    
    1346    -0.031    4646    -0.063   81.27963   0.000016   0.000064  -0.000004
 r_peak,r_snr =   0.9640899       82.13486    
    1446     0.000    4646     0.000   82.13486   0.000019   0.000071  -0.000001
 r_peak,r_snr =   0.9693384       79.37756    
    1546    -0.031    4646    -0.063   79.37756   0.000016   0.000064  -0.000002
 r_peak,r_snr =   0.9668947       79.98952    
    1646     0.000    4646    -0.063   79.98952   0.000019   0.000067  -0.000001
 r_peak,r_snr =   0.9614019       83.64632    
    1746     0.000    4646    -0.094   83.64632   0.000022   0.000078  -0.000003
 r_peak,r_snr =   0.9603112       54.64112    
    1846    -0.031    4646    -0.063   54.64112   0.000022   0.000094  -0.000002
 r_peak,r_snr =   0.9574193       35.21164    
    1946    -0.031    4646    -0.063   35.21164   0.000028   0.000120  -0.000002
 r_peak,r_snr =   0.9626653       70.05564    
    2046    -0.031    4646    -0.063   70.05564   0.000021   0.000078  -0.000005
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9728152       49.63532    
     146     0.031    5046     0.125   49.63532   0.000015   0.000062  -0.000001
 r_peak,r_snr =   0.9628913       98.20511    
     246     0.031    5046     0.094   98.20511   0.000019   0.000071  -0.000003
 r_peak,r_snr =   0.9721192       108.9478    
     346     0.000    5046     0.063  108.94776   0.000013   0.000046  -0.000001
 r_peak,r_snr =   0.9763285       56.18156    
     446     0.000    5046     0.063   56.18156   0.000016   0.000053  -0.000001
 r_peak,r_snr =   0.9510930       81.14996    
     546     0.000    5046     0.063   81.14996   0.000027   0.000094  -0.000001
 r_peak,r_snr =   0.9731097       69.96349    
     646     0.000    5046     0.063   69.96349   0.000015   0.000058  -0.000002
 r_peak,r_snr =   0.9681762       85.74512    
     746     0.000    5046     0.031   85.74512   0.000017   0.000061  -0.000001
 r_peak,r_snr =   0.9639611       85.29494    
     846     0.000    5046     0.031   85.29494   0.000019   0.000070  -0.000002
 r_peak,r_snr =   0.9700448       94.15519    
     946     0.031    5046     0.000   94.15519   0.000016   0.000057  -0.000003
 r_peak,r_snr =   0.9732865       62.36772    
    1046     0.031    5046     0.000   62.36772   0.000017   0.000057  -0.000002
 r_peak,r_snr =   0.9616854       110.4550    
    1146     0.000    5046     0.000  110.45497   0.000018   0.000071  -0.000003
 r_peak,r_snr =   0.9591038       74.24296    
    1246     0.000    5046    -0.031   74.24296   0.000023   0.000074  -0.000005
 r_peak,r_snr =   0.9659682       74.53809    
    1346     0.000    5046     0.000   74.53809   0.000019   0.000071  -0.000003
 r_peak,r_snr =   0.9644170       93.54581    
    1446     0.000    5046     0.000   93.54581   0.000018   0.000070  -0.000002
 r_peak,r_snr =   0.9637444       68.06435    
    1546    -0.031    5046    -0.063   68.06435   0.000021   0.000075   0.000001
 r_peak,r_snr =   0.9667810       44.13960    
    1646     0.000    5046    -0.031   44.13960   0.000021   0.000080  -0.000002
 r_peak,r_snr =   0.9548503       89.78330    
    1746    -0.031    5046    -0.031   89.78330   0.000024   0.000089  -0.000002
 r_peak,r_snr =   0.9618410       86.70133    
    1846    -0.031    5046    -0.063   86.70133   0.000020   0.000075  -0.000004
 r_peak,r_snr =   0.9526682       82.82153    
    1946     0.000    5046    -0.063   82.82153   0.000025   0.000099  -0.000005
 r_peak,r_snr =   0.9531522       61.75616    
    2046     0.000    5046    -0.063   61.75616   0.000026   0.000112   0.000001
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9683032       98.38603    
     146     0.031    5446     0.156   98.38603   0.000016   0.000058  -0.000001
 r_peak,r_snr =   0.9687824       96.70132    
     246     0.031    5446     0.063   96.70132   0.000016   0.000057  -0.000003
 r_peak,r_snr =   0.9625108       92.49014    
     346     0.000    5446     0.094   92.49014   0.000020   0.000068  -0.000003
 r_peak,r_snr =   0.9776034       15.46035    
     446     0.000    5446     0.063   15.46035   0.000016   0.000064  -0.000002
 r_peak,r_snr =   0.9689360       88.14039    
     546     0.031    5446     0.063   88.14039   0.000015   0.000058  -0.000002
 r_peak,r_snr =   0.9747755       102.3886    
     646     0.000    5446     0.031  102.38856   0.000013   0.000045  -0.000002
 r_peak,r_snr =   0.9719189       92.85854    
     746     0.000    5446     0.000   92.85854   0.000014   0.000055  -0.000002
 r_peak,r_snr =   0.9697333       68.56135    
     846     0.000    5446    -0.031   68.56135   0.000016   0.000064  -0.000002
 r_peak,r_snr =   0.9623318       98.65257    
     946     0.000    5446     0.000   98.65257   0.000019   0.000070  -0.000001
 r_peak,r_snr =   0.9671144       76.45878    
    1046     0.000    5446    -0.031   76.45878   0.000017   0.000064  -0.000001
 r_peak,r_snr =   0.9591634       101.9187    
    1146     0.000    5446     0.000  101.91873   0.000020   0.000073  -0.000003
 r_peak,r_snr =   0.9672483       67.76760    
    1246     0.000    5446     0.031   67.76760   0.000018   0.000066  -0.000003
 r_peak,r_snr =   0.9671464       78.13715    
    1346     0.000    5446     0.031   78.13715   0.000018   0.000068  -0.000002
 r_peak,r_snr =   0.9747604       67.82647    
    1446     0.000    5446     0.000   67.82647   0.000014   0.000061  -0.000002
 r_peak,r_snr =   0.9692532       47.65897    
    1546     0.000    5446     0.000   47.65897   0.000019   0.000068  -0.000002
 r_peak,r_snr =   0.9666929       43.68161    
    1646     0.000    5446    -0.031   43.68161   0.000020   0.000076  -0.000005
 r_peak,r_snr =   0.9719192       65.68644    
    1746     0.000    5446    -0.031   65.68644   0.000016   0.000062  -0.000002
 r_peak,r_snr =   0.9639552       63.92608    
    1846     0.000    5446     0.000   63.92608   0.000021   0.000092   0.000000
 r_peak,r_snr =   0.9600304       48.76804    
    1946    -0.031    5446    -0.031   48.76804   0.000026   0.000094  -0.000003
 r_peak,r_snr =   0.9558761       88.85020    
    2046     0.000    5446     0.000   88.85020   0.000023   0.000090  -0.000004
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9659675       74.93501    
     146     0.000    5846     0.094   74.93501   0.000020   0.000067  -0.000003
 r_peak,r_snr =   0.9734893       79.07180    
     246     0.000    5846     0.094   79.07180   0.000015   0.000050  -0.000001
 r_peak,r_snr =   0.9735785       20.50701    
     346     0.031    5846     0.063   20.50701   0.000017   0.000056  -0.000002
 r_peak,r_snr =   0.9683750       97.81390    
     446     0.000    5846     0.031   97.81390   0.000017   0.000058  -0.000003
 r_peak,r_snr =   0.9671616       31.75607    
     546     0.031    5846     0.063   31.75607   0.000021   0.000080  -0.000002
 r_peak,r_snr =   0.9741467       102.9659    
     646     0.000    5846     0.031  102.96593   0.000013   0.000044  -0.000002
 r_peak,r_snr =   0.9690141       113.8676    
     746     0.000    5846     0.000  113.86761   0.000015   0.000052  -0.000002
 r_peak,r_snr =   0.9733095       43.46109    
     846     0.000    5846     0.000   43.46109   0.000017   0.000061  -0.000003
 r_peak,r_snr =   0.9612399       95.20275    
     946     0.000    5846     0.031   95.20275   0.000020   0.000074  -0.000002
 r_peak,r_snr =   0.9599764       93.83689    
    1046     0.000    5846     0.000   93.83689   0.000021   0.000075  -0.000001
 r_peak,r_snr =   0.9565100       90.75512    
    1146     0.000    5846     0.031   90.75512   0.000024   0.000082  -0.000001
 r_peak,r_snr =   0.9689711       90.24576    
    1246     0.000    5846     0.000   90.24576   0.000016   0.000061  -0.000002
 r_peak,r_snr =   0.9757795       41.87273    
    1346     0.000    5846     0.000   41.87273   0.000014   0.000059  -0.000003
 r_peak,r_snr =   0.9698145       37.71030    
    1446    -0.031    5846     0.000   37.71030   0.000018   0.000073  -0.000002
 r_peak,r_snr =   0.9578326       58.85646    
    1546    -0.031    5846     0.000   58.85646   0.000022   0.000082  -0.000006
 r_peak,r_snr =   0.9636850       85.65577    
    1646    -0.031    5846    -0.031   85.65577   0.000019   0.000077  -0.000002
 r_peak,r_snr =   0.9560729       65.43623    
    1746     0.000    5846    -0.063   65.43623   0.000026   0.000106  -0.000004
 r_peak,r_snr =   0.9621803       55.43362    
    1846    -0.031    5846    -0.031   55.43362   0.000023   0.000098  -0.000004
 r_peak,r_snr =   0.9632967       41.80767    
    1946    -0.031    5846    -0.031   41.80767   0.000025   0.000095  -0.000003
 r_peak,r_snr =   0.9656846       20.36973    
    2046    -0.031    5846     0.000   20.36973   0.000027   0.000124  -0.000002
   ************************************************** 
   *****                                        ***** 
   *****      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/air76/airops/1376/ts1376_l.TB                                              
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air76/airops/1376/ts1376_l.BT                                              
 /mnt/air76/airops/1376/ts1376_l.TB                                             
        58759
 /mnt/air76/airops/1376/ts1376_l.BT                                             
        58759
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air76/airops/1376/ts1376_l.cor0                                            
  number of input lines:         58759
  number of output lines:         6528
  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
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+ 20737
+ 21313
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+ 22465
+ 23041
+ 23617
+ 24193
+ 24769
+ 25345
+ 25921
+ 26497
+ 27073
+ 27649
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+ 29953
+ 30529
+ 31105
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+ 33985
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+ 35713
+ 36289
+ 36865
+ 37441
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+ 38593
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+ 40321
+ 40897
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+ 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:        6528
+   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/air76/airops/1376/ts1376_l.BT                                              
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air76/airops/1376/ts1376_l.BB                                              
 /mnt/air76/airops/1376/ts1376_l.BT                                             
        58759
 /mnt/air76/airops/1376/ts1376_l.BB                                             
        58759
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air76/airops/1376/ts1376_l.cor1                                            
  number of input lines:         58759
  number of output lines:         6528
  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:        6528
+   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/air76/airops/1376/ts1376_l.TT                                              
  Enter number of looks 
            9
  Enter the name of the second complex file.
 /mnt/air76/airops/1376/ts1376_l.BB                                              
 /mnt/air76/airops/1376/ts1376_l.TT                                             
        58759
 /mnt/air76/airops/1376/ts1376_l.BB                                             
        58759
 Enter the name of the second single look file
    4.629600      0.5144000               9
  Enter the output file name
 /mnt/air76/airops/1376/ts1376_l.cor                                             
  number of input lines:         58759
  number of output lines:         6528
  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:        6528
+   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
+ 6500
   ************************************************** 
   *****                                        ***** 
   *****      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       58759
  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        6528       58759
 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
 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        3264
  Identifying neutrons..
  I found            0 neutrons.
  I found         3216 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6528
   ************************************************** 
   *****                                        ***** 
   *****      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       58759
  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        6528       58759
 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
 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        3264
  Identifying neutrons..
  I found            0 neutrons.
  I found          969 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6528
   ************************************************** 
   *****                                        ***** 
   *****      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       58759
  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        6528       58759
 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
 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        3264
  Identifying neutrons..
  I found            0 neutrons.
  I found         3140 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6528
  Enter the name of the top antenna SLC-1 file.
 /mnt/air76/airops/1376/ts1376_l.BT                          
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air76/airops/1376/ts1376_l.BB                          
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air76/airops/1376/ts1376_l.amp                         
  Enter the name of the output interferogram file.
 /mnt/air76/airops/1376/ts1376_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
+ 6500
 ***Writing interf. and amp. files, total lines:         6528
  Enter the name of the top antenna SLC-1 file.
 /mnt/air76/airops/1376/ts1376_l.TT                          
 Enter the name of the bottom antenna SLC-2 file.
 /mnt/air76/airops/1376/ts1376_l.BB                          
  Enter the name of the packed amplitude (c1,c2) file.
 /mnt/air76/airops/1376/ts1376_l.amp                         
  Enter the name of the output interferogram file.
 /mnt/air76/airops/1376/ts1376_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
+ 6500
 ***Writing interf. and amp. files, total lines:         6528

 << PS filtering and unwrapping with random trees 3-Nov-98 CW/PAR/SH >>

 Error file = SCREEN
 Reading from: ts1376_l.rdf

 interferogram width:  2560  number of lines/patch:   256
 start line:        3  number of lines:    6527
 start sample:      1  end sample:         2550

 Interferogram File:                  /mnt/air76/airops/1376/ts1376_l.phase
 SLC Amplitudes File:                 /mnt/air76/airops/1376/ts1376_l.amp
 Filtered Interferogram File:         filt_int
 Phase Gradient File:                 phase_slp
 Gradient Corrected Corr. File:       gradient_cc
 Unwrapped Phase File:                /mnt/air76/airops/1376/ts1376_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:             5.11672E-04
 GEN_NEUTRONS: image intensity standard deviation:  1.31363E-03
 GEN_NEUTRONS: image intensity neutrons:     101
 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:             1.25523E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.69920E-03
 GEN_NEUTRONS: image intensity neutrons:      81
 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:  523860  area fraction:  0.8310
 average correlation of component:   0.9960

 INIT_UNW_RT: largest component area:  0.8310   seed range:    12
 INIT_UNW_RT: number of points for phase bootstrap:  7624

 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:             1.51249E-03
 GEN_NEUTRONS: image intensity standard deviation:  1.97208E-03
 GEN_NEUTRONS: image intensity neutrons:      67
 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:     629948 area fraction:  0.99926
 average correlation of connected component:   0.9970
 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:  629948  area fraction:  0.9993
 UNW_RT: phase bootstrap points for next patch:       7619

 PATCH:   4   starting line:   386    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:             1.69893E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.23642E-03
 GEN_NEUTRONS: image intensity neutrons:      73
 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:     629852 area fraction:  0.99911
 average correlation of connected component:   0.9983
 number of points for phase bootstrap:        7619
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629852  area fraction:  0.9991
 UNW_RT: phase bootstrap points for next patch:       7622

 PATCH:   5   starting line:   514    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:             1.77359E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.43503E-03
 GEN_NEUTRONS: image intensity neutrons:      94
 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:     627569 area fraction:  0.99548
 average correlation of connected component:   0.9989
 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:  627569  area fraction:  0.9955
 UNW_RT: phase bootstrap points for next patch:       7508

 PATCH:   6   starting line:   642    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:             1.86060E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.62116E-03
 GEN_NEUTRONS: image intensity neutrons:      86
 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:     627324 area fraction:  0.99510
 average correlation of connected component:   0.9985
 number of points for phase bootstrap:        7502
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  627324  area fraction:  0.9951
 UNW_RT: phase bootstrap points for next patch:       7605

 PATCH:   7   starting line:   770    lines read:  256
 starting output line:   65   ending output line:  192
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    0     2     0.20190
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    1     4     0.13534
    2     0     0.20190
    2     1     0.67032
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    2     3     0.67032
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    3     3     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:             1.70418E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.32741E-03
 GEN_NEUTRONS: image intensity neutrons:     112
 UNW_RT: number of residues:           14
 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:     626625 area fraction:  0.99399
 average correlation of connected component:   0.9978
 number of points for phase bootstrap:        7599
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  626625  area fraction:  0.9940
 UNW_RT: phase bootstrap points for next patch:       7484

 PATCH:   8   starting line:   898    lines read:  256
 starting output line:   65   ending output line:  192
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    2     1     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:             1.77489E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.67653E-03
 GEN_NEUTRONS: image intensity neutrons:     105
 UNW_RT: number of residues:           14
 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:     626469 area fraction:  0.99374
 average correlation of connected component:   0.9971
 number of points for phase bootstrap:        7478
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  626469  area fraction:  0.9937
 UNW_RT: phase bootstrap points for next patch:       7603

 PATCH:   9   starting line:  1026    lines read:  256
 starting output line:   65   ending output line:  192
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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     2     0.20190
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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:             1.80468E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.78226E-03
 GEN_NEUTRONS: image intensity neutrons:     153
 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:     629065 area fraction:  0.99786
 average correlation of connected component:   0.9969
 number of points for phase bootstrap:        7597
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  629065  area fraction:  0.9979
 UNW_RT: phase bootstrap points for next patch:       7614

 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
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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     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:             1.76159E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.46793E-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:     629295 area fraction:  0.99822
 average correlation of connected component:   0.9959
 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:  629295  area fraction:  0.9982
 UNW_RT: phase bootstrap points for next patch:       7617

 PATCH:  11   starting line:  1282    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    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     3     0.44933
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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:             1.71603E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.41720E-03
 GEN_NEUTRONS: image intensity neutrons:     190
 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:     626269 area fraction:  0.99342
 average correlation of connected component:   0.9962
 number of points for phase bootstrap:        7611
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  626269  area fraction:  0.9934
 UNW_RT: phase bootstrap points for next patch:       7569

 PATCH:  12   starting line:  1410    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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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:             1.74403E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.53000E-03
 GEN_NEUTRONS: image intensity neutrons:     174
 UNW_RT: number of residues:          847
 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:     602652 area fraction:  0.95596
 average correlation of connected component:   0.9948
 number of points for phase bootstrap:        7563
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  602652  area fraction:  0.9560
 UNW_RT: phase bootstrap points for next patch:       7208

 PATCH:  13   starting line:  1538    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:             1.80568E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.58081E-03
 GEN_NEUTRONS: image intensity neutrons:     150
 UNW_RT: number of residues:         1663
 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:     568806 area fraction:  0.90227
 average correlation of connected component:   0.9917
 number of points for phase bootstrap:        7202
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:  155  range:      2476  azimuth:        64
 points unwrapped:         14 area fraction:  0.00002
 average correlation of connected component:   0.6074
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  568806  area fraction:  0.9023
 UNW_RT: phase bootstrap points for next patch:       6738

 PATCH:  14   starting line:  1666    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     3     0.44933
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    2     0     0.20190
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    2     2     1.00000
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    3     0     0.13534
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    3     3     0.44933
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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:             1.75101E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.71797E-03
 GEN_NEUTRONS: image intensity neutrons:      98
 UNW_RT: number of residues:          951
 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:     575025 area fraction:  0.91214
 average correlation of connected component:   0.9926
 number of points for phase bootstrap:        6738
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:  142  range:      2268  azimuth:        64
 points unwrapped:         21 area fraction:  0.00003
 average correlation of connected component:   0.5688
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  143  range:      2284  azimuth:        64
 points unwrapped:          2 area fraction:  0.00000
 average correlation of connected component:   0.5280
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  148  range:      2364  azimuth:        64
 points unwrapped:        164 area fraction:  0.00026
 average correlation of connected component:   0.7391
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  149  range:      2380  azimuth:        64
 points unwrapped:         35 area fraction:  0.00006
 average correlation of connected component:   0.6588
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:  152  range:      2428  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   0.5780
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  575025  area fraction:  0.9121
 UNW_RT: phase bootstrap points for next patch:       7133

 PATCH:  15   starting line:  1794    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    2     0     0.20190
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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
    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:             1.71502E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.62823E-03
 GEN_NEUTRONS: image intensity neutrons:     110
 UNW_RT: number of residues:          144
 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:     603721 area fraction:  0.95765
 average correlation of connected component:   0.9992
 number of points for phase bootstrap:        7127
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:  147  range:      2348  azimuth:        64
 points unwrapped:        103 area fraction:  0.00016
 average correlation of connected component:   0.5996
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  603721  area fraction:  0.9577
 UNW_RT: phase bootstrap points for next patch:       7513

 PATCH:  16   starting line:  1922    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     2     1.00000
    2     3     0.67032
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    3     1     0.44933
    3     2     0.67032
    3     3     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:             1.71324E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.63860E-03
 GEN_NEUTRONS: image intensity neutrons:     156
 UNW_RT: number of residues:           32
 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:     619176 area fraction:  0.98217
 average correlation of connected component:   0.9991
 number of points for phase bootstrap:        7511
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  619176  area fraction:  0.9822
 UNW_RT: phase bootstrap points for next patch:       7481

 PATCH:  17   starting line:  2050    lines read:  256
 starting output line:   65   ending output line:  192
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    0     2     0.20190
    0     3     0.13534
    0     4     0.04076
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    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     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:             1.61955E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.78065E-03
 GEN_NEUTRONS: image intensity neutrons:     188
 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:     618627 area fraction:  0.98130
 average correlation of connected component:   0.9938
 number of points for phase bootstrap:        7475
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  618627  area fraction:  0.9813
 UNW_RT: phase bootstrap points for next patch:       7376

 PATCH:  18   starting line:  2178    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
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    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:             1.55625E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.11710E-03
 GEN_NEUTRONS: image intensity neutrons:     225
 UNW_RT: number of residues:           33
 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:     618004 area fraction:  0.98031
 average correlation of connected component:   0.9891
 number of points for phase bootstrap:        7370
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  618004  area fraction:  0.9803
 UNW_RT: phase bootstrap points for next patch:       7498

 PATCH:  19   starting line:  2306    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:             1.72028E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.42580E-03
 GEN_NEUTRONS: image intensity neutrons:     123
 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:     614379 area fraction:  0.97456
 average correlation of connected component:   0.9825
 number of points for phase bootstrap:        7492
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  614379  area fraction:  0.9746
 UNW_RT: phase bootstrap points for next patch:       7430

 PATCH:  20   starting line:  2434    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     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
    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:             1.85083E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.82286E-03
 GEN_NEUTRONS: image intensity neutrons:     164
 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:     604677 area fraction:  0.95917
 average correlation of connected component:   0.9787
 number of points for phase bootstrap:        7424
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  604677  area fraction:  0.9592
 UNW_RT: phase bootstrap points for next patch:       7256

 PATCH:  21   starting line:  2562    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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    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     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:             1.86758E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.34634E-03
 GEN_NEUTRONS: image intensity neutrons:     224
 UNW_RT: number of residues:           78
 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:     597439 area fraction:  0.94769
 average correlation of connected component:   0.9789
 number of points for phase bootstrap:        7250
 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:         20 area fraction:  0.00003
 average correlation of connected component:   0.6172
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  597439  area fraction:  0.9477
 UNW_RT: phase bootstrap points for next patch:       7293

 PATCH:  22   starting line:  2690    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
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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     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:             1.86134E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.54044E-03
 GEN_NEUTRONS: image intensity neutrons:     200
 UNW_RT: number of residues:          312
 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:     570616 area fraction:  0.90514
 average correlation of connected component:   0.9827
 number of points for phase bootstrap:        7287
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   68  range:      1084  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   0.5994
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  570616  area fraction:  0.9051
 UNW_RT: phase bootstrap points for next patch:       6593

 PATCH:  23   starting line:  2818    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
    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
    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:             1.60964E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.89328E-03
 GEN_NEUTRONS: image intensity neutrons:     229
 UNW_RT: number of residues:          634
 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:     131044 area fraction:  0.20787
 average correlation of connected component:   0.9891
 number of points for phase bootstrap:        1803
 bootstrap phase variance :                -0.0012
 bootstrap phase difference:                6.2832
 phase difference (multiples of 2PI):       1.0000

 seed:   40  range:       636  azimuth:        64
 points unwrapped:         87 area fraction:  0.00014
 average correlation of connected component:   0.6826
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   44  range:       700  azimuth:        64
 points unwrapped:       3998 area fraction:  0.00634
 average correlation of connected component:   0.7264
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   47  range:       748  azimuth:        64
 points unwrapped:     401009 area fraction:  0.63610
 average correlation of connected component:   0.9840
 number of points for phase bootstrap:        4784
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 seed:   60  range:       956  azimuth:        64
 points unwrapped:         19 area fraction:  0.00003
 average correlation of connected component:   0.5726
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  532053  area fraction:  0.8440
 UNW_RT: phase bootstrap points for next patch:       6395

 PATCH:  24   starting line:  2946    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
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    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
    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:             1.68910E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.12193E-03
 GEN_NEUTRONS: image intensity neutrons:     284
 UNW_RT: number of residues:          689
 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:     127246 area fraction:  0.20184
 average correlation of connected component:   0.9840
 number of points for phase bootstrap:        1370
 bootstrap phase variance :                -0.0009
 bootstrap phase difference:                6.2832
 phase difference (multiples of 2PI):       1.0000

 seed:   34  range:       540  azimuth:        64
 points unwrapped:         41 area fraction:  0.00007
 average correlation of connected component:   0.6646
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   36  range:       572  azimuth:        64
 points unwrapped:        167 area fraction:  0.00026
 average correlation of connected component:   0.6300
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   37  range:       588  azimuth:        64
 points unwrapped:          8 area fraction:  0.00001
 average correlation of connected component:   0.5963
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   41  range:       652  azimuth:        64
 points unwrapped:         42 area fraction:  0.00007
 average correlation of connected component:   0.5939
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   44  range:       700  azimuth:        64
 points unwrapped:       3328 area fraction:  0.00528
 average correlation of connected component:   0.6490
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   48  range:       764  azimuth:        64
 points unwrapped:         56 area fraction:  0.00009
 average correlation of connected component:   0.6037
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   49  range:       780  azimuth:        64
 points unwrapped:         17 area fraction:  0.00003
 average correlation of connected component:   0.5533
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   52  range:       828  azimuth:        64
 points unwrapped:     415832 area fraction:  0.65962
 average correlation of connected component:   0.9847
 number of points for phase bootstrap:        5019
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  543078  area fraction:  0.8615
 UNW_RT: phase bootstrap points for next patch:       6903

 PATCH:  25   starting line:  3074    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:             2.04747E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.59477E-03
 GEN_NEUTRONS: image intensity neutrons:     187
 UNW_RT: number of residues:          768
 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:     578570 area fraction:  0.91776
 average correlation of connected component:   0.9862
 number of points for phase bootstrap:        6897
 bootstrap phase variance :                 0.0076
 bootstrap phase difference:                6.2827
 phase difference (multiples of 2PI):       1.0000

 seed:   43  range:       684  azimuth:        64
 points unwrapped:         19 area fraction:  0.00003
 average correlation of connected component:   0.5889
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   44  range:       700  azimuth:        64
 points unwrapped:         19 area fraction:  0.00003
 average correlation of connected component:   0.0000
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 seed:   45  range:       716  azimuth:        64
 points unwrapped:        119 area fraction:  0.00019
 average correlation of connected component:   0.6074
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  578570  area fraction:  0.9178
 UNW_RT: phase bootstrap points for next patch:       6978

 PATCH:  26   starting line:  3202    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:             2.16639E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.25379E-03
 GEN_NEUTRONS: image intensity neutrons:     160
 UNW_RT: number of residues:          435
 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:     605733 area fraction:  0.96085
 average correlation of connected component:   0.9877
 number of points for phase bootstrap:        6972
 bootstrap phase variance :                 0.0077
 bootstrap phase difference:                6.2827
 phase difference (multiples of 2PI):       1.0000

 seed:   38  range:       604  azimuth:        64
 points unwrapped:          6 area fraction:  0.00001
 average correlation of connected component:   0.5540
 WARNING: UNW_RT: insufficient points for phase bootstrap:      0

 UNW_RT: points unwrapped:  605733  area fraction:  0.9608
 UNW_RT: phase bootstrap points for next patch:       7471

 PATCH:  27   starting line:  3330    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:             2.27187E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.81158E-03
 GEN_NEUTRONS: image intensity neutrons:     243
 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:     618351 area fraction:  0.98086
 average correlation of connected component:   0.9851
 number of points for phase bootstrap:        7465
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  618351  area fraction:  0.9809
 UNW_RT: phase bootstrap points for next patch:       7467

 PATCH:  28   starting line:  3458    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:             2.28336E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.79721E-03
 GEN_NEUTRONS: image intensity neutrons:     241
 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:     618486 area fraction:  0.98108
 average correlation of connected component:   0.9840
 number of points for phase bootstrap:        7461
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  618486  area fraction:  0.9811
 UNW_RT: phase bootstrap points for next patch:       7482

 PATCH:  29   starting line:  3586    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:             2.22542E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.85815E-03
 GEN_NEUTRONS: image intensity neutrons:     146
 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:     617632 area fraction:  0.97972
 average correlation of connected component:   0.9857
 number of points for phase bootstrap:        7477
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  617632  area fraction:  0.9797
 UNW_RT: phase bootstrap points for next patch:       7472

 PATCH:  30   starting line:  3714    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:             1.97263E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.72349E-03
 GEN_NEUTRONS: image intensity neutrons:     167
 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:     616948 area fraction:  0.97864
 average correlation of connected component:   0.9858
 number of points for phase bootstrap:        7467
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  616948  area fraction:  0.9786
 UNW_RT: phase bootstrap points for next patch:       7476

 PATCH:  31   starting line:  3842    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:             1.83715E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.82636E-03
 GEN_NEUTRONS: image intensity neutrons:     158
 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:     617193 area fraction:  0.97902
 average correlation of connected component:   0.9845
 number of points for phase bootstrap:        7470
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  617193  area fraction:  0.9790
 UNW_RT: phase bootstrap points for next patch:       7485

 PATCH:  32   starting line:  3970    lines read:  256
 starting output line:   65   ending output line:  192
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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
    3     1     0.44933
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    3     3     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:             1.92157E-03
 GEN_NEUTRONS: image intensity standard deviation:  4.22554E-03
 GEN_NEUTRONS: image intensity neutrons:     173
 UNW_RT: number of residues:           10
 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:     616880 area fraction:  0.97853
 average correlation of connected component:   0.9823
 number of points for phase bootstrap:        7479
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  616880  area fraction:  0.9785
 UNW_RT: phase bootstrap points for next patch:       7433

 PATCH:  33   starting line:  4098    lines read:  256
 starting output line:   65   ending output line:  192
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    2     0     0.20190
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    2     2     1.00000
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    3     0     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:             1.87566E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.70188E-03
 GEN_NEUTRONS: image intensity neutrons:     151
 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:     616636 area fraction:  0.97814
 average correlation of connected component:   0.9818
 number of points for phase bootstrap:        7429
 bootstrap phase variance :                 0.0081
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  616636  area fraction:  0.9781
 UNW_RT: phase bootstrap points for next patch:       7480

 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     4     0.04076
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    2     1     0.67032
    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:             1.73029E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.32190E-03
 GEN_NEUTRONS: image intensity neutrons:     107
 UNW_RT: number of residues:           42
 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:     617568 area fraction:  0.97962
 average correlation of connected component:   0.9831
 number of points for phase bootstrap:        7474
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  617568  area fraction:  0.9796
 UNW_RT: phase bootstrap points for next patch:       7485

 PATCH:  35   starting line:  4354    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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    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
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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:             1.49790E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.76384E-03
 GEN_NEUTRONS: image intensity neutrons:     197
 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:     618430 area fraction:  0.98099
 average correlation of connected component:   0.9819
 number of points for phase bootstrap:        7481
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  618430  area fraction:  0.9810
 UNW_RT: phase bootstrap points for next patch:       7486

 PATCH:  36   starting line:  4482    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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    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
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    3     2     0.67032
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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:             1.38705E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.39812E-03
 GEN_NEUTRONS: image intensity neutrons:     225
 UNW_RT: number of residues:            8
 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:     618646 area fraction:  0.98133
 average correlation of connected component:   0.9804
 number of points for phase bootstrap:        7480
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  618646  area fraction:  0.9813
 UNW_RT: phase bootstrap points for next patch:       7486

 PATCH:  37   starting line:  4610    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     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:             1.31781E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.19697E-03
 GEN_NEUTRONS: image intensity neutrons:     134
 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:     618762 area fraction:  0.98151
 average correlation of connected component:   0.9797
 number of points for phase bootstrap:        7480
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  618762  area fraction:  0.9815
 UNW_RT: phase bootstrap points for next patch:       7479

 PATCH:  38   starting line:  4738    lines read:  256
 starting output line:   65   ending output line:  192
    0     0     0.04076
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    0     4     0.04076
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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:             1.32437E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.13760E-03
 GEN_NEUTRONS: image intensity neutrons:     137
 UNW_RT: number of residues:            3
 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:     618243 area fraction:  0.98069
 average correlation of connected component:   0.9792
 number of points for phase bootstrap:        7473
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  618243  area fraction:  0.9807
 UNW_RT: phase bootstrap points for next patch:       7484

 PATCH:  39   starting line:  4866    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     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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 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:             1.42783E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.41886E-03
 GEN_NEUTRONS: image intensity neutrons:     145
 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:     616828 area fraction:  0.97845
 average correlation of connected component:   0.9794
 number of points for phase bootstrap:        7475
 bootstrap phase variance :                 0.0082
 bootstrap phase difference:                6.2826
 phase difference (multiples of 2PI):       1.0000

 UNW_RT: points unwrapped:  616828  area fraction:  0.9784
 UNW_RT: phase bootstrap points for next patch:       7379

 PATCH:  40   starting line:  4994    lines read:  256
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 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:     616548 area fraction:  0.97800
 average correlation of connected component:   0.9815
 number of points for phase bootstrap:        7375
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  616548  area fraction:  0.9780
 UNW_RT: phase bootstrap points for next patch:       7475

 PATCH:  41   starting line:  5122    lines read:  256
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 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:     616496 area fraction:  0.97792
 average correlation of connected component:   0.9826
 number of points for phase bootstrap:        7469
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  616496  area fraction:  0.9779
 UNW_RT: phase bootstrap points for next patch:       7468

 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
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 GEN_NEUTRONS: average image intensity:             1.57361E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.53593E-03
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 UNW_RT: number of residues:           12
 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:     615417 area fraction:  0.97621
 average correlation of connected component:   0.9813
 number of points for phase bootstrap:        7462
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  615417  area fraction:  0.9762
 UNW_RT: phase bootstrap points for next patch:       7453

 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
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 GEN_NEUTRONS: average image intensity:             1.52636E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.83578E-03
 GEN_NEUTRONS: image intensity neutrons:     160
 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:     615092 area fraction:  0.97569
 average correlation of connected component:   0.9815
 number of points for phase bootstrap:        7447
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  615092  area fraction:  0.9757
 UNW_RT: phase bootstrap points for next patch:       7455

 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
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 GEN_NEUTRONS: average image intensity:             1.64652E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.02107E-03
 GEN_NEUTRONS: image intensity neutrons:     153
 UNW_RT: number of residues:            8
 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:   0.9867
 number of points for phase bootstrap:        7449
 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:       7461

 PATCH:  45   starting line:  5634    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:             1.68563E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.87929E-03
 GEN_NEUTRONS: image intensity neutrons:     114
 UNW_RT: number of residues:            8
 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:     614555 area fraction:  0.97484
 average correlation of connected component:   0.9881
 number of points for phase bootstrap:        7455
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  614555  area fraction:  0.9748
 UNW_RT: phase bootstrap points for next patch:       7408

 PATCH:  46   starting line:  5762    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:             1.83444E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.11063E-03
 GEN_NEUTRONS: image intensity neutrons:     123
 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:     613307 area fraction:  0.97286
 average correlation of connected component:   0.9850
 number of points for phase bootstrap:        7405
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  613307  area fraction:  0.9729
 UNW_RT: phase bootstrap points for next patch:       7400

 PATCH:  47   starting line:  5890    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:             1.94491E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.33488E-03
 GEN_NEUTRONS: image intensity neutrons:     106
 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:     612249 area fraction:  0.97118
 average correlation of connected component:   0.9841
 number of points for phase bootstrap:        7394
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  612249  area fraction:  0.9712
 UNW_RT: phase bootstrap points for next patch:       7401

 PATCH:  48   starting line:  6018    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:             2.01077E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.62617E-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:     610404 area fraction:  0.96826
 average correlation of connected component:   0.9802
 number of points for phase bootstrap:        7395
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  610404  area fraction:  0.9683
 UNW_RT: phase bootstrap points for next patch:       7361

 PATCH:  49   starting line:  6146    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:             2.08112E-03
 GEN_NEUTRONS: image intensity standard deviation:  3.63084E-03
 GEN_NEUTRONS: image intensity neutrons:     111
 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:     601889 area fraction:  0.95475
 average correlation of connected component:   0.9988
 number of points for phase bootstrap:        7355
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  601889  area fraction:  0.9547
 UNW_RT: phase bootstrap points for next patch:       7350

 PATCH:  50   starting line:  6274    lines read:  255
 starting output line:   65   ending output line:  255
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 INIT_UNW_RT: starting unwrap line:     5  ending unwrap line:   251
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 GEN_NEUTRONS: average image intensity:             1.09722E-03
 GEN_NEUTRONS: image intensity standard deviation:  2.38561E-03
 GEN_NEUTRONS: image intensity neutrons:     126
 UNW_RT: number of residues:           34
 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:     102399 area fraction:  0.16309
 average correlation of connected component:   1.2327
 number of points for phase bootstrap:        2482
 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:     324876 area fraction:  0.51742
 average correlation of connected component:   1.1027
 number of points for phase bootstrap:        4863
 bootstrap phase variance :                 0.0000
 bootstrap phase difference:                0.0000
 phase difference (multiples of 2PI):       0.0000

 UNW_RT: points unwrapped:  427275  area fraction:  0.6805
 UNW_RT: phase bootstrap points for next patch:       3172

*** Normal Completion  ***

 enter I/P file name (unw_phase_mag)
 /mnt/air76/airops/1376/ts1376_l.unw_phase_mag               
 enter I/P file name for hdr (amp_file)
 /mnt/air76/airops/1376/ts1376_l.amp                         
 enter O/P file name for magitude file:
 /mnt/air76/airops/1376/ts1376_l.unw_vvvv                    
 enter O/P file name for phase file:
 /mnt/air76/airops/1376/ts1376_l.unw_intf                    
 Reading new header..STARTING at            0
 r_new_hdr
 r_param_hdr
 ns nl offset :        2560        6528       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
        13000            133120000             66580480
        13001            133130240             66580480
   ************************************************** 
   *****                                        ***** 
   *****      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/air71/airops/1376/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:       -1.542376       1.113075    
 Total number of pixels averaged:     30786068
 Phase Adjustment in cycles:       -0.2454768    
 Multi-looking lines        6528
 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        6528
 ***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/air71/airops/1376/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   7497.642       7497.647       175.7253    
    217.1406      5.4696938E-03
 1)xr yr zr: -1.0670997E-02   1.028062      9.1699362E-03
 xv0 ,h_p c s xv:         100   7497.642       7497.683       175.6412    
    217.1406      4.1038983E-02
 100)xr yr zr: -1.0664564E-02   1.028062      9.1699362E-03  -15064.86    
    171.7421       7497.683    
  Enter the interf. calibration file name.
 HDDT:  104
 ==xv0 h_a==   7497.642       6897.600       600.0420    
 ==r0 bw wavl dx dr==   7952.370       40.00000      0.2422600    
   0.5100000       3.331000    
 ==phbt phtp calf==band   88.90000       32.20000       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:  -56.70000       32.20000       88.90000    
 ==ph0 cal-dph cph0:   102.6000      -56.70000       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        6528           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 =   -13475.56    
 Writing map out.
 cal_cp lines:        2560        6528       30720
 file cal_cp.dat:        2560        6528       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/dinosar0/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/dinosar0/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:   89.50000      -235.0400    
  Input ground spacing ?
  cross-track ground spacing:   5.000000    
  Radiometric Correction Vectors file:
 /mnt/air76/airops/1376/ts1376_l.rad_vec                                         
 vec_len Rn ha y0out dyout:       17608   16476.40       6897.600    
    3957.689       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        6528
          500        6528
          750        6528
         1000        6528
         1250        6528
         1500        6528
         1750        6528
         2000        6528
         2250        6528
         2500        6528
         2750        6528
         3000        6528
         3250        6528
         3500        6528
         3750        6528
         4000        6528
         4250        6528
         4500        6528
         4750        6528
         5000        6528
         5250        6528
         5500        6528
         5750        6528
         6000        6528
         6250        6528
         6500        6528
 peg points:    63.79357      -144.6746       90.07909       63.79357    
   -144.6746       90.07909    
GERSTLERIVER90-2 
NAME OF HEADER                           PARAMETER
SITE NAME                         GerstleRiver90-2
LATITUDE OF SITE (DEGREES)                 63.8667
LONGITUDE OF SITE (DEGREES)              -144.7667
IMAGE TITLE                       GERSTLERIVER90-2
HDDT ID                                        104
FREQUENCY                                        L
POLARIZATION                                    VV
CCT TYPE                                        TS
CCT ID                                        1376
ARCHIVAL FLAG                                    0
TRANSFER START FRAMECOUNT                 13053953
PROCESSOR START FRAMECOUNT                13053953
LATITUDE AT START OF SCENE (DEGREES)       63.8308
LONGITUDE AT START OF SCENE (DEGREES)    -144.9749
LATITUDE AT END OF SCENE (DEGREES)         63.8309
LONGITUDE AT END OF SCENE (DEGREES)      -144.2364
APPROXIMATE STARTING HDDT FOOTAGE           281463
DATE OF ACQUISITION (GMT)                22-OCT-00
TIME OF ACQUISITION: GMT DAY                   296
TIME OF ACQUISITION: SECONDS IN DAY        77464.0
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)                843.9
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)                7921.7
RADAR ALTITUDE (METERS)                     6897.6
ALTITUDE USED IN PROCESSOR (METERS)         6897.6
ELEVATION OF INVESTIGATOR SITE (METERS)        600
AIRCRAFT TRACK ANGLE (DEGREES)                90.4
AIRCRAFT YAW ANGLE (DEGREES)                   2.5
AIRCRAFT PITCH ANGLE (DEGREES)                 0.8
AIRCRAFT ROLL ANGLE (DEGREES)                 -0.9
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)    0.0127
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)                       65.3
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)            63.8694
IMAGE CENTER LONGITUDE (DEGREES)         -144.6029
CALTONE VIDEO FREQUENCY                    43.5938
CALTONE POWER MEASURED, DB, HH                86.9
CALTONE POWER MEASURED, DB, HV                89.4
CALTONE POWER MEASURED, DB, VH                86.9
CALTONE POWER MEASURED, DB, VV                89.5
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               88.9
CALTONE PHASE MEASURED, DEG, HV               32.2
CALTONE PHASE MEASURED, DEG, VH               89.0
CALTONE PHASE MEASURED, DEG, VV               32.2
GENERAL SCALE FACTOR                           0.0
GPS ALTITUDE, M                             7479.1
LATITUDE OF PEG POINT                   63.7935677
LONGITUDE OF PEG POINT                -144.6746063
HEADING AT PEG POINT                    90.0790939
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:   843.9000       40.00000       10.00000    
 proj4 nsampr        2201   15280.57       6897.600       3957.689    
    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:
    63.79357      -144.6746       90.07909    
  
  Offset Parameters:
     s0 (m) =   -13475.60    
     c0 (m) =    3957.689    

 Reading data.       10240        2201        6528
+  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 =               1295608
         2201         6044   -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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6528
+  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 =    3957.689    
  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        6528
+  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 =               1301244
         2201         6044   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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6528
+  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 =    3957.689    
  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        6528
+  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 =               1298537
         2201         6044   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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6528
+  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 =    3957.689    
  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:   843.9000       40.00000       10.00000    
 nsampr O/p:        2201   15280.57       6897.600       3957.689    
    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        6528
+  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 =    3957.689    
  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
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 dumping the rest           24
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 dumping the rest           26
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 dumping the rest           41
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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
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 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
  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
  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
 dumping the rest           10
 dumping the rest           11
 dumping the rest           12
 dumping the rest           13
 dumping the rest           14
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 dumping the rest           26
 dumping the rest           27
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 dumping the rest           29
 dumping the rest           30
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 dumping the rest           41
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 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           60
 dumping the rest           61
 dumping the rest           62
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 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
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 dumping the rest           89
 dumping the rest           90
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 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
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
         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
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 dumping the rest           18
 dumping the rest           19
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 dumping the rest           21
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 dumping the rest           23
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 dumping the rest           25
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 dumping the rest           27
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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
         6144
  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
         6144
  Minimum, Maximum heights:   293.9781       905.4016    
  Suggest we use   3.7318327E-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
         6144
   ************************************************** 
   *****                                        ***** 
   *****      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        6146      105648
 ns np offset:        2201        6146      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
         6144
  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
         6144
  Average RCS (dB) =   -23.94522    
  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
         6144
 ***  Convert real*4 to Byte image  ***
  
 Enter data file to be converted:  /mnt/air76/airops/1376/ts1376_l.vvgr                                            
 channel=           3
  Reading the header.
  New header present.
  Record length =         8804
  Number of samples per line =         2201
  Number of lines in image =         6146
  Offset to data =       105648
  Status =            0
  New header is OK
 nsamp,nlines,ioff        2201        6146      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  0.2601472      0.0000000E+00
          225  0.6243469      0.0000000E+00
          257  0.6243469      0.0000000E+00
          289  0.6243469      0.0000000E+00
          321  0.6243469      0.0000000E+00
          353  0.6243469      0.0000000E+00
          385  0.6243469      0.0000000E+00
          417  0.6243469      0.0000000E+00
          449  0.6243469      0.0000000E+00
          481  0.6243469      0.0000000E+00
          513  0.6243469      0.0000000E+00
          545  0.6243469      0.0000000E+00
          577  0.6243469      0.0000000E+00
          609  0.6243469      0.0000000E+00
          641  0.6243469      0.0000000E+00
          673  0.6243469      0.0000000E+00
          705  0.6243469      0.0000000E+00
          737  0.6243469      0.0000000E+00
          769  0.6243469      0.0000000E+00
          801  0.6243469      0.0000000E+00
          833  0.6243469      0.0000000E+00
          865  0.6243469      0.0000000E+00
          897  0.6243469      0.0000000E+00
          929  0.6243469      0.0000000E+00
          961  0.6243469      0.0000000E+00
          993  0.6243469      0.0000000E+00
         1025  0.6243469      0.0000000E+00
         1057  0.6243469      0.0000000E+00
         1089  0.6243469      0.0000000E+00
         1121  0.6243469      0.0000000E+00
         1153  0.6243469      0.0000000E+00
         1185  0.6243469      0.0000000E+00
         1217  0.6243469      0.0000000E+00
         1249  0.6243469      0.0000000E+00
         1281  0.6243469      0.0000000E+00
         1313  0.6243469      0.0000000E+00
         1345  0.6243469      0.0000000E+00
         1377  0.6243469      0.0000000E+00
         1409  0.6243469      0.0000000E+00
         1441  0.6243469      0.0000000E+00
         1473  0.6243469      0.0000000E+00
         1505  0.6243469      0.0000000E+00
         1537  0.6243469      0.0000000E+00
         1569  0.6243469      0.0000000E+00
         1601  0.6243469      0.0000000E+00
         1633  0.6243469      0.0000000E+00
         1665  0.6243469      0.0000000E+00
         1697  0.6243469      0.0000000E+00
         1729  0.6243469      0.0000000E+00
         1761  0.6243469      0.0000000E+00
         1793  0.6243469      0.0000000E+00
         1825  0.6243469      0.0000000E+00
         1857  0.6243469      0.0000000E+00
         1889  0.6243469      0.0000000E+00
         1921  0.6243469      0.0000000E+00
         1953  0.6243469      0.0000000E+00
         1985  0.6243469      0.0000000E+00
         2017  0.6243469      0.0000000E+00
         2049  0.6243469      0.0000000E+00
         2081  0.6243469      0.0000000E+00
         2113  0.6243469      0.0000000E+00
         2145  0.6243469      0.0000000E+00
         2177  0.6243469      0.0000000E+00
         2209  0.6243469      0.0000000E+00
         2241  0.6243469      0.0000000E+00
         2273  0.6243469      0.0000000E+00
         2305  0.6243469      0.0000000E+00
         2337  0.6243469      0.0000000E+00
         2369  0.6243469      0.0000000E+00
         2401  0.6243469      0.0000000E+00
         2433  0.6243469      0.0000000E+00
         2465  0.6243469      0.0000000E+00
         2497  0.6243469      0.0000000E+00
         2529  0.6243469      0.0000000E+00
         2561  0.6243469      0.0000000E+00
         2593  0.6243469      0.0000000E+00
         2625  0.6243469      0.0000000E+00
         2657  0.6243469      0.0000000E+00
         2689  0.6243469      0.0000000E+00
         2721  0.6243469      0.0000000E+00
         2753  0.6243469      0.0000000E+00
         2785  0.6243469      0.0000000E+00
         2817  0.6243469      0.0000000E+00
         2849  0.6243469      0.0000000E+00
         2881  0.6243469      0.0000000E+00
         2913  0.6243469      0.0000000E+00
         2945  0.6243469      0.0000000E+00
         2977  0.6243469      0.0000000E+00
         3009  0.6243469      0.0000000E+00
         3041  0.6243469      0.0000000E+00
         3073  0.6243469      0.0000000E+00
         3105  0.6243469      0.0000000E+00
         3137  0.6243469      0.0000000E+00
         3169  0.6243469      0.0000000E+00
         3201  0.6243469      0.0000000E+00
         3233  0.6243469      0.0000000E+00
         3265  0.6243469      0.0000000E+00
         3297  0.7142240      0.0000000E+00
         3329  0.7142240      0.0000000E+00
         3361  0.7142240      0.0000000E+00
         3393  0.7142240      0.0000000E+00
         3425  0.7142240      0.0000000E+00
         3457  0.7142240      0.0000000E+00
         3489  0.7142240      0.0000000E+00
         3521  0.7142240      0.0000000E+00
         3553  0.7142240      0.0000000E+00
         3585  0.7142240      0.0000000E+00
         3617  0.7142240      0.0000000E+00
         3649  0.7142240      0.0000000E+00
         3681  0.7142240      0.0000000E+00
         3713  0.7142240      0.0000000E+00
         3745  0.7142240      0.0000000E+00
         3777  0.7142240      0.0000000E+00
         3809  0.7142240      0.0000000E+00
         3841  0.7142240      0.0000000E+00
         3873  0.7142240      0.0000000E+00
         3905  0.7142240      0.0000000E+00
         3937  0.7142240      0.0000000E+00
         3969  0.7142240      0.0000000E+00
         4001  0.7142240      0.0000000E+00
         4033  0.7142240      0.0000000E+00
         4065  0.7142240      0.0000000E+00
         4097  0.7142240      0.0000000E+00
         4129  0.7142240      0.0000000E+00
         4161  0.7142240      0.0000000E+00
         4193  0.7142240      0.0000000E+00
         4225  0.7142240      0.0000000E+00
         4257  0.7142240      0.0000000E+00
         4289  0.7142240      0.0000000E+00
         4321  0.7142240      0.0000000E+00
         4353  0.7142240      0.0000000E+00
         4385  0.7142240      0.0000000E+00
         4417  0.7142240      0.0000000E+00
         4449  0.7142240      0.0000000E+00
         4481  0.7142240      0.0000000E+00
         4513  0.7142240      0.0000000E+00
         4545  0.7142240      0.0000000E+00
         4577  0.7142240      0.0000000E+00
         4609  0.7142240      0.0000000E+00
         4641  0.7142240      0.0000000E+00
         4673  0.7142240      0.0000000E+00
         4705  0.7142240      0.0000000E+00
         4737  0.7142240      0.0000000E+00
         4769  0.7142240      0.0000000E+00
         4801  0.7142240      0.0000000E+00
         4833  0.7142240      0.0000000E+00
         4865  0.7142240      0.0000000E+00
         4897  0.7142240      0.0000000E+00
         4929  0.7142240      0.0000000E+00
         4961  0.7142240      0.0000000E+00
         4993  0.7142240      0.0000000E+00
         5025  0.7142240      0.0000000E+00
         5057  0.7142240      0.0000000E+00
         5089  0.7142240      0.0000000E+00
         5121  0.7142240      0.0000000E+00
         5153  0.7142240      0.0000000E+00
         5185  0.7142240      0.0000000E+00
         5217  0.7142240      0.0000000E+00
         5249  0.7142240      0.0000000E+00
         5281  0.7142240      0.0000000E+00
         5313  0.7142240      0.0000000E+00
         5345  0.7142240      0.0000000E+00
         5377  0.7142240      0.0000000E+00
         5409  0.7142240      0.0000000E+00
         5441  0.7142240      0.0000000E+00
         5473  0.7142240      0.0000000E+00
         5505  0.7142240      0.0000000E+00
         5537  0.7142240      0.0000000E+00
         5569  0.7142240      0.0000000E+00
         5601  0.7142240      0.0000000E+00
         5633  0.7142240      0.0000000E+00
         5665  0.7142240      0.0000000E+00
         5697  0.7142240      0.0000000E+00
         5729  0.7142240      0.0000000E+00
         5761  0.7142240      0.0000000E+00
         5793  0.7142240      0.0000000E+00
         5825  0.7142240      0.0000000E+00
         5857  0.7142240      0.0000000E+00
         5889  0.7142240      0.0000000E+00
         5921  0.7142240      0.0000000E+00
         5953  0.7142240      0.0000000E+00
         5985  0.7142240      0.0000000E+00
         6017  0.7142240      0.0000000E+00
         6049  0.7142240      0.0000000E+00
         6081  0.7142240      0.0000000E+00
         6113  0.7142240      0.0000000E+00
         6145  0.7142240      0.0000000E+00
  Min, Max r_scale =   0.0000000E+00  0.7142240      0.5000000    
 Do you want to change these variables? yes=1
            0
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         5700
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         5900
         5950
         6000
         6050
         6100
 done
Sat Apr 13 00:47:22 PDT 2002
Sat Apr 13 00:47:22 PDT 2002
Sat Apr 13 00:47:22 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: 
  - - - - - - - - - - - - - - - - - - - - -
 Weak P-band RFI; very light to light chop; strong signals; EGI F
 OMs: 1,2-4,9 HDOP=2.2 (EGI has been operating very well for almo
 st every run); mostly cloudy/hazyt (no photo)me RFI at start
 ee today)
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
 input name:
 /mnt/air71/airops/1376/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/air76/airops/1376/ts1376_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:       281463
 enter the title of image: 
  title image GERSTLERIVER90-2            
 enter the CCT (job) ID: 
 cct:        1376
 target:GerstleRiver90-2
 prod ID(cctid):1376
 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   63.79496100358665    
 IGI lon:           1  -144.9862068146467    
 *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   63.79496100358665      -144.9862068146467    
    63.79666666666667      -144.9966666666667       7919.008800000001    
 dads_ralt,dads_roll,dads_pth,dads_th,dads_da
    6949.744800000000     -0.8000000000000000      0.7000000000000000    
    92.80000000000000      -3.200000000000000    
 gps_lat,gps_lon,gps_nc,gps_ec gps_time(1):
    63.79497528076172      -144.9862518310547      0.0000000000000000E+00
   0.0000000000000000E+00   25522264.00000000    
 ****gps_frame****
     13053798
 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=   13113436.51440769       34622.92925786143    
 gpsT doy:         296          10          22
 gpsT:   25522264.18300000            2000          10          22          21
           31           4  0.1830000000000000    
week#           1    F50
 GPS week num:          61
 GPS i_pass:          -1
 main header kk hwTIME:           1   77464.31345400000    
 EGI msg 1  msl alt(from eo17):   7469.932527392579    
 EGI msg 1  wander angle(from eo17):   88.62670898437500    
 EGI09 lat:   63.79496100358665    
 EGI09 lon:  -144.9862068146467    
 EGI09 alt:   6130.000000000000    
 EGI09 Height_above_ellipsoid  - height_msl:   7.010400000000001    
 EGI-09 word11 gps Vel East m/s:   217.3054382446289    
 EGI-09 word12 gps Vel North m/s:  -4.983734751892090    
 EGI-09 word13 gps Vel Upper m/s:   2.425732459259033    
 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    139   DE00
EO-9(17)nav FOM            1   8102    139
EO-16(30)Time FOM            1    300    139
 EGI-09 w21-22geod_utctime:   77450.06427001953    
 EGI-09 Time Valid:   2.493440000000000    
 EGI-18 dec32 Vel North m/s:  -12.53983116149902    
 EGI-18 dec32 Vel East m/s:   209.5482025146484    
 EGI-18 dec32 Vel Upper m/s:   22.14709472656250    
 EGI-10  GPS week number:          61
 EGI-13 GPS sigma Pos-x/y/z:   1.750000000000000       2.250000000000000    
    3.250000000000000    
 EGI-13 GPS sigma Vel-x/y/z:  7.8125000000000000E-03  1.0864257812500000E-02
   1.8554687500000000E-02
 EGI-13 GPS sigma roll/pitch/az:  5.4641513360102008E-04
   4.3713210688081606E-04  1.5299623740828562E-03
 r_time_tag_17:   3.586624000000000    
 EGI-16  time fom;year doy:           3           0         296
 EO17 vel-x/y/z:   15.80698864746094      -216.5753351348877    
   0.3586304351806641    
 EO17 wrander az roll pitch az:   1.546827876984183     -0.9887695312500000    
   0.7745361328125000       92.86193847656250    
 EO17 r_cnexx/y/z:  0.4403808470815420      3.2587082125246525E-02
   0.8972196606919169    
 EO17 r_lon:  -144.9813986197114    
 EO16 GPS FOM (acc):   3.000000000000000    
EGI-18 w1-8:   E000   4897   4B0F   E943
dec64:   9C9B   4897   448F   E943
 r_hwgpstime(1):   77462.12430615565    
 r_utctime_18:   77449.12430615626    
 EGI-18 dec32 lat:   63.79503918761878    
 EGI-18 dec32 lon:  -144.9909551727072    
 EGI-18 dec32 sea level alt:   7526.126464843750    
 EGI-18 dec32 WGS84 alt:   7533.270996093750    
 WGS84_alt-msl_alt:   7.144531250000000    
 del time from EO18 word10:  0.0000000000000000E+00
del time EO18 word10:           1      0      3
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:           8
 EGI-22 Tdop:   4.656250000000000       4.281250000000000    
    2.406250000000000       3.531250000000000       1.859375000000000    
 EGI_flag=1
 version:000214
 eosd:EOSD
 J2000 compute:
 i_leap,i_dow,r_diff_time          13           0   1.093184000000000    
 geod_utctime time_tag_17 time_valid:   77450.06427001953    
    3.586624000000000       2.493440000000000    
  r_utc_ttag r_del_time_18:   77464.15745401953      0.0000000000000000E+00
  
 J2000 r_hwtime =    25522264.31345400    
 GPS J2000 time =    25522264.15745402    
  
 Message 1
 Time          =    25522264.31345400    
 INS Time      =  -0.4514560000000000    
 Roll angle    =  -0.9832763671875000    
 Pitch angle   =   0.7745361328125000    
 Heading angle =    92.85644531250000    
 Long. acc     =   0.1000000000000000    
 Lat. acc      =   5.9999999999999998E-02
 Norm.  acc    =   -9.840000000000000    
 East vel.     =    217.1470000000000    
 North vel.    =  -0.2060000000000000    
 Up vel.       =   0.3690000000000000    
 True Grnd Spd =    217.1406250000000    
 Altitude      =    7477.000000000000    
 Latitude      =    63.79497676156461    
 Longitude     =   -144.9807111360133    
  
 Message 6
 Week          =           61
 GPS Time      =    25522264.15745402    
 GDOP          =    4.656250000000000    
 PDOP          =    4.281250000000000    
 HDOP          =    2.406250000000000    
 VDOP          =    3.531250000000000    
 TDOP          =    1.859375000000000    
 Spherical Acc =    2.000000000000000    
 Time Acc      =    3.000000000000000    
 GPS Lat       =    63.79503918761878    
 GPS Lon       =   -144.9909551727072    
 GPS Alt       =    7533.270996093750    
 GPS East Vel  =    209.5482025146484    
 GPS North Vel =   -12.53983116149902    
 GPS Up Vel    =    22.14709472656250    
  
  
 Message 4
 Sigma Pos x   =    1.750000000000000    
 Sigma Pos y   =    2.250000000000000    
 Sigma Pos z   =    3.250000000000000    
 Sigma Vel x   =   7.8125000000000000E-03
 Sigma Vel y   =   1.0864257812500000E-02
 Sigma Vel z   =   1.8554687500000000E-02
  
 Message 7
 Satellites used =   6  4 22 13  8  0
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 Honeywell EGI98Fall for gps-hgt        9110       20008
    7478.058633791508    
  
 Done decoding data from header array...
  
 Data collected on ==> 22-OCT-2000                                                                     
  
 Starting and end GPS times(sec1/secn) for SAR data    25522264.1830     25522407.6620
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00119     0.0000010      0
 hdg             93.30870       78.85437       94.20227     0.4732960      0
 trc             90.66250       45.00006       91.58457     0.5558371      0
 tgs            216.59090      196.76563      217.14063     0.1955197      0
 roll            -0.37019       -2.12036        1.04370     0.8581031      0
 pitch            0.64204        0.52185        1.20300     0.0658405      0
 lati            63.79498       63.79497       63.79499     0.0000055      0
 loni          -144.94855     -144.98070     -144.91646     0.0185695      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.70091     6663.53760     7050.63360   107.3547628      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10934     7478.05863     7479.70232     0.4262745      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           63.79375       63.79178       63.79499     0.0009141      0
 hwlon         -144.66836     -144.98070     -144.35622     0.1802806      0
 hwalt         7481.00940     7478.05863     7483.70432     1.6768508      0
 hwev           216.57359      216.31800      217.14800     0.2047581      0
 hwnv            -2.50770       -5.98300        0.31300     2.0393148      0
 hwuv             0.01523       -0.39000        0.40800     0.1617728      0
 hwroll          -0.36954       -2.12036        1.04370     0.8582490      0
 hwpitch          0.64193        0.52185        1.20300     0.0659682      0
 hwhdg           93.30797       78.85437       94.20227     0.4952004      0
 hwtrc           90.65882       45.00006       91.58457     0.7213379      0
 hwtgs          216.58819      196.76563      217.14063     0.2788885      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   25522406.66183756    
   1.1889999732375145E-03
  
 Finished correcting GPS times for pulses...
 search for first good time: j> srccsb ?:           1           1
 *goodtime gps_time gps_frame         937   25522406.00000000        13173330
  
 Finished correcting GPS times for SIXGUN data...
 r_start_frm_time gps_time(i_q)   25522265.00000000    
 i_yearind        20008
  
 GPS time for first pulse =    25522264.18353497       25522264.18300000    
  
 New startrecT:   25522264.18353497       25522264.31345400               1
  
 New start and number of records =          111      119789
 New start and number of blocks  =            1         937
 +6+r_hwhead(10/200):  0.0000000000000000E+00 -4.9438476562500000E-02
    92.85644531250000    
  
 GPS trend coefficients =  -0.8276807638750815       4.897976413699386    
   -4.863968513183881    
  
 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             93.30914       92.61475       94.20227     0.4715180      0
 trc             90.66333       89.91670       91.58457     0.5399650      0
 tgs            216.59062      216.39063      217.14063     0.1862969      0
 roll            -0.36908       -2.10938        1.04370     0.8578749      0
 pitch            0.64190        0.52185        0.78003     0.0657332      0
 delx             0.25730        0.00000        0.25737     0.0007438      0
 lati            63.79498       63.79497       63.79499     0.0000055      0
 loni          -144.94855     -144.98063     -144.91653     0.0185692      0
 latd            63.79555       63.79333       63.79667     0.0009953      0
 lond          -144.68613     -144.99667     -144.37333     0.1805823      0
 balt          7921.71069     7919.00880     7924.49520     1.2230073      0
 ralt          6962.89121     6663.53760     7050.63360   107.0697623      0
 dpth             0.61761        0.50000        0.70000     0.0788081      0
 droll           -0.11718       -1.70000        1.30000     0.8721551      0
 thd             93.18538       92.50000       94.10000     0.4682556      0
 dad             -3.01441       -3.30000       -2.80000     0.1133345      0
 latg            63.79375       63.79181       63.79498     0.0009073      0
 long          -144.67512     -144.98625     -144.36311     0.1804925      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           7479.10934     7478.78391     7479.79177     0.2240438      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           63.79375       63.79178       63.79499     0.0009141      0
 hwlon         -144.66836     -144.98063     -144.35628     0.1802806      0
 hwalt         7481.00940     7478.06405     7483.70427     1.6768501      0
 hwev           216.57359      216.31800      217.14700     0.2047578      0
 hwnv            -2.50770       -5.98300        0.31300     2.0393152      0
 hwuv             0.01523       -0.39000        0.40800     0.1617746      0
 hwroll          -0Reading from stdin
.36955       -2.10938        1.04370     0.8582356      0
 hwpitch          0.64188        0.52185        0.78003     0.0657149      0
 hwhdg           93.30950       92.62024       94.20227     0.4715188      0
 hwtrc           90.66376       89.91723       91.58430     0.5399251      0
 hwtgs          216.59046      216.39063      217.14063     0.1861514      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7921.710687726820    
 Average Radar Altitude      =    6962.891211099246    
 Average GPS Altitude        =    7479.109343331202    
 >>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/dinosar0/airops/OPS/QA_Proc/pbn_decode.pl /mnt/air71/airops/1376/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:         936
  
 Number of valid data points =         936
 Start time GPS data =      25522262.99998942    
 End time GPS data =    25522404.99998875    
  
  Positions and Distances   
  
 Start position =    63.7948019 -144.8324952    7496.459
 End position   =    63.7933934 -144.5209956    7501.821
 Loxodromic Heading (deg) =    90.5858660
 Loxodromic Distance (km) =     15355.0828150
 Geodesic Heading (deg)   =    90.4461238
 Geodesic Distance (km)   =     15355.0674168
  
 Peg latitude and longitude =    63.7935689 -144.6746101
 Peg heading =    90.0790959
  
 Rotation matrix 
 First row =   -0.360298598  0.577208141  0.732813539
 Second row =  -0.255345406 -0.816596835  0.517656579
 Third row =    0.897208807 -0.000609631  0.441606141
  
 Translation vector 
 Vector =        -0.00577       -0.00409   -38412.35301
  
 Local Radius of Curvature =    6395392.219089851    
 startrec dgps_pacrim2k:         111      119789
 **i_ts:         111   25522264.31300000       25522262.99998942    
    1.313010577112436    
  
 Start and end pulse used =          111      118538
 gmt sec s e =    25522264.31300000       25522404.99961429    
 dgps sec s  =    25522262.99998942       25522404.99998875    
  r_tsv:  -2315692.819762004      -1622290.326595137    
    5706385.200174629    
  r_tev:  -2298168.800750852      -1647563.724774795    
    5706236.213585423    
 lat/lon r_geodis:   1.113433038994757      -2.530488468184134    
    1.113378414568533      -2.519612354565623       30718.82257704924    
 Ellipsoidal delta s (m) =   0.2593903634901605    
  DGPS... 
 lat/lon r_geodis:  2.7733905979263636E-05 -2.4023262273921292E-03
  -2.0196933107709692E-05  2.4007088977785595E-03   30718.82293342567    
 Delta s on reference surface =   0.2593903664994103    
 r_inugpsant_arm:   15.10700000000000       1.057000000000000    
   -2.961000000000000    
  Enter a name for the peg data file.
 peg filename:
 /mnt/air76/airops/1376/ts1376_p.peg                                             
  
 DGPS Peg latitude and longitude =    63.7935689 -144.6746101
 DGPS Peg heading =    90.0790959
 == dgps_egi ==
 r_hwheadf:   92.85644531250000     -2.7465820312500000E-02
   0.0000000000000000E+00         111
  
 Making final angle restore...Honeywell    92.85644531250000    
  r_hwheadf restore:  0.0000000000000000E+00
  
 Time comparison statistics between GPS and radar clocks
 Average difference =                 2.9523679673353770E-04
 Standard deviation of difference =   2.8859899233577235E-04
  
 Making fits...
  
 Vertical fit coefficients    =    7497.642125223733    
   4.1994279585395589E-02 -2.5072935840131372E-04
 Cross track fit coefficients =    3.994615393481095    
   1.5853717131401504E-02 -7.6368251194058119E-05
 Along track fit coefficients =   -6.765879648077306    
  -5.0459294729692517E-03  7.2722149267511003E-06
 avg alt (1):   7497.642125223733    
  alt r_avgrefh:   7501.883220096279    
 i_yearind p-hgt t-hgt:       20008   7497.642125223733       600.0000    
 avg_ralt tmp:   6897.642089843750       6897.642    
  enter proc_alt:  -1.000000    
 yaw:   2.502680       92.85644531250000       90.35376510262685    
          111
  tape #:         104
 PRF at the start of the run:   843.8818143852588       843.8818    
  
 Miscellaneous Information 
  
 Start range =           8031.112352849635    
 Start ground range =    4113.550683352516    
 Time orgin =            25522264.18353497    
 Pulse spacing =        0.2573011953676937    
 First frame  =           13054063

 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/air76/airops/1376/ts1376_p.mocomp                      
 Name of the H-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_p.mocomph                     
 Name of the V-pol motion compensation file?
 /mnt/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_hh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_hh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_hh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_hh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-25.29822,0.0000000E+00) (22.13594,0.0000000E+00)
 (-44.27189,0.0000000E+00)
 attenuation (dB):    10.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3850440E+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)    :   93.77515    Power RMS:  7.6546557E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48838.12    Amp.  RMS:   55.42562    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   153.5145    Phase RMS:  0.1711633    
 Incoherent PH 1st:   153.5300    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.77381    
 CalTone Power Coherently dB  :   93.77515    
 Incoherent PW  - Coherent PW : -1.3351440E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48830.02    
 CalTone Amplitude Coherently   :   48838.12    
 Incoherent Amp.- Coherent Amp. :  -8.093750    
       ------------ *** ------------
 running time (sec):     37.69
  ********** 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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_hv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_hv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_hv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_hv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (51.87682,0.0000000E+00) (-51.87682,0.0000000E+00)
 (41.90051,0.0000000E+00)
 attenuation (dB):    6.000001    
 no_loop:          64
 Pulse#/no_loop:           1        1073  3.0350269E+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)    :   94.81574    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   55053.74    Amp.  RMS:   35.77709    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   11.12752    Phase RMS:  0.1751726    
 Incoherent PH 1st:   11.14688    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   94.81680    
 CalTone Power Coherently dB  :   94.81574    
 Incoherent PW  - Coherent PW :  1.0604858E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   55112.50    
 CalTone Amplitude Coherently   :   55053.74    
 Incoherent Amp.- Coherent Amp. :   58.75391    
       ------------ *** ------------
 running time (sec):     29.18
  ********** 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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_vh                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_vh.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_vh.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_vh.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (-41.20722,0.0000000E+00) (42.79212,0.0000000E+00)
 (-44.37701,0.0000000E+00)
 attenuation (dB):    4.000000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  2.3488154E+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)    :   93.70558    Power RMS:  9.3750000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   48448.57    Amp.  RMS:   48.00000    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   153.6318    Phase RMS:  0.1653595    
 Incoherent PH 1st:   153.6342    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   93.70635    
 CalTone Power Coherently dB  :   93.70558    
 Incoherent PW  - Coherent PW :  7.7056885E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   48511.43    
 CalTone Amplitude Coherently   :   48448.57    
 Incoherent Amp.- Coherent Amp. :   62.85938    
       ------------ *** ------------
 running time (sec):     28.59
  ********** 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/air76/airops/1376/ts1376_p.par                         
  Enter the raw data file name.
 /mnt/air71/airops/1376/p_vv                                 
  Enter the motion compensation file name.
 /mnt/air76/airops/1376/ts1376_p.mocomp                      
  Enter a file name for the range spectrum:
 /mnt/air76/airops/1376/db_p_vv.dat                          
  Enter a file name for the sampled caltone power:
 /mnt/air76/airops/1376/1st_p_vv.dat                         
  Enter histogram of the caltone power file name:
 /mnt/air76/airops/1376/pw_hist_p_vv.dat                     
  Enter histogram of the caltone phase file name:
 /mnt/air76/airops/1376/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 :        3749        5925
  Prediction cal_bin        1073
  start/end pulse:           1       59904
           64-Loop Count:         935
 cmplx raw(1 2 3): (47.77287,0.0000000E+00) (-71.65929,0.0000000E+00)
 (67.67822,0.0000000E+00)
 attenuation (dB):    12.00000    
 no_loop:          64
 Pulse#/no_loop:           1        1073  3.3005422E+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)    :   95.20279    Power RMS:  6.2500000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   57562.32    Amp.  RMS:   61.96774    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   9.620955    Phase RMS:  0.1816511    
 Incoherent PH 1st:   9.619741    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   95.20699    
 CalTone Power Coherently dB  :   95.20279    
 Incoherent PW  - Coherent PW :  4.2037964E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   57641.34    
 CalTone Amplitude Coherently   :   57562.32    
 Incoherent Amp.- Coherent Amp. :   79.01953    
       ------------ *** ------------
 running time (sec):     29.17
  ********** 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: 
    210.2843     -3.3675497E-03
  z fit: constant and linear terms: 
    1.094567      4.8648471E-05
  y and z standard deviations (meters)   15.80990      0.7700211    
  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 =   5.6654762E-02  5.5466387E-02  5.5925500E-02  5.7062335E-02
 Differences =   3.7751347E-04 -8.1086159E-04 -3.5174936E-04  7.8508630E-04
  PATCH NUMER            2
 First line =        3493
  Averages =   5.5482954E-02  5.6948282E-02  5.7084218E-02  5.8522310E-02
 Differences =  -1.5265159E-03 -6.1187893E-05  7.4747950E-05  1.5128404E-03
  PATCH NUMER            3
 First line =        6985
  Averages =   5.7077296E-02  5.7769489E-02  6.1330654E-02  6.6819854E-02
 Differences =  -3.6725067E-03 -2.9803142E-03  5.8085099E-04  6.0700513E-03
  PATCH NUMER            4
 First line =       10477
  Averages =   5.9970193E-02  6.5212168E-02  6.9728568E-02  7.1988180E-02
 Differences =  -6.7553297E-03 -1.5133545E-03  3.0030459E-03  5.2626580E-03
  PATCH NUMER            5
 First line =       13969
  Averages =   6.8619199E-02  7.1410701E-02  7.3330104E-02  7.4425146E-02
 Differences =  -3.3272579E-03 -5.3575635E-04  1.3836473E-03  2.4786890E-03
  PATCH NUMER            6
 First line =       17461
  Averages =   7.2741590E-02  7.4286111E-02  7.4451149E-02  7.3012546E-02
 Differences =  -8.8128448E-04  6.6323578E-04  8.2827359E-04 -6.1032921E-04
  PATCH NUMER            7
 First line =       20953
  Averages =   7.4532755E-02  7.3476784E-02  7.0889458E-02  6.6102162E-02
 Differences =   3.2820776E-03  2.2261068E-03 -3.6121905E-04 -5.1485151E-03
  PATCH NUMER            8
 First line =       24445
  Averages =   7.1988694E-02  6.7510597E-02  6.3066475E-02  5.9556089E-02
 Differences =   6.4574853E-03  1.9793883E-03 -2.4647340E-03 -5.9751198E-03
  PATCH NUMER            9
 First line =       27937
  Averages =   6.4222172E-02  6.0509004E-02  5.8340553E-02  5.7178769E-02
 Differences =   4.1593164E-03  4.4614822E-04 -1.7223023E-03 -2.8840862E-03
  PATCH NUMER           10
 First line =       31429
  Averages =   5.8601934E-02  5.7675578E-02  5.6490861E-02  5.7115559E-02
 Differences =   1.1309348E-03  2.0457804E-04 -9.8013878E-04 -3.5544112E-04
  PATCH NUMER           11
 First line =       34921
  Averages =   5.6616403E-02  5.6729935E-02  5.8856934E-02  6.1789274E-02
 Differences =  -1.8818639E-03 -1.7683320E-03  3.5866722E-04  3.2910071E-03
  PATCH NUMER           12
 First line =       38413
  Averages =   5.8026057E-02  6.0968537E-02  6.4319037E-02  6.9915667E-02
 Differences =  -5.2819289E-03 -2.3394488E-03  1.0110512E-03  6.6076815E-03
  PATCH NUMER           13
 First line =       41905
  Averages =   6.3200854E-02  6.8112984E-02  7.4214913E-02  7.8818358E-02
 Differences =  -7.8872517E-03 -2.9751211E-03  3.1268075E-03  7.7302530E-03
  PATCH NUMER           14
 First line =       45397
  Averages =   7.2377130E-02  7.7694476E-02  8.1010461E-02  8.2535259E-02
 Differences =  -6.0278401E-03 -7.1049482E-04  2.6054904E-03  4.1302890E-03
  PATCH NUMER           15
 First line =       48889
  Averages =   8.0367118E-02  8.2009643E-02  8.3659083E-02  8.1128411E-02
 Differences =  -1.4239997E-03  2.1852553E-04  1.8679649E-03 -6.6270679E-04
  PATCH NUMER           16
 First line =       52381
 last black mod_64:          59       60000       52381        8192
  Averages =   8.3339080E-02  8.1731886E-02  8.0132380E-02  7.6998785E-02
 Differences =   2.7883202E-03  1.1811256E-03 -4.1837990E-04 -3.5519749E-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/air71/airops/1376/sensor.pp_2000                       

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_hh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ph                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.9640004E-03
 reading motion compensation data
 WAYNE read motion compen    1.122649    
 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   0.4228390    
 start range comp, time =      1.583

 WAYNE PREV   1.564941    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     1.884 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.85799002647400    
 ATTN ifrq ipol ln           0           1       59999   10.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991588    
  shift in azimuth *fractional pixel=  -0.4991588       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7200403213500977E-03
 WAYNE Motion comp. added to patch, time =    14.85117900371552    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.3679733276367188E-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 =    151.3998659849167    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9160119295120239    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   208.0371339321136    
 ==w out          17        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     1.800 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.89206302165985    
 ATTN ifrq ipol ln           0           1       46604   10.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4995650    
  shift in azimuth *fractional pixel=  -0.4995650       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.8601112365722656E-03
 WAYNE Motion comp. added to patch, time =    14.48456692695618    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.3779869079589844E-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 =    165.6682929992676    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8524529933929443    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   221.9096729755402    
 ==w out          13        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     1.818 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.36670792102814    
 ATTN ifrq ipol ln           0           1       53588   10.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4991543    
  shift in azimuth *fractional pixel=  -0.4991543       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6710453033447266E-03
 WAYNE Motion comp. added to patch, time =    15.10628807544708    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.3139715194702148E-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 =    166.3687160015106    
  Writing         4192 lines of data to file
 WAYNE write output data    1.077449917793274    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   222.9311619997025    
 ==w out          15        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     1.828 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.94098496437073    
 ATTN ifrq ipol ln           0           1       57080   10.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990942    
  shift in azimuth *fractional pixel=  -0.4990942       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7929964065551758E-03
 WAYNE Motion comp. added to patch, time =    15.17088699340820    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.5700330734252930E-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 =    165.9846279621124    
  Writing         4192 lines of data to file
 WAYNE write output data    1.091266989707947    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   223.2000830173492    
 ==w out          16        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 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 =    40.95136106014252    
 ATTN ifrq ipol ln           0           1       50096   10.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4993643    
  shift in azimuth *fractional pixel=  -0.4993643       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7519884109497070E-03
 WAYNE Motion comp. added to patch, time =    15.01404106616974    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2100210189819336E-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 =    166.6892409324646    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8708699941635132    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   223.5376099348068    
 ==w out          14        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     1.758 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.47226595878601    
 ATTN ifrq ipol ln           0           1       32636   10.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994561    
  shift in azimuth *fractional pixel=  -0.4994561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4969997406005859E-03
 WAYNE Motion comp. added to patch, time =    15.82750999927521    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.3779869079589844E-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 =    175.4865189790726    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8083690404891968    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   233.6064800024033    
 ==w out           9        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     1.746 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.60852706432343    
 ATTN ifrq ipol ln           0           1       29144   10.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992866    
  shift in azimuth *fractional pixel=  -0.4992866       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4780454635620117E-03
 WAYNE Motion comp. added to patch, time =    15.21989297866821    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   2.2000074386596680E-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 =    178.6823179721832    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8239639997482300    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   235.3463209867477    
 ==w out           8        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     1.738 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.97432100772858    
 ATTN ifrq ipol ln           0           1       25652   10.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992280    
  shift in azimuth *fractional pixel=  -0.4992280       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4999799728393555E-03
 WAYNE Motion comp. added to patch, time =    15.52132999897003    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.1369457244873047E-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 =    178.6439510583878    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8587189912796021    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   236.0100420713425    
 ==w out           7        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     1.766 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.43830001354218    
 ATTN ifrq ipol ln           0           1       36128   10.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4996036    
  shift in azimuth *fractional pixel=  -0.4996036       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5500478744506836E-03
 WAYNE Motion comp. added to patch, time =    15.47622489929199    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-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 =    178.8480290174484    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8046910762786865    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   236.5787791013718    
 ==w out          10        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     1.787 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.71404004096985    
 ATTN ifrq ipol ln           0           1       43112   10.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4996577    
  shift in azimuth *fractional pixel=  -0.4996577       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.2939863204956055E-03
 WAYNE Motion comp. added to patch, time =    15.25474405288696    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2200345993041992E-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 =    180.5282119512558    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9449568986892700    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   237.4535419940948    
 ==w out          12        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     1.779 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.90921902656555    
 ATTN ifrq ipol ln           0           1       39620   10.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4996657    
  shift in azimuth *fractional pixel=  -0.4996657       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4890127182006836E-03
 WAYNE Motion comp. added to patch, time =    14.67997193336487    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0729303359985352E-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 =    181.0098159313202    
  Writing         4192 lines of data to file
 WAYNE write output data    1.029463052749634    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   237.6401170492172    
 ==w out          11        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     1.726 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.19708096981049    
 ATTN ifrq ipol ln           0           1       22160   10.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992676    
  shift in azimuth *fractional pixel=  -0.4992676       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6240768432617188E-03
 WAYNE Motion comp. added to patch, time =    16.01622998714447    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.0420551300048828E-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 =    179.8954830169678    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8454990386962891    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   237.9659600257874    
 ==w out           6        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     1.713 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    40.82186603546143    
 ATTN ifrq ipol ln           0           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.2830190658569336E-03
 TESTING  0.0000000E+00   171.3662       1.667980    
 WAYNE Motion comp. added to patch, time =    14.31188607215881    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.0010471343994141E-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   171.3662       1.667980    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    162.8621959686279    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9705059528350830    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   218.9775899648666    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   220.690 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.76152300834656    
 ATTN ifrq ipol ln           0           1       11684   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996009    
  shift in azimuth *fractional pixel=  -0.4996009       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3035964965820313E-02
 TESTING  0.0000000E+00   165.4527       2.436797    
 WAYNE Motion comp. added to patch, time =    11.44609904289246    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8140077590942383E-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   165.4527       2.436797    
 HEY,dt,fract,ye,pe  -0.4996009       1.000000      4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    122.0752259492874    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7582499980926514    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   170.1066999435425    
 ==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     1.718 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.95947098731995    
 ATTN ifrq ipol ln           0           1       15176   10.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4995478    
  shift in azimuth *fractional pixel=  -0.4995478       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7020397186279297E-03
 WAYNE Motion comp. added to patch, time =    14.87077295780182    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.5680065155029297E-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 =    180.5185519456863    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9581239223480225    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   237.3192449808121    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   239.038 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.68650400638580    
 ATTN ifrq ipol ln           0           1       18668   10.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4993925    
  shift in azimuth *fractional pixel=  -0.4993925       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.0840587615966797E-03
 WAYNE Motion comp. added to patch, time =    11.97085893154144    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.7949342727661133E-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 =    124.9262390136719    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7639670372009277    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   173.3582619428635    
 ==w out           5        8387
            1      628240           0
            2      628097           0
            3      631151           0
            4      630902           0
            5      628774           0
            6      630632           0
            7      631043           0
            8      629487           0
            9      630627           0
           10      631181           0
           11      630855           0
           12      630540           0
           13      630488           0
           14      629017           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    9.4210028648376465E-02
 WAYNE LOOP TIME:     425.2352080345154    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.hh_j                        
 /mnt/air76/airops/1376/ts1376_p.mocomph                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
 lat1 lon1:         518   63.83218      -144.9747           67072
 last ra n_ns ns:   8049.743               3           3       67589
        67072
 lati loni:       67589   63.83237      -144.2361           67589           3
 center ra n_ns ns:   16570.57            1282        1282       34053
        67072
 lati loni:       34053   63.90924      -144.6008           34053        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.hh_j                        
 WAYNE FINAL PROCESS   426.9602700471878    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.hh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ph                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.hh                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.461374044418335    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          517   517.3260       2207.489     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          520   520.4620       2268.373     -0.4996009     -0.4996009    
         2097        3496           3        1396
 patch iptc,sj,dgj,dgi,id:           2        3496         520         517
         1396
  half line dmj dgc:           0        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3496        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3495

         3496        5592           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5592         520         520
         2096
  half line dmj dgc:           1        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5592        3496
   Zeroing lines in arrays 
  Total # of output lines =            2        5591

 Processing block number            3
 DEBUG          550   550.3374       2457.037     -0.4995478     -0.4995478    
         5592        7018          30        1396
 patch iptc,sj,dgj,dgi,id:           3        7018         550         520
         1396
  half line dmj dgc:           0        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7018        5592
   Zeroing lines in arrays 
  Total # of output lines =            3        7017

         7018        9114           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9114         550         550
         2096
  half line dmj dgc:           1        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9114        7018
   Zeroing lines in arrays 
  Total # of output lines =            3        9113

 Processing block number            4
 DEBUG          600   600.2930       2739.247     -0.4993925     -0.4993925    
         9114       10560          50        1396
 patch iptc,sj,dgj,dgi,id:           4       10560         600         550
         1396
  half line dmj dgc:           0       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10560        9114
   Zeroing lines in arrays 
  Total # of output lines =            4       10559

        10560       12656           0        2096
 patch iptc,sj,dgj,dgi,id:           4         368         600         600
         2096
  half line dmj dgc:           1       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10560         368
   Zeroing lines in arrays 
  Total # of output lines =            4       12655

 Processing block number            5
 DEBUG          643   643.0234       2993.917     -0.4992676     -0.4992676    
          368        1807          43        1396
 patch iptc,sj,dgj,dgi,id:           5        1807         643         600
         1396
  half line dmj dgc:           0       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1807         368
   Zeroing lines in arrays 
  Total # of output lines =            5       14094

         1807        3903           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3903         643         643
         2096
  half line dmj dgc:           1       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3903        1807
   Zeroing lines in arrays 
  Total # of output lines =            5       16190

 Processing block number            6
 DEBUG          656   656.0605       3081.562     -0.4992280     -0.4992280    
         3903        5312          13        1396
 patch iptc,sj,dgj,dgi,id:           6        5312         656         643
         1396
  half line dmj dgc:           0       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5312        3903
   Zeroing lines in arrays 
  Total # of output lines =            6       17599

         5312        7408           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7408         656         656
         2096
  half line dmj dgc:           1       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7408        5312
   Zeroing lines in arrays 
  Total # of output lines =            6       19695

 Processing block number            7
 DEBUG          634   634.5832       2983.172     -0.4992866     -0.4992866    
         7408        8782         -22        1396
 patch iptc,sj,dgj,dgi,id:           7        8782         634         656
         1396
  half line dmj dgc:           0       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8782        7408
   Zeroing lines in arrays 
  Total # of output lines =            7       21069

         8782       10878           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10878         634         634
         2096
  half line dmj dgc:           1       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10878        8782
   Zeroing lines in arrays 
  Total # of output lines =            7       23165

 Processing block number            8
 DEBUG          583   583.1716       2744.168     -0.4994561     -0.4994561    
        10878       12223         -51        1396
 patch iptc,sj,dgj,dgi,id:           8       12223         583         634
         1396
  half line dmj dgc:           0       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12223       10878
   Zeroing lines in arrays 
  Total # of output lines =            8       24510

        12223       14319           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2031         583         583
         2096
  half line dmj dgc:           1       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12223        2031
   Zeroing lines in arrays 
  Total # of output lines =            8       26606

 Processing block number            9
 DEBUG          536   536.5387       2494.606     -0.4996036     -0.4996036    
         2031        3380         -47        1396
 patch iptc,sj,dgj,dgi,id:           9        3380         536         583
         1396
  half line dmj dgc:           0       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3380        2031
   Zeroing lines in arrays 
  Total # of output lines =            9       27955

         3380        5476           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5476         536         536
         2096
  half line dmj dgc:           1       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5476        3380
   Zeroing lines in arrays 
  Total # of output lines =            9       30051

 Processing block number           10
 DEBUG          517   516.6767       2356.246     -0.4996657     -0.4996657    
         5476        6853         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        6853         517         536
         1396
  half line dmj dgc:           0       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6853        5476
   Zeroing lines in arrays 
  Total # of output lines =           10       31428

         6853        8949           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8949         517         517
         2096
  half line dmj dgc:           1       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8949        6853
   Zeroing lines in arrays 
  Total # of output lines =           10       33524

 Processing block number           11
 DEBUG          525   525.1080       2405.242     -0.4996577     -0.4996577    
         8949       10353           8        1396
 patch iptc,sj,dgj,dgi,id:          11       10353         525         517
         1396
  half line dmj dgc:           0       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10353        8949
   Zeroing lines in arrays 
  Total # of output lines =           11       34928

        10353       12449           0        2096
 patch iptc,sj,dgj,dgi,id:          11         161         525         525
         2096
  half line dmj dgc:           1       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10353         161
   Zeroing lines in arrays 
  Total # of output lines =           11       37024

 Processing block number           12
 DEBUG          562   562.2451       2658.212     -0.4995650     -0.4995650    
          161        1594          37        1396
 patch iptc,sj,dgj,dgi,id:          12        1594         562         525
         1396
  half line dmj dgc:           0       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1594         161
   Zeroing lines in arrays 
  Total # of output lines =           12       38457

         1594        3690           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3690         562         562
         2096
  half line dmj dgc:           1       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3690        1594
   Zeroing lines in arrays 
  Total # of output lines =           12       40553

 Processing block number           13
 DEBUG          625   624.9896       3044.790     -0.4993643     -0.4993643    
         3690        5149          63        1396
 patch iptc,sj,dgj,dgi,id:          13        5149         625         562
         1396
  half line dmj dgc:           0       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5149        3690
   Zeroing lines in arrays 
  Total # of output lines =           13       42012

         5149        7245           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7245         625         625
         2096
  half line dmj dgc:           1       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7245        5149
   Zeroing lines in arrays 
  Total # of output lines =           13       44108

 Processing block number           14
 DEBUG          684   684.3247       3406.999     -0.4991543     -0.4991543    
         7245        8700          59        1396
 patch iptc,sj,dgj,dgi,id:          14        8700         684         625
         1396
  half line dmj dgc:           0       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8700        7245
   Zeroing lines in arrays 
  Total # of output lines =           14       45563

         8700       10796           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10796         684         684
         2096
  half line dmj dgc:           1       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10796        8700
   Zeroing lines in arrays 
  Total # of output lines =           14       47659

 Processing block number           15
 DEBUG          714   713.9498       3556.249     -0.4990942     -0.4990942    
        10796       12222          30        1396
 patch iptc,sj,dgj,dgi,id:          15       12222         714         684
         1396
  half line dmj dgc:           0       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12222       10796
   Zeroing lines in arrays 
  Total # of output lines =           15       49085

        12222       14318           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2030         714         714
         2096
  half line dmj dgc:           1       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12222        2030
   Zeroing lines in arrays 
  Total # of output lines =           15       51181

 Processing block number           16
 DEBUG          707   706.7254       3470.090     -0.4991588     -0.4991588    
         2030        2846          -7         823
 patch iptc,sj,dgj,dgi,id:          16        2846         707         714
          823
  half line dmj dgc:           0       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2846        2030
   Zeroing lines in arrays 
  Total # of output lines =           16       51997

         2846        4942           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4942         707         707
         2096
  half line dmj dgc:           1       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4942        2846
   Zeroing lines in arrays 
  Total # of output lines =           16       54093

 ia dmi dgi:        4942        3470         707
   Writing the last         4859 lines
 last half sj>s1        9801        4942       54093
 WAYNE done patche    67.18850696086884    
  Total # of output lines =        58952

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58952
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    68.17660200595856    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.pp_2000                       

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_hv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocomph                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.ph                            
 WAYNE init fft, calc slant range, load unpack, interpo   9.6609984E-03
 reading motion compensation data
 WAYNE read motion compen    1.129125    
 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   0.3693870    
 start range comp, time =      2.219

 WAYNE PREV   1.518353    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     2.694 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.07647001743317    
 ATTN ifrq ipol ln           0           2       59999   6.000000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991588    
  shift in azimuth *fractional pixel=  -0.4991588       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6579322814941406E-03
 WAYNE Motion comp. added to patch, time =    14.07796597480774    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.0030736923217773E-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 =    146.9689939022064    
  Writing         4192 lines of data to file
 WAYNE write output data    1.194868922233582    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   210.3301159143448    
 ==w out          17        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.572 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.60185790061951    
 ATTN ifrq ipol ln           0           2       36128   6.000000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4996036    
  shift in azimuth *fractional pixel=  -0.4996036       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5539817810058594E-03
 WAYNE Motion comp. added to patch, time =    13.94380104541779    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   5.8420062065124512E-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 =    164.5860970020294    
  Writing         4192 lines of data to file
 WAYNE write output data    1.211053013801575    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   226.4689869880676    
 ==w out          10        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.551 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    45.43839597702026    
 ATTN ifrq ipol ln           0           2       22160   6.000000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4992676    
  shift in azimuth *fractional pixel=  -0.4992676       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4320306777954102E-03
 WAYNE Motion comp. added to patch, time =    15.09918797016144    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9389390945434570E-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 =    165.0615049600601    
  Writing         4192 lines of data to file
 WAYNE write output data    1.150030016899109    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   226.7603300809860    
 ==w out           6        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     2.568 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.96676599979401    
 ATTN ifrq ipol ln           0           2       32636   6.000000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4994561    
  shift in azimuth *fractional pixel=  -0.4994561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6879730224609375E-03
 WAYNE Motion comp. added to patch, time =    13.97161400318146    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.0440816879272461E-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 =    164.5483930110931    
  Writing         4192 lines of data to file
 WAYNE write output data    1.271921038627625    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   226.7704460620880    
 ==w out           9        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     2.620 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.97840201854706    
 ATTN ifrq ipol ln           0           2       53588   6.000000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4991543    
  shift in azimuth *fractional pixel=  -0.4991543       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7260007858276367E-03
 WAYNE Motion comp. added to patch, time =    13.90977597236633    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8990039825439453E-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 =    166.1168630123138    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9282850027084351    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   227.9450399875641    
 ==w out          15        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.628 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.94418096542358    
 ATTN ifrq ipol ln           0           2       57080   6.000000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990942    
  shift in azimuth *fractional pixel=  -0.4990942       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5550546646118164E-03
 WAYNE Motion comp. added to patch, time =    14.80982506275177    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9509792327880859E-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 =    166.4106919765472    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9541809558868408    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   229.1304219961166    
 ==w out          16        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     2.592 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.21584498882294    
 ATTN ifrq ipol ln           0           2       46604   6.000000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4995650    
  shift in azimuth *fractional pixel=  -0.4995650       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.7291002273559570E-03
 WAYNE Motion comp. added to patch, time =    14.04065799713135    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9700527191162109E-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 =    169.3492540121078    
  Writing         4192 lines of data to file
 WAYNE write output data    1.106714963912964    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   231.7242189645767    
 ==w out          13        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.583 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.78840696811676    
 ATTN ifrq ipol ln           0           2       43112   6.000000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4996577    
  shift in azimuth *fractional pixel=  -0.4996577       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.7095041275024414E-02
 WAYNE Motion comp. added to patch, time =    14.15743708610535    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.0049810409545898E-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 =    173.3042839765549    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7592380046844482    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   235.0834639072418    
 ==w out          12        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.605 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.00545001029968    
 ATTN ifrq ipol ln           0           2       50096   6.000000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4993643    
  shift in azimuth *fractional pixel=  -0.4993643       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.8469982147216797E-03
 WAYNE Motion comp. added to patch, time =    15.13619995117188    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-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
 WAYNE Azimuth compression done, time =    175.0943979024887    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9695509672164917    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   238.2173150777817    
 ==w out          14        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     2.576 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.47306191921234    
 ATTN ifrq ipol ln           0           2       39620   6.000000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4996657    
  shift in azimuth *fractional pixel=  -0.4996657       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6220502853393555E-03
 WAYNE Motion comp. added to patch, time =    14.56473290920258    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9350051879882813E-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 =    175.8928459882736    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8582869768142700    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   238.8003289699554    
 ==w out          11        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     2.558 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.14972007274628    
 ATTN ifrq ipol ln           0           2       25652   6.000000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4992280    
  shift in azimuth *fractional pixel=  -0.4992280       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.6100101470947266E-03
 WAYNE Motion comp. added to patch, time =    14.66176104545593    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.0009279251098633E-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 =    183.2249110937119    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8539969921112061    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   246.9021658897400    
 ==w out           7        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.562 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.76646900177002    
 ATTN ifrq ipol ln           0           2       29144   6.000000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4992866    
  shift in azimuth *fractional pixel=  -0.4992866       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.5459947586059570E-03
 WAYNE Motion comp. added to patch, time =    14.75933301448822    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9019842147827148E-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 =    185.9088630676270    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8510640859603882    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   248.2970941066742    
 ==w out           8        4195
 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     2.546 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    46.97273802757263    
 ATTN ifrq ipol ln           0           2       15176   6.000000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4995478    
  shift in azimuth *fractional pixel=  -0.4995478       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.4159374237060547E-03
 WAYNE Motion comp. added to patch, time =    13.59930896759033    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   5.8647036552429199E-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 =    165.9006670713425    
  Writing         4192 lines of data to file
 WAYNE write output data    1.036221981048584    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   227.6350989341736    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   230.181 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.44247400760651    
 ATTN ifrq ipol ln           0           2       18668   6.000000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4993925    
  shift in azimuth *fractional pixel=  -0.4993925       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.8769922256469727E-03
 WAYNE Motion comp. added to patch, time =    11.67938601970673    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.1551976203918457E-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 =    126.7324800491333    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7555370330810547    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   174.6301150321960    
 ==w out           5        8387
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.539 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    46.94580602645874    
 ATTN ifrq ipol ln           0           2        8192   6.000000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4996242    
  shift in azimuth *fractional pixel=  -0.4996242       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   8.3339214324951172E-03
 TESTING  0.0000000E+00   171.3662       1.667980    
 WAYNE Motion comp. added to patch, time =    14.20871806144714    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9940137863159180E-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   171.3662       1.667980    
 HEY,dt,fract,ye,pe  -0.4996242       1.000000      4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    166.9186480045319    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9797430038452148    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   229.0641469955444    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   231.603 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.71648299694061    
 ATTN ifrq ipol ln           0           2       11684   6.000000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4996009    
  shift in azimuth *fractional pixel=  -0.4996009       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   7.8830718994140625E-03
 TESTING  0.0000000E+00   165.4527       2.436797    
 WAYNE Motion comp. added to patch, time =    11.70308399200439    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8231987953186035E-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   165.4527       2.436797    
 HEY,dt,fract,ye,pe  -0.4996009       1.000000      4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    139.2252230644226    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7481579780578613    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   187.4198199510574    
 ==w out           3        8387
            1      632046           0
            2      631452           0
            3      633009           0
            4      633033           0
            5      633063           0
            6      632040           0
            7      632222           0
            8      632740           0
            9      632479           0
           10      632825           0
           11      632879           0
           12      632901           0
           13      632749           0
           14      632884           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    0.3522779941558838    
 WAYNE LOOP TIME:     431.4638079404831    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.hv_j                        
 /mnt/air76/airops/1376/ts1376_p.mocomph                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocomph                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
 lat1 lon1:         518   63.83218      -144.9747           67072
 last ra n_ns ns:   8049.743               3           3       67589
        67072
 lati loni:       67589   63.83237      -144.2361           67589           3
 center ra n_ns ns:   16570.57            1282        1282       34053
        67072
 lati loni:       34053   63.90924      -144.6008           34053        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.hv_j                        
 WAYNE FINAL PROCESS   433.7275800704956    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.hv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.ph                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.hv                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.444083094596863    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          517   517.3260       2207.489     -0.4996242     -0.4996242    
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          520   520.4620       2268.373     -0.4996009     -0.4996009    
         2097        3496           3        1396
 patch iptc,sj,dgj,dgi,id:           2        3496         520         517
         1396
  half line dmj dgc:           0        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3496        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3495

         3496        5592           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5592         520         520
         2096
  half line dmj dgc:           1        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5592        3496
   Zeroing lines in arrays 
  Total # of output lines =            2        5591

 Processing block number            3
 DEBUG          550   550.3374       2457.037     -0.4995478     -0.4995478    
         5592        7018          30        1396
 patch iptc,sj,dgj,dgi,id:           3        7018         550         520
         1396
  half line dmj dgc:           0        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7018        5592
   Zeroing lines in arrays 
  Total # of output lines =            3        7017

         7018        9114           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9114         550         550
         2096
  half line dmj dgc:           1        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9114        7018
   Zeroing lines in arrays 
  Total # of output lines =            3        9113

 Processing block number            4
 DEBUG          600   600.2930       2739.247     -0.4993925     -0.4993925    
         9114       10560          50        1396
 patch iptc,sj,dgj,dgi,id:           4       10560         600         550
         1396
  half line dmj dgc:           0       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10560        9114
   Zeroing lines in arrays 
  Total # of output lines =            4       10559

        10560       12656           0        2096
 patch iptc,sj,dgj,dgi,id:           4         368         600         600
         2096
  half line dmj dgc:           1       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10560         368
   Zeroing lines in arrays 
  Total # of output lines =            4       12655

 Processing block number            5
 DEBUG          643   643.0234       2993.917     -0.4992676     -0.4992676    
          368        1807          43        1396
 patch iptc,sj,dgj,dgi,id:           5        1807         643         600
         1396
  half line dmj dgc:           0       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1807         368
   Zeroing lines in arrays 
  Total # of output lines =            5       14094

         1807        3903           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3903         643         643
         2096
  half line dmj dgc:           1       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3903        1807
   Zeroing lines in arrays 
  Total # of output lines =            5       16190

 Processing block number            6
 DEBUG          656   656.0605       3081.562     -0.4992280     -0.4992280    
         3903        5312          13        1396
 patch iptc,sj,dgj,dgi,id:           6        5312         656         643
         1396
  half line dmj dgc:           0       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5312        3903
   Zeroing lines in arrays 
  Total # of output lines =            6       17599

         5312        7408           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7408         656         656
         2096
  half line dmj dgc:           1       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7408        5312
   Zeroing lines in arrays 
  Total # of output lines =            6       19695

 Processing block number            7
 DEBUG          634   634.5832       2983.172     -0.4992866     -0.4992866    
         7408        8782         -22        1396
 patch iptc,sj,dgj,dgi,id:           7        8782         634         656
         1396
  half line dmj dgc:           0       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8782        7408
   Zeroing lines in arrays 
  Total # of output lines =            7       21069

         8782       10878           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10878         634         634
         2096
  half line dmj dgc:           1       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10878        8782
   Zeroing lines in arrays 
  Total # of output lines =            7       23165

 Processing block number            8
 DEBUG          583   583.1716       2744.168     -0.4994561     -0.4994561    
        10878       12223         -51        1396
 patch iptc,sj,dgj,dgi,id:           8       12223         583         634
         1396
  half line dmj dgc:           0       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12223       10878
   Zeroing lines in arrays 
  Total # of output lines =            8       24510

        12223       14319           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2031         583         583
         2096
  half line dmj dgc:           1       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12223        2031
   Zeroing lines in arrays 
  Total # of output lines =            8       26606

 Processing block number            9
 DEBUG          536   536.5387       2494.606     -0.4996036     -0.4996036    
         2031        3380         -47        1396
 patch iptc,sj,dgj,dgi,id:           9        3380         536         583
         1396
  half line dmj dgc:           0       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3380        2031
   Zeroing lines in arrays 
  Total # of output lines =            9       27955

         3380        5476           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5476         536         536
         2096
  half line dmj dgc:           1       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5476        3380
   Zeroing lines in arrays 
  Total # of output lines =            9       30051

 Processing block number           10
 DEBUG          517   516.6767       2356.246     -0.4996657     -0.4996657    
         5476        6853         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        6853         517         536
         1396
  half line dmj dgc:           0       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6853        5476
   Zeroing lines in arrays 
  Total # of output lines =           10       31428

         6853        8949           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8949         517         517
         2096
  half line dmj dgc:           1       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8949        6853
   Zeroing lines in arrays 
  Total # of output lines =           10       33524

 Processing block number           11
 DEBUG          525   525.1080       2405.242     -0.4996577     -0.4996577    
         8949       10353           8        1396
 patch iptc,sj,dgj,dgi,id:          11       10353         525         517
         1396
  half line dmj dgc:           0       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10353        8949
   Zeroing lines in arrays 
  Total # of output lines =           11       34928

        10353       12449           0        2096
 patch iptc,sj,dgj,dgi,id:          11         161         525         525
         2096
  half line dmj dgc:           1       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10353         161
   Zeroing lines in arrays 
  Total # of output lines =           11       37024

 Processing block number           12
 DEBUG          562   562.2451       2658.212     -0.4995650     -0.4995650    
          161        1594          37        1396
 patch iptc,sj,dgj,dgi,id:          12        1594         562         525
         1396
  half line dmj dgc:           0       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1594         161
   Zeroing lines in arrays 
  Total # of output lines =           12       38457

         1594        3690           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3690         562         562
         2096
  half line dmj dgc:           1       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3690        1594
   Zeroing lines in arrays 
  Total # of output lines =           12       40553

 Processing block number           13
 DEBUG          625   624.9896       3044.790     -0.4993643     -0.4993643    
         3690        5149          63        1396
 patch iptc,sj,dgj,dgi,id:          13        5149         625         562
         1396
  half line dmj dgc:           0       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5149        3690
   Zeroing lines in arrays 
  Total # of output lines =           13       42012

         5149        7245           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7245         625         625
         2096
  half line dmj dgc:           1       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7245        5149
   Zeroing lines in arrays 
  Total # of output lines =           13       44108

 Processing block number           14
 DEBUG          684   684.3247       3406.999     -0.4991543     -0.4991543    
         7245        8700          59        1396
 patch iptc,sj,dgj,dgi,id:          14        8700         684         625
         1396
  half line dmj dgc:           0       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8700        7245
   Zeroing lines in arrays 
  Total # of output lines =           14       45563

         8700       10796           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10796         684         684
         2096
  half line dmj dgc:           1       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10796        8700
   Zeroing lines in arrays 
  Total # of output lines =           14       47659

 Processing block number           15
 DEBUG          714   713.9498       3556.249     -0.4990942     -0.4990942    
        10796       12222          30        1396
 patch iptc,sj,dgj,dgi,id:          15       12222         714         684
         1396
  half line dmj dgc:           0       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12222       10796
   Zeroing lines in arrays 
  Total # of output lines =           15       49085

        12222       14318           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2030         714         714
         2096
  half line dmj dgc:           1       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12222        2030
   Zeroing lines in arrays 
  Total # of output lines =           15       51181

 Processing block number           16
 DEBUG          707   706.7254       3470.090     -0.4991588     -0.4991588    
         2030        2846          -7         823
 patch iptc,sj,dgj,dgi,id:          16        2846         707         714
          823
  half line dmj dgc:           0       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2846        2030
   Zeroing lines in arrays 
  Total # of output lines =           16       51997

         2846        4942           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4942         707         707
         2096
  half line dmj dgc:           1       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4942        2846
   Zeroing lines in arrays 
  Total # of output lines =           16       54093

 ia dmi dgi:        4942        3470         707
   Writing the last         4859 lines
 last half sj>s1        9801        4942       54093
 WAYNE done patche    56.99270904064178    
  Total # of output lines =        58952

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58952
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    57.87312209606171    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.pp_2000                       

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_vh                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.pv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0031002E-02
 reading motion compensation data
 WAYNE read motion compen    1.131206    
 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   0.3674260    
 start range comp, time =      2.365

 WAYNE PREV   1.517872    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     2.772 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.32655203342438    
 ATTN ifrq ipol ln           0           3       59999   4.000000    
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   8.5769891738891602E-03
 WAYNE Motion comp. added to patch, time =    14.22350502014160    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.9329786300659180E-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 =    147.3930889368057    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8589680194854736    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   216.8135559558868    
 ==w out          17        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     2.763 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.95215308666229    
 ATTN ifrq ipol ln           0           3       53588   4.000000    
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   8.4469318389892578E-03
 WAYNE Motion comp. added to patch, time =    14.23803794384003    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9319057464599609E-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 =    166.5870859622955    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9578809738159180    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   235.7464619874954    
 ==w out          15        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     2.742 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.94083499908447    
 ATTN ifrq ipol ln           0           3       43112   4.000000    
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   8.8050365447998047E-03
 WAYNE Motion comp. added to patch, time =    13.86857891082764    
 WAYNE Doppler estimation done, time =   6.0796737670898438E-06
 WAYNE write deskew done, time =   1.9520521163940430E-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 =    167.3519870042801    
  Writing         4192 lines of data to file
 WAYNE write output data    1.430490016937256    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   236.6035919189453    
 ==w out          12        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     2.736 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.62402904033661    
 ATTN ifrq ipol ln           0           3       39620   4.000000    
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   7.8694939613342285E-02
 WAYNE Motion comp. added to patch, time =    14.21312499046326    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0070075988769531E-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 =    167.5643899440765    
  Writing         4192 lines of data to file
 WAYNE write output data    1.422534942626953    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   236.9058399200439    
 ==w out          11        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     2.766 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.89128804206848    
 ATTN ifrq ipol ln           0           3       57080   4.000000    
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   8.2980394363403320E-03
 WAYNE Motion comp. added to patch, time =    14.24919998645782    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9689798355102539E-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 =    167.2634099721909    
  Writing         4192 lines of data to file
 WAYNE write output data    1.515356063842773    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   236.9304850101471    
 ==w out          16        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     2.733 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.82449698448181    
 ATTN ifrq ipol ln           0           3       36128   4.000000    
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   8.4710121154785156E-03
 WAYNE Motion comp. added to patch, time =    14.38424789905548    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   1.8639564514160156E-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 =    166.6052269935608    
  Writing         4192 lines of data to file
 WAYNE write output data    1.426801085472107    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   237.2522100210190    
 ==w out          10        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     2.729 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.02398598194122    
 ATTN ifrq ipol ln           0           3       32636   4.000000    
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   8.4679126739501953E-03
 WAYNE Motion comp. added to patch, time =    13.86399304866791    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9259452819824219E-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 =    167.9918329715729    
  Writing         4192 lines of data to file
 WAYNE write output data    1.377537965774536    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   237.2686979770660    
 ==w out           9        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     2.712 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.22474098205566    
 ATTN ifrq ipol ln           0           3       22160   4.000000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   8.4869861602783203E-03
 WAYNE Motion comp. added to patch, time =    14.65550994873047    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0779371261596680E-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 =    175.6241110563278    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9389410018920898    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   245.4549679756165    
 ==w out           6        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     2.759 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.61970698833466    
 ATTN ifrq ipol ln           0           3       50096   4.000000    
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   8.7729692459106445E-03
 WAYNE Motion comp. added to patch, time =    15.55860602855682    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9549131393432617E-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 =    177.3168070316315    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7886968851089478    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   248.2955819368362    
 ==w out          14        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     2.719 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.19368791580200    
 ATTN ifrq ipol ln           0           3       25652   4.000000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   8.6259841918945313E-03
 WAYNE Motion comp. added to patch, time =    15.06570899486542    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9240379333496094E-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 =    179.9277330636978    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7707560062408447    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   249.9694010019302    
 ==w out           7        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     2.752 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.63215100765228    
 ATTN ifrq ipol ln           0           3       46604   4.000000    
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   8.7209939956665039E-03
 WAYNE Motion comp. added to patch, time =    15.87609291076660    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8789768218994141E-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 =    179.8954910039902    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7120300531387329    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   251.1273469924927    
 ==w out          13        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     2.726 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.37163698673248    
 ATTN ifrq ipol ln           0           3       29144   4.000000    
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   8.6979866027832031E-03
 WAYNE Motion comp. added to patch, time =    15.51343703269958    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   1.9499063491821289E-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 =    182.5550169944763    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7986940145492554    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   253.2505919933319    
 ==w out           8        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     2.695 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    53.63811600208282    
 ATTN ifrq ipol ln           0           3        8192   4.000000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   0.1056020259857178    
 TESTING  0.0000000E+00   171.3655       1.668171    
 WAYNE Motion comp. added to patch, time =    14.23138904571533    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9789934158325195E-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   171.3655       1.668171    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    157.1073000431061    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7688920497894287    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   225.8540720939636    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   228.550 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.92783498764038    
 ATTN ifrq ipol ln           0           3       11684   4.000000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   7.8599452972412109E-03
 TESTING  0.0000000E+00   165.4516       2.436822    
 WAYNE Motion comp. added to patch, time =    11.63758301734924    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8060207366943359E-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   165.4516       2.436822    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    125.7698860168457    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7257320880889893    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   174.0714010000229    
 ==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     2.702 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.69116997718811    
 ATTN ifrq ipol ln           0           3       15176   4.000000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   6.5190076828002930E-02
 WAYNE Motion comp. added to patch, time =    14.55225396156311    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9489526748657227E-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 =    176.0089049339294    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8973770141601563    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   245.2175999879837    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   247.920 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.38394904136658    
 ATTN ifrq ipol ln           0           3       18668   4.000000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   8.0749988555908203E-03
 WAYNE Motion comp. added to patch, time =    11.86242806911469    
 WAYNE Doppler estimation done, time =   5.0067901611328125E-06
 WAYNE write deskew done, time =   9.4379186630249023E-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 =    130.7178339958191    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7163739204406738    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   178.6987469196320    
 ==w out           5        8387
            1      634024           0
            2      634390           0
            3      634465           0
            4      634388           0
            5      634263           0
            6      634399           0
            7      634224           0
            8      634530           0
            9      634327           0
           10      634479           0
           11      634344           0
           12      634363           0
           13      634288           0
           14      634487           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    3.8004994392395020E-02
 WAYNE LOOP TIME:     438.6036109924316    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.vh_j                        
 /mnt/air76/airops/1376/ts1376_p.mocompv                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
 lat1 lon1:         518   63.83218      -144.9747           67072
 last ra n_ns ns:   8049.743               3           3       67589
        67072
 lati loni:       67589   63.83237      -144.2361           67589           3
 center ra n_ns ns:   16570.57            1282        1282       34053
        67072
 lati loni:       34053   63.90924      -144.6008           34053        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.vh_j                        
 WAYNE FINAL PROCESS   441.0039989948273    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.vh_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.pv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.vh                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.237084984779358    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          517   517.8256       2207.989      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          520   520.9616       2268.872      0.0000000E+00  0.0000000E+00
         2097        3496           3        1396
 patch iptc,sj,dgj,dgi,id:           2        3496         520         517
         1396
  half line dmj dgc:           0        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3496        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3495

         3496        5592           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5592         520         520
         2096
  half line dmj dgc:           1        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5592        3496
   Zeroing lines in arrays 
  Total # of output lines =            2        5591

 Processing block number            3
 DEBUG          550   550.8370       2457.536      0.0000000E+00  0.0000000E+00
         5592        7018          30        1396
 patch iptc,sj,dgj,dgi,id:           3        7018         550         520
         1396
  half line dmj dgc:           0        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7018        5592
   Zeroing lines in arrays 
  Total # of output lines =            3        7017

         7018        9114           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9114         550         550
         2096
  half line dmj dgc:           1        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9114        7018
   Zeroing lines in arrays 
  Total # of output lines =            3        9113

 Processing block number            4
 DEBUG          600   600.7924       2739.746      0.0000000E+00  0.0000000E+00
         9114       10560          50        1396
 patch iptc,sj,dgj,dgi,id:           4       10560         600         550
         1396
  half line dmj dgc:           0       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10560        9114
   Zeroing lines in arrays 
  Total # of output lines =            4       10559

        10560       12656           0        2096
 patch iptc,sj,dgj,dgi,id:           4         368         600         600
         2096
  half line dmj dgc:           1       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10560         368
   Zeroing lines in arrays 
  Total # of output lines =            4       12655

 Processing block number            5
 DEBUG          643   643.5227       2994.417      0.0000000E+00  0.0000000E+00
          368        1807          43        1396
 patch iptc,sj,dgj,dgi,id:           5        1807         643         600
         1396
  half line dmj dgc:           0       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1807         368
   Zeroing lines in arrays 
  Total # of output lines =            5       14094

         1807        3903           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3903         643         643
         2096
  half line dmj dgc:           1       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3903        1807
   Zeroing lines in arrays 
  Total # of output lines =            5       16190

 Processing block number            6
 DEBUG          656   656.5598       3082.061      0.0000000E+00  0.0000000E+00
         3903        5312          13        1396
 patch iptc,sj,dgj,dgi,id:           6        5312         656         643
         1396
  half line dmj dgc:           0       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5312        3903
   Zeroing lines in arrays 
  Total # of output lines =            6       17599

         5312        7408           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7408         656         656
         2096
  half line dmj dgc:           1       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7408        5312
   Zeroing lines in arrays 
  Total # of output lines =            6       19695

 Processing block number            7
 DEBUG          634   635.0825       2983.671      0.0000000E+00  0.0000000E+00
         7408        8782         -22        1396
 patch iptc,sj,dgj,dgi,id:           7        8782         634         656
         1396
  half line dmj dgc:           0       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8782        7408
   Zeroing lines in arrays 
  Total # of output lines =            7       21069

         8782       10878           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10878         634         634
         2096
  half line dmj dgc:           1       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10878        8782
   Zeroing lines in arrays 
  Total # of output lines =            7       23165

 Processing block number            8
 DEBUG          583   583.6710       2744.667      0.0000000E+00  0.0000000E+00
        10878       12223         -51        1396
 patch iptc,sj,dgj,dgi,id:           8       12223         583         634
         1396
  half line dmj dgc:           0       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12223       10878
   Zeroing lines in arrays 
  Total # of output lines =            8       24510

        12223       14319           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2031         583         583
         2096
  half line dmj dgc:           1       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12223        2031
   Zeroing lines in arrays 
  Total # of output lines =            8       26606

 Processing block number            9
 DEBUG          536   537.0383       2495.106      0.0000000E+00  0.0000000E+00
         2031        3380         -47        1396
 patch iptc,sj,dgj,dgi,id:           9        3380         536         583
         1396
  half line dmj dgc:           0       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3380        2031
   Zeroing lines in arrays 
  Total # of output lines =            9       27955

         3380        5476           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5476         536         536
         2096
  half line dmj dgc:           1       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5476        3380
   Zeroing lines in arrays 
  Total # of output lines =            9       30051

 Processing block number           10
 DEBUG          517   517.1764       2356.746      0.0000000E+00  0.0000000E+00
         5476        6853         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        6853         517         536
         1396
  half line dmj dgc:           0       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6853        5476
   Zeroing lines in arrays 
  Total # of output lines =           10       31428

         6853        8949           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8949         517         517
         2096
  half line dmj dgc:           1       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8949        6853
   Zeroing lines in arrays 
  Total # of output lines =           10       33524

 Processing block number           11
 DEBUG          525   525.6077       2405.741      0.0000000E+00  0.0000000E+00
         8949       10353           8        1396
 patch iptc,sj,dgj,dgi,id:          11       10353         525         517
         1396
  half line dmj dgc:           0       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10353        8949
   Zeroing lines in arrays 
  Total # of output lines =           11       34928

        10353       12449           0        2096
 patch iptc,sj,dgj,dgi,id:          11         161         525         525
         2096
  half line dmj dgc:           1       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10353         161
   Zeroing lines in arrays 
  Total # of output lines =           11       37024

 Processing block number           12
 DEBUG          562   562.7446       2658.712      0.0000000E+00  0.0000000E+00
          161        1594          37        1396
 patch iptc,sj,dgj,dgi,id:          12        1594         562         525
         1396
  half line dmj dgc:           0       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1594         161
   Zeroing lines in arrays 
  Total # of output lines =           12       38457

         1594        3690           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3690         562         562
         2096
  half line dmj dgc:           1       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3690        1594
   Zeroing lines in arrays 
  Total # of output lines =           12       40553

 Processing block number           13
 DEBUG          625   625.4890       3045.290      0.0000000E+00  0.0000000E+00
         3690        5149          63        1396
 patch iptc,sj,dgj,dgi,id:          13        5149         625         562
         1396
  half line dmj dgc:           0       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5149        3690
   Zeroing lines in arrays 
  Total # of output lines =           13       42012

         5149        7245           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7245         625         625
         2096
  half line dmj dgc:           1       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7245        5149
   Zeroing lines in arrays 
  Total # of output lines =           13       44108

 Processing block number           14
 DEBUG          684   684.8239       3407.498      0.0000000E+00  0.0000000E+00
         7245        8700          59        1396
 patch iptc,sj,dgj,dgi,id:          14        8700         684         625
         1396
  half line dmj dgc:           0       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8700        7245
   Zeroing lines in arrays 
  Total # of output lines =           14       45563

         8700       10796           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10796         684         684
         2096
  half line dmj dgc:           1       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10796        8700
   Zeroing lines in arrays 
  Total # of output lines =           14       47659

 Processing block number           15
 DEBUG          714   714.4489       3556.748      0.0000000E+00  0.0000000E+00
        10796       12222          30        1396
 patch iptc,sj,dgj,dgi,id:          15       12222         714         684
         1396
  half line dmj dgc:           0       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12222       10796
   Zeroing lines in arrays 
  Total # of output lines =           15       49085

        12222       14318           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2030         714         714
         2096
  half line dmj dgc:           1       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12222        2030
   Zeroing lines in arrays 
  Total # of output lines =           15       51181

 Processing block number           16
 DEBUG          707   707.2245       3470.589      0.0000000E+00  0.0000000E+00
         2030        2846          -7         823
 patch iptc,sj,dgj,dgi,id:          16        2846         707         714
          823
  half line dmj dgc:           0       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2846        2030
   Zeroing lines in arrays 
  Total # of output lines =           16       51997

         2846        4942           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4942         707         707
         2096
  half line dmj dgc:           1       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4942        2846
   Zeroing lines in arrays 
  Total # of output lines =           16       54093

 ia dmi dgi:        4942        3470         707
   Writing the last         4859 lines
 last half sj>s1        9801        4942       54093
 WAYNE done patche    65.95265495777130    
  Total # of output lines =        58952

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58952
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    66.85063195228577    

  *********************************************
  *****                                   *****
  *****    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/air71/airops/1376/sensor.pp_2000                       

  Please enter the name of the parameter file
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/p_vv                                 

  Name of the mocomp data file?
 /mnt/air76/airops/1376/ts1376_p.mocompv                     

  Output file name w/o ext?
 /mnt/air76/airops/1376/ts1376_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/air71/airops/1376/
 output filename:/mnt/air71/airops/1376/ts1376_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/air71/airops/1376/deskew.pv                            
 WAYNE init fft, calc slant range, load unpack, interpo   1.0284999E-02
 reading motion compensation data
 WAYNE read motion compen    1.132008    
 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   0.3683500    
 start range comp, time =      1.537

 WAYNE PREV   1.520239    
 NUMBER OF PROCESSOR USED =           14
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#           14 .....
 WAYNE IS IN
 Processing           16 to           16 by #           13

 Processing block number           16
 WAYNE PATCHES:        51808        59999 patch#           16
  reference line: 55903     1.813 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.53558802604675    
 ATTN ifrq ipol ln           0           4       59999   12.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   8.5439682006835938E-03
 WAYNE Motion comp. added to patch, time =    14.29291200637817    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1990537643432617E-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 =    141.2464189529419    
  Writing         4192 lines of data to file
 WAYNE write output data    1.051890015602112    
 ==w out          16           0        2001                    0
 WAYNE PROCESS   210.1386749744415    
 ==w out          17        4195
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing            9 to            9 by #            6

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     1.764 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.81231391429901    
 ATTN ifrq ipol ln           0           4       36128   12.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   8.6001157760620117E-03
 WAYNE Motion comp. added to patch, time =    13.79717004299164    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.8509626388549805E-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 =    165.4112958908081    
  Writing         4192 lines of data to file
 WAYNE write output data    1.253783941268921    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   233.2859619855881    
 ==w out          10        4195
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing            8 to            8 by #            5

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540     1.758 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.44507503509521    
 ATTN ifrq ipol ln           0           4       32636   12.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   8.4940195083618164E-03
 WAYNE Motion comp. added to patch, time =    14.02455806732178    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9569396972656250E-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 =    164.9690099954605    
  Writing         4192 lines of data to file
 WAYNE write output data    1.090818047523499    
 ==w out           8           0        2001                    0
 WAYNE PROCESS   233.5408949851990    
 ==w out           9        4195
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           10 to           10 by #            7

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     1.773 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.94704294204712    
 ATTN ifrq ipol ln           0           4       39620   12.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   8.3999633789062500E-03
 WAYNE Motion comp. added to patch, time =    13.82764303684235    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9379854202270508E-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 =    165.9706829786301    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9981030225753784    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   233.7549220323563    
 ==w out          11        4195
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            5 to            5 by #            2

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     1.744 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.06670796871185    
 ATTN ifrq ipol ln           0           4       22160   12.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   8.4860324859619141E-03
 WAYNE Motion comp. added to patch, time =    14.28994309902191    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-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 =    165.8747390508652    
  Writing         4192 lines of data to file
 WAYNE write output data    1.079504013061523    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   234.3225280046463    
 ==w out           6        4195
 PROCESSING KID#            9 .....
 WAYNE IS IN
 Processing           11 to           11 by #            8

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016     1.780 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.35316300392151    
 ATTN ifrq ipol ln           0           4       43112   12.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   8.5359811782836914E-03
 WAYNE Motion comp. added to patch, time =    14.01974403858185    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.0740032196044922E-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 =    166.3910980224609    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9914699792861938    
 ==w out          11           0        2001                    0
 WAYNE PROCESS   234.7670379877090    
 ==w out          12        4195
 PROCESSING KID#           12 .....
 WAYNE IS IN
 Processing           14 to           14 by #           11

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     1.798 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.39862596988678    
 ATTN ifrq ipol ln           0           4       53588   12.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   8.4550380706787109E-03
 WAYNE Motion comp. added to patch, time =    14.39123296737671    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9860267639160156E-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 =    171.2465760707855    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7838039398193359    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   239.8315979242325    
 ==w out          15        4195
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing            6 to            6 by #            3

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     1.751 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.96186399459839    
 ATTN ifrq ipol ln           0           4       25652   12.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   8.5339546203613281E-03
 WAYNE Motion comp. added to patch, time =    14.47760200500488    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9340515136718750E-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 =    172.6230479478836    
  Writing         4192 lines of data to file
 WAYNE write output data   0.8057399988174438    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   240.8796080350876    
 ==w out           7        4195
 PROCESSING KID#           10 .....
 WAYNE IS IN
 Processing           12 to           12 by #            9

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508     1.786 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.28600108623505    
 ATTN ifrq ipol ln           0           4       46604   12.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   8.4500312805175781E-03
 WAYNE Motion comp. added to patch, time =    14.15778708457947    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0359754562377930E-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 =    174.3131499290466    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7246559858322144    
 ==w out          12           0        2001                    0
 WAYNE PROCESS   242.4930740594864    
 ==w out          13        4195
 PROCESSING KID#           13 .....
 WAYNE IS IN
 Processing           15 to           15 by #           12

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984     1.804 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.03730297088623    
 ATTN ifrq ipol ln           0           4       57080   12.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   8.3630084991455078E-03
 WAYNE Motion comp. added to patch, time =    14.74376595020294    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.8999576568603516E-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 =    177.3613480329514    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7196509838104248    
 ==w out          15           0        2001                    0
 WAYNE PROCESS   245.8731949329376    
 ==w out          16        4195
 PROCESSING KID#           11 .....
 WAYNE IS IN
 Processing           13 to           13 by #           10

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     1.792 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.99761998653412    
 ATTN ifrq ipol ln           0           4       50096   12.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   8.7399482727050781E-03
 WAYNE Motion comp. added to patch, time =    15.28728497028351    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.1730661392211914E-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 =    176.6121710538864    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7321909666061401    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   246.6410690546036    
 ==w out          14        4195
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing            7 to            7 by #            4

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048     1.755 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.26995694637299    
 ATTN ifrq ipol ln           0           4       29144   12.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   8.6309909820556641E-03
 WAYNE Motion comp. added to patch, time =    15.62592899799347    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0411014556884766E-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 =    183.1025919914246    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7599480152130127    
 ==w out           7           0        2001                    0
 WAYNE PROCESS   252.7700539827347    
 ==w out           8        4195
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            2 by #            0

 Processing block number            1
 TESTING WHY  4.3433901E-02  1.2735500E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     1.737 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    52.71413302421570    
 ATTN ifrq ipol ln           0           4        8192   12.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   8.0279111862182617E-03
 TESTING  0.0000000E+00   171.3655       1.668171    
 WAYNE Motion comp. added to patch, time =    13.92953109741211    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.9700527191162109E-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   171.3655       1.668171    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.3433901E-02
   1.2735500E-02
 WAYNE Azimuth compression done, time =    155.5227760076523    
  Writing         4192 lines of data to file
 WAYNE write output data   0.9596370458602905    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   223.1371340751648    

 Processing block number            2
 TESTING WHY  4.4913601E-02  1.2095000E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   224.874 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    35.62618303298950    
 ATTN ifrq ipol ln           0           4       11684   12.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   7.7289342880249023E-03
 TESTING  0.0000000E+00   165.4516       2.436822    
 WAYNE Motion comp. added to patch, time =    11.45293796062469    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   4.0399074554443359E-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   165.4516       2.436822    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  4.4913601E-02
   1.2095000E-02
 WAYNE Azimuth compression done, time =    120.4381679296494    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7132300138473511    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   168.2794389724731    
 ==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     1.733 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.83952105045319    
 ATTN ifrq ipol ln           0           4       15176   12.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   8.4079504013061523E-03
 WAYNE Motion comp. added to patch, time =    13.87563300132751    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   1.9509792327880859E-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 =    165.1101900339127    
  Writing         4192 lines of data to file
 WAYNE write output data    1.062340021133423    
 ==w out           3           0        2001                    0
 WAYNE PROCESS   232.8990619182587    

 Processing block number            4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572   234.633 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    35.47238707542419    
 ATTN ifrq ipol ln           0           4       18668   12.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   7.8489780426025391E-03
 WAYNE Motion comp. added to patch, time =    11.66416096687317    
 WAYNE Doppler estimation done, time =   5.9604644775390625E-06
 WAYNE write deskew done, time =   2.1778941154479980E-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 =    122.3176639080048    
  Writing         4192 lines of data to file
 WAYNE write output data   0.7390320301055908    
 ==w out           4        4192        2001             85852160
 WAYNE PROCESS   170.2236080169678    
 ==w out           5        8387
            1      634625           0
            2      635775           0
            3      636010           0
            4      635762           0
            5      634854           0
            6      587948           0
            7      636037           0
            8      636018           0
            9      635890           0
           10      635597           0
           11      635895           0
           12      635716           0
           13      636039           0
           14      634802           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =       67072kids=           14

 Writing variable header...

 gather image from processor #            0
             2
 gather image from processor #            1
             2
 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
             1
 gather image from processor #            7
             1
 gather image from processor #            8
             1
 gather image from processor #            9
             1
 gather image from processor #           10
             1
 gather image from processor #           11
             1
 gather image from processor #           12
             1
 gather image from processor #           13
             1
 WAYNE gather images takes:    8.7504029273986816E-02
 WAYNE LOOP TIME:     417.7521860599518    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /mnt/air71/airops/1376/ts1376_p.vv_j                        
 /mnt/air76/airops/1376/ts1376_p.mocompv                     
 /mnt/air76/airops/1376/ts1376_p.dop                         
 /mnt/air76/airops/1376/ts1376_p.glb                                 2560
        67072
 update intf hdr ha:   6897.600    
 UPDATE:        2560       67072   6.662100      0.5144000    
 mocompfile /mnt/air76/airops/1376/ts1376_p.mocompv                     
 dopfile /mnt/air76/airops/1376/ts1376_p.dop                         
 globalfile /mnt/air76/airops/1376/ts1376_p.glb                         
 /mnt/air76/airops/1376/ts1376_p.glb                                   35
 deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
  after deskew line ra ha trc:   266.4864             518   8049.743    
    6897.600       90.35377    
 lat1 lon1:         518   63.83218      -144.9747           67072
 last ra n_ns ns:   8049.743               3           3       67589
        67072
 lati loni:       67589   63.83237      -144.2361           67589           3
 center ra n_ns ns:   16570.57            1282        1282       34053
        67072
 lati loni:       34053   63.90924      -144.6008           34053        2560
  Updated paramater header in 
 /mnt/air71/airops/1376/ts1376_p.vv_j                        
 WAYNE FINAL PROCESS   419.3153730630875    

  *********************************************
  *****                                   *****
  *****    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 =           14
         8384           2
         8384           2
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
         4192           1
  Name of data file to be deskewed?
 /mnt/air71/airops/1376/ts1376_p.vv_j                        
  Name of the doppler parameter file?
 /mnt/air76/airops/1376/ts1376_p.dop                         
  Name of the deskew file?
 /mnt/air71/airops/1376/deskew.pv                            
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /mnt/air76/airops/1376/ts1376_p.vv                          
  Name of the line output file?
 /mnt/air76/airops/1376/p_lines.dat                          
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.393141031265259    

  Deskewing           16 patches
 Processing block number            1
 DEBUG          517   517.8256       2207.989      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1         517         517
            0
  half line dmj dgc:           0        2001        2207         517
   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         517         517
         2096
  half line dmj dgc:           1        2001        2207         517
   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          520   520.9616       2268.872      0.0000000E+00  0.0000000E+00
         2097        3496           3        1396
 patch iptc,sj,dgj,dgi,id:           2        3496         520         517
         1396
  half line dmj dgc:           0        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3496        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3495

         3496        5592           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5592         520         520
         2096
  half line dmj dgc:           1        5493        2268         517
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5592        3496
   Zeroing lines in arrays 
  Total # of output lines =            2        5591

 Processing block number            3
 DEBUG          550   550.8370       2457.536      0.0000000E+00  0.0000000E+00
         5592        7018          30        1396
 patch iptc,sj,dgj,dgi,id:           3        7018         550         520
         1396
  half line dmj dgc:           0        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7018        5592
   Zeroing lines in arrays 
  Total # of output lines =            3        7017

         7018        9114           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9114         550         550
         2096
  half line dmj dgc:           1        8985        2457         517
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9114        7018
   Zeroing lines in arrays 
  Total # of output lines =            3        9113

 Processing block number            4
 DEBUG          600   600.7924       2739.746      0.0000000E+00  0.0000000E+00
         9114       10560          50        1396
 patch iptc,sj,dgj,dgi,id:           4       10560         600         550
         1396
  half line dmj dgc:           0       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10560        9114
   Zeroing lines in arrays 
  Total # of output lines =            4       10559

        10560       12656           0        2096
 patch iptc,sj,dgj,dgi,id:           4         368         600         600
         2096
  half line dmj dgc:           1       12477        2739         517
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10560         368
   Zeroing lines in arrays 
  Total # of output lines =            4       12655

 Processing block number            5
 DEBUG          643   643.5227       2994.417      0.0000000E+00  0.0000000E+00
          368        1807          43        1396
 patch iptc,sj,dgj,dgi,id:           5        1807         643         600
         1396
  half line dmj dgc:           0       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1807         368
   Zeroing lines in arrays 
  Total # of output lines =            5       14094

         1807        3903           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3903         643         643
         2096
  half line dmj dgc:           1       15969        2994         517
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3903        1807
   Zeroing lines in arrays 
  Total # of output lines =            5       16190

 Processing block number            6
 DEBUG          656   656.5598       3082.061      0.0000000E+00  0.0000000E+00
         3903        5312          13        1396
 patch iptc,sj,dgj,dgi,id:           6        5312         656         643
         1396
  half line dmj dgc:           0       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        5312        3903
   Zeroing lines in arrays 
  Total # of output lines =            6       17599

         5312        7408           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7408         656         656
         2096
  half line dmj dgc:           1       19461        3081         517
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7408        5312
   Zeroing lines in arrays 
  Total # of output lines =            6       19695

 Processing block number            7
 DEBUG          634   635.0825       2983.671      0.0000000E+00  0.0000000E+00
         7408        8782         -22        1396
 patch iptc,sj,dgj,dgi,id:           7        8782         634         656
         1396
  half line dmj dgc:           0       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8782        7408
   Zeroing lines in arrays 
  Total # of output lines =            7       21069

         8782       10878           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10878         634         634
         2096
  half line dmj dgc:           1       22953        2983         517
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10878        8782
   Zeroing lines in arrays 
  Total # of output lines =            7       23165

 Processing block number            8
 DEBUG          583   583.6710       2744.667      0.0000000E+00  0.0000000E+00
        10878       12223         -51        1396
 patch iptc,sj,dgj,dgi,id:           8       12223         583         634
         1396
  half line dmj dgc:           0       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       12223       10878
   Zeroing lines in arrays 
  Total # of output lines =            8       24510

        12223       14319           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2031         583         583
         2096
  half line dmj dgc:           1       26445        2744         517
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       12223        2031
   Zeroing lines in arrays 
  Total # of output lines =            8       26606

 Processing block number            9
 DEBUG          536   537.0383       2495.106      0.0000000E+00  0.0000000E+00
         2031        3380         -47        1396
 patch iptc,sj,dgj,dgi,id:           9        3380         536         583
         1396
  half line dmj dgc:           0       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3380        2031
   Zeroing lines in arrays 
  Total # of output lines =            9       27955

         3380        5476           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5476         536         536
         2096
  half line dmj dgc:           1       29937        2495         517
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5476        3380
   Zeroing lines in arrays 
  Total # of output lines =            9       30051

 Processing block number           10
 DEBUG          517   517.1764       2356.746      0.0000000E+00  0.0000000E+00
         5476        6853         -19        1396
 patch iptc,sj,dgj,dgi,id:          10        6853         517         536
         1396
  half line dmj dgc:           0       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6853        5476
   Zeroing lines in arrays 
  Total # of output lines =           10       31428

         6853        8949           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8949         517         517
         2096
  half line dmj dgc:           1       33429        2356         517
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8949        6853
   Zeroing lines in arrays 
  Total # of output lines =           10       33524

 Processing block number           11
 DEBUG          525   525.6077       2405.741      0.0000000E+00  0.0000000E+00
         8949       10353           8        1396
 patch iptc,sj,dgj,dgi,id:          11       10353         525         517
         1396
  half line dmj dgc:           0       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10353        8949
   Zeroing lines in arrays 
  Total # of output lines =           11       34928

        10353       12449           0        2096
 patch iptc,sj,dgj,dgi,id:          11         161         525         525
         2096
  half line dmj dgc:           1       36921        2405         517
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       10353         161
   Zeroing lines in arrays 
  Total # of output lines =           11       37024

 Processing block number           12
 DEBUG          562   562.7446       2658.712      0.0000000E+00  0.0000000E+00
          161        1594          37        1396
 patch iptc,sj,dgj,dgi,id:          12        1594         562         525
         1396
  half line dmj dgc:           0       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        1594         161
   Zeroing lines in arrays 
  Total # of output lines =           12       38457

         1594        3690           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3690         562         562
         2096
  half line dmj dgc:           1       40413        2658         517
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3690        1594
   Zeroing lines in arrays 
  Total # of output lines =           12       40553

 Processing block number           13
 DEBUG          625   625.4890       3045.290      0.0000000E+00  0.0000000E+00
         3690        5149          63        1396
 patch iptc,sj,dgj,dgi,id:          13        5149         625         562
         1396
  half line dmj dgc:           0       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5149        3690
   Zeroing lines in arrays 
  Total # of output lines =           13       42012

         5149        7245           0        2096
 patch iptc,sj,dgj,dgi,id:          13        7245         625         625
         2096
  half line dmj dgc:           1       43905        3045         517
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        7245        5149
   Zeroing lines in arrays 
  Total # of output lines =           13       44108

 Processing block number           14
 DEBUG          684   684.8239       3407.498      0.0000000E+00  0.0000000E+00
         7245        8700          59        1396
 patch iptc,sj,dgj,dgi,id:          14        8700         684         625
         1396
  half line dmj dgc:           0       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8700        7245
   Zeroing lines in arrays 
  Total # of output lines =           14       45563

         8700       10796           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10796         684         684
         2096
  half line dmj dgc:           1       47397        3407         517
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10796        8700
   Zeroing lines in arrays 
  Total # of output lines =           14       47659

 Processing block number           15
 DEBUG          714   714.4489       3556.748      0.0000000E+00  0.0000000E+00
        10796       12222          30        1396
 patch iptc,sj,dgj,dgi,id:          15       12222         714         684
         1396
  half line dmj dgc:           0       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       12222       10796
   Zeroing lines in arrays 
  Total # of output lines =           15       49085

        12222       14318           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2030         714         714
         2096
  half line dmj dgc:           1       50889        3556         517
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       12222        2030
   Zeroing lines in arrays 
  Total # of output lines =           15       51181

 Processing block number           16
 DEBUG          707   707.2245       3470.589      0.0000000E+00  0.0000000E+00
         2030        2846          -7         823
 patch iptc,sj,dgj,dgi,id:          16        2846         707         714
          823
  half line dmj dgc:           0       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        2846        2030
   Zeroing lines in arrays 
  Total # of output lines =           16       51997

         2846        4942           0        2096
 patch iptc,sj,dgj,dgi,id:          16        4942         707         707
         2096
  half line dmj dgc:           1       53808        3470         517
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        4942        2846
   Zeroing lines in arrays 
  Total # of output lines =           16       54093

 ia dmi dgi:        4942        3470         707
   Writing the last         4859 lines
 last half sj>s1        9801        4942       54093
 WAYNE done patche    74.36755394935608    
  Total # of output lines =        58952

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                   58952
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    75.28032100200653    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560       58952          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                  3275
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.1224025       6.650356    
     146     2.438    3046     5.875    6.65036   1.945376  15.645837   5.079991
 r_peak,r_snr =   0.4428353       3.187838    
     246    -0.156    3046     2.781    3.18784   0.003765   0.909670   0.000474
 r_peak,r_snr =   0.3383712       5.241257    
     346     0.844    3046   -14.000    5.24126   0.007060   0.737295   0.001815
 r_peak,r_snr =   0.1391201       10.73435    
     446    -5.938    3046   -11.063   10.73435   0.021618   0.566172  -0.080084
 r_peak,r_snr =   0.2337753       10.39365    
     546     0.125    3046     4.906   10.39365   0.005276   0.919759   0.015140
 r_peak,r_snr =   0.1560479       8.379872    
     646     2.344    3046   -14.156    8.37987   0.078969   1.792643  -0.291520
 r_peak,r_snr =   0.1885415       5.349695    
     746    -1.625    3046     2.938    5.34969   0.022385   3.151617  -0.115902
 r_peak,r_snr =   0.2083880       9.832724    
     846     0.313    3046    -2.625    9.83272   0.007606   2.101967  -0.071509
 r_peak,r_snr =   0.1413364       8.802180    
     946    -0.375    3046     2.313    8.80218   0.011903   0.511436  -0.021568
 r_peak,r_snr =   0.2696914       10.15914    
    1046     0.563    3046    -2.781   10.15914   0.025612   1.735347   0.184178
 r_peak,r_snr =   0.2004364       2.992264    
    1146    -0.563    3046    10.250    2.99226   0.045238   3.176950  -0.258046
 r_peak,r_snr =   0.2099194       11.96868    
    1246     0.344    3046     4.750   11.96868   0.016740   2.469748  -0.107958
 r_peak,r_snr =   9.8549366E-02   6.120068    
    1346     0.781    3046    -1.563    6.12007   0.054370   1.421312  -0.142923
 r_peak,r_snr =   0.2233645       5.709316    
    1446     0.313    3046    -9.750    5.70932   0.027397   1.316119   0.139795
 r_peak,r_snr =   0.2002067       3.340368    
    1546     2.750    3046    11.219    3.34037   0.833441   6.953611  -0.544615
 r_peak,r_snr =   0.2386017       3.750693    
    1646    -0.188    3046    -5.750    3.75069   0.059627   1.031955  -0.048779
 r_peak,r_snr =   0.1576954       6.685228    
    1746     0.281    3046    11.219    6.68523   0.018042  15.593825   0.231476
 r_peak,r_snr =   0.1868046       4.049370    
    1846    -4.813    3046    -2.813    4.04937   0.108092   0.770540  -0.170375
 r_peak,r_snr =   0.1314431       4.656535    
    1946    -0.250    3046     6.188    4.65653   0.008924   0.837211  -0.024964
 r_peak,r_snr =   0.2128374       12.69980    
    2046    -0.031    3046     2.625   12.69980   0.004886   1.209011  -0.041541
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.3037913       2.668068    
     146    -0.281    3446    10.344    2.66807   0.095925   3.211565   0.227042
 r_peak,r_snr =   0.3922160       3.410249    
     246    -0.375    3446     0.500    3.41025   0.007994   0.646099   0.021282
 r_peak,r_snr =   0.4165641       4.877416    
     346    -0.063    3446     0.188    4.87742   0.015376   1.327600  -0.113430
 r_peak,r_snr =   0.2468771       4.201759    
     446     2.594    3446     5.875    4.20176   0.029738   0.446548   0.009808
 r_peak,r_snr =   0.1600394       5.820289    
     546    -1.469    3446    -7.813    5.82029   0.074128   7.629804  -0.515221
 r_peak,r_snr =   0.1552040       8.975598    
     746    -0.813    3446    -4.313    8.97560   0.063036   0.571407  -0.116479
 r_peak,r_snr =   0.1221686       5.927988    
     846    -0.469    3446    -3.219    5.92799   0.026343   2.150737   0.052827
 r_peak,r_snr =   0.2532412       6.038175    
     946     0.313    3446    -1.125    6.03818   0.026057   2.646475   0.043541
 r_peak,r_snr =   0.1541530       6.670646    
    1046    -0.563    3446    -0.219    6.67065   0.574734  14.524947  -2.828686
 r_peak,r_snr =   0.1206622       6.965030    
    1146     0.063    3446    -2.250    6.96503   0.009118   1.778807  -0.010774
 r_peak,r_snr =   0.1505630       6.947184    
    1246     0.938    3446    -3.000    6.94718   0.027184   1.488263   0.069295
 r_peak,r_snr =   0.2010969       5.747205    
    1446    -0.344    3446   -12.719    5.74720   0.036419   0.915763  -0.063234
 r_peak,r_snr =   0.3250742       2.412225    
    1546     1.313    3446    11.813    2.41223   0.317986   7.133142  -1.321419
 r_peak,r_snr =   0.3209039       5.682804    
    1646     0.000    3446    -4.500    5.68280   0.016261   0.352700   0.021312
 r_peak,r_snr =   0.2015437       7.905036    
    1746     1.281    3446    -0.781    7.90504   0.102096  11.003584   0.929744
 r_peak,r_snr =   0.1416662       5.672664    
    1846    -5.375    3446    -5.781    5.67266   0.022247   3.007069  -0.044698
 r_peak,r_snr =   0.1908042       8.024353    
    1946     0.094    3446     0.813    8.02435   0.032222  41.030396  -1.069754
 r_peak,r_snr =   9.5321283E-02   6.509503    
    2046    12.469    3446    -3.750    6.50950   0.036020   0.556684  -0.007164
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.4742723       3.463874    
     146    -1.156    3846    12.938    3.46387   0.004068   0.226527   0.002588
 r_peak,r_snr =   0.5834859       3.169792    
     246    -0.031    3846     9.719    3.16979   0.003683   0.358343  -0.004884
 r_peak,r_snr =   0.1487655       10.58566    
     446     0.000    3846    -5.719   10.58566   0.007644   1.233448   0.023645
 r_peak,r_snr =   0.2098881       11.15678    
     546     0.625    3846     1.281   11.15678   0.009181   0.935188  -0.000319
 r_peak,r_snr =   0.1229682       3.454270    
     646     0.875    3846    -9.781    3.45427   0.147621  13.577443  -1.192727
 r_peak,r_snr =   0.2729721       5.082290    
     746     0.656    3846    -0.969    5.08229   0.007058   0.362134  -0.002638
 r_peak,r_snr =   0.2347318       4.886930    
     846     1.469    3846     0.813    4.88693   0.014640   2.384916   0.016604
 r_peak,r_snr =   0.1602040       11.02300    
     946     0.125    3846    -0.156   11.02300   0.012183   2.481796  -0.013826
 r_peak,r_snr =   0.1375112       10.29339    
    1046    13.938    3846    -8.688   10.29339   0.006725   1.329887  -0.004951
 r_peak,r_snr =   0.1365149       12.69350    
    1146     0.031    3846     2.406   12.69350   0.018710   0.545113   0.026304
 r_peak,r_snr =   9.8448858E-02   5.874092    
    1246     4.813    3846    12.719    5.87409   0.007250   0.729997   0.005504
 r_peak,r_snr =   0.1697475       10.56396    
    1346   -13.844    3846    13.969   10.56396   0.015034   1.612843  -0.041942
 r_peak,r_snr =   0.5578685       4.343635    
    1546    -0.063    3846    -1.188    4.34363   0.001732   0.890636  -0.000946
 r_peak,r_snr =   0.1750269       4.633582    
    1646   -13.625    3846    10.000    4.63358   0.019647   2.022053   0.054523
 r_peak,r_snr =   0.2416648       7.630149    
    1746     0.031    3846    -0.781    7.63015   0.018797  80.688225   0.992702
 r_peak,r_snr =   0.1202271       5.785092    
    1846    -0.938    3846     2.563    5.78509   0.032110   2.769789   0.035077
 r_peak,r_snr =   0.2193993       7.609508    
    1946    -0.125    3846    10.281    7.60951   0.009965   3.003519  -0.102397
 r_peak,r_snr =   0.1449411       6.931997    
    2046     2.844    3846    -5.156    6.93200   0.029872   0.977104  -0.104349
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.1262849       5.836822    
     146     3.719    4246    -0.188    5.83682   0.054971   1.227684  -0.090532
 r_peak,r_snr =   0.1713496       7.793331    
     246     0.969    4246    10.188    7.79333   0.024886   1.165554  -0.018174
 r_peak,r_snr =   0.1016855       5.617224    
     346    -9.219    4246    -5.250    5.61722   0.025526   0.484743  -0.056012
 r_peak,r_snr =   0.1585702       7.754511    
     446    12.438    4246    10.813    7.75451   0.017081   4.390819  -0.213628
 r_peak,r_snr =   0.1755539       4.241367    
     546     2.063    4246     7.813    4.24137   0.015076   1.381299  -0.077578
 r_peak,r_snr =   0.1866625       15.15871    
     646    -0.031    4246     3.125   15.15871   0.005057   0.419025  -0.012222
 r_peak,r_snr =   0.2252562       8.227912    
     746     0.063    4246    -1.781    8.22791   0.019269   0.620839  -0.065670
 r_peak,r_snr =   0.1353264       10.00020    
     846    -4.219    4246    -8.531   10.00020   0.009670   1.111087   0.044138
 r_peak,r_snr =   0.2045942       6.478757    
     946    -0.125    4246    -0.188    6.47876   0.005924   1.943909   0.008253
 r_peak,r_snr =   0.1823225       10.00089    
    1046     0.094    4246     3.219   10.00089   0.012155   2.211834  -0.100636
 r_peak,r_snr =   0.2504248       5.844010    
    1246     0.406    4246    -2.750    5.84401   0.007664   0.597828   0.012876
 r_peak,r_snr =   0.2719531       4.970239    
    1346    -0.688    4246     0.094    4.97024   0.020274   4.735525  -0.223566
 r_peak,r_snr =   0.4608255       3.175968    
    1446     0.344    4246    -0.219    3.17597   0.004453   2.147912  -0.050595
 r_peak,r_snr =   0.3163807       5.925685    
    1546     0.156    4246     1.813    5.92568   0.013514   1.994213  -0.123011
 r_peak,r_snr =   0.4578249       6.473041    
    1646    -0.063    4246     3.750    6.47304   0.006096   1.090690  -0.060752
 r_peak,r_snr =   0.4106405       5.197487    
    1746     0.344    4246    12.156    5.19749   0.003783   2.292203  -0.018764
 r_peak,r_snr =   0.1715235       7.979785    
    1846    -0.156    4246     0.281    7.97978   0.007598   1.185410   0.028065
 r_peak,r_snr =   0.2271161       5.319171    
    1946    -0.031    4246     1.094    5.31917   0.015541   4.651011  -0.162406
 r_peak,r_snr =   0.1949042       10.76387    
    2046     0.281    4246    -7.688   10.76387   0.010351   0.451178  -0.033976
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.4167337       4.599699    
     146     0.906    4646     8.344    4.59970   0.011861   0.620562  -0.008910
 r_peak,r_snr =   0.5725899       3.679324    
     246     0.344    4646    -0.906    3.67932   0.002960   0.514661  -0.003322
 r_peak,r_snr =   0.1359927       6.188732    
     346     2.906    4646    -9.281    6.18873   0.014419   9.618197   0.132655
 r_peak,r_snr =   0.1185181       7.600255    
     446    -0.219    4646    -0.906    7.60026   0.019834   4.408665  -0.240184
 r_peak,r_snr =   0.2737938       12.64907    
     646    -0.031    4646     0.344   12.64907   0.004266   0.271362  -0.005437
 r_peak,r_snr =   0.2478594       7.534396    
     746     1.500    4646   -11.844    7.53440   0.016377   0.536720  -0.014449
 r_peak,r_snr =   0.2167858       7.164058    
     846     0.219    4646     1.781    7.16406   0.007402   0.967407  -0.016539
 r_peak,r_snr =   0.4194112       1.822405    
     946    -0.531    4646   -14.781    1.82241   0.013864   0.655393  -0.033579
 r_peak,r_snr =   0.2303155       5.300253    
    1046     0.438    4646   -10.219    5.30025   0.006667   1.456514  -0.019045
 r_peak,r_snr =   0.1520529       9.461028    
    1146     0.719    4646   -13.031    9.46103   0.045217   0.692850  -0.138593
 r_peak,r_snr =   0.3598619       4.802724    
    1246     0.000    4646   -10.781    4.80272   0.007483   5.111593   0.040514
 r_peak,r_snr =   0.5888562       4.635585    
    1346    -0.250    4646    -3.781    4.63558   0.002664   0.154768   0.007558
 r_peak,r_snr =   0.2342450       3.527622    
    1446    -0.281    4646    -2.344    3.52762   0.007944   1.418864   0.034437
 r_peak,r_snr =   0.1692534       7.559553    
    1546     4.500    4646    13.531    7.55955   0.032148   0.403392   0.040194
 r_peak,r_snr =   0.3942538       4.120242    
    1646     0.219    4646     0.813    4.12024   0.003792   1.502160  -0.013130
 r_peak,r_snr =   0.3877364       10.62091    
    1746     0.031    4646    -1.156   10.62091   0.003334   0.906708   0.033676
 r_peak,r_snr =   0.1357377       6.313199    
    1946     9.469    4646    14.781    6.31320   0.040568   1.436080  -0.181319
 r_peak,r_snr =   0.1673283       10.74572    
    2046     0.000    4646    -9.688   10.74572   0.008226   1.336982  -0.057553
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.1119663       5.676450    
     146   -15.906    5046     5.813    5.67645   0.036092   1.684015  -0.028622
 r_peak,r_snr =   0.3952469       2.951708    
     246     0.063    5046    -1.781    2.95171   0.006064   2.157317  -0.030231
 r_peak,r_snr =   0.2329997       11.02091    
     346    -0.094    5046     1.469   11.02091   0.009792   0.219916  -0.005384
 r_peak,r_snr =   0.1726701       5.171414    
     446    -0.313    5046    -0.156    5.17141   0.010654   0.376107  -0.032023
 r_peak,r_snr =   0.1310534       8.746177    
     546     0.781    5046   -12.656    8.74618   0.013375   2.831229   0.063902
 r_peak,r_snr =   0.1249152       8.445762    
     746   -14.125    5046    -4.594    8.44576   0.016847   0.746879  -0.082831
 r_peak,r_snr =   0.1562760       7.684881    
     846   -11.813    5046     9.781    7.68488   0.016888   1.280978   0.094690
 r_peak,r_snr =   0.2109813       7.862814    
     946    -0.188    5046     2.469    7.86281   0.042961   5.819973  -0.424609
 r_peak,r_snr =   0.2374580       10.59408    
    1046     0.281    5046    -5.219   10.59408   0.009736   0.841490  -0.057830
 r_peak,r_snr =   0.6487294       1.439974    
    1146     0.875    5046     3.750    1.43997   0.014799   1.439527  -0.095348
 r_peak,r_snr =   0.7598730       3.290550    
    1346     0.000    5046    -3.813    3.29055   0.000931   0.118859   0.005225
 r_peak,r_snr =   0.2527297       5.726616    
    1446    -1.844    5046     0.813    5.72662   0.043021   0.428761  -0.036995
 r_peak,r_snr =   0.2053410       5.721423    
    1546     0.938    5046    -2.500    5.72142   0.038097   0.377841   0.017359
 r_peak,r_snr =   0.4635908       4.516213    
    1646     0.375    5046    -0.813    4.51621   0.005868   0.297441  -0.026017
 r_peak,r_snr =   0.3058523       6.412780    
    1746    -0.469    5046     1.406    6.41278   0.010097   1.097231  -0.054278
 r_peak,r_snr =   0.2822964       4.084887    
    1846     1.031    5046     3.188    4.08489   0.028152   2.296928   0.057988
 r_peak,r_snr =   0.1302830       7.668395    
    2046     4.813    5046    11.750    7.66839   0.083178   6.013196   0.660732
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.1627321       8.711702    
     146     0.344    5446     2.813    8.71170   0.026701  16.842821  -0.534443
 r_peak,r_snr =   0.5533845       2.597366    
     246     0.563    5446    -0.250    2.59737   0.005585   0.155920  -0.009216
 r_peak,r_snr =   0.2122215       5.952885    
     346     1.500    5446    -3.781    5.95289   0.032205   1.153050  -0.118960
 r_peak,r_snr =   0.1156374       7.388262    
     446    -2.031    5446     6.688    7.38826   0.083373   2.366791  -0.380808
 r_peak,r_snr =   0.2280196       6.919870    
     646     0.875    5446     5.219    6.91987   0.018943   0.785759  -0.037002
 r_peak,r_snr =   0.1284984       5.160996    
     746    -5.156    5446    -8.719    5.16100   0.209802   1.364079   0.065598
 r_peak,r_snr =   0.1703888       9.342369    
     946     6.813    5446    -0.844    9.34237   0.041430   0.749630  -0.151968
 r_peak,r_snr =   0.5383897       1.785700    
    1046     2.313    5446    -6.188    1.78570   0.007260   0.202957  -0.017226
 r_peak,r_snr =   0.5537895       3.867514    
    1146    -0.313    5446    -3.219    3.86751   0.005263   0.908351   0.025337
 r_peak,r_snr =   0.1519664       6.878931    
    1246    -0.063    5446    -4.813    6.87893   0.012778   2.492612  -0.060152
 r_peak,r_snr =   0.1442332       9.986492    
    1546    -1.125    5446    -3.250    9.98649   0.038243   2.170665  -0.251068
 r_peak,r_snr =   0.4719035       2.981455    
    1646    -0.469    5446    -0.750    2.98146   0.030465   0.959181  -0.113335
 r_peak,r_snr =   0.5152185       3.395815    
    1746     0.031    5446    -1.781    3.39582   0.005619   0.798217  -0.046216
 r_peak,r_snr =   0.2858161       14.62330    
    1846    -0.219    5446     2.750   14.62330   0.003220   0.499867  -0.008383
 r_peak,r_snr =   0.3838963       4.195096    
    1946    -0.125    5446     0.188    4.19510   0.008726   2.513846  -0.093435
 r_peak,r_snr =   0.1999446       8.811954    
    2046     0.406    5446    -2.188    8.81195   0.010950   1.207925  -0.047294
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.2454327       5.254894    
     146     0.063    5846    -3.344    5.25489   0.010825   2.518726  -0.063451
 r_peak,r_snr =   0.4792412       5.722311    
     246    -0.125    5846    -0.438    5.72231   0.003823   0.640076  -0.021963
 r_peak,r_snr =   0.2942139       9.306100    
     346    -0.625    5846     0.250    9.30610   0.007762   0.879413  -0.012734
 r_peak,r_snr =   0.1141645       4.817839    
     446    -6.125    5846    -3.875    4.81784   0.104119   1.864220  -0.292025
 r_peak,r_snr =   0.1225123       5.087312    
     546    -5.031    5846    -3.281    5.08731   0.047936   1.510872  -0.140162
 r_peak,r_snr =   0.2053128       5.536706    
     646     0.625    5846    -6.781    5.53671   0.013769   1.958859   0.080916
 r_peak,r_snr =   0.2589783       3.602830    
     746     1.125    5846     0.781    3.60283   0.159882   0.309743   0.052499
 r_peak,r_snr =   0.1418852       5.985437    
     846     3.188    5846     2.188    5.98544   0.046110   1.069339  -0.183897
 r_peak,r_snr =   0.1200406       5.370768    
     946   -13.969    5846   -11.688    5.37077   0.035034   0.658227   0.100178
 r_peak,r_snr =   0.4644001       3.261929    
    1046    -0.125    5846     0.219    3.26193   0.008539   1.923293  -0.073040
 r_peak,r_snr =   0.1983817       4.680861    
    1146     0.844    5846    -7.313    4.68086   0.013370   0.896843  -0.046280
 r_peak,r_snr =   0.1353892       6.670237    
    1246    -0.656    5846     5.125    6.67024   0.087576   8.233586   0.726518
 r_peak,r_snr =   0.1849285       9.268968    
    1346     0.781    5846   -12.875    9.26897   0.009371   0.550559  -0.023262
 r_peak,r_snr =   0.2048928       6.687478    
    1446     0.531    5846     7.188    6.68748   0.042493   3.900713  -0.185474
 r_peak,r_snr =   0.1378603       12.96123    
    1546     4.969    5846   -13.781   12.96123   0.008780   0.290373  -0.012918
 r_peak,r_snr =   0.4150118       4.137273    
    1646    -0.750    5846     1.500    4.13727   0.014372   0.689618  -0.072365
 r_peak,r_snr =   0.2306931       10.16418    
    1746    -0.031    5846    -0.250   10.16418   0.010790   0.390905  -0.023255
 r_peak,r_snr =   0.2106939       5.173013    
    1846     2.406    5846     6.844    5.17301   0.060282   1.359782  -0.223345
 r_peak,r_snr =   0.5227693       3.871880    
    1946    -0.438    5846    -0.750    3.87188   0.002142   0.732662  -0.022910
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.3755553       41.96297    
     146     0.188    3046    -0.156   41.96297   0.001229   0.023884  -0.001216
 r_peak,r_snr =   0.5717488       5.583789    
     246    -0.188    3046    -1.031    5.58379   0.001108   0.031806  -0.001986
 r_peak,r_snr =   0.4134550       8.403176    
     346     0.094    3046    -0.219    8.40318   0.001893   0.232838   0.007638
 r_peak,r_snr =   0.3066945       23.61003    
     446     0.063    3046     0.094   23.61003   0.002752   0.123078  -0.006438
 r_peak,r_snr =   0.2861020       23.48080    
     546     0.031    3046    -0.188   23.48080   0.002484   0.126115  -0.000843
 r_peak,r_snr =   0.3511240       11.49648    
     646     0.094    3046     0.094   11.49648   0.001817   0.134964  -0.006891
 r_peak,r_snr =   0.3406444       8.499345    
     746    -0.313    3046    -1.750    8.49934   0.003239   0.273101  -0.007447
 r_peak,r_snr =   0.4508210       18.10172    
     846     0.000    3046     0.719   18.10172   0.001199   0.067789  -0.001725
 r_peak,r_snr =   0.3317210       14.35285    
     946    -0.063    3046    -0.063   14.35285   0.001603   0.397366  -0.004672
 r_peak,r_snr =   0.4044448       10.03024    
    1046     0.000    3046     0.031   10.03024   0.002105   0.110719  -0.003429
 r_peak,r_snr =   0.3044089       3.654740    
    1146     0.063    3046     0.938    3.65474   0.003861   0.391126  -0.005048
 r_peak,r_snr =   0.1792674       6.108149    
    1246     0.594    3046     1.094    6.10815   0.013814   0.311123   0.007928
 r_peak,r_snr =   0.2585092       9.246621    
    1346    -0.313    3046    -0.875    9.24662   0.007395   0.367088  -0.011896
 r_peak,r_snr =   0.2902785       3.678939    
    1446    -0.281    3046    -0.875    3.67894   0.081694   1.009245   0.205515
 r_peak,r_snr =   0.2036145       4.343121    
    1546    -1.563    3046    -3.781    4.34312   0.084264   2.123870  -0.335226
 r_peak,r_snr =   0.3408206       4.960052    
    1646     0.344    3046     0.000    4.96005   0.007104   0.272630  -0.023996
 r_peak,r_snr =   0.1720243       4.439781    
    1746   -10.313    3046     4.844    4.43978   0.012986   0.952212  -0.034631
 r_peak,r_snr =   0.1754934       4.997620    
    1846    -4.844    3046     0.188    4.99762   0.025171   0.939157   0.013976
 r_peak,r_snr =   0.1968884       6.781332    
    1946     3.719    3046    -2.031    6.78133   0.037387   2.527972  -0.166460
 r_peak,r_snr =   0.1703270       8.812616    
    2046    -0.031    3046    -0.125    8.81262   0.009477   1.308169  -0.084053
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.5109285       5.561051    
     146    -0.063    3446     0.344    5.56105   0.001062   0.046344   0.000085
 r_peak,r_snr =   0.5443453       4.839464    
     246     0.156    3446     0.031    4.83946   0.001400   0.051581  -0.002202
 r_peak,r_snr =   0.5531093       6.895535    
     346     0.063    3446     0.281    6.89554   0.000914   0.051776  -0.000127
 r_peak,r_snr =   0.3445766       9.250730    
     446    -0.125    3446     0.313    9.25073   0.001734   0.145973  -0.000352
 r_peak,r_snr =   0.2483893       12.80360    
     546     0.063    3446    -0.563   12.80360   0.003796   0.621547   0.015234
 r_peak,r_snr =   0.5107272       4.783928    
     646    -0.156    3446    -0.813    4.78393   0.001397   0.037110  -0.001897
 r_peak,r_snr =   0.3768604       25.26924    
     746    -0.094    3446    -0.281   25.26924   0.001869   0.056058  -0.001188
 r_peak,r_snr =   0.1558300       11.71237    
     846    -0.406    3446     0.219   11.71237   0.006028   0.298754  -0.021164
 r_peak,r_snr =   0.4186695       8.972630    
     946     0.063    3446    -0.219    8.97263   0.002355   0.102944  -0.005501
 r_peak,r_snr =   0.3382008       18.35580    
    1046    -0.219    3446    -0.813   18.35580   0.002248   0.128447  -0.004477
 r_peak,r_snr =   0.2649781       24.31587    
    1146    -0.188    3446     0.250   24.31587   0.003175   0.212879  -0.015096
 r_peak,r_snr =   0.2793463       23.05175    
    1246     0.094    3446     0.313   23.05175   0.002291   0.145753  -0.006331
 r_peak,r_snr =   0.2057738       8.945126    
    1346     0.031    3446     0.531    8.94513   0.006848   0.639355  -0.004948
 r_peak,r_snr =   0.2496282       11.22454    
    1446    -0.031    3446     0.969   11.22454   0.004529   0.293188  -0.000049
 r_peak,r_snr =   0.4007988       4.087411    
    1546    -0.438    3446     1.219    4.08741   0.008655   0.213218  -0.003023
 r_peak,r_snr =   0.3352026       4.475444    
    1646    -2.750    3446    -0.250    4.47544   0.006717   1.305206   0.020563
 r_peak,r_snr =   0.1394129       10.14698    
    1746     0.906    3446    15.719   10.14698   0.073719   4.852186  -0.506558
 r_peak,r_snr =   0.1448194       3.548239    
    1846    -8.656    3446    -9.094    3.54824   0.058807   3.245912   0.268679
 r_peak,r_snr =   0.2608828       10.15539    
    1946    -0.031    3446    -0.188   10.15539   0.004080   1.443170  -0.046550
 r_peak,r_snr =   0.2747298       15.32829    
    2046     0.094    3446    -0.063   15.32829   0.002222   0.334613  -0.006177
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.4826771       4.050139    
     146     0.063    3846    -1.125    4.05014   0.002560   0.251727  -0.000955
 r_peak,r_snr =   0.6521430       4.586488    
     246     0.250    3846    -0.781    4.58649   0.001305   0.050530   0.000116
 r_peak,r_snr =   0.3757625       19.81753    
     346     0.125    3846    -0.281   19.81753   0.001697   0.064025  -0.003416
 r_peak,r_snr =   0.1670960       12.75226    
     446    -0.125    3846     0.313   12.75226   0.005024   0.399893  -0.005828
 r_peak,r_snr =   0.2950676       18.78931    
     546     0.031    3846    -0.750   18.78931   0.001888   0.112091  -0.005966
 r_peak,r_snr =   0.3269804       15.41417    
     646     0.156    3846     0.031   15.41417   0.001814   0.081586  -0.003416
 r_peak,r_snr =   0.3510588       8.300222    
     746    -0.281    3846    -0.688    8.30022   0.002831   0.118062  -0.000620
 r_peak,r_snr =   0.2713602       5.770933    
     846    -0.094    3846     1.750    5.77093   0.005160   0.962361   0.027178
 r_peak,r_snr =   0.4488221       7.868678    
     946    -0.188    3846    -0.219    7.86868   0.001376   0.053307  -0.000009
 r_peak,r_snr =   0.3571799       27.98797    
    1046     0.000    3846     0.875   27.98797   0.001471   0.088141  -0.002015
 r_peak,r_snr =   0.2727055       21.64468    
    1146     0.125    3846     0.688   21.64468   0.003288   0.105075  -0.006971
 r_peak,r_snr =   0.3807981       23.37747    
    1246     0.094    3846    -0.125   23.37747   0.001324   0.075737  -0.000595
 r_peak,r_snr =   0.1851876       10.80841    
    1346    -0.500    3846    -0.406   10.80841   0.010400   0.445590  -0.036349
 r_peak,r_snr =   0.5258861       3.237278    
    1446    -1.156    3846     1.188    3.23728   0.009086   0.246321  -0.006427
 r_peak,r_snr =   0.5426748       4.163347    
    1546    -0.688    3846     3.813    4.16335   0.003765   0.494549  -0.030428
 r_peak,r_snr =   0.1961084       10.20113    
    1946    -0.125    3846    -3.781   10.20113   0.010248   9.580832  -0.249684
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.6313536       38.95717    
     146    -0.031    4246    -0.125   38.95717   0.000372   0.005664  -0.000055
 r_peak,r_snr =   0.2176673       10.85596    
     246     0.031    4246     0.844   10.85596   0.004878   0.434805  -0.017348
 r_peak,r_snr =   0.2618382       20.80707    
     346    -0.031    4246     0.406   20.80707   0.002316   0.187190  -0.005356
 r_peak,r_snr =   0.3578236       18.71070    
     446    -0.125    4246    -0.125   18.71070   0.001629   0.185957   0.000986
 r_peak,r_snr =   0.5326148       14.68487    
     546     0.063    4246    -0.563   14.68487   0.000798   0.025928  -0.001240
 r_peak,r_snr =   0.3211712       18.30821    
     646    -0.063    4246     0.281   18.30821   0.001969   0.138994  -0.002470
 r_peak,r_snr =   0.3949325       13.10077    
     746     0.250    4246     0.250   13.10077   0.002726   0.141854   0.005108
 r_peak,r_snr =   0.1124034       4.633749    
     846    13.625    4246    -5.813    4.63375   0.014610   1.041521   0.011972
 r_peak,r_snr =   0.3579036       29.15772    
     946    -0.156    4246    -0.344   29.15772   0.001320   0.052525  -0.002756
 r_peak,r_snr =   0.2729632       14.98111    
    1046     0.094    4246     0.063   14.98111   0.002354   0.157983  -0.002191
 r_peak,r_snr =   0.1979066       6.695609    
    1246    -0.063    4246    -1.719    6.69561   0.006627   1.158012   0.049849
 r_peak,r_snr =   0.3172947       6.012681    
    1346    -0.375    4246    -0.625    6.01268   0.007815   0.585327   0.007195
 r_peak,r_snr =   0.3788399       4.296428    
    1446     0.563    4246    -0.281    4.29643   0.009993   3.266848  -0.072472
 r_peak,r_snr =   0.3914769       8.583295    
    1546     0.031    4246    -0.250    8.58329   0.004623   0.377408  -0.002647
 r_peak,r_snr =   0.4212424       4.648617    
    1646     0.156    4246     1.719    4.64862   0.007131   0.697640  -0.041945
 r_peak,r_snr =   0.4484630       8.045725    
    1746     0.125    4246   -10.781    8.04572   0.003985   0.415177   0.014145
 r_peak,r_snr =   0.2265936       6.340117    
    1846    -0.281    4246     0.344    6.34012   0.010274   1.142752  -0.050571
 r_peak,r_snr =   0.3124492       5.234889    
    1946    -0.125    4246     1.531    5.23489   0.010947   4.176516   0.111856
 r_peak,r_snr =   0.1815184       11.62759    
    2046    -1.125    4246     9.188   11.62759   0.040938   2.510306  -0.284176
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.6404367       9.577463    
     146     0.094    4646    -0.188    9.57746   0.000806   0.022113  -0.000951
 r_peak,r_snr =   0.7186165       5.062499    
     246    -0.031    4646    -1.531    5.06250   0.001038   0.036814  -0.002305
 r_peak,r_snr =   0.3625283       23.40532    
     346    -0.125    4646    -0.313   23.40532   0.001310   0.043820  -0.001429
 r_peak,r_snr =   0.2737702       29.00216    
     446     0.031    4646    -0.688   29.00216   0.002639   0.102740  -0.007053
 r_peak,r_snr =   0.4017380       25.99481    
     546     0.063    4646    -0.250   25.99481   0.001168   0.069162   0.001182
 r_peak,r_snr =   0.2724619       8.741633    
     646    -0.219    4646     0.125    8.74163   0.006482   0.654465   0.017553
 r_peak,r_snr =   0.3366049       11.93205    
     746     0.125    4646     0.750   11.93205   0.002469   0.283444   0.000873
 r_peak,r_snr =   0.2786615       13.17915    
     846    -0.219    4646    -0.750   13.17915   0.002962   0.268111  -0.011466
 r_peak,r_snr =   0.5393954       3.240957    
     946    -0.031    4646     0.281    3.24096   0.001356   0.100022  -0.002774
 r_peak,r_snr =   0.3224043       14.32663    
    1046    -0.125    4646    -0.813   14.32663   0.001888   0.187469  -0.002424
 r_peak,r_snr =   0.1603617       5.366256    
    1146   -13.719    4646     6.563    5.36626   0.032489   4.399724  -0.203005
 r_peak,r_snr =   0.3549993       6.600219    
    1246     0.156    4646    -0.250    6.60022   0.007778   0.255015  -0.026800
 r_peak,r_snr =   0.4898531       4.244154    
    1346    -0.156    4646     0.063    4.24415   0.003600   0.419622  -0.014733
 r_peak,r_snr =   0.5137879       7.559967    
    1446    -0.156    4646    -0.125    7.55997   0.001362   0.222493   0.000807
 r_peak,r_snr =   0.1554953       6.339388    
    1546    -0.750    4646    -7.250    6.33939   0.016547   2.027486   0.040761
 r_peak,r_snr =   0.4530758       6.218377    
    1646     0.031    4646    -1.563    6.21838   0.001786   0.209788  -0.003982
 r_peak,r_snr =   0.5120026       16.20436    
    1746     0.063    4646     0.094   16.20436   0.001172   0.048546  -0.001578
 r_peak,r_snr =   0.7160255       9.000318    
    1846    -0.344    4646     0.250    9.00032   0.000939   0.044157  -0.002889
 r_peak,r_snr =   0.1679352       6.739717    
    1946    -4.781    4646     2.813    6.73972   0.043943   1.217643  -0.178208
 r_peak,r_snr =   0.2261574       17.53369    
    2046     0.094    4646     0.156   17.53369   0.003461   0.640804   0.010929
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.2938757       14.82885    
     146     0.125    5046     0.250   14.82885   0.002513   0.089396  -0.004020
 r_peak,r_snr =   0.4800093       4.436267    
     246    -0.063    5046    -0.781    4.43627   0.002113   0.116786  -0.001532
 r_peak,r_snr =   0.2618706       12.50112    
     346    -0.063    5046     1.188   12.50112   0.002121   0.400903   0.001406
 r_peak,r_snr =   0.2836539       19.59529    
     446    -0.281    5046    -0.313   19.59529   0.002579   0.110780  -0.000490
 r_peak,r_snr =   0.2366709       26.94980    
     546     0.063    5046     0.250   26.94980   0.002808   0.102733  -0.003475
 r_peak,r_snr =   0.3352498       12.60352    
     646     0.500    5046     0.250   12.60352   0.003049   0.253158  -0.007702
 r_peak,r_snr =   0.1213528       9.793233    
     746    -0.063    5046     0.531    9.79323   0.006224   0.309736  -0.007259
 r_peak,r_snr =   0.1654512       8.922676    
     846     1.594    5046     9.750    8.92268   0.013946   0.895136  -0.065813
 r_peak,r_snr =   0.3787829       17.13901    
     946     0.063    5046    -0.719   17.13901   0.001636   0.092831  -0.002634
 r_peak,r_snr =   0.3918935       13.83456    
    1046    -0.031    5046    -0.781   13.83456   0.002082   0.417349  -0.013683
 r_peak,r_snr =   0.6367083       1.548309    
    1146     0.438    5046    -1.219    1.54831   0.003708   0.301073   0.006892
 r_peak,r_snr =   0.1612780       10.07814    
    1246     0.031    5046     6.094   10.07814   0.023661   1.604342  -0.132793
 r_peak,r_snr =   0.7583117       3.931561    
    1346     0.313    5046    -0.656    3.93156   0.000671   0.041439  -0.001152
 r_peak,r_snr =   0.2911045       6.243962    
    1446     0.969    5046    11.813    6.24396   0.026972   0.654346   0.016944
 r_peak,r_snr =   0.2395920       5.770511    
    1546    -0.094    5046    -0.813    5.77051   0.015425   1.429688   0.028706
 r_peak,r_snr =   0.4311675       4.125290    
    1646     0.094    5046    -0.188    4.12529   0.093902  16.725645  -1.228898
 r_peak,r_snr =   0.3036528       7.955098    
    1746    -0.406    5046    -0.563    7.95510   0.007243   0.636098  -0.007386
 r_peak,r_snr =   0.2853893       4.307554    
    1846     0.313    5046     3.156    4.30755   0.037464   0.570692  -0.099137
 r_peak,r_snr =   0.3362225       5.323300    
    1946     0.094    5046     2.750    5.32330   0.003386   0.662336  -0.006663
 r_peak,r_snr =   0.1313590       7.576795    
    2046     0.469    5046    -4.813    7.57679   0.020921   3.166433   0.048069
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.3805571       20.94869    
     146    -0.125    5446    -0.188   20.94869   0.001627   0.056340  -0.001231
 r_peak,r_snr =   0.6129423       4.290884    
     246     0.031    5446    -0.781    4.29088   0.001585   0.049355  -0.001376
 r_peak,r_snr =   0.4582144       14.69063    
     346    -0.219    5446     0.969   14.69063   0.001474   0.082477  -0.000685
 r_peak,r_snr =   0.2094339       14.66498    
     446     0.219    5446    -0.500   14.66498   0.005969   0.121309  -0.015024
 r_peak,r_snr =   0.1321783       8.322427    
     546    -0.031    5446     0.719    8.32243   0.006136   0.404669  -0.024742
 r_peak,r_snr =   0.2459236       11.13832    
     646     0.094    5446    -0.219   11.13832   0.005729   1.514936   0.022869
 r_peak,r_snr =   0.1123915       7.811603    
     846    13.781    5446     3.344    7.81160   0.010810   0.934105  -0.061785
 r_peak,r_snr =   0.2248911       22.01688    
     946    -0.125    5446     0.156   22.01688   0.004361   0.110285  -0.002213
 r_peak,r_snr =   0.4959026       1.736352    
    1046     0.219    5446    -0.219    1.73635   0.010941   0.603273  -0.024460
 r_peak,r_snr =   0.4471911       4.292804    
    1146    -0.844    5446     2.188    4.29280   0.013511   0.831481   0.081193
 r_peak,r_snr =   0.1707655       10.40148    
    1246    -0.063    5446     0.625   10.40148   0.007500   0.398989  -0.010638
 r_peak,r_snr =   0.1541521       9.915071    
    1446    -0.125    5446     1.000    9.91507   0.003911   0.872749   0.015786
 r_peak,r_snr =   0.2347921       11.87064    
    1546    -0.281    5446     0.250   11.87064   0.005020   0.245826  -0.009506
 r_peak,r_snr =   0.4510387       2.625023    
    1646    -0.156    5446     1.375    2.62502   0.006042   0.230341  -0.019316
 r_peak,r_snr =   0.5716069       4.027970    
    1746     0.156    5446    -1.750    4.02797   0.001698   0.188824  -0.003790
 r_peak,r_snr =   0.3963202       19.02330    
    1846     0.156    5446     0.281   19.02330   0.001424   0.106187  -0.001319
 r_peak,r_snr =   0.5841411       5.803477    
    1946    -0.063    5446     0.219    5.80348   0.001965   0.104646  -0.006373
 r_peak,r_snr =   0.1963802       7.481519    
    2046    -0.406    5446     1.719    7.48152   0.009536   0.653969   0.012667
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.4383453       8.366130    
     146    -0.031    5846     0.250    8.36613   0.001700   0.054341  -0.001205
 r_peak,r_snr =   0.5129794       6.428437    
     246     0.094    5846     0.094    6.42844   0.002527   0.132676  -0.003475
 r_peak,r_snr =   0.4641812       14.10384    
     346    -0.125    5846     0.875   14.10384   0.001230   0.130468  -0.003340
 r_peak,r_snr =   0.3304131       14.28947    
     446     0.219    5846    -0.344   14.28947   0.002852   0.170817  -0.008057
 r_peak,r_snr =   0.2492026       25.56175    
     546    -0.406    5846    -0.719   25.56175   0.003152   0.100200  -0.001336
 r_peak,r_snr =   0.2220716       9.253502    
     646     0.063    5846    -0.656    9.25350   0.019194   2.516349  -0.185883
 r_peak,r_snr =   0.2024527       3.421197    
     746     5.656    5846   -10.563    3.42120   0.040634   0.774626  -0.052787
 r_peak,r_snr =   0.1600558       9.329712    
     846     0.313    5846     2.156    9.32971   0.012624   2.538200  -0.128845
 r_peak,r_snr =   8.7554395E-02   5.479255    
     946     9.625    5846    10.188    5.47926   0.016900   1.583688  -0.072559
 r_peak,r_snr =   0.5876991       7.704024    
    1046     0.125    5846    -1.000    7.70402   0.001108   0.141779   0.000949
 r_peak,r_snr =   0.1251735       5.483122    
    1246    -2.594    5846     3.844    5.48312   0.010719   0.603535  -0.029039
 r_peak,r_snr =   0.1716656       6.565823    
    1346    -0.063    5846   -11.281    6.56582   0.011851   1.085592  -0.003105
 r_peak,r_snr =   0.2436346       13.39794    
    1446    -0.375    5846     1.313   13.39794   0.005071   0.167772  -0.006004
 r_peak,r_snr =   0.1333418       7.715108    
    1546     5.250    5846    10.219    7.71511   0.032792   4.449867  -0.068022
 r_peak,r_snr =   0.3729951       3.754726    
    1646    -1.875    5846   -11.750    3.75473   0.040431   2.948432  -0.316603
 r_peak,r_snr =   0.2396581       11.14189    
    1746    -0.156    5846    -0.875   11.14189   0.003469   0.539586  -0.018863
 r_peak,r_snr =   0.3263505       7.681261    
    1846     0.031    5846     0.813    7.68126   0.006453   0.923279  -0.048095
 r_peak,r_snr =   0.5921674       4.263926    
    1946     2.250    5846    12.250    4.26393   0.001935   0.085473  -0.003838
   *************************************** 
   *****                             ***** 
   ***** 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 :        5925
 MIN window samp:        2738   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   114.5967       142.6463    
 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 =    1.115692       26.80472    
  40/20 MHz:        2560       10240
  40/20 MHz MHz complex:        2560       20480
        58950        3275          18
 /u/dinosar0/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:        3275        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/dinosar0/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       6897.600       10.00000    
 $tphase,phasedat:   169.3000       26.80000    
 $rphase,phasevh,phasehv:   142.5000       153.6000       11.10000    
  Reading data size.        3275        3275        2560        2560
 Enter H Ant pattern file:
 POLSAR H-ANT:
 /u/dinosar0/airops/OPS/data_proc/AIRSAR.PH                                      
 Enter V Ant pattern file:
 POLSAR V-ANT:
 /u/dinosar0/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:   26.80 deg
   Receiver phase difference is  142.50 deg
   Transmitter phase difference is  169.30 deg
   Cable phase difference is -161.78 deg
 $ghv,phasedat,phi: (0.8925858,0.4508775)   26.80000       26.80000    
 $phico aphase:  -11.75999      -161.7800    
 $fhh,fhv,fvh: (0.9790100,0.2038125) (0.9913992,-0.1308723)
 (0.9439163,0.3301849)
  Input ground spacing ?
  cross-track ground spacing:   10.00000    
  Input file of Radiometric Correction Vectors:
  Radiometric Correction Vectors file:
 /mnt/air76/airops/1376/ts1376_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.        3275        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: (-2.3532372E-03,1.5563416E-02)
 (-5.9274738E-03,-2.0054004E-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.        3275        3275
  Absolute gain AChu(linear) :.  8.5713587E-08  5.8277323E-08  5.8277323E-08
 ahh hv vv chh hv vh vv:  -235.1390      -239.4900      -235.0390    
   -239.8900       93.80000       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/air76/airops/1376/ts1376_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/air76/airops/1376/ts1376_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
 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
Sat Apr 13 01:30:42 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/air76/airops/1376;am_misreg *_c.vvvr *_l.vvvr  2>&1 |  
0.0926
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/air76/airops/1376/ts1376.log
Mis-registration QA: No sensor file update required.   The Mis-registration check is completed
Mis-registration QA:  L-C:  0.0926     0.105      ; -3.66      0.12       
[1] 640370 640260
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] 638611

















































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































































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