processor job
 /u/sardine0/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:/export/air12/airops/1143                                   
  Enter the C-band output disk name (def:/u/air16/airops) : 
 C-band output data disk:
 /export/air15/airops/1143                                   
  Enter the L-band output disk name (def:/u/air16/airops) : 
 L-band output data disk:
 /export/air15/airops/1143                                   
  Enter the P-band output disk name (def:/u/air16/airops) : 
 P-band output data disk:
 /export/air15/airops/1143                                   
  How many bytes offset in range (def=0)? 
  Which year was data taken (def=95)? 
 year:          96
  Is this taken in 98 spring (def=95)? 
  Enter HDDT number:
 HDDT #:       96022
  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 #:ts1143
  What is the # of lines of download tape (def=40960)?
 # of lines for download:      238000
 # of lines for download:      238000
  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 #:ts1143
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH           18          10          40          10
 raw disk:/export/air12/airops/1143
  Enter the frequency (C, L or P)
  Enter the radar mode, 0=POLSAR, 1=TOPSAR, 2=PINGPONG 3=POLTOP (def=0): 
 cm/ts #:ts1143
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH           18          10          40          10
 raw disk:/export/air12/airops/1143
  Enter the frequency (C, L or P)
  Enter the radar mode, 0=POLSAR, 1=TOPSAR, 2=PINGPONG 3=POLTOP (def=0): 
 cm/ts #:ts1143
 Enter the number of looks (def=18): 
 NLOOKS,POSTSPACING,BANDWIDTH           18          10          40          10
 raw disk:/export/air12/airops/1143

 ***** Please run "gencom_all" now!
 /u/sardine0/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:      238000
  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:
 nbytes:        6144
 line1:           1
 nlines      236000
 lgt_az        2586
 nlines      238000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
  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 for long 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 #:        11431143
  Wrote C_PIC.COM file
  Wrote get_hp_cp.COM file.
  Wrote HD.COM file
 /u/sardine0/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:      238000
  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:
 nbytes:        6144
 line1:           1
 nlines      236000
 lgt_az        2586
 nlines      238000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        2586
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
 nbytes:        6144
 line1:           1
 nlines      118000
 lgt_az        4700
 nlines      119000
  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 for long 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 #:        11431143
  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)
  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/sardine0/airops/OPS/AIPT_pfa/
 nbytes:        6144
 line1:           1
 nlines      195590
 lgt_az        2586
 sensor_out/export/air12/airops/1143/sensor.tp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      238000
 lgt_az        2586
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        4700
 sensor_out/export/air12/airops/1143/sensor.pp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      119000
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        4700
 sensor_out/export/air12/airops/1143/sensor.lp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      119000
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        2586
 sensor_out/export/air12/airops/1143/sensor.cp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      119000
 lgt_az        2586
  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:1143
  Wrote P_PIC.COM file
 p_flag =            0
Wed Apr 26 03:02:37 PDT 2000

 *****************************************************
 *                                                   *
 *           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.        *
 *                                                   *
 *****************************************************

 Enter command file name ==>  Opening command file...
 CRD-xdealy:  0.3800200    


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

  Data acquired after 1994.
  
 J2000 time    =   -111944368.6784580    
 GPS J2000 time    =   -111944370.3146220    
  
 Message 1
 Time          =   -111944368.6784580    
 INS Time      =   -1.603904000000000    
 Roll angle    =  -0.8569335937500000    
 Pitch angle   =   0.8789062500000000    
 Heading angle =   -85.73181152343750    
 Long. acc     =   8.0000000000000002E-02
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.710000000000001    
 East vel.     =   -216.3750000000000    
 North vel.    =    1.635000000000000    
 Up vel.       =   0.1270000000000000    
 True Grnd Spd =    216.3750000000000    
 Altitude      =    8767.000000000000    
 Latitude      =    58.36528315208852    
 Longitude     =   -154.6608634851873    
  
 Message 6
 Week          =          857
 GPS Time      =   -111944370.3146220    
 GDOP          =    4.046875000000000    
 PDOP          =    3.484375000000000    
 HDOP          =    1.687500000000000    
 VDOP          =    3.046875000000000    
 TDOP          =    2.062500000000000    
 Spherical Acc =    15.00000000000000    
 Time Acc      =   1.4000000000000001E-08
 GPS Lat       =    58.36528372810317    
 GPS Lon       =   -154.6551004792599    
 GPS Alt       =    8774.000000000000    
 GPS East Vel  =   -216.3900000000000    
 GPS North Vel =    1.740000000000000    
 GPS Up Vel    =   0.1100000000000000    
  
 Message 3
 Del INU Time  =    1.950400000000000    
 Del vel east  =  -2.5390625000000000E-02
 Del vel north =  -1.9042968750000000E-02
 Del vel up    =  -4.9316406250000000E-02
 Del pos east  =    1.375000000000000    
 Del pos north =   -1.250000000000000    
 Del pos up    =   -3.250000000000000    
  
 Message 4
 Sigma Pos x   =    1.625000000000000    
 Sigma Pos y   =    1.500000000000000    
 Sigma Pos z   =    2.750000000000000    
 Sigma Vel x   =   1.2329101562500000E-02
 Sigma Vel y   =   9.2773437500000000E-03
 Sigma Vel z   =   1.8432617187500000E-02
  
 Message 7
 Satellites used =  25  6 24  5 29  6
 Problem with Honeywell data
 Problem with Honeywell data
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 Retrived Honeywell data...       10893
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 CPA @ 20:11:59 FC=12,450,500 IDR=103200 drft 3.2; looking goodE
 dward Brown Jr., Walter Felix Skotnicki, Takeshi Sato, Yunjin Ki
 m, Yunling Lou, Leon Maldonado, Michael Kobrick, Timothy William
 Miller-outine David Ryan Haub, Lori Ann Carrico, Timothy W. 
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
  Which frequency? (C,L or P) 
 number of channels transferred: 
 number of bytes/chan: 
 total # of lines transferred: 
 window delay: 
 enter the .par filename : 
 enter first header to read: 
 enter year data taken: 
 enter HDDT ID for raw data: 
  SONY tapeid:            596022         96022
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        1143
 prod ID1:11431143
 prod ID:1143                        
  SONY tapeid: 96022       96022
 tapeid:9602296022  
 tapeid par:96022
 prod ID:1143
 chrp_delay from subcomm header tapeID:    27.20000           96022
  chrp_delay is 32.5 usec       96022   27.20000    
 Is this 98039< x >98001 for P-bnad?:       96022
 1998 P-band fc?   22.50000    
 idelay,chrp_delay,xdelay          85   27.20000      0.3800200    
 near range delr windela:   8607.038       3.331027               0
  f_cal   43.59375       1216.406    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   4.40  25  4 24  5 29  6      
 digdelay startrng(us):85     85.00000000000000    
 startrng(m) elecdelay:   8664.003250000000      2.7200000000000000E-05
  
 >> start range =  8664.0032
 >> ccal_amp = -90.39999
 >> ccal_atn = 32
 >> ratn_phh = 0  6 10   
 >> ratn_phv = 0  0 10   
 >> ratn_pvh = 0  0 10   
 >> ratn_pvv = 0  6 10   
 >> ratn_lhh = 0 10  0   
 >> ratn_lhv = 0 10  0   
 >> ratn_lvh = 0 10  0   
 >> ratn_lvv = 0 10  0   
 >> ratn_chh = 0 10 10   
 >> ratn_chv = 0 10 10   
 >> ratn_cvh = 0 10 10   
 >> ratn_cvv = 0 10 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
  
 Done decoding data from header array...
  
 Data collected on ==> 14-JUN-1996                                                                     
  
 Starting and end GPS times for SAR data  -111944368.7660   -111944149.8100
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71147      -87.87415      -85.70435     0.6592161      0
 trc            -89.88422      -90.23729      -89.56627     0.2032029      0
 tgs            216.07740      215.51563      217.07813     0.4524072      0
 roll            -0.64848       -0.97229       -0.37354     0.1133146      0
 pitch            0.82005        0.71411        0.93384     0.0484600      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26534     6584.28960     8488.98480   480.8056696      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43631      272.00000      274.50000     0.6568049      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            57.89961       40.26197       58.36621     2.8645423      0
 long          -159.33239     -320.39338     -154.66010    26.2132687      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8636.63965     8780.28027    51.3228213     48
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.07626     -310.12562     -154.66087     1.5036035      0
 hwalt         8771.61377     8766.83480     8777.92232     3.2247050      0
 hwev          -216.08175     -217.07400     -215.51500     0.4525549      0
 hwnv             0.43614       -0.89900        1.63500     0.7659083      0
 hwuv             0.03658       -0.42200        0.48100     0.1742699      0
 hwroll          -0.64837       -0.97229       -0.37354     0.1132735      0
 hwpitch          0.82004        0.71411        0.93384     0.0484496      0
 hwhdg          -86.71872     -173.46313      -85.70435     1.0604387      0
 hwtrc          -89.89227     -179.80170      -89.56706     0.8850842      0
 hwtgs          216.07632      215.51563      217.06250     0.4521517      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
  
 Finished correcting GPS times for pulses...
  
 Finished correcting GPS times for SIXGUN data...
   -111944378.9992618    
 i_yearind        19965
  
 GPS time for first pulse =   -111944368.7640346      -111944368.7660000    
  
  
 New start and number of records =           95      237823
 New start and number of blocks  =            1        1859
  
 GPS trend coefficients =   -58.22549977921517       10.77556468928285    
    154.3294564197827    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71170      -87.87415      -85.70435     0.6589897      0
 trc            -89.88429      -90.23729      -89.56654     0.2031158      0
 tgs            216.07714      215.51563      217.06250     0.4523325      0
 roll            -0.64839       -0.97229       -0.37354     0.1132693      0
 pitch            0.82003        0.71411        0.93384     0.0484578      0
 delx             0.19792        0.00000        0.19798     0.0004066      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26517     6584.28960     8488.98480   480.8057073      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43679      272.20000      274.50000     0.6560773      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            58.36597       58.36544       58.36621     0.0002284      0
 long          -155.06009     -155.45973     -154.66010     0.2318663      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8656.18815     8726.82903    15.1183678      0
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.06206     -155.46387     -154.66094     0.2317022      0
 hwalt         8771.61377     8766.83487     8777.92228     3.2247049      0
 hwev          -216.08170     -217.07400     -215.51500     0.4525039      0
 hwnv             0.43616       -0.89700        1.63500     0.7658876      0
 hwuv             0.03658       -0.42200        0.48100     0.1742700      0
 hwroll          -0.64838       -0.97229       -0.37903     0.1132565      0
 hwpitch          0.82002        0.71411        0.92834     0.0484179      0
 hwhdg          -86.71080      -87.87415      -85.70435     0.6586195      0
 hwtrc          -89.88404      -90.23676      -89.56706     0.2030126      0
 hwtgs          216.07628      215.51563      217.06250     0.4520805      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    8851.035716837097    
 Average Radar Altitude      =    7604.265171382473    
 Average GPS Altitude        =    8704.367495266279    
 >>Record # :          128
 >>GPS Stuff =   4.40  25  4 24  5 2
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to gps(+1) or
  bar(-1) or IGI (0)  ==>
  
  Enter a name for the peg data file.
  
  Positions and Distances   
  
 Start position =    58.3652910 -154.6609394    8767.345
 End position   =    58.3661302 -155.4638677    8776.709
 Loxodromic Heading (deg) =   -89.8860424
 Loxodromic Distance (km) =     46994.4915677
 Geodesic Heading (deg)   =   -89.5442308
 Geodesic Distance (km)   =     46994.2124027
  
 Peg latitude and longitude =    58.3663655 -155.0624011
 Peg heading =   -89.8930136
  
 Rotation matrix 
 First row =   -0.475586697 -0.420188611 -0.772825222
 Second row =  -0.221139447  0.907436263 -0.357290880
 Third row =    0.851419191  0.000979353 -0.524484893
  
 Translation vector 
 Vector =        -0.01966       -0.00914   -36442.11451
  
 Local Radius of Curvature =    6393669.598797007    
  
 Start and end pulse used =           95      237917
 Ellipsoidal delta s (m) =   0.1976024606750813    
  
 Delta s on reference surface =   0.1976024623952627    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    4152.120364260899    
 Time orgin =           -111944368.7640346    
 Pulse spacing =        0.1979190365452924    
 First frame  =           12990200

 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.
 /export/air15/airops/1143/ts1143_c.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air15/airops/1143/ts1143_c.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air15/airops/1143/ts1143_c.mocompv                 
 How many lines per polarization?
       119000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001
 +      220001
 +      230001

  *********************************************
  *                                           *
  *         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.
 /export/air15/airops/1143/ts1143_c.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/c_hh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_c.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_c_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_c_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_c_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_c_hh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (-80.00000,0.0000000E+00) (-130.0000,0.0000000E+00)
 (70.00000,0.0000000E+00)
 attenuation (dB):    20.00000    
 Pulse#/128:           1        1057  8.1249747E+08
 Pulse#/128:         129        1057  8.7727718E+08
 Pulse#/128:         257        1057  8.7090573E+08
 Pulse#/128:         385        1057  8.2049888E+08
 Pulse#/128:         513        1057  8.8442227E+08
 Pulse#/128:         641        1057  8.8304947E+08
 Pulse#/128:         769        1057  8.7531584E+08
 Pulse#/128:         897        1057  8.5727635E+08
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.34045    Power RMS:  0.1307281    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29313.41    Amp.  RMS:   407.2149    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -135.4683    Phase RMS:  0.7460835    
 Incoherent PH 1st:  -135.4717    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.35625    
 CalTone Power Coherently dB  :   89.34045    
 Incoherent PW  - Coherent PW :  1.5800476E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29342.81    
 CalTone Amplitude Coherently   :   29313.41    
 Incoherent Amp.- Coherent Amp. :   29.40039    
       ------------ *** ------------
 running time (sec):     51.01
  ********** 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.
 /export/air15/airops/1143/ts1143_c.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/c_hv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_c.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_c_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_c_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_c_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_c_hv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (10.00000,0.0000000E+00) (60.00000,0.0000000E+00)
 (-40.00000,0.0000000E+00)
 attenuation (dB):    20.00000    
 Pulse#/128:           1        1057  1.2470564E+09
 Pulse#/128:         129        1057  1.3694559E+09
 Pulse#/128:         257        1057  1.3504328E+09
 Pulse#/128:         385        1057  1.2574642E+09
 Pulse#/128:         513        1057  1.3793076E+09
 Pulse#/128:         641        1057  1.3779122E+09
 Pulse#/128:         769        1057  1.3610632E+09
 Pulse#/128:         897        1057  1.3412351E+09
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   91.25065    Power RMS:  0.1082532    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   36525.25    Amp.  RMS:   617.4010    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -68.05112    Phase RMS:   1.240983    
 Incoherent PH 1st:  -68.09522    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   91.26730    
 CalTone Power Coherently dB  :   91.25065    
 Incoherent PW  - Coherent PW :  1.6647339E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   36593.40    
 CalTone Amplitude Coherently   :   36525.25    
 Incoherent Amp.- Coherent Amp. :   68.15625    
       ------------ *** ------------
 running time (sec):     51.42
  ********** 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.
 /export/air15/airops/1143/ts1143_c.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/c_vh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_c.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_c_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_c_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_c_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_c_vh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (-70.00000,0.0000000E+00) (60.00000,0.0000000E+00)
 (-230.0000,0.0000000E+00)
 attenuation (dB):    20.00000    
 Pulse#/128:           1        1057  8.2645120E+08
 Pulse#/128:         129        1057  8.8181146E+08
 Pulse#/128:         257        1057  8.7282355E+08
 Pulse#/128:         385        1057  8.1938093E+08
 Pulse#/128:         513        1057  8.8590586E+08
 Pulse#/128:         641        1057  8.7951149E+08
 Pulse#/128:         769        1057  8.6544269E+08
 Pulse#/128:         897        1057  8.5058931E+08
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.34131    Power RMS:  9.3750000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   29315.53    Amp.  RMS:   370.0811    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -135.9087    Phase RMS:  0.6731456    
 Incoherent PH 1st:  -135.9182    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.34451    
 CalTone Power Coherently dB  :   89.34131    
 Incoherent PW  - Coherent PW :  3.1967163E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   29333.51    
 CalTone Amplitude Coherently   :   29315.53    
 Incoherent Amp.- Coherent Amp. :   17.97852    
       ------------ *** ------------
 running time (sec):     51.77
  ********** 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.
 /export/air15/airops/1143/ts1143_c.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/c_vv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_c.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_c_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_c_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_c_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_c_vv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (110.0000,0.0000000E+00) (-160.0000,0.0000000E+00)
 (60.00000,0.0000000E+00)
 attenuation (dB):    20.00000    
 Pulse#/128:           1        1057  1.2563133E+09
 Pulse#/128:         129        1057  1.3611145E+09
 Pulse#/128:         257        1057  1.3369839E+09
 Pulse#/128:         385        1057  1.2469069E+09
 Pulse#/128:         513        1057  1.3553606E+09
 Pulse#/128:         641        1057  1.3560396E+09
 Pulse#/128:         769        1057  1.3237335E+09
 Pulse#/128:         897        1057  1.3167951E+09
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   91.18563    Power RMS:  0.1169268    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   36252.38    Amp.  RMS:   573.7735    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -67.95116    Phase RMS:   1.036445    
 Incoherent PH 1st:  -67.92960    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   91.22028    
 CalTone Power Coherently dB  :   91.18563    
 Incoherent PW  - Coherent PW :  3.4645081E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   36389.62    
 CalTone Amplitude Coherently   :   36252.38    
 Incoherent Amp.- Coherent Amp. :   137.2422    
       ------------ *** ------------
 running time (sec):     51.51
  ********** 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: 
    6.003538     -4.0557985E-05
  z fit: constant and linear terms: 
  -0.9250817      4.3690281E-05
  y and z standard deviations (meters)   1.961043       1.188407    
  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 =           61
  Step size =         1888
  PATCH NUMER            1
 First line =           1
  Averages =   0.8390592      0.8229254      0.8228273      0.8225933    
 Differences =   1.2207627E-02 -3.9262176E-03 -4.0242672E-03 -4.2582750E-03
  PATCH NUMER            2
 First line =        1889
  Averages =   0.8210229      0.8257074      0.8056738      0.8081365    
 Differences =   5.8873892E-03  1.0571897E-02 -9.4617605E-03 -6.9990754E-03
  PATCH NUMER            3
 First line =        3777
  Averages =   0.8072401      0.8071489      0.8104258      0.8132368    
 Differences =  -2.2729039E-03 -2.3640990E-03  9.1278553E-04  3.7237406E-03
  PATCH NUMER            4
 First line =        5665
  Averages =   0.8102132      0.8128220      0.8132634      0.7892362    
 Differences =   3.8292408E-03  6.4380169E-03  6.8793893E-03 -1.7147779E-02
  PATCH NUMER            5
 First line =        7553
  Averages =   0.8142186      0.7935710      0.7712775      0.7727804    
 Differences =   2.6255369E-02  5.6077838E-03 -1.6685665E-02 -1.5182853E-02
  PATCH NUMER            6
 First line =        9441
  Averages =   0.7733683      0.7711209      0.7787173      0.7653100    
 Differences =   1.2390018E-03 -1.0083914E-03  6.5879822E-03 -6.8192482E-03
  PATCH NUMER            7
 First line =       11329
  Averages =   0.7793518      0.7660341      0.7662245      0.7692411    
 Differences =   9.1388226E-03 -4.1788816E-03 -3.9884448E-03 -9.7185373E-04
  PATCH NUMER            8
 First line =       13217
  Averages =   0.7663076      0.7682136      0.7734457      0.7868714    
 Differences =  -7.4020624E-03 -5.4960251E-03 -2.6392937E-04  1.3161719E-02
  PATCH NUMER            9
 First line =       15105
  Averages =   0.7727277      0.7839558      0.7906423      0.7961506    
 Differences =  -1.3141632E-02 -1.9136071E-03  4.7729611E-03  1.0281205E-02
  PATCH NUMER           10
 First line =       16993
  Averages =   0.7911414      0.7941514      0.8007697      0.7976795    
 Differences =  -4.7940016E-03 -1.7840266E-03  4.8343539E-03  1.7440915E-03
  PATCH NUMER           11
 First line =       18881
  Averages =   0.8007411      0.7984917      0.7924400      0.7775183    
 Differences =   8.4429383E-03  6.1935186E-03  1.4185905E-04 -1.4779806E-02
  PATCH NUMER           12
 First line =       20769
  Averages =   0.7938331      0.7803273      0.7667331      0.7729394    
 Differences =   1.5374303E-02  1.8684864E-03 -1.1725664E-02 -5.5193901E-03
  PATCH NUMER           13
 First line =       22657
  Averages =   0.7674282      0.7717193      0.7721149      0.7608532    
 Differences =  -6.0075521E-04  3.6903620E-03  4.0859580E-03 -7.1758032E-03
  PATCH NUMER           14
 First line =       24545
  Averages =   0.7730014      0.7642776      0.7358683      0.7394229    
 Differences =   1.9857645E-02  1.1133790E-02 -1.7275512E-02 -1.3720870E-02
  PATCH NUMER           15
 First line =       26433
  Averages =   0.7395288      0.7373466      0.7331030      0.7144677    
 Differences =   8.4170103E-03  6.2348843E-03  1.9912124E-03 -1.6644061E-02
  PATCH NUMER           16
 First line =       28321
  Averages =   0.7364843      0.7158033      0.7202510      0.7126726    
 Differences =   1.5181303E-02 -5.4997206E-03 -1.0519624E-03 -8.6303949E-03
  PATCH NUMER           17
 First line =       30209
  Averages =   0.7183204      0.7162820      0.7084011      0.7293265    
 Differences =   2.3770332E-04 -1.8007159E-03 -9.6815825E-03  1.1243820E-02
  PATCH NUMER           18
 First line =       32097
  Averages =   0.7063842      0.7259995      0.7322618      0.7224663    
 Differences =  -1.5394092E-02  4.2212009E-03  1.0483503E-02  6.8807602E-04
  PATCH NUMER           19
 First line =       33985
  Averages =   0.7338127      0.7230048      0.7204343      0.7185502    
 Differences =   9.8620057E-03 -9.4586611E-04 -3.5163760E-03 -5.4004788E-03
  PATCH NUMER           20
 First line =       35873
  Averages =   0.7206815      0.7192729      0.7152368      0.7215145    
 Differences =   1.5051961E-03  9.6559525E-05 -3.9395690E-03  2.3381710E-03
  PATCH NUMER           21
 First line =       37761
  Averages =   0.7153805      0.7199969      0.7220472      0.7168030    
 Differences =  -3.1763315E-03  1.4400482E-03  3.4902692E-03 -1.7539263E-03
  PATCH NUMER           22
 First line =       39649
  Averages =   0.7229617      0.7171396      0.7179853      0.7251970    
 Differences =   2.1406412E-03 -3.6814809E-03 -2.8357506E-03  4.3759346E-03
  PATCH NUMER           23
 First line =       41537
  Averages =   0.7175900      0.7236814      0.7307060      0.7075089    
 Differences =  -2.2818446E-03  3.8095713E-03  1.0834157E-02 -1.2362897E-02
  PATCH NUMER           24
 First line =       43425
  Averages =   0.7309626      0.7125678      0.7016006      0.7073773    
 Differences =   1.7835021E-02 -5.5980682E-04 -1.1527061E-02 -5.7502985E-03
  PATCH NUMER           25
 First line =       45313
  Averages =   0.6993621      0.7103453      0.6791676      0.6739499    
 Differences =   8.6547732E-03  1.9637942E-02 -1.1539698E-02 -1.6757429E-02
  PATCH NUMER           26
 First line =       47201
  Averages =   0.6831232      0.6743976      0.6669317      0.6554003    
 Differences =   1.3159513E-02  4.4339299E-03 -3.0320287E-03 -1.4563441E-02
  PATCH NUMER           27
 First line =       49089
  Averages =   0.6692359      0.6559643      0.6555143      0.6472986    
 Differences =   1.2232363E-02 -1.0393262E-03 -1.4892817E-03 -9.7050071E-03
  PATCH NUMER           28
 First line =       50977
  Averages =   0.6558755      0.6487303      0.6462119      0.6514569    
 Differences =   5.3069592E-03 -1.8382668E-03 -4.3566823E-03  8.8834763E-04
  PATCH NUMER           29
 First line =       52865
  Averages =   0.6457431      0.6507791      0.6511505      0.6486529    
 Differences =  -3.3381581E-03  1.6978383E-03  2.0692945E-03 -4.2831898E-04
  PATCH NUMER           30
 First line =       54753
  Averages =   0.6516716      0.6489483      0.6487395      0.6478314    
 Differences =   2.3738742E-03 -3.4946203E-04 -5.5825710E-04 -1.4662743E-03
  PATCH NUMER           31
 First line =       56641
  Averages =   0.6487679      0.6476261      0.6521549      0.6475778    
 Differences =  -2.6375055E-04 -1.4055967E-03  3.1231642E-03 -1.4539361E-03
  PATCH NUMER           32
 First line =       58529
  Averages =   0.6514003      0.6491696      0.6481811      0.6505208    
 Differences =   1.5823841E-03 -6.4837933E-04 -1.6368628E-03  7.0285797E-04
  PATCH NUMER           33
 First line =       60417
  Averages =   0.6467739      0.6513222      0.6440452      0.6371498    
 Differences =   1.9510388E-03  6.4994097E-03 -7.7766180E-04 -7.6730847E-03
  PATCH NUMER           34
 First line =       62305
  Averages =   0.6455003      0.6379030      0.6316361      0.6201157    
 Differences =   1.1711240E-02  4.1139126E-03 -2.1529198E-03 -1.3673365E-02
  PATCH NUMER           35
 First line =       64193
  Averages =   0.6330743      0.6220143      0.6109946      0.6012470    
 Differences =   1.6241252E-02  5.1813126E-03 -5.8384538E-03 -1.5586019E-02
  PATCH NUMER           36
 First line =       66081
  Averages =   0.6129243      0.6021795      0.5999463      0.5934694    
 Differences =   1.0794282E-02  4.9412251E-05 -2.1837950E-03 -8.6606741E-03
  PATCH NUMER           37
 First line =       67969
  Averages =   0.6000715      0.5951275      0.5828568      0.5840735    
 Differences =   9.5390081E-03  4.5949817E-03 -7.6757073E-03 -6.4589977E-03
  PATCH NUMER           38
 First line =       69857
  Averages =   0.5841153      0.5835462      0.5846716      0.5821502    
 Differences =   4.9448013E-04 -7.4625015E-05  1.0507107E-03 -1.4706254E-03
  PATCH NUMER           39
 First line =       71745
  Averages =   0.5851549      0.5824348      0.5801755      0.5745867    
 Differences =   4.5669079E-03  1.8467903E-03 -4.1252375E-04 -6.0012937E-03
  PATCH NUMER           40
 First line =       73633
  Averages =   0.5807283      0.5756643      0.5671806      0.5587290    
 Differences =   1.0152519E-02  5.0885081E-03 -3.3951998E-03 -1.1846781E-02
  PATCH NUMER           41
 First line =       75521
  Averages =   0.5685261      0.5602511      0.5487025      0.5346253    
 Differences =   1.5499413E-02  7.2243810E-03 -4.3241978E-03 -1.8401384E-02
  PATCH NUMER           42
 First line =       77409
  Averages =   0.5505910      0.5365186      0.5285675      0.5319489    
 Differences =   1.3684273E-02 -3.8808584E-04 -8.3392262E-03 -4.9578547E-03
  PATCH NUMER           43
 First line =       79297
  Averages =   0.5290231      0.5303873      0.5374492      0.5301933    
 Differences =  -2.7402043E-03 -1.3759136E-03  5.6859851E-03 -1.5699267E-03
  PATCH NUMER           44
 First line =       81185
  Averages =   0.5373553      0.5317442      0.5274529      0.5303920    
 Differences =   5.6191087E-03  7.9870224E-06 -4.2832494E-03 -1.3442039E-03
  PATCH NUMER           45
 First line =       83073
  Averages =   0.5268798      0.5304322      0.5256572      0.5215462    
 Differences =   7.5095892E-04  4.3033361E-03 -4.7165155E-04 -4.5826435E-03
  PATCH NUMER           46
 First line =       84961
  Averages =   0.5268078      0.5216823      0.5220118      0.5188583    
 Differences =   4.4677258E-03 -6.5773726E-04 -3.2830238E-04 -3.4817457E-03
  PATCH NUMER           47
 First line =       86849
  Averages =   0.5219716      0.5194509      0.5145577      0.5125201    
 Differences =   4.8465729E-03  2.3258328E-03 -2.5673509E-03 -4.6049953E-03
  PATCH NUMER           48
 First line =       88737
  Averages =   0.5157685      0.5120640      0.5163026      0.5182686    
 Differences =   1.6760826E-04 -3.5368800E-03  7.0172548E-04  2.6677251E-03
  PATCH NUMER           49
 First line =       90625
  Averages =   0.5157180      0.5180671      0.5203107      0.5248532    
 Differences =  -4.0193200E-03 -1.6702414E-03  5.7339668E-04  5.1158667E-03
  PATCH NUMER           50
 First line =       92513
  Averages =   0.5198700      0.5238988      0.5238529      0.5174461    
 Differences =  -1.3970733E-03  2.6317835E-03  2.5858283E-03 -3.8209558E-03
  PATCH NUMER           51
 First line =       94401
  Averages =   0.5246565      0.5180117      0.5209622      0.5201870    
 Differences =   3.7022233E-03 -2.9425621E-03  7.9870224E-06 -7.6729059E-04
  PATCH NUMER           52
 First line =       96289
  Averages =   0.5196905      0.5218567      0.5114377      0.5046121    
 Differences =   5.2912235E-03  7.4574947E-03 -2.9615164E-03 -9.7871423E-03
  PATCH NUMER           53
 First line =       98177
  Averages =   0.5131210      0.5055300      0.4884392      0.4753084    
 Differences =   1.7520875E-02  9.9298656E-03 -7.1609318E-03 -2.0291775E-02
  PATCH NUMER           54
 First line =      100065
  Averages =   0.4917444      0.4763867      0.4705590      0.4538329    
 Differences =   1.8613130E-02  3.2553971E-03 -2.5722682E-03 -1.9298375E-02
  PATCH NUMER           55
 First line =      101953
  Averages =   0.4721141      0.4565053      0.4443605      0.4331478    
 Differences =   2.0581573E-02  4.9727857E-03 -7.1719885E-03 -1.8384695E-02
  PATCH NUMER           56
 First line =      103841
  Averages =   0.4455673      0.4349383      0.4285969      0.4306293    
 Differences =   1.0634273E-02  5.2750111E-06 -6.3361228E-03 -4.3036938E-03
  PATCH NUMER           57
 First line =      105729
  Averages =   0.4288167      0.4296463      0.4345857      0.4242947    
 Differences =  -5.1909685E-04  3.1054020E-04  5.2499473E-03 -5.0410330E-03
  PATCH NUMER           58
 First line =      107617
  Averages =   0.4348318      0.4258508      0.4283006      0.4184646    
 Differences =   7.9698265E-03 -1.0111928E-03  1.4385581E-03 -8.3974302E-03
  PATCH NUMER           59
 First line =      109505
  Averages =   0.4263507      0.4226340      0.4085915      0.4154469    
 Differences =   8.0947876E-03  4.3781102E-03 -9.6644461E-03 -2.8089881E-03
  PATCH NUMER           60
 First line =      111393
  Averages =   0.4083267      0.4153650      0.4033630      0.4023665    
 Differences =   9.7140670E-04  8.0097318E-03 -3.9922893E-03 -4.9888492E-03
  PATCH NUMER           61
 First line =      113281
  Averages =   0.4060901      0.4005941      0.4119608      0.4093603    
 Differences =  -9.1126561E-04 -6.4072609E-03  4.9594045E-03  2.3589432E-03
  PATCH NUMER           62
 First line =      115169
 last black mod_64:          59      119000      115169        4096
  Averages =   0.4105651      0.4116296      0.3973019      0.4080472    
 Differences =   3.6790967E-03  4.7436059E-03 -9.5840991E-03  1.1611879E-03

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hh96c                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_c.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.460000      0.1652000    
  -0.6663700    
  Receive leverarm x,y,z              =    2.460000      0.1652000    
  -0.6663700    



  Name of raw data file?
 /export/air12/airops/1143/c_hh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_c.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.ch                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.3992999E-02
 reading motion compensation data
 WAYNE read motion compen    2.743033    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7862110    
 start range comp, time =      3.650

 WAYNE PREV   3.562859    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            8 by #            0

 Processing block number            1
 TESTING WHY  7.1161799E-02  1.4801200E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     3.881 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    24.44620704650879    
 ATTN ifrq ipol ln           8           1        4096   20.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989093    
  shift in azimuth *fractional pixel=  -0.4989093       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3259601593017578E-03
 TESTING  0.0000000E+00   5.914599     -0.4136243    
 WAYNE Motion comp. added to patch, time =    8.030210971832275    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6680231094360352E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   5.914599     -0.4136243    
 HEY,dt,fract,ye,pe  -0.4989093       1.000000      7.1161799E-02
   1.4801200E-02
 WAYNE Azimuth compression done, time =    154.0417139530182    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8138250112533569    
 ==w out           1           0         945                    0
 WAYNE PROCESS   187.3426489830017    

 Processing block number            2
 TESTING WHY  7.0244499E-02  1.4539300E-02        1888           2
 WAYNE PATCHES:         1889         5984 patch#            2
  reference line:  3936   191.224 seconds.
 TESTING        1889
 before reading
 done reading
 WAYNE load raw data , time =    42.36178505420685    
 ATTN ifrq ipol ln           8           1        5984   20.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989028    
  shift in azimuth *fractional pixel=  -0.4989028       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5769681930541992E-03
 TESTING  0.0000000E+00   6.134522     -0.7367391    
 WAYNE Motion comp. added to patch, time =    7.449041962623596    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5766015052795410E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.134522     -0.7367391    
 HEY,dt,fract,ye,pe  -0.4989028       1.000000      7.0244499E-02
   1.4539300E-02
 WAYNE Azimuth compression done, time =    155.2754919528961    
  Writing         2208 lines of data to file
 WAYNE write output data    1.017418980598450    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   206.1363250017166    

 Processing block number            3
 TESTING WHY  6.9425598E-02  1.4621200E-02        1888           3
 WAYNE PATCHES:         3777         7872 patch#            3
  reference line:  5824   397.360 seconds.
 TESTING        3777
 before reading
 done reading
 WAYNE load raw data , time =    41.74236690998077    
 ATTN ifrq ipol ln           8           1        7872   20.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989348    
  shift in azimuth *fractional pixel=  -0.4989348       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3730010986328125E-03
 TESTING  0.0000000E+00   6.374691     -0.7416774    
 WAYNE Motion comp. added to patch, time =    7.545160055160522    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0899772644042969E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.374691     -0.7416774    
 HEY,dt,fract,ye,pe  -0.4989348       1.000000      6.9425598E-02
   1.4621200E-02
 WAYNE Azim PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           17 to           24 by #            2

 Processing block number           17
 WAYNE PATCHES:        30209        34304 patch#           17
  reference line: 32256     3.910 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.12480401992798    
 ATTN ifrq ipol ln           8           1       34304   20.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4991333    
  shift in azimuth *fractional pixel=  -0.4991333       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.2730312347412109E-03
 WAYNE Motion comp. added to patch, time =    8.230162978172302    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.5330781936645508E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.1068619489670    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8564599752426147    
 ==w out          17           0         945                    0
 WAYNE PROCESS   189.3290619850159    

 Processing block number           18
 WAYNE PATCHES:        32097        36192 patch#           18
  reference line: 34144   193.240 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.46489596366882    
 ATTN ifrq ipol ln           8           1       36192   20.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4991030    
  shift in azimuth *fractional pixel=  -0.4991030       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4320096969604492E-03
 WAYNE Motion comp. added to patch, time =    7.452073931694031    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.6909790039062500E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5883710384369    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9935320615768433    
 ==w out          18        2208         945             45219840
 WAYNE PROCESS   204.5122900009155    

 Processing block number           19
 WAYNE PATCHES:        33985        38080 patch#           19
  reference line: 36032   397.752 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.23018097877502    
 ATTN ifrq ipol ln           8           1       38080   20.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4991402    
  shift in azimuth *fractional pixel=  -0.4991402       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.9139728546142578E-03
 WAYNE Motion comp. added to patch, time =    7.435577988624573    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.1409988403320313E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1808019876480    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7838399410247803    
 ==w out          19        4416         945             90439680
 WAYNE PROCESS   203.6395440101624    

 Processing block number           20
 WAYNE PATCHES:        35873        39968 patch#           20
  reference line: 37920   601.392 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.37430799007416    
 ATTN ifrq ipol ln           8           1       39968   20.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4991443    
  shift in azimuth *fractional pixel=  -0.4991443       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3850412368774414E-03
 WAYNE Motion comp. added to patch, time =    7.42348 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           41 to           48 by #            5

 Processing block number           41
 WAYNE PATCHES:        75521        79616 patch#           41
  reference line: 77568     3.950 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.49664497375488    
 ATTN ifrq ipol ln           8           1       79616   20.00000    
 IPOL, ITOP nblock            1           0          41
  ****shift in azimuth (fractional pixel)=  -0.4995220    
  shift in azimuth *fractional pixel=  -0.4995220       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3519477844238281E-03
 WAYNE Motion comp. added to patch, time =    7.976552963256836    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5500059127807617E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2178419828415    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8369759321212769    
 ==w out          41           0         945                    0
 WAYNE PROCESS   188.5387610197067    

 Processing block number           42
 WAYNE PATCHES:        77409        81504 patch#           42
  reference line: 79456   192.489 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.19666302204132    
 ATTN ifrq ipol ln           8           1       81504   20.00000    
 IPOL, ITOP nblock            1           0          42
  ****shift in azimuth (fractional pixel)=  -0.4995494    
  shift in azimuth *fractional pixel=  -0.4995494       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4680109024047852E-03
 WAYNE Motion comp. added to patch, time =    7.455488085746765    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9255042076110840E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.3311330080032    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7761980295181274    
 ==w out          42        2208         945             45219840
 WAYNE PROCESS   203.7852940559387    

 Processing block number           43
 WAYNE PATCHES:        79297        83392 patch#           43
  reference line: 81344   396.275 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.76018798351288    
 ATTN ifrq ipol ln           8           1       83392   20.00000    
 IPOL, ITOP nblock            1           0          43
  ****shift in azimuth (fractional pixel)=  -0.4995430    
  shift in azimuth *fractional pixel=  -0.4995430       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4059028625488281E-03
 WAYNE Motion comp. added to patch, time =    7.618013024330139    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1450519561767578E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2876800298691    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9094699621200562    
 ==w out          43        4416         945             90439680
 WAYNE PROCESS   206.5840749740601    

 Processing block number           44
 WAYNE PATCHES:        81185        85280 patch#           44
  reference line: 83232   602.859 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.99653506278992    
 ATTN ifrq ipol ln           8           1       85280   20.00000    
 IPOL, ITOP nblock            1           0          44
  ****shift in azimuth (fractional pixel)=  -0.4995621    
  shift in azimuth *fractional pixel=  -0.4995621       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3859949111938477E-03
 WAYNE Motion comp. added to patch, time =    7.43137 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            9 to           16 by #            1

 Processing block number            9
 WAYNE PATCHES:        15105        19200 patch#            9
  reference line: 17152     3.898 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.49316906929016    
 ATTN ifrq ipol ln           8           1       19200   20.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4989904    
  shift in azimuth *fractional pixel=  -0.4989904       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.7059993743896484E-03
 WAYNE Motion comp. added to patch, time =    7.986582994461060    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.5160312652587891E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5893169641495    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8027780055999756    
 ==w out           9           0         945                    0
 WAYNE PROCESS   187.8828599452972    

 Processing block number           10
 WAYNE PATCHES:        16993        21088 patch#           10
  reference line: 19040   191.781 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.90850210189819    
 ATTN ifrq ipol ln           8           1       21088   20.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4989681    
  shift in azimuth *fractional pixel=  -0.4989681       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4540634155273438E-03
 WAYNE Motion comp. added to patch, time =    7.850376963615417    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.6123056411743164E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.3619390726089    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8673709630966187    
 ==w out          10        2208         945             45219840
 WAYNE PROCESS   205.0111960172653    

 Processing block number           11
 WAYNE PATCHES:        18881        22976 patch#           11
  reference line: 20928   396.793 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.26759505271912    
 ATTN ifrq ipol ln           8           1       22976   20.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4989800    
  shift in azimuth *fractional pixel=  -0.4989800       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3809881210327148E-03
 WAYNE Motion comp. added to patch, time =    7.723781943321228    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2109746932983398E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2127020359039    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8143711090087891    
 ==w out          11        4416         945             90439680
 WAYNE PROCESS   205.0272730588913    

 Processing block number           12
 WAYNE PATCHES:        20769        24864 patch#           12
  reference line: 22816   601.820 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.80628502368927    
 ATTN ifrq ipol ln           8           1       24864   20.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4990100    
  shift in azimuth *fractional pixel=  -0.4990100       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4429769515991211E-03
 WAYNE Motion comp. added to patch, time =    7.74893 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           56 to           62 by #            7

 Processing block number           56
 WAYNE PATCHES:       103841       107936 patch#           56
  reference line: *****     3.984 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.52205705642700    
 ATTN ifrq ipol ln           8           1      107936   20.00000    
 IPOL, ITOP nblock            1           0          56
  ****shift in azimuth (fractional pixel)=  -0.4996938    
  shift in azimuth *fractional pixel=  -0.4996938       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3859224319458008E-03
 WAYNE Motion comp. added to patch, time =    8.155081033706665    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5320053100585938E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.8619949817657    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8311460018157959    
 ==w out          56           0         945                    0
 WAYNE PROCESS   189.3813120126724    

 Processing block number           57
 WAYNE PATCHES:       105729       109824 patch#           57
  reference line: *****   193.366 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.17816507816315    
 ATTN ifrq ipol ln           8           1      109824   20.00000    
 IPOL, ITOP nblock            1           0          57
  ****shift in azimuth (fractional pixel)=  -0.4997093    
  shift in azimuth *fractional pixel=  -0.4997093       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4160356521606445E-03
 WAYNE Motion comp. added to patch, time =    7.551259040832520    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.6670179367065430E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5940620899200    
  Writing         2208 lines of data to file
 WAYNE write output data    1.008401036262512    
 ==w out          57        2208         945             45219840
 WAYNE PROCESS   204.3451060056686    

 Processing block number           58
 WAYNE PATCHES:       107617       111712 patch#           58
  reference line: *****   397.711 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.54563701152802    
 ATTN ifrq ipol ln           8           1      111712   20.00000    
 IPOL, ITOP nblock            1           0          58
  ****shift in azimuth (fractional pixel)=  -0.4997329    
  shift in azimuth *fractional pixel=  -0.4997329       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5049657821655273E-03
 WAYNE Motion comp. added to patch, time =    7.673267960548401    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.1382937431335449E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7933759689331    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8914350271224976    
 ==w out          58        4416         945             90439680
 WAYNE PROCESS   204.9219149351120    

 Processing block number           59
 WAYNE PATCHES:       109505       113600 patch#           59
  reference line: *****   602.634 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.48577392101288    
 ATTN ifrq ipol ln           8           1      113600   20.00000    
 IPOL, ITOP nblock            1           0          59
  ****shift in azimuth (fractional pixel)=  -0.4997472    
  shift in azimuth *fractional pixel=  -0.4997472       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5699348449707031E-03
 WAYNE Motion comp. added to patch, time =    7.45429 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           25 to           32 by #            3

 Processing block number           25
 WAYNE PATCHES:        45313        49408 patch#           25
  reference line: 47360     3.924 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.56991100311279    
 ATTN ifrq ipol ln           8           1       49408   20.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4991720    
  shift in azimuth *fractional pixel=  -0.4991720       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.2230825424194336E-03
 WAYNE Motion comp. added to patch, time =    8.019828915596008    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5849342346191406E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.0075539350510    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8240550756454468    
 ==w out          25           0         945                    0
 WAYNE PROCESS   187.4320050477982    

 Processing block number           26
 WAYNE PATCHES:        47201        51296 patch#           26
  reference line: 49248   191.356 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.22922599315643    
 ATTN ifrq ipol ln           8           1       51296   20.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4992393    
  shift in azimuth *fractional pixel=  -0.4992393       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3939819335937500E-03
 WAYNE Motion comp. added to patch, time =    7.577393054962158    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.5789985656738281E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2751369476318    
  Writing         2208 lines of data to file
 WAYNE write output data    1.046751022338867    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   206.1509239673615    

 Processing block number           27
 WAYNE PATCHES:        49089        53184 patch#           27
  reference line: 51136   397.507 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.66179192066193    
 ATTN ifrq ipol ln           8           1       53184   20.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4992698    
  shift in azimuth *fractional pixel=  -0.4992698       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4299831390380859E-03
 WAYNE Motion comp. added to patch, time =    7.498916983604431    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1480321884155273E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6380109786987    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9301800727844238    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   205.7377300262451    

 Processing block number           28
 WAYNE PATCHES:        50977        55072 patch#           28
  reference line: 53024   603.245 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.02055704593658    
 ATTN ifrq ipol ln           8           1       55072   20.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3430795669555664E-03
 WAYNE Motion comp. added to patch, time =    7.47060 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           33 to           40 by #            4

 Processing block number           33
 WAYNE PATCHES:        60417        64512 patch#           33
  reference line: 62464     3.936 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.96060502529144    
 ATTN ifrq ipol ln           8           1       64512   20.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4993621    
  shift in azimuth *fractional pixel=  -0.4993621       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.4190626144409180E-03
 WAYNE Motion comp. added to patch, time =    8.546537995338440    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5939941406250000E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5679000616074    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9353909492492676    
 ==w out          33           0         945                    0
 WAYNE PROCESS   189.0213719606400    

 Processing block number           34
 WAYNE PATCHES:        62305        66400 patch#           34
  reference line: 64352   192.957 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.21041595935822    
 ATTN ifrq ipol ln           8           1       66400   20.00000    
 IPOL, ITOP nblock            1           0          34
  ****shift in azimuth (fractional pixel)=  -0.4993765    
  shift in azimuth *fractional pixel=  -0.4993765       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4379701614379883E-03
 WAYNE Motion comp. added to patch, time =    7.612522006034851    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.7578959465026855E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0960630178452    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9807449579238892    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   204.9239599704742    

 Processing block number           35
 WAYNE PATCHES:        64193        68288 patch#           35
  reference line: 66240   397.882 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.58384490013123    
 ATTN ifrq ipol ln           8           1       68288   20.00000    
 IPOL, ITOP nblock            1           0          35
  ****shift in azimuth (fractional pixel)=  -0.4993874    
  shift in azimuth *fractional pixel=  -0.4993874       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4999589920043945E-03
 WAYNE Motion comp. added to patch, time =    7.462981939315796    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3620128631591797E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4787609577179    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8406980037689209    
 ==w out          35        4416         945             90439680
 WAYNE PROCESS   204.3753740787506    

 Processing block number           36
 WAYNE PATCHES:        66081        70176 patch#           36
  reference line: 68128   602.257 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.06177806854248    
 ATTN ifrq ipol ln           8           1       70176   20.00000    
 IPOL, ITOP nblock            1           0          36
  ****shift in azimuth (fractional pixel)=  -0.4994072    
  shift in azimuth *fractional pixel=  -0.4994072       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4919719696044922E-03
 WAYNE Motion comp. added to patch, time =    7.63721 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           49 to           55 by #            6

 Processing block number           49
 WAYNE PATCHES:        90625        94720 patch#           49
  reference line: 92672     3.969 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.87416601181030    
 ATTN ifrq ipol ln           8           1       94720   20.00000    
 IPOL, ITOP nblock            1           0          49
  ****shift in azimuth (fractional pixel)=  -0.4996040    
  shift in azimuth *fractional pixel=  -0.4996040       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3459873199462891E-03
 WAYNE Motion comp. added to patch, time =    8.019107937812805    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.9369592666625977E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9226469993591    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8585920333862305    
 ==w out          49           0         945                    0
 WAYNE PROCESS   188.6857069730759    

 Processing block number           50
 WAYNE PATCHES:        92513        96608 patch#           50
  reference line: 94560   192.655 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.34514200687408    
 ATTN ifrq ipol ln           8           1       96608   20.00000    
 IPOL, ITOP nblock            1           0          50
  ****shift in azimuth (fractional pixel)=  -0.4995967    
  shift in azimuth *fractional pixel=  -0.4995967       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5539608001708984E-03
 WAYNE Motion comp. added to patch, time =    7.518669962882996    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.8485069274902344E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6721769571304    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9776930809020996    
 ==w out          50        2208         945             45219840
 WAYNE PROCESS   204.5389710664749    

 Processing block number           51
 WAYNE PATCHES:        94401        98496 patch#           51
  reference line: 96448   397.195 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.83474993705750    
 ATTN ifrq ipol ln           8           1       98496   20.00000    
 IPOL, ITOP nblock            1           0          51
  ****shift in azimuth (fractional pixel)=  -0.4996204    
  shift in azimuth *fractional pixel=  -0.4996204       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4240226745605469E-03
 WAYNE Motion comp. added to patch, time =    7.594391942024231    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2470951080322266E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.4705599546432    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9227819442749023    
 ==w out          51        4416         945             90439680
 WAYNE PROCESS   205.8313449621201    

 Processing block number           52
 WAYNE PATCHES:        96289       100384 patch#           52
  reference line: 98336   603.026 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.48039102554321    
 ATTN ifrq ipol ln           8           1      100384   20.00000    
 IPOL, ITOP nblock            1           0          52
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4680109024047852E-03
 WAYNE Motion comp. added to patch, time =    7.60739uth compression done, time =    155.9796779155731    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8180439472198486    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   206.0948139429092    

 Processing block number            4
 TESTING WHY  6.9078699E-02  1.4607200E-02        1888           4
 WAYNE PATCHES:         5665         9760 patch#            4
  reference line:  7712   603.455 seconds.
 TESTING        5665
 before reading
 done reading
 WAYNE load raw data , time =    40.68033504486084    
 ATTN ifrq ipol ln           8           1        9760   20.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989188    
  shift in azimuth *fractional pixel=  -0.4989188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4939985275268555E-03
 TESTING  0.0000000E+00   6.605390      0.1610241    
 WAYNE Motion comp. added to patch, time =    7.614372014999390    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2180080413818359E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.605390      0.1610241    
 HEY,dt,fract,ye,pe  -0.4989188       1.000000      6.9078699E-02
   1.4607200E-02
 WAYNE Azimuth compression done, time =    154.5954760313034    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9325850009918213    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   203.8315290212631    

 Processing block number            5
 TESTING WHY  6.8232097E-02  1.3869000E-02        1888           5
 WAYNE PATCHES:         7553        11648 patch#            5
  reference line:  9600   807.287 seconds.
 TESTING        7553
 before reading
 done reading
 WAYNE load raw data , time =    41.68844497203827    
 ATTN ifrq ipol ln           8           1       11648   20.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989739    
  shift in azimuth *fractional pixel=  -0.4989739       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4560899734497070E-03
 TESTING  0.0000000E+00   6.732418       1.187298    
 WAYNE Motion comp. added to patch, time =    7.507861018180847    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1809339523315430E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.732418       1.187298    
 HEY,dt,fract,ye,pe  -0.4989739       1.000000      6.8232097E-02
   1.3869000E-02
 WAYNE Azimuth compression done, time =    155.6865019798279    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9297749996185303    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   205.8212660551071    

 Processing block number            6
 TESTING WHY  6.7441396E-02  1.3269200E-02        1888           6
 WAYNE PATCHES:         9441        13536 patch#            6
  reference line: 11488  1013.109 seconds.
 TESTING        9441
 before reading
 done reading
 WAYNE load raw data , time =    40.54992699623108    
 ATTN ifrq ipol ln           8           1       13536   20.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989637    
  shift in azimuth *fractional pixel=  -0.4989637       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5580139160156250E-03
 TESTING  0.0000000E+00   6.774565       1.452740    
 WAYNE Motion comp. added to patch, time =    7.566103100776672    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1790266036987305E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y3012619019    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.9489526748657227E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6248630285263    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9360519647598267    
 ==w out          59        6624         945            135659520
 WAYNE PROCESS   205.5102199316025    

 Processing block number           60
 WAYNE PATCHES:       111393       115488 patch#           60
  reference line: *****   808.144 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.20643794536591    
 ATTN ifrq ipol ln           8           1      115488   20.00000    
 IPOL, ITOP nblock            1           0          60
  ****shift in azimuth (fractional pixel)=  -0.4997399    
  shift in azimuth *fractional pixel=  -0.4997399       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3319931030273438E-03
 WAYNE Motion comp. added to patch, time =    7.414541959762573    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1609067916870117E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2854889631271    
  Writing         2208 lines of data to file
 WAYNE write output data    1.012650966644287    
 ==w out          60        8832         945            180879360
 WAYNE PROCESS   203.9277230501175    

 Processing block number           61
 WAYNE PATCHES:       113281       117376 patch#           61
  reference line: *****  1012.072 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.87921392917633    
 ATTN ifrq ipol ln           8           1      117376   20.00000    
 IPOL, ITOP nblock            1           0          61
  ****shift in azimuth (fractional pixel)=  -0.4997482    
  shift in azimuth *fractional pixel=  -0.4997482       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4270029067993164E-03
 WAYNE Motion comp. added to patch, time =    7.588261961936951    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2829771041870117E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.7105090618134    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7981749773025513    
 ==w out          61       11040         945            226099200
 WAYNE PROCESS   205.9851640462875    

 Processing block number           62
 WAYNE PATCHES:       114904       118999 patch#           62
  reference line: *****  1218.058 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.05206799507141    
 ATTN ifrq ipol ln           8           1      118999   20.00000    
 IPOL, ITOP nblock            1           0          62
  ****shift in azimuth (fractional pixel)=  -0.4997424    
  shift in azimuth *fractional pixel=  -0.4997424       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4260492324829102E-03
 WAYNE Motion comp. added to patch, time =    7.510130047798157    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.4989843368530273E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.4998440742493    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8340340852737427    
 ==w out          62       13248         945            271319040
 WAYNE PROCESS   202.9051210880280    
 ==w out          63       15459
6960258484    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.1489858627319336E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5932610034943    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9261289834976196    
 ==w out          52        6624         945            135659520
 WAYNE PROCESS   204.6166629791260    

 Processing block number           53
 WAYNE PATCHES:        98177       102272 patch#           53
  reference line: *****   807.643 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.48805403709412    
 ATTN ifrq ipol ln           8           1      102272   20.00000    
 IPOL, ITOP nblock            1           0          53
  ****shift in azimuth (fractional pixel)=  -0.4996036    
  shift in azimuth *fractional pixel=  -0.4996036       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5919885635375977E-03
 WAYNE Motion comp. added to patch, time =    7.651346921920776    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.2799968719482422E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.4975969791412    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9098719358444214    
 ==w out          53        8832         945            180879360
 WAYNE PROCESS   205.5564249753952    

 Processing block number           54
 WAYNE PATCHES:       100065       104160 patch#           54
  reference line: *****  1013.200 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.34008800983429    
 ATTN ifrq ipol ln           8           1      104160   20.00000    
 IPOL, ITOP nblock            1           0          54
  ****shift in azimuth (fractional pixel)=  -0.4996393    
  shift in azimuth *fractional pixel=  -0.4996393       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.2859783172607422E-03
 WAYNE Motion comp. added to patch, time =    7.666705012321472    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2770166397094727E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.0395770072937    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8828380107879639    
 ==w out          54       11040         945            226099200
 WAYNE PROCESS   202.9379249811172    

 Processing block number           55
 WAYNE PATCHES:       101953       106048 patch#           55
  reference line: *****  1216.138 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.93221807479858    
 ATTN ifrq ipol ln           8           1      106048   20.00000    
 IPOL, ITOP nblock            1           0          55
  ****shift in azimuth (fractional pixel)=  -0.4996759    
  shift in azimuth *fractional pixel=  -0.4996759       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4290294647216797E-03
 WAYNE Motion comp. added to patch, time =    7.432693004608154    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.8740167617797852E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2045400142670    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9443140029907227    
 ==w out          55       13248         945            271319040
 WAYNE PROCESS   205.5234670639038    
 ==w out          56       15459
2989196777    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0869970321655273E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6924179792404    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8284759521484375    
 ==w out          28        6624         945            135659520
 WAYNE PROCESS   205.0212030410767    

 Processing block number           29
 WAYNE PATCHES:        52865        56960 patch#           29
  reference line: 54912   808.267 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.63456702232361    
 ATTN ifrq ipol ln           8           1       56960   20.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4993233    
  shift in azimuth *fractional pixel=  -0.4993233       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4990053176879883E-03
 WAYNE Motion comp. added to patch, time =    7.646904945373535    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1419525146484375E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7530519962311    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9267170429229736    
 ==w out          29        8832         945            180879360
 WAYNE PROCESS   203.9700870513916    

 Processing block number           30
 WAYNE PATCHES:        54753        58848 patch#           30
  reference line: 56800  1012.237 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.78825998306274    
 ATTN ifrq ipol ln           8           1       58848   20.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4993527    
  shift in azimuth *fractional pixel=  -0.4993527       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4730176925659180E-03
 WAYNE Motion comp. added to patch, time =    7.678483009338379    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3200511932373047E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7382359504700    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8014150857925415    
 ==w out          30       11040         945            226099200
 WAYNE PROCESS   205.0156120061874    

 Processing block number           31
 WAYNE PATCHES:        56641        60736 patch#           31
  reference line: 58688  1217.253 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.53677201271057    
 ATTN ifrq ipol ln           8           1       60736   20.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4993522    
  shift in azimuth *fractional pixel=  -0.4993522       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3700208663940430E-03
 WAYNE Motion comp. added to patch, time =    7.760056018829346    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7719736099243164E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.1930699348450    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7452050447463989    
 ==w out          31       13248         945            271319040
 WAYNE PROCESS   206.2446690797806    

 Processing block number           32
 WAYNE PATCHES:        58529        62624 patch#           32
  reference line: 60576  1423.498 seconds.
 before reading
 done reading
 WAYNE load raw data 2046470642    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0399093627929688E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1101469993591    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9597630500793457    
 ==w out          44        6624         945            135659520
 WAYNE PROCESS   204.5069019794464    

 Processing block number           45
 WAYNE PATCHES:        83073        87168 patch#           45
  reference line: 85120   807.366 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.77350103855133    
 ATTN ifrq ipol ln           8           1       87168   20.00000    
 IPOL, ITOP nblock            1           0          45
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4709911346435547E-03
 WAYNE Motion comp. added to patch, time =    7.457047104835510    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1789073944091797E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4276430606842    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9171280860900879    
 ==w out          45        8832         945            180879360
 WAYNE PROCESS   204.5841790437698    

 Processing block number           46
 WAYNE PATCHES:        84961        89056 patch#           46
  reference line: 87008  1011.951 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.89711391925812    
 ATTN ifrq ipol ln           8           1       89056   20.00000    
 IPOL, ITOP nblock            1           0          46
  ****shift in azimuth (fractional pixel)=  -0.4995751    
  shift in azimuth *fractional pixel=  -0.4995751       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3839683532714844E-03
 WAYNE Motion comp. added to patch, time =    7.463458061218262    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2209882736206055E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7325539588928    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8642880916595459    
 ==w out          46       11040         945            226099200
 WAYNE PROCESS   204.9662290811539    

 Processing block number           47
 WAYNE PATCHES:        86849        90944 patch#           47
  reference line: 88896  1216.917 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.06661689281464    
 ATTN ifrq ipol ln           8           1       90944   20.00000    
 IPOL, ITOP nblock            1           0          47
  ****shift in azimuth (fractional pixel)=  -0.4995937    
  shift in azimuth *fractional pixel=  -0.4995937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5240392684936523E-03
 WAYNE Motion comp. added to patch, time =    7.474307060241699    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.7979612350463867E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5109629631042    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9650309085845947    
 ==w out          47       13248         945            271319040
 WAYNE PROCESS   205.0264229774475    

 Processing block number           48
 WAYNE PATCHES:        88737        92832 patch#           48
  reference line: 90784  1421.944 seconds.
 before reading
 done reading
 WAYNE load raw data 7010765076    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9550323486328125E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5161340236664    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8854509592056274    
 ==w out          12        6624         945            135659520
 WAYNE PROCESS   204.9658279418945    

 Processing block number           13
 WAYNE PATCHES:        22657        26752 patch#           13
  reference line: 24704   806.787 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.01824605464935    
 ATTN ifrq ipol ln           8           1       26752   20.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4989991    
  shift in azimuth *fractional pixel=  -0.4989991       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4050683975219727E-03
 WAYNE Motion comp. added to patch, time =    7.452558040618896    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1330118179321289E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8128631114960    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9817301034927368    
 ==w out          13        8832         945            180879360
 WAYNE PROCESS   205.2740800380707    

 Processing block number           14
 WAYNE PATCHES:        24545        28640 patch#           14
  reference line: 26592  1012.061 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.42615604400635    
 ATTN ifrq ipol ln           8           1       28640   20.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4990420    
  shift in azimuth *fractional pixel=  -0.4990420       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4600238800048828E-03
 WAYNE Motion comp. added to patch, time =    7.466112017631531    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.2449493408203125E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.4837740659714    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7830910682678223    
 ==w out          14       11040         945            226099200
 WAYNE PROCESS   206.1680150032043    

 Processing block number           15
 WAYNE PATCHES:        26433        30528 patch#           15
  reference line: 28480  1218.229 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.51890099048615    
 ATTN ifrq ipol ln           8           1       30528   20.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990540    
  shift in azimuth *fractional pixel=  -0.4990540       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3800344467163086E-03
 WAYNE Motion comp. added to patch, time =    7.626294970512390    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5950670242309570E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2941039800644    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9321479797363281    
 ==w out          15       13248         945            271319040
 WAYNE PROCESS   203.3805080652237    

 Processing block number           16
 WAYNE PATCHES:        28321        32416 patch#           16
  reference line: 30368  1421.610 seconds.
 before reading
 done reading
 WAYNE load raw data 3967781067    
 WAYNE Doppler estimation done, time =   3.9935111999511719E-05
 WAYNE write deskew done, time =   2.1799802780151367E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6101900339127    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8715159893035889    
 ==w out          20        6624         945            135659520
 WAYNE PROCESS   205.3095500469208    

 Processing block number           21
 WAYNE PATCHES:        37761        41856 patch#           21
  reference line: 39808   806.702 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.16226708889008    
 ATTN ifrq ipol ln           8           1       41856   20.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4991395    
  shift in azimuth *fractional pixel=  -0.4991395       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3920745849609375E-03
 WAYNE Motion comp. added to patch, time =    7.802236080169678    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   2.1899938583374023E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5557780265808    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9056040048599243    
 ==w out          21        8832         945            180879360
 WAYNE PROCESS   206.4347419738770    

 Processing block number           22
 WAYNE PATCHES:        39649        43744 patch#           22
  reference line: 41696  1013.137 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.12067699432373    
 ATTN ifrq ipol ln           8           1       43744   20.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4991637    
  shift in azimuth *fractional pixel=  -0.4991637       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.7170391082763672E-03
 WAYNE Motion comp. added to patch, time =    7.430978059768677    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.1589994430541992E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.3325690031052    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8301460742950439    
 ==w out          22       11040         945            226099200
 WAYNE PROCESS   202.7233800888062    

 Processing block number           23
 WAYNE PATCHES:        41537        45632 patch#           23
  reference line: 43584  1215.861 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.43560397624969    
 ATTN ifrq ipol ln           8           1       45632   20.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4991216    
  shift in azimuth *fractional pixel=  -0.4991216       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4351091384887695E-03
 WAYNE Motion comp. added to patch, time =    7.557953000068665    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.6299953460693359E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5436440706253    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9066380262374878    
 ==w out          23       13248         945            271319040
 WAYNE PROCESS   206.4532300233841    

 Processing block number           24
 WAYNE PATCHES:        43425        47520 patch#           24
  reference line: 45472  1422.314 seconds.
 before reading
 done reading
 WAYNE load raw data 7998504639    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1200180053710938E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0471330881119    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9069089889526367    
 ==w out          36        6624         945            135659520
 WAYNE PROCESS   205.6623549461365    

 Processing block number           37
 WAYNE PATCHES:        67969        72064 patch#           37
  reference line: 70016   807.920 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.37066400051117    
 ATTN ifrq ipol ln           8           1       72064   20.00000    
 IPOL, ITOP nblock            1           0          37
  ****shift in azimuth (fractional pixel)=  -0.4994194    
  shift in azimuth *fractional pixel=  -0.4994194       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3930282592773438E-03
 WAYNE Motion comp. added to patch, time =    7.485159993171692    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1629333496093750E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3250999450684    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9174219369888306    
 ==w out          37        8832         945            180879360
 WAYNE PROCESS   205.1071959733963    

 Processing block number           38
 WAYNE PATCHES:        69857        73952 patch#           38
  reference line: 71904  1013.027 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.49939596652985    
 ATTN ifrq ipol ln           8           1       73952   20.00000    
 IPOL, ITOP nblock            1           0          38
  ****shift in azimuth (fractional pixel)=  -0.4994469    
  shift in azimuth *fractional pixel=  -0.4994469       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4908990859985352E-03
 WAYNE Motion comp. added to patch, time =    7.465883970260620    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1790266036987305E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0800559520721    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8637570142745972    
 ==w out          38       11040         945            226099200
 WAYNE PROCESS   203.9179290533066    

 Processing block number           39
 WAYNE PATCHES:        71745        75840 patch#           39
  reference line: 73792  1216.946 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.65306198596954    
 ATTN ifrq ipol ln           8           1       75840   20.00000    
 IPOL, ITOP nblock            1           0          39
  ****shift in azimuth (fractional pixel)=  -0.4994636    
  shift in azimuth *fractional pixel=  -0.4994636       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4420232772827148E-03
 WAYNE Motion comp. added to patch, time =    7.417922019958496    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5740861892700195E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1640160083771    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9663300514221191    
 ==w out          39       13248         945            271319040
 WAYNE PROCESS   205.2105259895325    

 Processing block number           40
 WAYNE PATCHES:        73633        77728 patch#           40
  reference line: 75680  1422.156 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.03323400020599    
 ATTN ifrq ipol ln           8           1       92832   20.00000    
 IPOL, ITOP nblock            1           0          48
  ****shift in azimuth (fractional pixel)=  -0.4996102    
  shift in azimuth *fractional pixel=  -0.4996102       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4138898849487305E-03
 WAYNE Motion comp. added to patch, time =    7.432125926017761    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2846937179565430E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    138.2401340007782    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7802230119705200    
 ==w out          48       15456         945            316538880
 WAYNE PROCESS   186.5154150724411    
 ==w out          49       17667
, time =    40.40012598037720    
 ATTN ifrq ipol ln           8           1       32416   20.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991120    
  shift in azimuth *fractional pixel=  -0.4991120       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3991079330444336E-03
 WAYNE Motion comp. added to patch, time =    7.606135010719299    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.6900253295898438E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    138.5039820671082    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7878680229187012    
 ==w out          16       15456         945            316538880
 WAYNE PROCESS   187.3116639852524    
 ==w out          17       17667
, time =    38.44717800617218    
 ATTN ifrq ipol ln           8           1       62624   20.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4993651    
  shift in azimuth *fractional pixel=  -0.4993651       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3639411926269531E-03
 WAYNE Motion comp. added to patch, time =    7.584662914276123    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.5829753875732422E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.3920139074326    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8544290065765381    
 ==w out          32       15456         945            316538880
 WAYNE PROCESS   186.2917479276657    
 ==w out          33       17667
10,z10  0.0000000E+00   6.774565       1.452740    
 HEY,dt,fract,ye,pe  -0.4989637       1.000000      6.7441396E-02
   1.3269200E-02
 WAYNE Azimuth compression done, time =    154.0692859888077    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9334020614624023    
 ==w out           6       11040         945            226099200
 WAYNE PROCESS   203.1274800300598    

 Processing block number            7
 TESTING WHY  6.7100897E-02  1.3330900E-02        1888           7
 WAYNE PATCHES:        11329        15424 patch#            7
  reference line: 13376  1216.237 seconds.
 TESTING       11329
 before reading
 done reading
 WAYNE load raw data , time =    42.31414604187012    
 ATTN ifrq ipol ln           8           1       15424   20.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989967    
  shift in azimuth *fractional pixel=  -0.4989967       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3889751434326172E-03
 TESTING  0.0000000E+00   6.830793      0.8099477    
 WAYNE Motion comp. added to patch, time =    7.603451013565063    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5589466094970703E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.830793      0.8099477    
 HEY,dt,fract,ye,pe  -0.4989967       1.000000      6.7100897E-02
   1.3330900E-02
 WAYNE Azimuth compression done, time =    153.7290070056915    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8561400175094604    
 ==w out           7       13248         945            271319040
 WAYNE PROCESS   204.5117969512939    

 Processing block number            8
 TESTING WHY  6.6318303E-02  1.3988200E-02        1888           8
 WAYNE PATCHES:        13217        17312 patch#            8
  reference line: 15264  1420.749 seconds.
 TESTING       13217
 before reading
 done reading
 WAYNE load raw data , time =    41.34653401374817    
 ATTN ifrq ipol ln           8           1       17312   20.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990017    
  shift in azimuth *fractional pixel=  -0.4990017       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4799318313598633E-03
 TESTING  0.0000000E+00   6.919563     -0.1436926    
 WAYNE Motion comp. added to patch, time =    7.486067891120911    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.6909790039062500E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.919563     -0.1436926    
 HEY,dt,fract,ye,pe  -0.4990017       1.000000      6.6318303E-02
   1.3988200E-02
 WAYNE Azimuth compression done, time =    139.4781320095062    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9060930013656616    
 ==w out           8       15456         945            316538880
 WAYNE PROCESS   189.2301110029221    
 ==w out           9       17667
, time =    39.89256203174591    
 ATTN ifrq ipol ln           8           1       47520   20.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4991739    
  shift in azimuth *fractional pixel=  -0.4991739       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4690837860107422E-03
 WAYNE Motion comp. added to patch, time =    7.425629973411560    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   6.8489313125610352E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.5225440263748    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9083249568939209    
 ==w out          24       15456         945            316538880
 WAYNE PROCESS   187.7629100084305    
 ==w out          25       17667
, time =    40.34002304077148    
 ATTN ifrq ipol ln           8           1       77728   20.00000    
 IPOL, ITOP nblock            1           0          40
  ****shift in azimuth (fractional pixel)=  -0.4994964    
  shift in azimuth *fractional pixel=  -0.4994964       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4869651794433594E-03
 WAYNE Motion comp. added to patch, time =    7.426718950271606    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.2284994125366211E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.5058490037918    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8818199634552002    
 ==w out          40       15456         945            316538880
 WAYNE PROCESS   188.1737539768219    
 ==w out          41       17667
            1       28794           0
            2       28798           0
            3       28784           0
            4       28790           0
            5       28779           0
            6       28786           0
            7       28791           0
            8       28785           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      136896kids=            8

 Writing variable header...

 gather image from processor #            0
             8
 gather image from processor #            1
             8
 gather image from processor #            2
             8
 gather image from processor #            3
             8
 gather image from processor #            4
             8
 gather image from processor #            5
             8
 gather image from processor #            6
             7
 gather image from processor #            7
             7
 WAYNE gather images takes:     9.682392001152039    
 WAYNE LOOP TIME:     1625.207974076271    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_c.hh_j                     
 /export/air15/airops/1143/ts1143_c.mocomph                  
 /export/air15/airops/1143/ts1143_c.dop                      
 /export/air15/airops/1143/ts1143_c.glb                              2560
       136896
 update intf hdr ha:   7604.200    
 UPDATE:        2560      136896   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_c.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_c.dop                      
 globalfile /export/air15/airops/1143/ts1143_c.glb                      
 /export/air15/airops/1143/ts1143_c.glb                                38
 deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
 lat1 lon1:        1009   58.32909      -154.6675          136896
 last ra n_ns ns:   8606.355               0           1      137904
       136896
 lati loni:      137904   58.32906      -155.6094          137904           1
 center ra n_ns ns:   12866.70            1279        1279       69456
       136896
 lati loni:       69456   58.29065      -155.1419           69456        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_c.hh_j                     
 WAYNE FINAL PROCESS   1629.144479990005    

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

 NUMBER OF PROCESSOR USED =            8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        15456           7
        15456           7
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_c.hh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_c.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.ch                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air15/airops/1143/ts1143_c.BB                       
  Name of the line output file?
 /export/air15/airops/1143/c_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.568793058395386    

  Deskewing           62 patches
 Processing block number            1
 DEBUG         1008   1008.379       3048.809     -0.4989093     -0.4989093    
 patch iptc,sj,dgj,dgi,id:           1           1        1008        1008
            0
  half line dmj dgc:           0         945        3049        1008
   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        1008        1008
         1104
  half line dmj dgc:           1         945        3049        1008
   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          994   994.1180       3008.033     -0.4989028     -0.4989028    
         1105        1875         -14         784
 patch iptc,sj,dgj,dgi,id:           2        1875         994        1008
          784
  half line dmj dgc:           0        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1875        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1874

         1875        2979           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2979         994         994
         1104
  half line dmj dgc:           1        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2979        1875
   Zeroing lines in arrays 
  Total # of output lines =            2        2978

 Processing block number            3
 DEBUG          987   987.3624       2977.715     -0.4989348     -0.4989348    
         2979        3756          -7         784
 patch iptc,sj,dgj,dgi,id:           3        3756         987         994
          784
  half line dmj dgc:           0        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3756        2979
   Zeroing lines in arrays 
  Total # of output lines =            3        3755

         3756        4860           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4860         987         987
         1104
  half line dmj dgc:           1        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4860        3756
   Zeroing lines in arrays 
  Total # of output lines =            3        4859

 Processing block number            4
 DEBUG          983   983.3011       2963.888     -0.4989188     -0.4989188    
         4860        5640          -4         784
 patch iptc,sj,dgj,dgi,id:           4        5640         983         987
          784
  half line dmj dgc:           0        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        5640        4860
   Zeroing lines in arrays 
  Total # of output lines =            4        5639

         5640        6744           0        1104
 patch iptc,sj,dgj,dgi,id:           4        6744         983         983
         1104
  half line dmj dgc:           1        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        6744        5640
   Zeroing lines in arrays 
  Total # of output lines =            4        6743

 Processing block number            5
 DEBUG          960   960.2195       2916.616     -0.4989739     -0.4989739    
         6744        7505         -23         784
 patch iptc,sj,dgj,dgi,id:           5        7505         960         983
          784
  half line dmj dgc:           0        8497        2917        1008
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        7505        6744
   Zeroing lines in arrays 
  Total # of output lines =            5        7504

         7505        8609           0        1104
 patch iptc,sj,dgj,dgi,id:           5        8609         960         960
         1104
  half line dmj dgc:           1        8497        2917        1008
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        8609        7505
   Zeroing lines in arrays 
  Total # of output lines =            5        8608

 Processing block number            6
 DEBUG          940   940.5874       2874.235     -0.4989637     -0.4989637    
         8609        9373         -20         784
 patch iptc,sj,dgj,dgi,id:           6        9373         940         960
          784
  half line dmj dgc:           0       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        9373        8609
   Zeroing lines in arrays 
  Total # of output lines =            6        9372

         9373       10477           0        1104
 patch iptc,sj,dgj,dgi,id:           6       10477         940         940
         1104
  half line dmj dgc:           1       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:       10477        9373
   Zeroing lines in arrays 
  Total # of output lines =            6       10476

 Processing block number            7
 DEBUG          938   938.4952       2862.199     -0.4989967     -0.4989967    
        10477       11259          -2         784
 patch iptc,sj,dgj,dgi,id:           7       11259         938         940
          784
  half line dmj dgc:           0       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:       11259       10477
   Zeroing lines in arrays 
  Total # of output lines =            7       11258

        11259       12363           0        1104
 patch iptc,sj,dgj,dgi,id:           7          75         938         938
         1104
  half line dmj dgc:           1       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 s1>sj:       11259          75
   Zeroing lines in arrays 
  Total # of output lines =            7       12362

 Processing block number            8
 DEBUG          943   943.4293       2844.457     -0.4990017     -0.4990017    
           75         864           5         784
 patch iptc,sj,dgj,dgi,id:           8         864         943         938
          784
  half line dmj dgc:           0       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:         864          75
   Zeroing lines in arrays 
  Total # of output lines =            8       13151

          864        1968           0        1104
 patch iptc,sj,dgj,dgi,id:           8        1968         943         943
         1104
  half line dmj dgc:           1       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:        1968         864
   Zeroing lines in arrays 
  Total # of output lines =            8       14255

 Processing block number            9
 DEBUG          959   958.8355       2854.639     -0.4989904     -0.4989904    
         1968        2768          16         784
 patch iptc,sj,dgj,dgi,id:           9        2768         959         943
          784
  half line dmj dgc:           0       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:        2768        1968
   Zeroing lines in arrays 
  Total # of output lines =            9       15055

         2768        3872           0        1104
 patch iptc,sj,dgj,dgi,id:           9        3872         959         959
         1104
  half line dmj dgc:           1       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 sj>s1:        3872        2768
   Zeroing lines in arrays 
  Total # of output lines =            9       16159

 Processing block number           10
 DEBUG          971   971.2990       2871.704     -0.4989681     -0.4989681    
         3872        4668          12         784
 patch iptc,sj,dgj,dgi,id:          10        4668         971         959
          784
  half line dmj dgc:           0       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        4668        3872
   Zeroing lines in arrays 
  Total # of output lines =           10       16955

         4668        5772           0        1104
 patch iptc,sj,dgj,dgi,id:          10        5772         971         971
         1104
  half line dmj dgc:           1       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        5772        4668
   Zeroing lines in arrays 
  Total # of output lines =           10       18059

 Processing block number           11
 DEBUG          967   966.6810       2859.045     -0.4989800     -0.4989800    
         5772        6552          -4         784
 patch iptc,sj,dgj,dgi,id:          11        6552         967         971
          784
  half line dmj dgc:           0       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        6552        5772
   Zeroing lines in arrays 
  Total # of output lines =           11       18839

         6552        7656           0        1104
 patch iptc,sj,dgj,dgi,id:          11        7656         967         967
         1104
  half line dmj dgc:           1       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        7656        6552
   Zeroing lines in arrays 
  Total # of output lines =           11       19943

 Processing block number           12
 DEBUG          949   949.4267       2822.777     -0.4990100     -0.4990100    
         7656        8422         -18         784
 patch iptc,sj,dgj,dgi,id:          12        8422         949         967
          784
  half line dmj dgc:           0       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        8422        7656
   Zeroing lines in arrays 
  Total # of output lines =           12       20709

         8422        9526           0        1104
 patch iptc,sj,dgj,dgi,id:          12        9526         949         949
         1104
  half line dmj dgc:           1       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        9526        8422
   Zeroing lines in arrays 
  Total # of output lines =           12       21813

 Processing block number           13
 DEBUG          936   936.2852       2800.172     -0.4989991     -0.4989991    
         9526       10297         -13         784
 patch iptc,sj,dgj,dgi,id:          13       10297         936         949
          784
  half line dmj dgc:           0       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:       10297        9526
   Zeroing lines in arrays 
  Total # of output lines =           13       22584

        10297       11401           0        1104
 patch iptc,sj,dgj,dgi,id:          13       11401         936         936
         1104
  half line dmj dgc:           1       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:       11401       10297
   Zeroing lines in arrays 
  Total # of output lines =           13       23688

 Processing block number           14
 DEBUG          918   917.7980       2751.750     -0.4990420     -0.4990420    
        11401       12167         -18         784
 patch iptc,sj,dgj,dgi,id:          14       12167         918         936
          784
  half line dmj dgc:           0       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:       12167       11401
   Zeroing lines in arrays 
  Total # of output lines =           14       24454

        12167       13271           0        1104
 patch iptc,sj,dgj,dgi,id:          14         983         918         918
         1104
  half line dmj dgc:           1       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 s1>sj:       12167         983
   Zeroing lines in arrays 
  Total # of output lines =           14       25558

 Processing block number           15
 DEBUG          890   890.5796       2687.272     -0.4990540     -0.4990540    
          983        1739         -28         784
 patch iptc,sj,dgj,dgi,id:          15        1739         890         918
          784
  half line dmj dgc:           0       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        1739         983
   Zeroing lines in arrays 
  Total # of output lines =           15       26314

         1739        2843           0        1104
 patch iptc,sj,dgj,dgi,id:          15        2843         890         890
         1104
  half line dmj dgc:           1       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        2843        1739
   Zeroing lines in arrays 
  Total # of output lines =           15       27418

 Processing block number           16
 DEBUG          879   878.6839       2655.335     -0.4991120     -0.4991120    
         2843        3616         -11         784
 patch iptc,sj,dgj,dgi,id:          16        3616         879         890
          784
  half line dmj dgc:           0       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:        3616        2843
   Zeroing lines in arrays 
  Total # of output lines =           16       28191

         3616        4720           0        1104
 patch iptc,sj,dgj,dgi,id:          16        4720         879         879
         1104
  half line dmj dgc:           1       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:        4720        3616
   Zeroing lines in arrays 
  Total # of output lines =           16       29295

 Processing block number           17
 DEBUG          875   875.3397       2616.034     -0.4991333     -0.4991333    
         4720        5500          -4         784
 patch iptc,sj,dgj,dgi,id:          17        5500         875         879
          784
  half line dmj dgc:           0       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:        5500        4720
   Zeroing lines in arrays 
  Total # of output lines =           17       30075

         5500        6604           0        1104
 patch iptc,sj,dgj,dgi,id:          17        6604         875         875
         1104
  half line dmj dgc:           1       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 sj>s1:        6604        5500
   Zeroing lines in arrays 
  Total # of output lines =           17       31179

 Processing block number           18
 DEBUG          880   880.2881       2604.832     -0.4991030     -0.4991030    
         6604        7393           5         784
 patch iptc,sj,dgj,dgi,id:          18        7393         880         875
          784
  half line dmj dgc:           0       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        7393        6604
   Zeroing lines in arrays 
  Total # of output lines =           18       31968

         7393        8497           0        1104
 patch iptc,sj,dgj,dgi,id:          18        8497         880         880
         1104
  half line dmj dgc:           1       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        8497        7393
   Zeroing lines in arrays 
  Total # of output lines =           18       33072

 Processing block number           19
 DEBUG          883   883.1574       2596.657     -0.4991402     -0.4991402    
         8497        9284           3         784
 patch iptc,sj,dgj,dgi,id:          19        9284         883         880
          784
  half line dmj dgc:           0       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        9284        8497
   Zeroing lines in arrays 
  Total # of output lines =           19       33859

         9284       10388           0        1104
 patch iptc,sj,dgj,dgi,id:          19       10388         883         883
         1104
  half line dmj dgc:           1       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:       10388        9284
   Zeroing lines in arrays 
  Total # of output lines =           19       34963

 Processing block number           20
 DEBUG          877   877.4251       2571.527     -0.4991443     -0.4991443    
        10388       11166          -6         784
 patch iptc,sj,dgj,dgi,id:          20       11166         877         883
          784
  half line dmj dgc:           0       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:       11166       10388
   Zeroing lines in arrays 
  Total # of output lines =           20       35741

        11166       12270           0        1104
 patch iptc,sj,dgj,dgi,id:          20       12270         877         877
         1104
  half line dmj dgc:           1       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:       12270       11166
   Zeroing lines in arrays 
  Total # of output lines =           20       36845

 Processing block number           21
 DEBUG          877   876.8500       2556.461     -0.4991395     -0.4991395    
        12270       13054           0         784
 patch iptc,sj,dgj,dgi,id:          21         766         877         877
          784
  half line dmj dgc:           0       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 s1>sj:       12270         766
   Zeroing lines in arrays 
  Total # of output lines =           21       37629

          766        1870           0        1104
 patch iptc,sj,dgj,dgi,id:          21        1870         877         877
         1104
  half line dmj dgc:           1       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        1870         766
   Zeroing lines in arrays 
  Total # of output lines =           21       38733

 Processing block number           22
 DEBUG          880   879.8040       2549.226     -0.4991637     -0.4991637    
         1870        2657           3         784
 patch iptc,sj,dgj,dgi,id:          22        2657         880         877
          784
  half line dmj dgc:           0       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        2657        1870
   Zeroing lines in arrays 
  Total # of output lines =           22       39520

         2657        3761           0        1104
 patch iptc,sj,dgj,dgi,id:          22        3761         880         880
         1104
  half line dmj dgc:           1       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        3761        2657
   Zeroing lines in arrays 
  Total # of output lines =           22       40624

 Processing block number           23
 DEBUG          878   878.4620       2554.092     -0.4991216     -0.4991216    
         3761        4543          -2         784
 patch iptc,sj,dgj,dgi,id:          23        4543         878         880
          784
  half line dmj dgc:           0       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        4543        3761
   Zeroing lines in arrays 
  Total # of output lines =           23       41406

         4543        5647           0        1104
 patch iptc,sj,dgj,dgi,id:          23        5647         878         878
         1104
  half line dmj dgc:           1       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        5647        4543
   Zeroing lines in arrays 
  Total # of output lines =           23       42510

 Processing block number           24
 DEBUG          870   869.9185       2543.245     -0.4991739     -0.4991739    
         5647        6423          -8         784
 patch iptc,sj,dgj,dgi,id:          24        6423         870         878
          784
  half line dmj dgc:           0       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:        6423        5647
   Zeroing lines in arrays 
  Total # of output lines =           24       43286

         6423        7527           0        1104
 patch iptc,sj,dgj,dgi,id:          24        7527         870         870
         1104
  half line dmj dgc:           1       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:        7527        6423
   Zeroing lines in arrays 
  Total # of output lines =           24       44390

 Processing block number           25
 DEBUG          842   842.4324       2460.519     -0.4991720     -0.4991720    
         7527        8283         -28         784
 patch iptc,sj,dgj,dgi,id:          25        8283         842         870
          784
  half line dmj dgc:           0       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:        8283        7527
   Zeroing lines in arrays 
  Total # of output lines =           25       45146

         8283        9387           0        1104
 patch iptc,sj,dgj,dgi,id:          25        9387         842         842
         1104
  half line dmj dgc:           1       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 sj>s1:        9387        8283
   Zeroing lines in arrays 
  Total # of output lines =           25       46250

 Processing block number           26
 DEBUG          817   817.1109       2382.912     -0.4992393     -0.4992393    
         9387       10146         -25         784
 patch iptc,sj,dgj,dgi,id:          26       10146         817         842
          784
  half line dmj dgc:           0       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:       10146        9387
   Zeroing lines in arrays 
  Total # of output lines =           26       47009

        10146       11250           0        1104
 patch iptc,sj,dgj,dgi,id:          26       11250         817         817
         1104
  half line dmj dgc:           1       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:       11250       10146
   Zeroing lines in arrays 
  Total # of output lines =           26       48113

 Processing block number           27
 DEBUG          801   801.5118       2325.564     -0.4992698     -0.4992698    
        11250       12018         -16         784
 patch iptc,sj,dgj,dgi,id:          27       12018         801         817
          784
  half line dmj dgc:           0       50033        2325        1008
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:       12018       11250
   Zeroing lines in arrays 
  Total # of output lines =           27       48881

        12018       13122           0        1104
 patch iptc,sj,dgj,dgi,id:          27         834         801         801
         1104
  half line dmj dgc:           1       50033        2325        1008
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 s1>sj:       12018         834
   Zeroing lines in arrays 
  Total # of output lines =           27       49985

 Processing block number           28
 DEBUG          794   794.1600       2269.779     -0.4993224     -0.4993224    
          834        1611          -7         784
 patch iptc,sj,dgj,dgi,id:          28        1611         794         801
          784
  half line dmj dgc:           0       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        1611         834
   Zeroing lines in arrays 
  Total # of output lines =           28       50762

         1611        2715           0        1104
 patch iptc,sj,dgj,dgi,id:          28        2715         794         794
         1104
  half line dmj dgc:           1       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        2715        1611
   Zeroing lines in arrays 
  Total # of output lines =           28       51866

 Processing block number           29
 DEBUG          793   792.8146       2228.975     -0.4993233     -0.4993233    
         2715        3498          -1         784
 patch iptc,sj,dgj,dgi,id:          29        3498         793         794
          784
  half line dmj dgc:           0       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        3498        2715
   Zeroing lines in arrays 
  Total # of output lines =           29       52649

         3498        4602           0        1104
 patch iptc,sj,dgj,dgi,id:          29        4602         793         793
         1104
  half line dmj dgc:           1       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        4602        3498
   Zeroing lines in arrays 
  Total # of output lines =           29       53753

 Processing block number           30
 DEBUG          793   793.4157       2202.698     -0.4993527     -0.4993527    
         4602        5386           0         784
 patch iptc,sj,dgj,dgi,id:          30        5386         793         793
          784
  half line dmj dgc:           0       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        5386        4602
   Zeroing lines in arrays 
  Total # of output lines =           30       54537

         5386        6490           0        1104
 patch iptc,sj,dgj,dgi,id:          30        6490         793         793
         1104
  half line dmj dgc:           1       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        6490        5386
   Zeroing lines in arrays 
  Total # of output lines =           30       55641

 Processing block number           31
 DEBUG          793   793.2818       2187.241     -0.4993522     -0.4993522    
         6490        7274           0         784
 patch iptc,sj,dgj,dgi,id:          31        7274         793         793
          784
  half line dmj dgc:           0       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        7274        6490
   Zeroing lines in arrays 
  Total # of output lines =           31       56425

         7274        8378           0        1104
 patch iptc,sj,dgj,dgi,id:          31        8378         793         793
         1104
  half line dmj dgc:           1       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        8378        7274
   Zeroing lines in arrays 
  Total # of output lines =           31       57529

 Processing block number           32
 DEBUG          794   794.3472       2178.890     -0.4993651     -0.4993651    
         8378        9163           1         784
 patch iptc,sj,dgj,dgi,id:          32        9163         794         793
          784
  half line dmj dgc:           0       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:        9163        8378
   Zeroing lines in arrays 
  Total # of output lines =           32       58314

         9163       10267           0        1104
 patch iptc,sj,dgj,dgi,id:          32       10267         794         794
         1104
  half line dmj dgc:           1       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       10267        9163
   Zeroing lines in arrays 
  Total # of output lines =           32       59418

 Processing block number           33
 DEBUG          788   788.2053       2152.910     -0.4993621     -0.4993621    
        10267       11045          -6         784
 patch iptc,sj,dgj,dgi,id:          33       11045         788         794
          784
  half line dmj dgc:           0       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11045       10267
   Zeroing lines in arrays 
  Total # of output lines =           33       60196

        11045       12149           0        1104
 patch iptc,sj,dgj,dgi,id:          33       12149         788         788
         1104
  half line dmj dgc:           1       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 sj>s1:       12149       11045
   Zeroing lines in arrays 
  Total # of output lines =           33       61300

 Processing block number           34
 DEBUG          774   774.3522       2128.091     -0.4993765     -0.4993765    
        12149       12919         -14         784
 patch iptc,sj,dgj,dgi,id:          34         631         774         788
          784
  half line dmj dgc:           0       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 s1>sj:       12149         631
   Zeroing lines in arrays 
  Total # of output lines =           34       62070

          631        1735           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1735         774         774
         1104
  half line dmj dgc:           1       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1735         631
   Zeroing lines in arrays 
  Total # of output lines =           34       63174

 Processing block number           35
 DEBUG          753   753.1949       2092.321     -0.4993874     -0.4993874    
         1735        2498         -21         784
 patch iptc,sj,dgj,dgi,id:          35        2498         753         774
          784
  half line dmj dgc:           0       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2498        1735
   Zeroing lines in arrays 
  Total # of output lines =           35       63937

         2498        3602           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3602         753         753
         1104
  half line dmj dgc:           1       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3602        2498
   Zeroing lines in arrays 
  Total # of output lines =           35       65041

 Processing block number           36
 DEBUG          735   734.9812       2057.254     -0.4994072     -0.4994072    
         3602        4368         -18         784
 patch iptc,sj,dgj,dgi,id:          36        4368         735         753
          784
  half line dmj dgc:           0       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        4368        3602
   Zeroing lines in arrays 
  Total # of output lines =           36       65807

         4368        5472           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5472         735         735
         1104
  half line dmj dgc:           1       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5472        4368
   Zeroing lines in arrays 
  Total # of output lines =           36       66911

 Processing block number           37
 DEBUG          721   720.8691       2015.302     -0.4994194     -0.4994194    
         5472        6242         -14         784
 patch iptc,sj,dgj,dgi,id:          37        6242         721         735
          784
  half line dmj dgc:           0       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        6242        5472
   Zeroing lines in arrays 
  Total # of output lines =           37       67681

         6242        7346           0        1104
 patch iptc,sj,dgj,dgi,id:          37        7346         721         721
         1104
  half line dmj dgc:           1       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        7346        6242
   Zeroing lines in arrays 
  Total # of output lines =           37       68785

 Processing block number           38
 DEBUG          713   712.7394       1970.877     -0.4994469     -0.4994469    
         7346        8122          -8         784
 patch iptc,sj,dgj,dgi,id:          38        8122         713         721
          784
  half line dmj dgc:           0       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        8122        7346
   Zeroing lines in arrays 
  Total # of output lines =           38       69561

         8122        9226           0        1104
 patch iptc,sj,dgj,dgi,id:          38        9226         713         713
         1104
  half line dmj dgc:           1       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        9226        8122
   Zeroing lines in arrays 
  Total # of output lines =           38       70665

 Processing block number           39
 DEBUG          709   709.4099       1930.282     -0.4994636     -0.4994636    
         9226       10006          -4         784
 patch iptc,sj,dgj,dgi,id:          39       10006         709         713
          784
  half line dmj dgc:           0       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           0       85008
   Writing data negflag .eq. 0
 sj>s1:       10006        9226
   Zeroing lines in arrays 
  Total # of output lines =           39       71445

        10006       11110           0        1104
 patch iptc,sj,dgj,dgi,id:          39       11110         709         709
         1104
  half line dmj dgc:           1       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           1       86112
   Writing data negflag .eq. 0
 sj>s1:       11110       10006
   Zeroing lines in arrays 
  Total # of output lines =           39       72549

 Processing block number           40
 DEBUG          697   697.3571       1875.156     -0.4994964     -0.4994964    
        11110       11882         -12         784
 patch iptc,sj,dgj,dgi,id:          40       11882         697         709
          784
  half line dmj dgc:           0       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           0       87216
   Writing data negflag .eq. 0
 sj>s1:       11882       11110
   Zeroing lines in arrays 
  Total # of output lines =           40       73321

        11882       12986           0        1104
 patch iptc,sj,dgj,dgi,id:          40         698         697         697
         1104
  half line dmj dgc:           1       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           1       88320
   Writing data negflag .eq. 0
 s1>sj:       11882         698
   Zeroing lines in arrays 
  Total # of output lines =           40       74425

 Processing block number           41
 DEBUG          676   675.8303       1813.753     -0.4995220     -0.4995220    
          698        1461         -21         784
 patch iptc,sj,dgj,dgi,id:          41        1461         676         697
          784
  half line dmj dgc:           0       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           0       89424
   Writing data negflag .eq. 0
 sj>s1:        1461         698
   Zeroing lines in arrays 
  Total # of output lines =           41       75188

         1461        2565           0        1104
 patch iptc,sj,dgj,dgi,id:          41        2565         676         676
         1104
  half line dmj dgc:           1       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           1       90528
   Writing data negflag .eq. 0
 sj>s1:        2565        1461
   Zeroing lines in arrays 
  Total # of output lines =           41       76292

 Processing block number           42
 DEBUG          656   655.9919       1764.808     -0.4995494     -0.4995494    
         2565        3329         -20         784
 patch iptc,sj,dgj,dgi,id:          42        3329         656         676
          784
  half line dmj dgc:           0       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           0       91632
   Writing data negflag .eq. 0
 sj>s1:        3329        2565
   Zeroing lines in arrays 
  Total # of output lines =           42       77056

         3329        4433           0        1104
 patch iptc,sj,dgj,dgi,id:          42        4433         656         656
         1104
  half line dmj dgc:           1       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           1       92736
   Writing data negflag .eq. 0
 sj>s1:        4433        3329
   Zeroing lines in arrays 
  Total # of output lines =           42       78160

 Processing block number           43
 DEBUG          650   649.7499       1741.951     -0.4995430     -0.4995430    
         4433        5211          -6         784
 patch iptc,sj,dgj,dgi,id:          43        5211         650         656
          784
  half line dmj dgc:           0       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           0       93840
   Writing data negflag .eq. 0
 sj>s1:        5211        4433
   Zeroing lines in arrays 
  Total # of output lines =           43       78938

         5211        6315           0        1104
 patch iptc,sj,dgj,dgi,id:          43        6315         650         650
         1104
  half line dmj dgc:           1       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           1       94944
   Writing data negflag .eq. 0
 sj>s1:        6315        5211
   Zeroing lines in arrays 
  Total # of output lines =           43       80042

 Processing block number           44
 DEBUG          650   649.8859       1727.463     -0.4995621     -0.4995621    
         6315        7099           0         784
 patch iptc,sj,dgj,dgi,id:          44        7099         650         650
          784
  half line dmj dgc:           0       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           0       96048
   Writing data negflag .eq. 0
 sj>s1:        7099        6315
   Zeroing lines in arrays 
  Total # of output lines =           44       80826

         7099        8203           0        1104
 patch iptc,sj,dgj,dgi,id:          44        8203         650         650
         1104
  half line dmj dgc:           1       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           1       97152
   Writing data negflag .eq. 0
 sj>s1:        8203        7099
   Zeroing lines in arrays 
  Total # of output lines =           44       81930

 Processing block number           45
 DEBUG          643   643.1885       1696.124     -0.4995614     -0.4995614    
         8203        8980          -7         784
 patch iptc,sj,dgj,dgi,id:          45        8980         643         650
          784
  half line dmj dgc:           0       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           0       98256
   Writing data negflag .eq. 0
 sj>s1:        8980        8203
   Zeroing lines in arrays 
  Total # of output lines =           45       82707

         8980       10084           0        1104
 patch iptc,sj,dgj,dgi,id:          45       10084         643         643
         1104
  half line dmj dgc:           1       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           1       99360
   Writing data negflag .eq. 0
 sj>s1:       10084        8980
   Zeroing lines in arrays 
  Total # of output lines =           45       83811

 Processing block number           46
 DEBUG          639   638.7274       1671.914     -0.4995751     -0.4995751    
        10084       10864          -4         784
 patch iptc,sj,dgj,dgi,id:          46       10864         639         643
          784
  half line dmj dgc:           0       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           0      100464
   Writing data negflag .eq. 0
 sj>s1:       10864       10084
   Zeroing lines in arrays 
  Total # of output lines =           46       84591

        10864       11968           0        1104
 patch iptc,sj,dgj,dgi,id:          46       11968         639         639
         1104
  half line dmj dgc:           1       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           1      101568
   Writing data negflag .eq. 0
 sj>s1:       11968       10864
   Zeroing lines in arrays 
  Total # of output lines =           46       85695

 Processing block number           47
 DEBUG          633   632.6903       1631.850     -0.4995937     -0.4995937    
        11968       12746          -6         784
 patch iptc,sj,dgj,dgi,id:          47         458         633         639
          784
  half line dmj dgc:           0       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           0      102672
   Writing data negflag .eq. 0
 s1>sj:       11968         458
   Zeroing lines in arrays 
  Total # of output lines =           47       86473

          458        1562           0        1104
 patch iptc,sj,dgj,dgi,id:          47        1562         633         633
         1104
  half line dmj dgc:           1       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           1      103776
   Writing data negflag .eq. 0
 sj>s1:        1562         458
   Zeroing lines in arrays 
  Total # of output lines =           47       87577

 Processing block number           48
 DEBUG          631   631.2000       1601.864     -0.4996102     -0.4996102    
         1562        2344          -2         784
 patch iptc,sj,dgj,dgi,id:          48        2344         631         633
          784
  half line dmj dgc:           0       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           0      104880
   Writing data negflag .eq. 0
 sj>s1:        2344        1562
   Zeroing lines in arrays 
  Total # of output lines =           48       88359

         2344        3448           0        1104
 patch iptc,sj,dgj,dgi,id:          48        3448         631         631
         1104
  half line dmj dgc:           1       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           1      105984
   Writing data negflag .eq. 0
 sj>s1:        3448        2344
   Zeroing lines in arrays 
  Total # of output lines =           48       89463

 Processing block number           49
 DEBUG          636   636.5082       1597.963     -0.4996040     -0.4996040    
         3448        4237           5         784
 patch iptc,sj,dgj,dgi,id:          49        4237         636         631
          784
  half line dmj dgc:           0       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           0      107088
   Writing data negflag .eq. 0
 sj>s1:        4237        3448
   Zeroing lines in arrays 
  Total # of output lines =           49       90252

         4237        5341           0        1104
 patch iptc,sj,dgj,dgi,id:          49        5341         636         636
         1104
  half line dmj dgc:           1       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           1      108192
   Writing data negflag .eq. 0
 sj>s1:        5341        4237
   Zeroing lines in arrays 
  Total # of output lines =           49       91356

 Processing block number           50
 DEBUG          638   638.5740       1585.246     -0.4995967     -0.4995967    
         5341        6127           2         784
 patch iptc,sj,dgj,dgi,id:          50        6127         638         636
          784
  half line dmj dgc:           0       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           0      109296
   Writing data negflag .eq. 0
 sj>s1:        6127        5341
   Zeroing lines in arrays 
  Total # of output lines =           50       92142

         6127        7231           0        1104
 patch iptc,sj,dgj,dgi,id:          50        7231         638         638
         1104
  half line dmj dgc:           1       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           1      110400
   Writing data negflag .eq. 0
 sj>s1:        7231        6127
   Zeroing lines in arrays 
  Total # of output lines =           50       93246

 Processing block number           51
 DEBUG          638   638.1843       1576.514     -0.4996204     -0.4996204    
         7231        8015           0         784
 patch iptc,sj,dgj,dgi,id:          51        8015         638         638
          784
  half line dmj dgc:           0       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           0      111504
   Writing data negflag .eq. 0
 sj>s1:        8015        7231
   Zeroing lines in arrays 
  Total # of output lines =           51       94030

         8015        9119           0        1104
 patch iptc,sj,dgj,dgi,id:          51        9119         638         638
         1104
  half line dmj dgc:           1       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           1      112608
   Writing data negflag .eq. 0
 sj>s1:        9119        8015
   Zeroing lines in arrays 
  Total # of output lines =           51       95134

 Processing block number           52
 DEBUG          630   629.7819       1571.308     -0.4996032     -0.4996032    
         9119        9895          -8         784
 patch iptc,sj,dgj,dgi,id:          52        9895         630         638
          784
  half line dmj dgc:           0       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           0      113712
   Writing data negflag .eq. 0
 sj>s1:        9895        9119
   Zeroing lines in arrays 
  Total # of output lines =           52       95910

         9895       10999           0        1104
 patch iptc,sj,dgj,dgi,id:          52       10999         630         630
         1104
  half line dmj dgc:           1       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           1      114816
   Writing data negflag .eq. 0
 sj>s1:       10999        9895
   Zeroing lines in arrays 
  Total # of output lines =           52       97014

 Processing block number           53
 DEBUG          606   606.2238       1539.308     -0.4996036     -0.4996036    
        10999       11759         -24         784
 patch iptc,sj,dgj,dgi,id:          53       11759         606         630
          784
  half line dmj dgc:           0       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           0      115920
   Writing data negflag .eq. 0
 sj>s1:       11759       10999
   Zeroing lines in arrays 
  Total # of output lines =           53       97774

        11759       12863           0        1104
 patch iptc,sj,dgj,dgi,id:          53         575         606         606
         1104
  half line dmj dgc:           1       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           1      117024
   Writing data negflag .eq. 0
 s1>sj:       11759         575
   Zeroing lines in arrays 
  Total # of output lines =           53       98878

 Processing block number           54
 DEBUG          578   578.5456       1474.810     -0.4996393     -0.4996393    
          575        1331         -28         784
 patch iptc,sj,dgj,dgi,id:          54        1331         578         606
          784
  half line dmj dgc:           0      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           0      118128
   Writing data negflag .eq. 0
 sj>s1:        1331         575
   Zeroing lines in arrays 
  Total # of output lines =           54       99634

         1331        2435           0        1104
 patch iptc,sj,dgj,dgi,id:          54        2435         578         578
         1104
  half line dmj dgc:           1      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           1      119232
   Writing data negflag .eq. 0
 sj>s1:        2435        1331
   Zeroing lines in arrays 
  Total # of output lines =           54      100738

 Processing block number           55
 DEBUG          552   552.2131       1399.765     -0.4996759     -0.4996759    
         2435        3193         -26         784
 patch iptc,sj,dgj,dgi,id:          55        3193         552         578
          784
  half line dmj dgc:           0      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           0      120336
   Writing data negflag .eq. 0
 sj>s1:        3193        2435
   Zeroing lines in arrays 
  Total # of output lines =           55      101496

         3193        4297           0        1104
 patch iptc,sj,dgj,dgi,id:          55        4297         552         552
         1104
  half line dmj dgc:           1      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           1      121440
   Writing data negflag .eq. 0
 sj>s1:        4297        3193
   Zeroing lines in arrays 
  Total # of output lines =           55      102600

 Processing block number           56
 DEBUG          532   532.1458       1333.929     -0.4996938     -0.4996938    
         4297        5061         -20         784
 patch iptc,sj,dgj,dgi,id:          56        5061         532         552
          784
  half line dmj dgc:           0      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           0      122544
   Writing data negflag .eq. 0
 sj>s1:        5061        4297
   Zeroing lines in arrays 
  Total # of output lines =           56      103364

         5061        6165           0        1104
 patch iptc,sj,dgj,dgi,id:          56        6165         532         532
         1104
  half line dmj dgc:           1      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           1      123648
   Writing data negflag .eq. 0
 sj>s1:        6165        5061
   Zeroing lines in arrays 
  Total # of output lines =           56      104468

 Processing block number           57
 DEBUG          526   525.7755       1285.391     -0.4997093     -0.4997093    
         6165        6943          -6         784
 patch iptc,sj,dgj,dgi,id:          57        6943         526         532
          784
  half line dmj dgc:           0      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           0      124752
   Writing data negflag .eq. 0
 sj>s1:        6943        6165
   Zeroing lines in arrays 
  Total # of output lines =           57      105246

         6943        8047           0        1104
 patch iptc,sj,dgj,dgi,id:          57        8047         526         526
         1104
  half line dmj dgc:           1      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           1      125856
   Writing data negflag .eq. 0
 sj>s1:        8047        6943
   Zeroing lines in arrays 
  Total # of output lines =           57      106350

 Processing block number           58
 DEBUG          523   523.1877       1246.477     -0.4997329     -0.4997329    
         8047        8828          -3         784
 patch iptc,sj,dgj,dgi,id:          58        8828         523         526
          784
  half line dmj dgc:           0      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           0      126960
   Writing data negflag .eq. 0
 sj>s1:        8828        8047
   Zeroing lines in arrays 
  Total # of output lines =           58      107131

         8828        9932           0        1104
 patch iptc,sj,dgj,dgi,id:          58        9932         523         523
         1104
  half line dmj dgc:           1      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           1      128064
   Writing data negflag .eq. 0
 sj>s1:        9932        8828
   Zeroing lines in arrays 
  Total # of output lines =           58      108235

 Processing block number           59
 DEBUG          513   512.8685       1202.870     -0.4997472     -0.4997472    
         9932       10706         -10         784
 patch iptc,sj,dgj,dgi,id:          59       10706         513         523
          784
  half line dmj dgc:           0      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           0      129168
   Writing data negflag .eq. 0
 sj>s1:       10706        9932
   Zeroing lines in arrays 
  Total # of output lines =           59      109009

        10706       11810           0        1104
 patch iptc,sj,dgj,dgi,id:          59       11810         513         513
         1104
  half line dmj dgc:           1      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           1      130272
   Writing data negflag .eq. 0
 sj>s1:       11810       10706
   Zeroing lines in arrays 
  Total # of output lines =           59      110113

 Processing block number           60
 DEBUG          499   499.5016       1168.854     -0.4997399     -0.4997399    
        11810       12580         -14         784
 patch iptc,sj,dgj,dgi,id:          60         292         499         513
          784
  half line dmj dgc:           0      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           0      131376
   Writing data negflag .eq. 0
 s1>sj:       11810         292
   Zeroing lines in arrays 
  Total # of output lines =           60      110883

          292        1396           0        1104
 patch iptc,sj,dgj,dgi,id:          60        1396         499         499
         1104
  half line dmj dgc:           1      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           1      132480
   Writing data negflag .eq. 0
 sj>s1:        1396         292
   Zeroing lines in arrays 
  Total # of output lines =           60      111987

 Processing block number           61
 DEBUG          499   499.0016       1172.350     -0.4997482     -0.4997482    
         1396        2180           0         784
 patch iptc,sj,dgj,dgi,id:          61        2180         499         499
          784
  half line dmj dgc:           0      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           0      133584
   Writing data negflag .eq. 0
 sj>s1:        2180        1396
   Zeroing lines in arrays 
  Total # of output lines =           61      112771

         2180        3284           0        1104
 patch iptc,sj,dgj,dgi,id:          61        3284         499         499
         1104
  half line dmj dgc:           1      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           1      134688
   Writing data negflag .eq. 0
 sj>s1:        3284        2180
   Zeroing lines in arrays 
  Total # of output lines =           61      113875

 Processing block number           62
 DEBUG          499   498.8947       1170.974     -0.4997424     -0.4997424    
         3284        3803           0         519
 patch iptc,sj,dgj,dgi,id:          62        3803         499         499
          519
  half line dmj dgc:           0      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           0      135792
   Writing data negflag .eq. 0
 sj>s1:        3803        3284
   Zeroing lines in arrays 
  Total # of output lines =           62      114394

         3803        4907           0        1104
 patch iptc,sj,dgj,dgi,id:          62        4907         499         499
         1104
  half line dmj dgc:           1      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           1      136896
   Writing data negflag .eq. 0
 sj>s1:        4907        3803
   Zeroing lines in arrays 
  Total # of output lines =           62      115498

 ia dmi dgi:        4907        1171         499
   Writing the last         1776 lines
 last half sj>s1        6683        4907      115498
 WAYNE done patche    519.0534530878067    
  Total # of output lines =       117274

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  117274
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    519.7612490653992    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hv96c                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_c.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =   0.7340000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.460000      0.1652000    
  -0.6663700    
  Receive leverarm x,y,z              =    2.490000       1.224800    
    1.606370    



  Name of raw data file?
 /export/air12/airops/1143/c_hv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_c.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.ch                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5313998E-02
 reading motion compensation data
 WAYNE read motion compen    2.773698    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7867260    
 start range comp, time =      4.474

 WAYNE PREV   3.595834    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            8 by #            0

 Processing block number            1
 TESTING WHY  7.1161799E-02  1.4801200E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     4.655 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    23.78093802928925    
 ATTN ifrq ipol ln           8           2        4096   20.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989093    
  shift in azimuth *fractional pixel=  -0.4989093       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.2220096588134766E-03
 TESTING  1.4999986E-02   6.444399      0.7227456    
 WAYNE Motion comp. added to patch, time =    7.994471073150635    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4540424346923828E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   6.444399      0.7227456    
 HEY,dt,fract,ye,pe  -0.4989093       1.000000      7.1161799E-02
   1.4801200E-02
 WAYNE Azimuth compression done, time =    155.1956989765167    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8798660039901733    
 ==w out           1           0         945                    0
 WAYNE PROCESS   187.8613059520721    

 Processing block number            2
 TESTING WHY  7.0244499E-02  1.4539300E-02        1888           2
 WAYNE PATCHES:         1889         5984 patch#            2
  reference line:  3936   192.516 seconds.
 TESTING        1889
 before reading
 done reading
 WAYNE load raw data , time =    41.53229296207428    
 ATTN ifrq ipol ln           8           2        5984   20.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989028    
  shift in azimuth *fractional pixel=  -0.4989028       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4379701614379883E-03
 TESTING  1.4999986E-02   6.664322      0.3996308    
 WAYNE Motion comp. added to patch, time =    7.475536942481995    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6337027549743652E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   6.664322      0.3996308    
 HEY,dt,fract,ye,pe  -0.4989028       1.000000      7.0244499E-02
   1.4539300E-02
 WAYNE Azimuth compression done, time =    155.0761500597000    
  Writing         2208 lines of data to file
 WAYNE write output data    1.060703992843628    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   205.1774500608444    

 Processing block number            3
 TESTING WHY  6.9425598E-02  1.4621200E-02        1888           3
 WAYNE PATCHES:         3777         7872 patch#            3
  reference line:  5824   397.694 seconds.
 TESTING        3777
 before reading
 done reading
 WAYNE load raw data , time =    40.43566191196442    
 ATTN ifrq ipol ln           8           2        7872   20.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989348    
  shift in azimuth *fractional pixel=  -0.4989348       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4889917373657227E-03
 TESTING  1.4999986E-02   6.904490      0.3946925    
 WAYNE Motion comp. added to patch, time =    7.496227979660034    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1129846572875977E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   6.904490      0.3946925    
 HEY,dt,fract,ye,pe  -0.4989348       1.000000      6.9425598E-02
   1.4621200E-02
 WAYNE Azim PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            9 to           16 by #            1

 Processing block number            9
 WAYNE PATCHES:        15105        19200 patch#            9
  reference line: 17152     4.672 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    23.96120798587799    
 ATTN ifrq ipol ln           8           2       19200   20.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4989904    
  shift in azimuth *fractional pixel=  -0.4989904       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3550472259521484E-03
 WAYNE Motion comp. added to patch, time =    8.047364950180054    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.5949478149414063E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.3858009576797    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9217621088027954    
 ==w out           9           0         945                    0
 WAYNE PROCESS   187.3268190622330    

 Processing block number           10
 WAYNE PATCHES:        16993        21088 patch#           10
  reference line: 19040   191.999 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.83930993080139    
 ATTN ifrq ipol ln           8           2       21088   20.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4989681    
  shift in azimuth *fractional pixel=  -0.4989681       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.6360960006713867E-03
 WAYNE Motion comp. added to patch, time =    7.752429008483887    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.8280696868896484E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2315540313721    
  Writing         2208 lines of data to file
 WAYNE write output data    1.093553900718689    
 ==w out          10        2208         945             45219840
 WAYNE PROCESS   205.9305208921432    

 Processing block number           11
 WAYNE PATCHES:        18881        22976 patch#           11
  reference line: 20928   397.930 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.21668100357056    
 ATTN ifrq ipol ln           8           2       22976   20.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4989800    
  shift in azimuth *fractional pixel=  -0.4989800       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4789781570434570E-03
 WAYNE Motion comp. added to patch, time =    7.461748003959656    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2349357604980469E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1389290094376    
  Writing         2208 lines of data to file
 WAYNE write output data    1.013177990913391    
 ==w out          11        4416         945             90439680
 WAYNE PROCESS   203.8394750356674    

 Processing block number           12
 WAYNE PATCHES:        20769        24864 patch#           12
  reference line: 22816   601.769 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.76939594745636    
 ATTN ifrq ipol ln           8           2       24864   20.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4990100    
  shift in azimuth *fractional pixel=  -0.4990100       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4030418395996094E-03
 WAYNE Motion comp. added to patch, time =    7.50065 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           17 to           24 by #            2

 Processing block number           17
 WAYNE PATCHES:        30209        34304 patch#           17
  reference line: 32256     4.684 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    23.93425893783569    
 ATTN ifrq ipol ln           8           2       34304   20.00000    
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4991333    
  shift in azimuth *fractional pixel=  -0.4991333       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3019990921020508E-03
 WAYNE Motion comp. added to patch, time =    8.197855949401855    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6669502258300781E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7327239513397    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9166920185089111    
 ==w out          17           0         945                    0
 WAYNE PROCESS   187.7924460172653    

 Processing block number           18
 WAYNE PATCHES:        32097        36192 patch#           18
  reference line: 34144   192.477 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.69977104663849    
 ATTN ifrq ipol ln           8           2       36192   20.00000    
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4991030    
  shift in azimuth *fractional pixel=  -0.4991030       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3970813751220703E-03
 WAYNE Motion comp. added to patch, time =    7.678472995758057    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.9069862365722656E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8894269466400    
  Writing         2208 lines of data to file
 WAYNE write output data    1.067326903343201    
 ==w out          18        2208         945             45219840
 WAYNE PROCESS   205.3485369682312    

 Processing block number           19
 WAYNE PATCHES:        33985        38080 patch#           19
  reference line: 36032   397.826 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.23450493812561    
 ATTN ifrq ipol ln           8           2       38080   20.00000    
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4991402    
  shift in azimuth *fractional pixel=  -0.4991402       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3540468215942383E-03
 WAYNE Motion comp. added to patch, time =    7.431606054306030    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1059513092041016E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8177529573441    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9046709537506104    
 ==w out          19        4416         945             90439680
 WAYNE PROCESS   203.3971499204636    

 Processing block number           20
 WAYNE PATCHES:        35873        39968 patch#           20
  reference line: 37920   601.223 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.32909107208252    
 ATTN ifrq ipol ln           8           2       39968   20.00000    
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4991443    
  shift in azimuth *fractional pixel=  -0.4991443       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4171085357666016E-03
 WAYNE Motion comp. added to patch, time =    7.54379 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           56 to           62 by #            7

 Processing block number           56
 WAYNE PATCHES:       103841       107936 patch#           56
  reference line: *****     4.758 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.38362205028534    
 ATTN ifrq ipol ln           8           2      107936   20.00000    
 IPOL, ITOP nblock            2           0          56
  ****shift in azimuth (fractional pixel)=  -0.4996938    
  shift in azimuth *fractional pixel=  -0.4996938       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3769817352294922E-03
 WAYNE Motion comp. added to patch, time =    7.945929050445557    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5299787521362305E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.9209851026535    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9190900325775146    
 ==w out          56           0         945                    0
 WAYNE PROCESS   187.1804659366608    

 Processing block number           57
 WAYNE PATCHES:       105729       109824 patch#           57
  reference line: *****   191.939 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.23704504966736    
 ATTN ifrq ipol ln           8           2      109824   20.00000    
 IPOL, ITOP nblock            2           0          57
  ****shift in azimuth (fractional pixel)=  -0.4997093    
  shift in azimuth *fractional pixel=  -0.4997093       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.6120157241821289E-03
 WAYNE Motion comp. added to patch, time =    7.512951016426086    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8741965293884277E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.0116469860077    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8054039478302002    
 ==w out          57        2208         945             45219840
 WAYNE PROCESS   206.5926959514618    

 Processing block number           58
 WAYNE PATCHES:       107617       111712 patch#           58
  reference line: *****   398.532 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.87319195270538    
 ATTN ifrq ipol ln           8           2      111712   20.00000    
 IPOL, ITOP nblock            2           0          58
  ****shift in azimuth (fractional pixel)=  -0.4997329    
  shift in azimuth *fractional pixel=  -0.4997329       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3919553756713867E-03
 WAYNE Motion comp. added to patch, time =    7.615197896957397    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2130012512207031E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1587609052658    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9358400106430054    
 ==w out          58        4416         945             90439680
 WAYNE PROCESS   203.5917960405350    

 Processing block number           59
 WAYNE PATCHES:       109505       113600 patch#           59
  reference line: *****   602.124 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.56377291679382    
 ATTN ifrq ipol ln           8           2      113600   20.00000    
 IPOL, ITOP nblock            2           0          59
  ****shift in azimuth (fractional pixel)=  -0.4997472    
  shift in azimuth *fractional pixel=  -0.4997472       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4119825363159180E-03
 WAYNE Motion comp. added to patch, time =    7.44577 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           25 to           32 by #            3

 Processing block number           25
 WAYNE PATCHES:        45313        49408 patch#           25
  reference line: 47360     4.699 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    23.82867896556854    
 ATTN ifrq ipol ln           8           2       49408   20.00000    
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4991720    
  shift in azimuth *fractional pixel=  -0.4991720       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.2309503555297852E-03
 WAYNE Motion comp. added to patch, time =    8.276337981224060    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.5449991226196289E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3371300697327    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8400830030441284    
 ==w out          25           0         945                    0
 WAYNE PROCESS   188.2926210165024    

 Processing block number           26
 WAYNE PATCHES:        47201        51296 patch#           26
  reference line: 49248   192.992 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.06439805030823    
 ATTN ifrq ipol ln           8           2       51296   20.00000    
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4992393    
  shift in azimuth *fractional pixel=  -0.4992393       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4529905319213867E-03
 WAYNE Motion comp. added to patch, time =    7.513103008270264    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2169947624206543E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.8938980102539    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7324390411376953    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   203.2326099872589    

 Processing block number           27
 WAYNE PATCHES:        49089        53184 patch#           27
  reference line: 51136   396.225 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.91060698032379    
 ATTN ifrq ipol ln           8           2       53184   20.00000    
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4992698    
  shift in azimuth *fractional pixel=  -0.4992698       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5480003356933594E-03
 WAYNE Motion comp. added to patch, time =    7.506184935569763    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1710395812988281E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1061840057373    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9504139423370361    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   205.4823119640350    

 Processing block number           28
 WAYNE PATCHES:        50977        55072 patch#           28
  reference line: 53024   601.707 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.05311608314514    
 ATTN ifrq ipol ln           8           2       55072   20.00000    
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.6819915771484375E-03
 WAYNE Motion comp. added to patch, time =    7.44133 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           41 to           48 by #            5

 Processing block number           41
 WAYNE PATCHES:        75521        79616 patch#           41
  reference line: 77568     4.728 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.39849793910980    
 ATTN ifrq ipol ln           8           2       79616   20.00000    
 IPOL, ITOP nblock            2           0          41
  ****shift in azimuth (fractional pixel)=  -0.4995220    
  shift in azimuth *fractional pixel=  -0.4995220       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.3470602035522461E-03
 WAYNE Motion comp. added to patch, time =    7.981358051300049    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7869939804077148E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.0478829145432    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8013010025024414    
 ==w out          41           0         945                    0
 WAYNE PROCESS   189.2399759292603    

 Processing block number           42
 WAYNE PATCHES:        77409        81504 patch#           42
  reference line: 79456   193.968 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.37190198898315    
 ATTN ifrq ipol ln           8           2       81504   20.00000    
 IPOL, ITOP nblock            2           0          42
  ****shift in azimuth (fractional pixel)=  -0.4995494    
  shift in azimuth *fractional pixel=  -0.4995494       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3999423980712891E-03
 WAYNE Motion comp. added to patch, time =    7.456228017807007    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6909003257751465E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8378499746323    
  Writing         2208 lines of data to file
 WAYNE write output data    1.034989953041077    
 ==w out          42        2208         945             45219840
 WAYNE PROCESS   203.7244778871536    

 Processing block number           43
 WAYNE PATCHES:        79297        83392 patch#           43
  reference line: 81344   397.693 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.90209102630615    
 ATTN ifrq ipol ln           8           2       83392   20.00000    
 IPOL, ITOP nblock            2           0          43
  ****shift in azimuth (fractional pixel)=  -0.4995430    
  shift in azimuth *fractional pixel=  -0.4995430       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4960250854492188E-03
 WAYNE Motion comp. added to patch, time =    7.425752997398376    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2020339965820313E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1768519878387    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9383490085601807    
 ==w out          43        4416         945             90439680
 WAYNE PROCESS   204.4520469903946    

 Processing block number           44
 WAYNE PATCHES:        81185        85280 patch#           44
  reference line: 83232   602.145 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.66362798213959    
 ATTN ifrq ipol ln           8           2       85280   20.00000    
 IPOL, ITOP nblock            2           0          44
  ****shift in azimuth (fractional pixel)=  -0.4995621    
  shift in azimuth *fractional pixel=  -0.4995621       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4249763488769531E-03
 WAYNE Motion comp. added to patch, time =    7.64367 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           33 to           40 by #            4

 Processing block number           33
 WAYNE PATCHES:        60417        64512 patch#           33
  reference line: 62464     4.713 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.31242501735687    
 ATTN ifrq ipol ln           8           2       64512   20.00000    
 IPOL, ITOP nblock            2           0          33
  ****shift in azimuth (fractional pixel)=  -0.4993621    
  shift in azimuth *fractional pixel=  -0.4993621       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.2949657440185547E-03
 WAYNE Motion comp. added to patch, time =    8.119545936584473    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5599002838134766E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.8596179485321    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9194720983505249    
 ==w out          33           0         945                    0
 WAYNE PROCESS   187.2218320369720    

 Processing block number           34
 WAYNE PATCHES:        62305        66400 patch#           34
  reference line: 64352   191.935 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.53756606578827    
 ATTN ifrq ipol ln           8           2       66400   20.00000    
 IPOL, ITOP nblock            2           0          34
  ****shift in azimuth (fractional pixel)=  -0.4993765    
  shift in azimuth *fractional pixel=  -0.4993765       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4889917373657227E-03
 WAYNE Motion comp. added to patch, time =    7.552536010742188    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.8107056617736816E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1840780973434    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9699540138244629    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   206.2690180540085    

 Processing block number           35
 WAYNE PATCHES:        64193        68288 patch#           35
  reference line: 66240   398.204 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.07195591926575    
 ATTN ifrq ipol ln           8           2       68288   20.00000    
 IPOL, ITOP nblock            2           0          35
  ****shift in azimuth (fractional pixel)=  -0.4993874    
  shift in azimuth *fractional pixel=  -0.4993874       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5409669876098633E-03
 WAYNE Motion comp. added to patch, time =    7.673326969146729    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1508932113647461E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6864080429077    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9834640026092529    
 ==w out          35        4416         945             90439680
 WAYNE PROCESS   203.4239829778671    

 Processing block number           36
 WAYNE PATCHES:        66081        70176 patch#           36
  reference line: 68128   601.629 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.55194306373596    
 ATTN ifrq ipol ln           8           2       70176   20.00000    
 IPOL, ITOP nblock            2           0          36
  ****shift in azimuth (fractional pixel)=  -0.4994072    
  shift in azimuth *fractional pixel=  -0.4994072       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.7100057601928711E-03
 WAYNE Motion comp. added to patch, time =    7.62702 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           49 to           55 by #            6

 Processing block number           49
 WAYNE PATCHES:        90625        94720 patch#           49
  reference line: 92672     4.743 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    25.03485000133514    
 ATTN ifrq ipol ln           8           2       94720   20.00000    
 IPOL, ITOP nblock            2           0          49
  ****shift in azimuth (fractional pixel)=  -0.4996040    
  shift in azimuth *fractional pixel=  -0.4996040       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   6.2329769134521484E-03
 WAYNE Motion comp. added to patch, time =    8.107125997543335    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.7379989624023438E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1509300470352    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8141390085220337    
 ==w out          49           0         945                    0
 WAYNE PROCESS   189.1180630922318    

 Processing block number           50
 WAYNE PATCHES:        92513        96608 patch#           50
  reference line: 94560   193.862 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.69134199619293    
 ATTN ifrq ipol ln           8           2       96608   20.00000    
 IPOL, ITOP nblock            2           0          50
  ****shift in azimuth (fractional pixel)=  -0.4995967    
  shift in azimuth *fractional pixel=  -0.4995967       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4320096969604492E-03
 WAYNE Motion comp. added to patch, time =    7.581508040428162    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.9109001159667969E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6069589853287    
  Writing         2208 lines of data to file
 WAYNE write output data    1.065548062324524    
 ==w out          50        2208         945             45219840
 WAYNE PROCESS   203.9812799692154    

 Processing block number           51
 WAYNE PATCHES:        94401        98496 patch#           51
  reference line: 96448   397.843 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.72438395023346    
 ATTN ifrq ipol ln           8           2       98496   20.00000    
 IPOL, ITOP nblock            2           0          51
  ****shift in azimuth (fractional pixel)=  -0.4996204    
  shift in azimuth *fractional pixel=  -0.4996204       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4600238800048828E-03
 WAYNE Motion comp. added to patch, time =    7.898664951324463    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.6600360870361328E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2712259292603    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8021470308303833    
 ==w out          51        4416         945             90439680
 WAYNE PROCESS   204.7060620784760    

 Processing block number           52
 WAYNE PATCHES:        96289       100384 patch#           52
  reference line: 98336   602.549 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.65766990184784    
 ATTN ifrq ipol ln           8           2      100384   20.00000    
 IPOL, ITOP nblock            2           0          52
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5348873138427734E-03
 WAYNE Motion comp. added to patch, time =    7.62946uth compression done, time =    154.5374250411987    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8650699853897095    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   203.3436310291290    

 Processing block number            4
 TESTING WHY  6.9078699E-02  1.4607200E-02        1888           4
 WAYNE PATCHES:         5665         9760 patch#            4
  reference line:  7712   601.038 seconds.
 TESTING        5665
 before reading
 done reading
 WAYNE load raw data , time =    42.65122294425964    
 ATTN ifrq ipol ln           8           2        9760   20.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989188    
  shift in azimuth *fractional pixel=  -0.4989188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5259466171264648E-03
 TESTING  1.4999986E-02   7.135190       1.297394    
 WAYNE Motion comp. added to patch, time =    7.587026953697205    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.1969079971313477E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   7.135190       1.297394    
 HEY,dt,fract,ye,pe  -0.4989188       1.000000      6.9078699E-02
   1.4607200E-02
 WAYNE Azimuth compression done, time =    154.9059910774231    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8968349695205688    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   206.0499349832535    

 Processing block number            5
 TESTING WHY  6.8232097E-02  1.3869000E-02        1888           5
 WAYNE PATCHES:         7553        11648 patch#            5
  reference line:  9600   807.088 seconds.
 TESTING        7553
 before reading
 done reading
 WAYNE load raw data , time =    42.47179102897644    
 ATTN ifrq ipol ln           8           2       11648   20.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989739    
  shift in azimuth *fractional pixel=  -0.4989739       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4479837417602539E-03
 TESTING  1.4999986E-02   7.262218       2.323668    
 WAYNE Motion comp. added to patch, time =    7.504180908203125    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2519826889038086E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   7.262218       2.323668    
 HEY,dt,fract,ye,pe  -0.4989739       1.000000      6.8232097E-02
   1.3869000E-02
 WAYNE Azimuth compression done, time =    155.5950300693512    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8748710155487061    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   206.4546059370041    

 Processing block number            6
 TESTING WHY  6.7441396E-02  1.3269200E-02        1888           6
 WAYNE PATCHES:         9441        13536 patch#            6
  reference line: 11488  1013.543 seconds.
 TESTING        9441
 before reading
 done reading
 WAYNE load raw data , time =    41.01420104503632    
 ATTN ifrq ipol ln           8           2       13536   20.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989637    
  shift in azimuth *fractional pixel=  -0.4989637       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4980516433715820E-03
 TESTING  1.4999986E-02   7.304365       2.589110    
 WAYNE Motion comp. added to patch, time =    7.455279946327209    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1508932113647461E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y6104927063    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9539594650268555E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.7294530868530    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8122880458831787    
 ==w out          59        6624         945            135659520
 WAYNE PROCESS   205.5602669715881    

 Processing block number           60
 WAYNE PATCHES:       111393       115488 patch#           60
  reference line: *****   807.684 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.85657894611359    
 ATTN ifrq ipol ln           8           2      115488   20.00000    
 IPOL, ITOP nblock            2           0          60
  ****shift in azimuth (fractional pixel)=  -0.4997399    
  shift in azimuth *fractional pixel=  -0.4997399       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5559873580932617E-03
 WAYNE Motion comp. added to patch, time =    7.420702934265137    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1430253982543945E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6980810165405    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9687099456787109    
 ==w out          60        8832         945            180879360
 WAYNE PROCESS   204.9529359340668    

 Processing block number           61
 WAYNE PATCHES:       113281       117376 patch#           61
  reference line: *****  1012.637 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.44826805591583    
 ATTN ifrq ipol ln           8           2      117376   20.00000    
 IPOL, ITOP nblock            2           0          61
  ****shift in azimuth (fractional pixel)=  -0.4997482    
  shift in azimuth *fractional pixel=  -0.4997482       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4349899291992188E-03
 WAYNE Motion comp. added to patch, time =    7.423723936080933    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2799968719482422E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5521140098572    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8375459909439087    
 ==w out          61       11040         945            226099200
 WAYNE PROCESS   206.2705780267715    

 Processing block number           62
 WAYNE PATCHES:       114904       118999 patch#           62
  reference line: *****  1218.908 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    38.36692702770233    
 ATTN ifrq ipol ln           8           2      118999   20.00000    
 IPOL, ITOP nblock            2           0          62
  ****shift in azimuth (fractional pixel)=  -0.4997424    
  shift in azimuth *fractional pixel=  -0.4997424       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5209398269653320E-03
 WAYNE Motion comp. added to patch, time =    7.518256902694702    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4310350418090820E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1341201066971    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7545529603958130    
 ==w out          62       13248         945            271319040
 WAYNE PROCESS   200.7828719615936    
 ==w out          63       15459
9990730286    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9699335098266602E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5447999238968    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8170080184936523    
 ==w out          52        6624         945            135659520
 WAYNE PROCESS   205.6584750413895    

 Processing block number           53
 WAYNE PATCHES:        98177       102272 patch#           53
  reference line: *****   808.208 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.55657494068146    
 ATTN ifrq ipol ln           8           2      102272   20.00000    
 IPOL, ITOP nblock            2           0          53
  ****shift in azimuth (fractional pixel)=  -0.4996036    
  shift in azimuth *fractional pixel=  -0.4996036       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4819583892822266E-03
 WAYNE Motion comp. added to patch, time =    7.578559994697571    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1800994873046875E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8232100009918    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9639229774475098    
 ==w out          53        8832         945            180879360
 WAYNE PROCESS   204.9314039945602    

 Processing block number           54
 WAYNE PATCHES:       100065       104160 patch#           54
  reference line: *****  1013.140 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.70715701580048    
 ATTN ifrq ipol ln           8           2      104160   20.00000    
 IPOL, ITOP nblock            2           0          54
  ****shift in azimuth (fractional pixel)=  -0.4996393    
  shift in azimuth *fractional pixel=  -0.4996393       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3800344467163086E-03
 WAYNE Motion comp. added to patch, time =    7.468078017234802    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1959543228149414E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.6103889942169    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7732300758361816    
 ==w out          54       11040         945            226099200
 WAYNE PROCESS   203.5675740242004    

 Processing block number           55
 WAYNE PATCHES:       101953       106048 patch#           55
  reference line: *****  1216.708 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.39370095729828    
 ATTN ifrq ipol ln           8           2      106048   20.00000    
 IPOL, ITOP nblock            2           0          55
  ****shift in azimuth (fractional pixel)=  -0.4996759    
  shift in azimuth *fractional pixel=  -0.4996759       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4060220718383789E-03
 WAYNE Motion comp. added to patch, time =    7.553403973579407    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.8619766235351563E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8050739765167    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9909409284591675    
 ==w out          55       13248         945            271319040
 WAYNE PROCESS   205.7527419328690    
 ==w out          56       15459
1001930237    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.9309520721435547E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1197469234467    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9120219945907593    
 ==w out          12        6624         945            135659520
 WAYNE PROCESS   205.3107370138168    

 Processing block number           13
 WAYNE PATCHES:        22657        26752 patch#           13
  reference line: 24704   807.080 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.33852899074554    
 ATTN ifrq ipol ln           8           2       26752   20.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4989991    
  shift in azimuth *fractional pixel=  -0.4989991       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3539276123046875E-03
 WAYNE Motion comp. added to patch, time =    7.552502036094666    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2120475769042969E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0640810728073    
  Writing         2208 lines of data to file
 WAYNE write output data    1.034250020980835    
 ==w out          13        8832         945            180879360
 WAYNE PROCESS   205.9981160163879    

 Processing block number           14
 WAYNE PATCHES:        24545        28640 patch#           14
  reference line: 26592  1013.079 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.63174796104431    
 ATTN ifrq ipol ln           8           2       28640   20.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4990420    
  shift in azimuth *fractional pixel=  -0.4990420       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5609941482543945E-03
 WAYNE Motion comp. added to patch, time =    7.473893046379089    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1890401840209961E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5165840387344    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9289610385894775    
 ==w out          14       11040         945            226099200
 WAYNE PROCESS   204.5600769519806    

 Processing block number           15
 WAYNE PATCHES:        26433        30528 patch#           15
  reference line: 28480  1217.639 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.98338294029236    
 ATTN ifrq ipol ln           8           2       30528   20.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4990540    
  shift in azimuth *fractional pixel=  -0.4990540       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5220127105712891E-03
 WAYNE Motion comp. added to patch, time =    7.565340995788574    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6520490646362305E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4454429149628    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8432149887084961    
 ==w out          15       13248         945            271319040
 WAYNE PROCESS   203.8466600179672    

 Processing block number           16
 WAYNE PATCHES:        28321        32416 patch#           16
  reference line: 30368  1421.486 seconds.
 before reading
 done reading
 WAYNE load raw data 2009353638    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0079612731933594E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9495790004730    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9144849777221680    
 ==w out          20        6624         945            135659520
 WAYNE PROCESS   205.7460880279541    

 Processing block number           21
 WAYNE PATCHES:        37761        41856 patch#           21
  reference line: 39808   806.970 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.66004097461700    
 ATTN ifrq ipol ln           8           2       41856   20.00000    
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4991395    
  shift in azimuth *fractional pixel=  -0.4991395       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3440332412719727E-03
 WAYNE Motion comp. added to patch, time =    7.706579089164734    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.2439956665039063E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6203470230103    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8239319324493408    
 ==w out          21        8832         945            180879360
 WAYNE PROCESS   206.8197939395905    

 Processing block number           22
 WAYNE PATCHES:        39649        43744 patch#           22
  reference line: 41696  1013.790 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.77488708496094    
 ATTN ifrq ipol ln           8           2       43744   20.00000    
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4991637    
  shift in azimuth *fractional pixel=  -0.4991637       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4600238800048828E-03
 WAYNE Motion comp. added to patch, time =    7.461894989013672    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.2580623626708984E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4035199880600    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8657809495925903    
 ==w out          22       11040         945            226099200
 WAYNE PROCESS   203.5149838924408    

 Processing block number           23
 WAYNE PATCHES:        41537        45632 patch#           23
  reference line: 43584  1217.305 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.44524002075195    
 ATTN ifrq ipol ln           8           2       45632   20.00000    
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4991216    
  shift in azimuth *fractional pixel=  -0.4991216       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3980350494384766E-03
 WAYNE Motion comp. added to patch, time =    7.589079976081848    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.7370452880859375E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2614990472794    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8382780551910400    
 ==w out          23       13248         945            271319040
 WAYNE PROCESS   204.1434520483017    

 Processing block number           24
 WAYNE PATCHES:        43425        47520 patch#           24
  reference line: 45472  1421.449 seconds.
 before reading
 done reading
 WAYNE load raw data 4962844849    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.9580125808715820E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2989029884338    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8216760158538818    
 ==w out          28        6624         945            135659520
 WAYNE PROCESS   204.6242619752884    

 Processing block number           29
 WAYNE PATCHES:        52865        56960 patch#           29
  reference line: 54912   806.332 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.89558506011963    
 ATTN ifrq ipol ln           8           2       56960   20.00000    
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4993233    
  shift in azimuth *fractional pixel=  -0.4993233       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3451061248779297E-03
 WAYNE Motion comp. added to patch, time =    7.656681060791016    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1870136260986328E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1713989973068    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9795340299606323    
 ==w out          29        8832         945            180879360
 WAYNE PROCESS   206.7119539976120    

 Processing block number           30
 WAYNE PATCHES:        54753        58848 patch#           30
  reference line: 56800  1013.044 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.64442193508148    
 ATTN ifrq ipol ln           8           2       58848   20.00000    
 IPOL, ITOP nblock            2           0          30
  ****shift in azimuth (fractional pixel)=  -0.4993527    
  shift in azimuth *fractional pixel=  -0.4993527       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4819583892822266E-03
 WAYNE Motion comp. added to patch, time =    7.707376003265381    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   2.1960735321044922E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5405619144440    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8859369754791260    
 ==w out          30       11040         945            226099200
 WAYNE PROCESS   204.7873319387436    

 Processing block number           31
 WAYNE PATCHES:        56641        60736 patch#           31
  reference line: 58688  1217.832 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.80930089950562    
 ATTN ifrq ipol ln           8           2       60736   20.00000    
 IPOL, ITOP nblock            2           0          31
  ****shift in azimuth (fractional pixel)=  -0.4993522    
  shift in azimuth *fractional pixel=  -0.4993522       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3839683532714844E-03
 WAYNE Motion comp. added to patch, time =    7.724956035614014    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4909973144531250E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9262100458145    
  Writing         2208 lines of data to file
 WAYNE write output data    1.016758918762207    
 ==w out          31       13248         945            271319040
 WAYNE PROCESS   204.4863458871841    

 Processing block number           32
 WAYNE PATCHES:        58529        62624 patch#           32
  reference line: 60576  1422.319 seconds.
 before reading
 done reading
 WAYNE load raw data 5008201599    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9910335540771484E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6081680059433    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8498959541320801    
 ==w out          36        6624         945            135659520
 WAYNE PROCESS   206.6466180086136    

 Processing block number           37
 WAYNE PATCHES:        67969        72064 patch#           37
  reference line: 70016   808.275 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.39683794975281    
 ATTN ifrq ipol ln           8           2       72064   20.00000    
 IPOL, ITOP nblock            2           0          37
  ****shift in azimuth (fractional pixel)=  -0.4994194    
  shift in azimuth *fractional pixel=  -0.4994194       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5270195007324219E-03
 WAYNE Motion comp. added to patch, time =    7.505725026130676    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2850036621093750E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4053970575333    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9508299827575684    
 ==w out          37        8832         945            180879360
 WAYNE PROCESS   204.2676980495453    

 Processing block number           38
 WAYNE PATCHES:        69857        73952 patch#           38
  reference line: 71904  1012.543 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.26655507087708    
 ATTN ifrq ipol ln           8           2       73952   20.00000    
 IPOL, ITOP nblock            2           0          38
  ****shift in azimuth (fractional pixel)=  -0.4994469    
  shift in azimuth *fractional pixel=  -0.4994469       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3620338439941406E-03
 WAYNE Motion comp. added to patch, time =    7.463006019592285    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1810531616210938E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6048510074615    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8949069976806641    
 ==w out          38       11040         945            226099200
 WAYNE PROCESS   205.2380369901657    

 Processing block number           39
 WAYNE PATCHES:        71745        75840 patch#           39
  reference line: 73792  1217.782 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.29107105731964    
 ATTN ifrq ipol ln           8           2       75840   20.00000    
 IPOL, ITOP nblock            2           0          39
  ****shift in azimuth (fractional pixel)=  -0.4994636    
  shift in azimuth *fractional pixel=  -0.4994636       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4770708084106445E-03
 WAYNE Motion comp. added to patch, time =    7.422407031059265    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7589797973632813E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9935100078583    
  Writing         2208 lines of data to file
 WAYNE write output data    1.035766005516052    
 ==w out          39       13248         945            271319040
 WAYNE PROCESS   204.7523260116577    

 Processing block number           40
 WAYNE PATCHES:        73633        77728 patch#           40
  reference line: 75680  1422.534 seconds.
 before reading
 done reading
 WAYNE load raw data 9022789001    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9789934158325195E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1379660367966    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8814580440521240    
 ==w out          44        6624         945            135659520
 WAYNE PROCESS   204.3358199596405    

 Processing block number           45
 WAYNE PATCHES:        83073        87168 patch#           45
  reference line: 85120   806.481 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.84742891788483    
 ATTN ifrq ipol ln           8           2       87168   20.00000    
 IPOL, ITOP nblock            2           0          45
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5029392242431641E-03
 WAYNE Motion comp. added to patch, time =    7.449117064476013    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1039247512817383E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5351909399033    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8339080810546875    
 ==w out          45        8832         945            180879360
 WAYNE PROCESS   205.6743639707565    

 Processing block number           46
 WAYNE PATCHES:        84961        89056 patch#           46
  reference line: 87008  1012.156 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.51920592784882    
 ATTN ifrq ipol ln           8           2       89056   20.00000    
 IPOL, ITOP nblock            2           0          46
  ****shift in azimuth (fractional pixel)=  -0.4995751    
  shift in azimuth *fractional pixel=  -0.4995751       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4450035095214844E-03
 WAYNE Motion comp. added to patch, time =    7.825150966644287    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2490024566650391E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2146350145340    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8073199987411499    
 ==w out          46       11040         945            226099200
 WAYNE PROCESS   206.3752459287643    

 Processing block number           47
 WAYNE PATCHES:        86849        90944 patch#           47
  reference line: 88896  1218.532 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.20208394527435    
 ATTN ifrq ipol ln           8           2       90944   20.00000    
 IPOL, ITOP nblock            2           0          47
  ****shift in azimuth (fractional pixel)=  -0.4995937    
  shift in azimuth *fractional pixel=  -0.4995937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.3539276123046875E-03
 WAYNE Motion comp. added to patch, time =    7.594717979431152    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6210546493530273E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9609640836716    
  Writing         2208 lines of data to file
 WAYNE write output data    1.054954051971436    
 ==w out          47       13248         945            271319040
 WAYNE PROCESS   203.8218699693680    

 Processing block number           48
 WAYNE PATCHES:        88737        92832 patch#           48
  reference line: 90784  1422.354 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    34.48459005355835    
 ATTN ifrq ipol ln           8           2       77728   20.00000    
 IPOL, ITOP nblock            2           0          40
  ****shift in azimuth (fractional pixel)=  -0.4994964    
  shift in azimuth *fractional pixel=  -0.4994964       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5240392684936523E-03
 WAYNE Motion comp. added to patch, time =    7.435196042060852    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   1.1160016059875488E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    133.2541289329529    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7143360376358032    
 ==w out          40       15456         945            316538880
 WAYNE PROCESS   175.9064410924911    
 ==w out          41       17667
10,z10  1.4999986E-02   7.304365       2.589110    
 HEY,dt,fract,ye,pe  -0.4989637       1.000000      6.7441396E-02
   1.3269200E-02
 WAYNE Azimuth compression done, time =    156.3576890230179    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8025460243225098    
 ==w out           6       11040         945            226099200
 WAYNE PROCESS   205.6383190155029    

 Processing block number            7
 TESTING WHY  6.7100897E-02  1.3330900E-02        1888           7
 WAYNE PATCHES:        11329        15424 patch#            7
  reference line: 13376  1219.182 seconds.
 TESTING       11329
 before reading
 done reading
 WAYNE load raw data , time =    39.49161899089813    
 ATTN ifrq ipol ln           8           2       15424   20.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989967    
  shift in azimuth *fractional pixel=  -0.4989967       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4199695587158203E-03
 TESTING  1.4999986E-02   7.360593       1.946318    
 WAYNE Motion comp. added to patch, time =    7.533731937408447    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6310682296752930E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   7.360593       1.946318    
 HEY,dt,fract,ye,pe  -0.4989967       1.000000      6.7100897E-02
   1.3330900E-02
 WAYNE Azimuth compression done, time =    155.5661120414734    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9815640449523926    
 ==w out           7       13248         945            271319040
 WAYNE PROCESS   203.5820779800415    

 Processing block number            8
 TESTING WHY  6.6318303E-02  1.3988200E-02        1888           8
 WAYNE PATCHES:        13217        17312 patch#            8
  reference line: 15264  1422.764 seconds.
 TESTING       13217
 before reading
 done reading
 WAYNE load raw data , time =    33.99346101284027    
 ATTN ifrq ipol ln           8           2       17312   20.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990017    
  shift in azimuth *fractional pixel=  -0.4990017       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4410696029663086E-03
 TESTING  1.4999986E-02   7.449363      0.9926773    
 WAYNE Motion comp. added to patch, time =    7.497473955154419    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.6353011131286621E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  1.4999986E-02   7.449363      0.9926773    
 HEY,dt,fract,ye,pe  -0.4990017       1.000000      6.6318303E-02
   1.3988200E-02
 WAYNE Azimuth compression done, time =    134.8646540641785    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7100681066513062    
 ==w out           8       15456         945            316538880
 WAYNE PROCESS   177.0885100364685    
 ==w out           9       17667
, time =    34.67424404621124    
 ATTN ifrq ipol ln           8           2       92832   20.00000    
 IPOL, ITOP nblock            2           0          48
  ****shift in azimuth (fractional pixel)=  -0.4996102    
  shift in azimuth *fractional pixel=  -0.4996102       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5429935455322266E-03
 WAYNE Motion comp. added to patch, time =    7.517976045608521    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.3426055908203125E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.9835040569305    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7136939764022827    
 ==w out          48       15456         945            316538880
 WAYNE PROCESS   182.9200459718704    
 ==w out          49       17667
, time =    35.25173699855804    
 ATTN ifrq ipol ln           8           2       32416   20.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4991120    
  shift in azimuth *fractional pixel=  -0.4991120       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5409669876098633E-03
 WAYNE Motion comp. added to patch, time =    7.618013024330139    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.6579580307006836E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    141.0371290445328    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8086220026016235    
 ==w out          16       15456         945            316538880
 WAYNE PROCESS   184.7291389703751    
 ==w out          17       17667
, time =    35.32080507278442    
 ATTN ifrq ipol ln           8           2       47520   20.00000    
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4991739    
  shift in azimuth *fractional pixel=  -0.4991739       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.5530071258544922E-03
 WAYNE Motion comp. added to patch, time =    7.441720962524414    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0160913467407227E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    141.4089260101318    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8480039834976196    
 ==w out          24       15456         945            316538880
 WAYNE PROCESS   185.0466499328613    
 ==w out          25       17667
, time =    34.50887501239777    
 ATTN ifrq ipol ln           8           2       62624   20.00000    
 IPOL, ITOP nblock            2           0          32
  ****shift in azimuth (fractional pixel)=  -0.4993651    
  shift in azimuth *fractional pixel=  -0.4993651       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   5.4869651794433594E-03
 WAYNE Motion comp. added to patch, time =    7.594159960746765    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.3957977294921875E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    141.2515209913254    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8324810266494751    
 ==w out          32       15456         945            316538880
 WAYNE PROCESS   184.2080730199814    
 ==w out          33       17667
            1       28809           0
            2       28813           0
            3       28817           0
            4       28812           0
            5       28810           0
            6       28811           0
            7       28807           0
            8       28804           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      136896kids=            8

 Writing variable header...

 gather image from processor #            0
             8
 gather image from processor #            1
             8
 gather image from processor #            2
             8
 gather image from processor #            3
             8
 gather image from processor #            4
             8
 gather image from processor #            5
             8
 gather image from processor #            6
             7
 gather image from processor #            7
             7
 WAYNE gather images takes:    0.1506749391555786    
 WAYNE LOOP TIME:     1610.703306913376    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_c.hv_j                     
 /export/air15/airops/1143/ts1143_c.mocomph                  
 /export/air15/airops/1143/ts1143_c.dop                      
 /export/air15/airops/1143/ts1143_c.glb                              2560
       136896
 update intf hdr ha:   7604.200    
 UPDATE:        2560      136896   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_c.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_c.dop                      
 globalfile /export/air15/airops/1143/ts1143_c.glb                      
 /export/air15/airops/1143/ts1143_c.glb                                38
 deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
 lat1 lon1:        1009   58.32909      -154.6675          136896
 last ra n_ns ns:   8606.355               0           1      137904
       136896
 lati loni:      137904   58.32906      -155.6094          137904           1
 center ra n_ns ns:   12866.70            1279        1279       69456
       136896
 lati loni:       69456   58.29065      -155.1419           69456        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_c.hv_j                     
 WAYNE FINAL PROCESS   1615.258688092232    

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

 NUMBER OF PROCESSOR USED =            8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        15456           7
        15456           7
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_c.hv_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_c.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.ch                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air15/airops/1143/ts1143_c.BT                       
  Name of the line output file?
 /export/air15/airops/1143/c_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    4.219972968101501    

  Deskewing           62 patches
 Processing block number            1
 DEBUG         1008   1008.341       3048.771     -0.4989093     -0.4989093    
 patch iptc,sj,dgj,dgi,id:           1           1        1008        1008
            0
  half line dmj dgc:           0         945        3049        1008
   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        1008        1008
         1104
  half line dmj dgc:           1         945        3049        1008
   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          994   994.0801       3007.996     -0.4989028     -0.4989028    
         1105        1875         -14         784
 patch iptc,sj,dgj,dgi,id:           2        1875         994        1008
          784
  half line dmj dgc:           0        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1875        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1874

         1875        2979           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2979         994         994
         1104
  half line dmj dgc:           1        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2979        1875
   Zeroing lines in arrays 
  Total # of output lines =            2        2978

 Processing block number            3
 DEBUG          987   987.3245       2977.677     -0.4989348     -0.4989348    
         2979        3756          -7         784
 patch iptc,sj,dgj,dgi,id:           3        3756         987         994
          784
  half line dmj dgc:           0        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3756        2979
   Zeroing lines in arrays 
  Total # of output lines =            3        3755

         3756        4860           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4860         987         987
         1104
  half line dmj dgc:           1        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4860        3756
   Zeroing lines in arrays 
  Total # of output lines =            3        4859

 Processing block number            4
 DEBUG          983   983.2631       2963.850     -0.4989188     -0.4989188    
         4860        5640          -4         784
 patch iptc,sj,dgj,dgi,id:           4        5640         983         987
          784
  half line dmj dgc:           0        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        5640        4860
   Zeroing lines in arrays 
  Total # of output lines =            4        5639

         5640        6744           0        1104
 patch iptc,sj,dgj,dgi,id:           4        6744         983         983
         1104
  half line dmj dgc:           1        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        6744        5640
   Zeroing lines in arrays 
  Total # of output lines =            4        6743

 Processing block number            5
 DEBUG          960   960.1816       2916.578     -0.4989739     -0.4989739    
         6744        7505         -23         784
 patch iptc,sj,dgj,dgi,id:           5        7505         960         983
          784
  half line dmj dgc:           0        8497        2916        1008
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        7505        6744
   Zeroing lines in arrays 
  Total # of output lines =            5        7504

         7505        8609           0        1104
 patch iptc,sj,dgj,dgi,id:           5        8609         960         960
         1104
  half line dmj dgc:           1        8497        2916        1008
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        8609        7505
   Zeroing lines in arrays 
  Total # of output lines =            5        8608

 Processing block number            6
 DEBUG          940   940.5495       2874.197     -0.4989637     -0.4989637    
         8609        9373         -20         784
 patch iptc,sj,dgj,dgi,id:           6        9373         940         960
          784
  half line dmj dgc:           0       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        9373        8609
   Zeroing lines in arrays 
  Total # of output lines =            6        9372

         9373       10477           0        1104
 patch iptc,sj,dgj,dgi,id:           6       10477         940         940
         1104
  half line dmj dgc:           1       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:       10477        9373
   Zeroing lines in arrays 
  Total # of output lines =            6       10476

 Processing block number            7
 DEBUG          938   938.4573       2862.161     -0.4989967     -0.4989967    
        10477       11259          -2         784
 patch iptc,sj,dgj,dgi,id:           7       11259         938         940
          784
  half line dmj dgc:           0       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:       11259       10477
   Zeroing lines in arrays 
  Total # of output lines =            7       11258

        11259       12363           0        1104
 patch iptc,sj,dgj,dgi,id:           7          75         938         938
         1104
  half line dmj dgc:           1       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 s1>sj:       11259          75
   Zeroing lines in arrays 
  Total # of output lines =            7       12362

 Processing block number            8
 DEBUG          943   943.3914       2844.419     -0.4990017     -0.4990017    
           75         864           5         784
 patch iptc,sj,dgj,dgi,id:           8         864         943         938
          784
  half line dmj dgc:           0       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:         864          75
   Zeroing lines in arrays 
  Total # of output lines =            8       13151

          864        1968           0        1104
 patch iptc,sj,dgj,dgi,id:           8        1968         943         943
         1104
  half line dmj dgc:           1       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:        1968         864
   Zeroing lines in arrays 
  Total # of output lines =            8       14255

 Processing block number            9
 DEBUG          959   958.7975       2854.601     -0.4989904     -0.4989904    
         1968        2768          16         784
 patch iptc,sj,dgj,dgi,id:           9        2768         959         943
          784
  half line dmj dgc:           0       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:        2768        1968
   Zeroing lines in arrays 
  Total # of output lines =            9       15055

         2768        3872           0        1104
 patch iptc,sj,dgj,dgi,id:           9        3872         959         959
         1104
  half line dmj dgc:           1       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 sj>s1:        3872        2768
   Zeroing lines in arrays 
  Total # of output lines =            9       16159

 Processing block number           10
 DEBUG          971   971.2611       2871.666     -0.4989681     -0.4989681    
         3872        4668          12         784
 patch iptc,sj,dgj,dgi,id:          10        4668         971         959
          784
  half line dmj dgc:           0       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        4668        3872
   Zeroing lines in arrays 
  Total # of output lines =           10       16955

         4668        5772           0        1104
 patch iptc,sj,dgj,dgi,id:          10        5772         971         971
         1104
  half line dmj dgc:           1       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        5772        4668
   Zeroing lines in arrays 
  Total # of output lines =           10       18059

 Processing block number           11
 DEBUG          967   966.6430       2859.007     -0.4989800     -0.4989800    
         5772        6552          -4         784
 patch iptc,sj,dgj,dgi,id:          11        6552         967         971
          784
  half line dmj dgc:           0       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        6552        5772
   Zeroing lines in arrays 
  Total # of output lines =           11       18839

         6552        7656           0        1104
 patch iptc,sj,dgj,dgi,id:          11        7656         967         967
         1104
  half line dmj dgc:           1       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        7656        6552
   Zeroing lines in arrays 
  Total # of output lines =           11       19943

 Processing block number           12
 DEBUG          949   949.3887       2822.740     -0.4990100     -0.4990100    
         7656        8422         -18         784
 patch iptc,sj,dgj,dgi,id:          12        8422         949         967
          784
  half line dmj dgc:           0       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        8422        7656
   Zeroing lines in arrays 
  Total # of output lines =           12       20709

         8422        9526           0        1104
 patch iptc,sj,dgj,dgi,id:          12        9526         949         949
         1104
  half line dmj dgc:           1       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        9526        8422
   Zeroing lines in arrays 
  Total # of output lines =           12       21813

 Processing block number           13
 DEBUG          936   936.2472       2800.134     -0.4989991     -0.4989991    
         9526       10297         -13         784
 patch iptc,sj,dgj,dgi,id:          13       10297         936         949
          784
  half line dmj dgc:           0       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:       10297        9526
   Zeroing lines in arrays 
  Total # of output lines =           13       22584

        10297       11401           0        1104
 patch iptc,sj,dgj,dgi,id:          13       11401         936         936
         1104
  half line dmj dgc:           1       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:       11401       10297
   Zeroing lines in arrays 
  Total # of output lines =           13       23688

 Processing block number           14
 DEBUG          918   917.7601       2751.712     -0.4990420     -0.4990420    
        11401       12167         -18         784
 patch iptc,sj,dgj,dgi,id:          14       12167         918         936
          784
  half line dmj dgc:           0       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:       12167       11401
   Zeroing lines in arrays 
  Total # of output lines =           14       24454

        12167       13271           0        1104
 patch iptc,sj,dgj,dgi,id:          14         983         918         918
         1104
  half line dmj dgc:           1       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 s1>sj:       12167         983
   Zeroing lines in arrays 
  Total # of output lines =           14       25558

 Processing block number           15
 DEBUG          890   890.5416       2687.234     -0.4990540     -0.4990540    
          983        1739         -28         784
 patch iptc,sj,dgj,dgi,id:          15        1739         890         918
          784
  half line dmj dgc:           0       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        1739         983
   Zeroing lines in arrays 
  Total # of output lines =           15       26314

         1739        2843           0        1104
 patch iptc,sj,dgj,dgi,id:          15        2843         890         890
         1104
  half line dmj dgc:           1       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        2843        1739
   Zeroing lines in arrays 
  Total # of output lines =           15       27418

 Processing block number           16
 DEBUG          879   878.6459       2655.297     -0.4991120     -0.4991120    
         2843        3616         -11         784
 patch iptc,sj,dgj,dgi,id:          16        3616         879         890
          784
  half line dmj dgc:           0       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:        3616        2843
   Zeroing lines in arrays 
  Total # of output lines =           16       28191

         3616        4720           0        1104
 patch iptc,sj,dgj,dgi,id:          16        4720         879         879
         1104
  half line dmj dgc:           1       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:        4720        3616
   Zeroing lines in arrays 
  Total # of output lines =           16       29295

 Processing block number           17
 DEBUG          875   875.3018       2615.996     -0.4991333     -0.4991333    
         4720        5500          -4         784
 patch iptc,sj,dgj,dgi,id:          17        5500         875         879
          784
  half line dmj dgc:           0       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:        5500        4720
   Zeroing lines in arrays 
  Total # of output lines =           17       30075

         5500        6604           0        1104
 patch iptc,sj,dgj,dgi,id:          17        6604         875         875
         1104
  half line dmj dgc:           1       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 sj>s1:        6604        5500
   Zeroing lines in arrays 
  Total # of output lines =           17       31179

 Processing block number           18
 DEBUG          880   880.2502       2604.794     -0.4991030     -0.4991030    
         6604        7393           5         784
 patch iptc,sj,dgj,dgi,id:          18        7393         880         875
          784
  half line dmj dgc:           0       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        7393        6604
   Zeroing lines in arrays 
  Total # of output lines =           18       31968

         7393        8497           0        1104
 patch iptc,sj,dgj,dgi,id:          18        8497         880         880
         1104
  half line dmj dgc:           1       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        8497        7393
   Zeroing lines in arrays 
  Total # of output lines =           18       33072

 Processing block number           19
 DEBUG          883   883.1194       2596.620     -0.4991402     -0.4991402    
         8497        9284           3         784
 patch iptc,sj,dgj,dgi,id:          19        9284         883         880
          784
  half line dmj dgc:           0       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        9284        8497
   Zeroing lines in arrays 
  Total # of output lines =           19       33859

         9284       10388           0        1104
 patch iptc,sj,dgj,dgi,id:          19       10388         883         883
         1104
  half line dmj dgc:           1       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:       10388        9284
   Zeroing lines in arrays 
  Total # of output lines =           19       34963

 Processing block number           20
 DEBUG          877   877.3872       2571.489     -0.4991443     -0.4991443    
        10388       11166          -6         784
 patch iptc,sj,dgj,dgi,id:          20       11166         877         883
          784
  half line dmj dgc:           0       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:       11166       10388
   Zeroing lines in arrays 
  Total # of output lines =           20       35741

        11166       12270           0        1104
 patch iptc,sj,dgj,dgi,id:          20       12270         877         877
         1104
  half line dmj dgc:           1       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:       12270       11166
   Zeroing lines in arrays 
  Total # of output lines =           20       36845

 Processing block number           21
 DEBUG          877   876.8121       2556.423     -0.4991395     -0.4991395    
        12270       13054           0         784
 patch iptc,sj,dgj,dgi,id:          21         766         877         877
          784
  half line dmj dgc:           0       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 s1>sj:       12270         766
   Zeroing lines in arrays 
  Total # of output lines =           21       37629

          766        1870           0        1104
 patch iptc,sj,dgj,dgi,id:          21        1870         877         877
         1104
  half line dmj dgc:           1       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        1870         766
   Zeroing lines in arrays 
  Total # of output lines =           21       38733

 Processing block number           22
 DEBUG          880   879.7661       2549.188     -0.4991637     -0.4991637    
         1870        2657           3         784
 patch iptc,sj,dgj,dgi,id:          22        2657         880         877
          784
  half line dmj dgc:           0       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        2657        1870
   Zeroing lines in arrays 
  Total # of output lines =           22       39520

         2657        3761           0        1104
 patch iptc,sj,dgj,dgi,id:          22        3761         880         880
         1104
  half line dmj dgc:           1       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        3761        2657
   Zeroing lines in arrays 
  Total # of output lines =           22       40624

 Processing block number           23
 DEBUG          878   878.4240       2554.054     -0.4991216     -0.4991216    
         3761        4543          -2         784
 patch iptc,sj,dgj,dgi,id:          23        4543         878         880
          784
  half line dmj dgc:           0       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        4543        3761
   Zeroing lines in arrays 
  Total # of output lines =           23       41406

         4543        5647           0        1104
 patch iptc,sj,dgj,dgi,id:          23        5647         878         878
         1104
  half line dmj dgc:           1       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        5647        4543
   Zeroing lines in arrays 
  Total # of output lines =           23       42510

 Processing block number           24
 DEBUG          870   869.8805       2543.207     -0.4991739     -0.4991739    
         5647        6423          -8         784
 patch iptc,sj,dgj,dgi,id:          24        6423         870         878
          784
  half line dmj dgc:           0       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:        6423        5647
   Zeroing lines in arrays 
  Total # of output lines =           24       43286

         6423        7527           0        1104
 patch iptc,sj,dgj,dgi,id:          24        7527         870         870
         1104
  half line dmj dgc:           1       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:        7527        6423
   Zeroing lines in arrays 
  Total # of output lines =           24       44390

 Processing block number           25
 DEBUG          842   842.3945       2460.481     -0.4991720     -0.4991720    
         7527        8283         -28         784
 patch iptc,sj,dgj,dgi,id:          25        8283         842         870
          784
  half line dmj dgc:           0       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:        8283        7527
   Zeroing lines in arrays 
  Total # of output lines =           25       45146

         8283        9387           0        1104
 patch iptc,sj,dgj,dgi,id:          25        9387         842         842
         1104
  half line dmj dgc:           1       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 sj>s1:        9387        8283
   Zeroing lines in arrays 
  Total # of output lines =           25       46250

 Processing block number           26
 DEBUG          817   817.0729       2382.874     -0.4992393     -0.4992393    
         9387       10146         -25         784
 patch iptc,sj,dgj,dgi,id:          26       10146         817         842
          784
  half line dmj dgc:           0       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:       10146        9387
   Zeroing lines in arrays 
  Total # of output lines =           26       47009

        10146       11250           0        1104
 patch iptc,sj,dgj,dgi,id:          26       11250         817         817
         1104
  half line dmj dgc:           1       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:       11250       10146
   Zeroing lines in arrays 
  Total # of output lines =           26       48113

 Processing block number           27
 DEBUG          801   801.4738       2325.526     -0.4992698     -0.4992698    
        11250       12018         -16         784
 patch iptc,sj,dgj,dgi,id:          27       12018         801         817
          784
  half line dmj dgc:           0       50033        2325        1008
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:       12018       11250
   Zeroing lines in arrays 
  Total # of output lines =           27       48881

        12018       13122           0        1104
 patch iptc,sj,dgj,dgi,id:          27         834         801         801
         1104
  half line dmj dgc:           1       50033        2325        1008
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 s1>sj:       12018         834
   Zeroing lines in arrays 
  Total # of output lines =           27       49985

 Processing block number           28
 DEBUG          794   794.1221       2269.741     -0.4993224     -0.4993224    
          834        1611          -7         784
 patch iptc,sj,dgj,dgi,id:          28        1611         794         801
          784
  half line dmj dgc:           0       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        1611         834
   Zeroing lines in arrays 
  Total # of output lines =           28       50762

         1611        2715           0        1104
 patch iptc,sj,dgj,dgi,id:          28        2715         794         794
         1104
  half line dmj dgc:           1       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        2715        1611
   Zeroing lines in arrays 
  Total # of output lines =           28       51866

 Processing block number           29
 DEBUG          793   792.7767       2228.937     -0.4993233     -0.4993233    
         2715        3498          -1         784
 patch iptc,sj,dgj,dgi,id:          29        3498         793         794
          784
  half line dmj dgc:           0       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        3498        2715
   Zeroing lines in arrays 
  Total # of output lines =           29       52649

         3498        4602           0        1104
 patch iptc,sj,dgj,dgi,id:          29        4602         793         793
         1104
  half line dmj dgc:           1       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        4602        3498
   Zeroing lines in arrays 
  Total # of output lines =           29       53753

 Processing block number           30
 DEBUG          793   793.3778       2202.660     -0.4993527     -0.4993527    
         4602        5386           0         784
 patch iptc,sj,dgj,dgi,id:          30        5386         793         793
          784
  half line dmj dgc:           0       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        5386        4602
   Zeroing lines in arrays 
  Total # of output lines =           30       54537

         5386        6490           0        1104
 patch iptc,sj,dgj,dgi,id:          30        6490         793         793
         1104
  half line dmj dgc:           1       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        6490        5386
   Zeroing lines in arrays 
  Total # of output lines =           30       55641

 Processing block number           31
 DEBUG          793   793.2438       2187.203     -0.4993522     -0.4993522    
         6490        7274           0         784
 patch iptc,sj,dgj,dgi,id:          31        7274         793         793
          784
  half line dmj dgc:           0       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        7274        6490
   Zeroing lines in arrays 
  Total # of output lines =           31       56425

         7274        8378           0        1104
 patch iptc,sj,dgj,dgi,id:          31        8378         793         793
         1104
  half line dmj dgc:           1       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        8378        7274
   Zeroing lines in arrays 
  Total # of output lines =           31       57529

 Processing block number           32
 DEBUG          794   794.3093       2178.852     -0.4993651     -0.4993651    
         8378        9163           1         784
 patch iptc,sj,dgj,dgi,id:          32        9163         794         793
          784
  half line dmj dgc:           0       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:        9163        8378
   Zeroing lines in arrays 
  Total # of output lines =           32       58314

         9163       10267           0        1104
 patch iptc,sj,dgj,dgi,id:          32       10267         794         794
         1104
  half line dmj dgc:           1       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       10267        9163
   Zeroing lines in arrays 
  Total # of output lines =           32       59418

 Processing block number           33
 DEBUG          788   788.1673       2152.872     -0.4993621     -0.4993621    
        10267       11045          -6         784
 patch iptc,sj,dgj,dgi,id:          33       11045         788         794
          784
  half line dmj dgc:           0       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11045       10267
   Zeroing lines in arrays 
  Total # of output lines =           33       60196

        11045       12149           0        1104
 patch iptc,sj,dgj,dgi,id:          33       12149         788         788
         1104
  half line dmj dgc:           1       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 sj>s1:       12149       11045
   Zeroing lines in arrays 
  Total # of output lines =           33       61300

 Processing block number           34
 DEBUG          774   774.3142       2128.052     -0.4993765     -0.4993765    
        12149       12919         -14         784
 patch iptc,sj,dgj,dgi,id:          34         631         774         788
          784
  half line dmj dgc:           0       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 s1>sj:       12149         631
   Zeroing lines in arrays 
  Total # of output lines =           34       62070

          631        1735           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1735         774         774
         1104
  half line dmj dgc:           1       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1735         631
   Zeroing lines in arrays 
  Total # of output lines =           34       63174

 Processing block number           35
 DEBUG          753   753.1569       2092.283     -0.4993874     -0.4993874    
         1735        2498         -21         784
 patch iptc,sj,dgj,dgi,id:          35        2498         753         774
          784
  half line dmj dgc:           0       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2498        1735
   Zeroing lines in arrays 
  Total # of output lines =           35       63937

         2498        3602           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3602         753         753
         1104
  half line dmj dgc:           1       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3602        2498
   Zeroing lines in arrays 
  Total # of output lines =           35       65041

 Processing block number           36
 DEBUG          735   734.9432       2057.216     -0.4994072     -0.4994072    
         3602        4368         -18         784
 patch iptc,sj,dgj,dgi,id:          36        4368         735         753
          784
  half line dmj dgc:           0       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        4368        3602
   Zeroing lines in arrays 
  Total # of output lines =           36       65807

         4368        5472           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5472         735         735
         1104
  half line dmj dgc:           1       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5472        4368
   Zeroing lines in arrays 
  Total # of output lines =           36       66911

 Processing block number           37
 DEBUG          721   720.8311       2015.265     -0.4994194     -0.4994194    
         5472        6242         -14         784
 patch iptc,sj,dgj,dgi,id:          37        6242         721         735
          784
  half line dmj dgc:           0       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        6242        5472
   Zeroing lines in arrays 
  Total # of output lines =           37       67681

         6242        7346           0        1104
 patch iptc,sj,dgj,dgi,id:          37        7346         721         721
         1104
  half line dmj dgc:           1       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        7346        6242
   Zeroing lines in arrays 
  Total # of output lines =           37       68785

 Processing block number           38
 DEBUG          713   712.7015       1970.839     -0.4994469     -0.4994469    
         7346        8122          -8         784
 patch iptc,sj,dgj,dgi,id:          38        8122         713         721
          784
  half line dmj dgc:           0       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        8122        7346
   Zeroing lines in arrays 
  Total # of output lines =           38       69561

         8122        9226           0        1104
 patch iptc,sj,dgj,dgi,id:          38        9226         713         713
         1104
  half line dmj dgc:           1       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        9226        8122
   Zeroing lines in arrays 
  Total # of output lines =           38       70665

 Processing block number           39
 DEBUG          709   709.3719       1930.244     -0.4994636     -0.4994636    
         9226       10006          -4         784
 patch iptc,sj,dgj,dgi,id:          39       10006         709         713
          784
  half line dmj dgc:           0       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           0       85008
   Writing data negflag .eq. 0
 sj>s1:       10006        9226
   Zeroing lines in arrays 
  Total # of output lines =           39       71445

        10006       11110           0        1104
 patch iptc,sj,dgj,dgi,id:          39       11110         709         709
         1104
  half line dmj dgc:           1       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           1       86112
   Writing data negflag .eq. 0
 sj>s1:       11110       10006
   Zeroing lines in arrays 
  Total # of output lines =           39       72549

 Processing block number           40
 DEBUG          697   697.3192       1875.118     -0.4994964     -0.4994964    
        11110       11882         -12         784
 patch iptc,sj,dgj,dgi,id:          40       11882         697         709
          784
  half line dmj dgc:           0       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           0       87216
   Writing data negflag .eq. 0
 sj>s1:       11882       11110
   Zeroing lines in arrays 
  Total # of output lines =           40       73321

        11882       12986           0        1104
 patch iptc,sj,dgj,dgi,id:          40         698         697         697
         1104
  half line dmj dgc:           1       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           1       88320
   Writing data negflag .eq. 0
 s1>sj:       11882         698
   Zeroing lines in arrays 
  Total # of output lines =           40       74425

 Processing block number           41
 DEBUG          676   675.7924       1813.715     -0.4995220     -0.4995220    
          698        1461         -21         784
 patch iptc,sj,dgj,dgi,id:          41        1461         676         697
          784
  half line dmj dgc:           0       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           0       89424
   Writing data negflag .eq. 0
 sj>s1:        1461         698
   Zeroing lines in arrays 
  Total # of output lines =           41       75188

         1461        2565           0        1104
 patch iptc,sj,dgj,dgi,id:          41        2565         676         676
         1104
  half line dmj dgc:           1       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           1       90528
   Writing data negflag .eq. 0
 sj>s1:        2565        1461
   Zeroing lines in arrays 
  Total # of output lines =           41       76292

 Processing block number           42
 DEBUG          656   655.9540       1764.771     -0.4995494     -0.4995494    
         2565        3329         -20         784
 patch iptc,sj,dgj,dgi,id:          42        3329         656         676
          784
  half line dmj dgc:           0       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           0       91632
   Writing data negflag .eq. 0
 sj>s1:        3329        2565
   Zeroing lines in arrays 
  Total # of output lines =           42       77056

         3329        4433           0        1104
 patch iptc,sj,dgj,dgi,id:          42        4433         656         656
         1104
  half line dmj dgc:           1       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           1       92736
   Writing data negflag .eq. 0
 sj>s1:        4433        3329
   Zeroing lines in arrays 
  Total # of output lines =           42       78160

 Processing block number           43
 DEBUG          650   649.7120       1741.913     -0.4995430     -0.4995430    
         4433        5211          -6         784
 patch iptc,sj,dgj,dgi,id:          43        5211         650         656
          784
  half line dmj dgc:           0       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           0       93840
   Writing data negflag .eq. 0
 sj>s1:        5211        4433
   Zeroing lines in arrays 
  Total # of output lines =           43       78938

         5211        6315           0        1104
 patch iptc,sj,dgj,dgi,id:          43        6315         650         650
         1104
  half line dmj dgc:           1       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           1       94944
   Writing data negflag .eq. 0
 sj>s1:        6315        5211
   Zeroing lines in arrays 
  Total # of output lines =           43       80042

 Processing block number           44
 DEBUG          650   649.8480       1727.425     -0.4995621     -0.4995621    
         6315        7099           0         784
 patch iptc,sj,dgj,dgi,id:          44        7099         650         650
          784
  half line dmj dgc:           0       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           0       96048
   Writing data negflag .eq. 0
 sj>s1:        7099        6315
   Zeroing lines in arrays 
  Total # of output lines =           44       80826

         7099        8203           0        1104
 patch iptc,sj,dgj,dgi,id:          44        8203         650         650
         1104
  half line dmj dgc:           1       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           1       97152
   Writing data negflag .eq. 0
 sj>s1:        8203        7099
   Zeroing lines in arrays 
  Total # of output lines =           44       81930

 Processing block number           45
 DEBUG          643   643.1506       1696.086     -0.4995614     -0.4995614    
         8203        8980          -7         784
 patch iptc,sj,dgj,dgi,id:          45        8980         643         650
          784
  half line dmj dgc:           0       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           0       98256
   Writing data negflag .eq. 0
 sj>s1:        8980        8203
   Zeroing lines in arrays 
  Total # of output lines =           45       82707

         8980       10084           0        1104
 patch iptc,sj,dgj,dgi,id:          45       10084         643         643
         1104
  half line dmj dgc:           1       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           1       99360
   Writing data negflag .eq. 0
 sj>s1:       10084        8980
   Zeroing lines in arrays 
  Total # of output lines =           45       83811

 Processing block number           46
 DEBUG          639   638.6895       1671.876     -0.4995751     -0.4995751    
        10084       10864          -4         784
 patch iptc,sj,dgj,dgi,id:          46       10864         639         643
          784
  half line dmj dgc:           0       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           0      100464
   Writing data negflag .eq. 0
 sj>s1:       10864       10084
   Zeroing lines in arrays 
  Total # of output lines =           46       84591

        10864       11968           0        1104
 patch iptc,sj,dgj,dgi,id:          46       11968         639         639
         1104
  half line dmj dgc:           1       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           1      101568
   Writing data negflag .eq. 0
 sj>s1:       11968       10864
   Zeroing lines in arrays 
  Total # of output lines =           46       85695

 Processing block number           47
 DEBUG          633   632.6524       1631.812     -0.4995937     -0.4995937    
        11968       12746          -6         784
 patch iptc,sj,dgj,dgi,id:          47         458         633         639
          784
  half line dmj dgc:           0       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           0      102672
   Writing data negflag .eq. 0
 s1>sj:       11968         458
   Zeroing lines in arrays 
  Total # of output lines =           47       86473

          458        1562           0        1104
 patch iptc,sj,dgj,dgi,id:          47        1562         633         633
         1104
  half line dmj dgc:           1       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           1      103776
   Writing data negflag .eq. 0
 sj>s1:        1562         458
   Zeroing lines in arrays 
  Total # of output lines =           47       87577

 Processing block number           48
 DEBUG          631   631.1620       1601.826     -0.4996102     -0.4996102    
         1562        2344          -2         784
 patch iptc,sj,dgj,dgi,id:          48        2344         631         633
          784
  half line dmj dgc:           0       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           0      104880
   Writing data negflag .eq. 0
 sj>s1:        2344        1562
   Zeroing lines in arrays 
  Total # of output lines =           48       88359

         2344        3448           0        1104
 patch iptc,sj,dgj,dgi,id:          48        3448         631         631
         1104
  half line dmj dgc:           1       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           1      105984
   Writing data negflag .eq. 0
 sj>s1:        3448        2344
   Zeroing lines in arrays 
  Total # of output lines =           48       89463

 Processing block number           49
 DEBUG          636   636.4703       1597.925     -0.4996040     -0.4996040    
         3448        4237           5         784
 patch iptc,sj,dgj,dgi,id:          49        4237         636         631
          784
  half line dmj dgc:           0       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           0      107088
   Writing data negflag .eq. 0
 sj>s1:        4237        3448
   Zeroing lines in arrays 
  Total # of output lines =           49       90252

         4237        5341           0        1104
 patch iptc,sj,dgj,dgi,id:          49        5341         636         636
         1104
  half line dmj dgc:           1       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           1      108192
   Writing data negflag .eq. 0
 sj>s1:        5341        4237
   Zeroing lines in arrays 
  Total # of output lines =           49       91356

 Processing block number           50
 DEBUG          638   638.5361       1585.208     -0.4995967     -0.4995967    
         5341        6127           2         784
 patch iptc,sj,dgj,dgi,id:          50        6127         638         636
          784
  half line dmj dgc:           0       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           0      109296
   Writing data negflag .eq. 0
 sj>s1:        6127        5341
   Zeroing lines in arrays 
  Total # of output lines =           50       92142

         6127        7231           0        1104
 patch iptc,sj,dgj,dgi,id:          50        7231         638         638
         1104
  half line dmj dgc:           1       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           1      110400
   Writing data negflag .eq. 0
 sj>s1:        7231        6127
   Zeroing lines in arrays 
  Total # of output lines =           50       93246

 Processing block number           51
 DEBUG          638   638.1464       1576.476     -0.4996204     -0.4996204    
         7231        8015           0         784
 patch iptc,sj,dgj,dgi,id:          51        8015         638         638
          784
  half line dmj dgc:           0       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           0      111504
   Writing data negflag .eq. 0
 sj>s1:        8015        7231
   Zeroing lines in arrays 
  Total # of output lines =           51       94030

         8015        9119           0        1104
 patch iptc,sj,dgj,dgi,id:          51        9119         638         638
         1104
  half line dmj dgc:           1       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           1      112608
   Writing data negflag .eq. 0
 sj>s1:        9119        8015
   Zeroing lines in arrays 
  Total # of output lines =           51       95134

 Processing block number           52
 DEBUG          630   629.7440       1571.271     -0.4996032     -0.4996032    
         9119        9895          -8         784
 patch iptc,sj,dgj,dgi,id:          52        9895         630         638
          784
  half line dmj dgc:           0       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           0      113712
   Writing data negflag .eq. 0
 sj>s1:        9895        9119
   Zeroing lines in arrays 
  Total # of output lines =           52       95910

         9895       10999           0        1104
 patch iptc,sj,dgj,dgi,id:          52       10999         630         630
         1104
  half line dmj dgc:           1       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           1      114816
   Writing data negflag .eq. 0
 sj>s1:       10999        9895
   Zeroing lines in arrays 
  Total # of output lines =           52       97014

 Processing block number           53
 DEBUG          606   606.1859       1539.270     -0.4996036     -0.4996036    
        10999       11759         -24         784
 patch iptc,sj,dgj,dgi,id:          53       11759         606         630
          784
  half line dmj dgc:           0       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           0      115920
   Writing data negflag .eq. 0
 sj>s1:       11759       10999
   Zeroing lines in arrays 
  Total # of output lines =           53       97774

        11759       12863           0        1104
 patch iptc,sj,dgj,dgi,id:          53         575         606         606
         1104
  half line dmj dgc:           1       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           1      117024
   Writing data negflag .eq. 0
 s1>sj:       11759         575
   Zeroing lines in arrays 
  Total # of output lines =           53       98878

 Processing block number           54
 DEBUG          578   578.5077       1474.772     -0.4996393     -0.4996393    
          575        1331         -28         784
 patch iptc,sj,dgj,dgi,id:          54        1331         578         606
          784
  half line dmj dgc:           0      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           0      118128
   Writing data negflag .eq. 0
 sj>s1:        1331         575
   Zeroing lines in arrays 
  Total # of output lines =           54       99634

         1331        2435           0        1104
 patch iptc,sj,dgj,dgi,id:          54        2435         578         578
         1104
  half line dmj dgc:           1      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           1      119232
   Writing data negflag .eq. 0
 sj>s1:        2435        1331
   Zeroing lines in arrays 
  Total # of output lines =           54      100738

 Processing block number           55
 DEBUG          552   552.1752       1399.727     -0.4996759     -0.4996759    
         2435        3193         -26         784
 patch iptc,sj,dgj,dgi,id:          55        3193         552         578
          784
  half line dmj dgc:           0      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           0      120336
   Writing data negflag .eq. 0
 sj>s1:        3193        2435
   Zeroing lines in arrays 
  Total # of output lines =           55      101496

         3193        4297           0        1104
 patch iptc,sj,dgj,dgi,id:          55        4297         552         552
         1104
  half line dmj dgc:           1      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           1      121440
   Writing data negflag .eq. 0
 sj>s1:        4297        3193
   Zeroing lines in arrays 
  Total # of output lines =           55      102600

 Processing block number           56
 DEBUG          532   532.1079       1333.891     -0.4996938     -0.4996938    
         4297        5061         -20         784
 patch iptc,sj,dgj,dgi,id:          56        5061         532         552
          784
  half line dmj dgc:           0      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           0      122544
   Writing data negflag .eq. 0
 sj>s1:        5061        4297
   Zeroing lines in arrays 
  Total # of output lines =           56      103364

         5061        6165           0        1104
 patch iptc,sj,dgj,dgi,id:          56        6165         532         532
         1104
  half line dmj dgc:           1      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           1      123648
   Writing data negflag .eq. 0
 sj>s1:        6165        5061
   Zeroing lines in arrays 
  Total # of output lines =           56      104468

 Processing block number           57
 DEBUG          526   525.7375       1285.353     -0.4997093     -0.4997093    
         6165        6943          -6         784
 patch iptc,sj,dgj,dgi,id:          57        6943         526         532
          784
  half line dmj dgc:           0      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           0      124752
   Writing data negflag .eq. 0
 sj>s1:        6943        6165
   Zeroing lines in arrays 
  Total # of output lines =           57      105246

         6943        8047           0        1104
 patch iptc,sj,dgj,dgi,id:          57        8047         526         526
         1104
  half line dmj dgc:           1      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           1      125856
   Writing data negflag .eq. 0
 sj>s1:        8047        6943
   Zeroing lines in arrays 
  Total # of output lines =           57      106350

 Processing block number           58
 DEBUG          523   523.1498       1246.439     -0.4997329     -0.4997329    
         8047        8828          -3         784
 patch iptc,sj,dgj,dgi,id:          58        8828         523         526
          784
  half line dmj dgc:           0      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           0      126960
   Writing data negflag .eq. 0
 sj>s1:        8828        8047
   Zeroing lines in arrays 
  Total # of output lines =           58      107131

         8828        9932           0        1104
 patch iptc,sj,dgj,dgi,id:          58        9932         523         523
         1104
  half line dmj dgc:           1      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           1      128064
   Writing data negflag .eq. 0
 sj>s1:        9932        8828
   Zeroing lines in arrays 
  Total # of output lines =           58      108235

 Processing block number           59
 DEBUG          513   512.8306       1202.832     -0.4997472     -0.4997472    
         9932       10706         -10         784
 patch iptc,sj,dgj,dgi,id:          59       10706         513         523
          784
  half line dmj dgc:           0      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           0      129168
   Writing data negflag .eq. 0
 sj>s1:       10706        9932
   Zeroing lines in arrays 
  Total # of output lines =           59      109009

        10706       11810           0        1104
 patch iptc,sj,dgj,dgi,id:          59       11810         513         513
         1104
  half line dmj dgc:           1      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           1      130272
   Writing data negflag .eq. 0
 sj>s1:       11810       10706
   Zeroing lines in arrays 
  Total # of output lines =           59      110113

 Processing block number           60
 DEBUG          499   499.4637       1168.817     -0.4997399     -0.4997399    
        11810       12580         -14         784
 patch iptc,sj,dgj,dgi,id:          60         292         499         513
          784
  half line dmj dgc:           0      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           0      131376
   Writing data negflag .eq. 0
 s1>sj:       11810         292
   Zeroing lines in arrays 
  Total # of output lines =           60      110883

          292        1396           0        1104
 patch iptc,sj,dgj,dgi,id:          60        1396         499         499
         1104
  half line dmj dgc:           1      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           1      132480
   Writing data negflag .eq. 0
 sj>s1:        1396         292
   Zeroing lines in arrays 
  Total # of output lines =           60      111987

 Processing block number           61
 DEBUG          499   498.9637       1172.312     -0.4997482     -0.4997482    
         1396        2180           0         784
 patch iptc,sj,dgj,dgi,id:          61        2180         499         499
          784
  half line dmj dgc:           0      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           0      133584
   Writing data negflag .eq. 0
 sj>s1:        2180        1396
   Zeroing lines in arrays 
  Total # of output lines =           61      112771

         2180        3284           0        1104
 patch iptc,sj,dgj,dgi,id:          61        3284         499         499
         1104
  half line dmj dgc:           1      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           1      134688
   Writing data negflag .eq. 0
 sj>s1:        3284        2180
   Zeroing lines in arrays 
  Total # of output lines =           61      113875

 Processing block number           62
 DEBUG          499   498.8568       1170.936     -0.4997424     -0.4997424    
         3284        3803           0         519
 patch iptc,sj,dgj,dgi,id:          62        3803         499         499
          519
  half line dmj dgc:           0      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           0      135792
   Writing data negflag .eq. 0
 sj>s1:        3803        3284
   Zeroing lines in arrays 
  Total # of output lines =           62      114394

         3803        4907           0        1104
 patch iptc,sj,dgj,dgi,id:          62        4907         499         499
         1104
  half line dmj dgc:           1      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           1      136896
   Writing data negflag .eq. 0
 sj>s1:        4907        3803
   Zeroing lines in arrays 
  Total # of output lines =           62      115498

 ia dmi dgi:        4907        1171         499
   Writing the last         1776 lines
 last half sj>s1        6683        4907      115498
 WAYNE done patche    540.7590470314026    
  Total # of output lines =       117274

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  117274
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    541.4768630266190    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.vh96c                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_c.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =   0.7340000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.490000       1.224800    
    1.606370    
  Receive leverarm x,y,z              =    2.460000      0.1652000    
  -0.6663700    



  Name of raw data file?
 /export/air12/airops/1143/c_vh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_c.mocompv                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.cv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5337996E-02
 reading motion compensation data
 WAYNE read motion compen    2.770701    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7869511    
 start range comp, time =      3.914

 WAYNE PREV   3.592764    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            8 by #            0

 Processing block number            1
 TESTING WHY  7.1161799E-02  1.4801200E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     4.161 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    24.23653006553650    
 ATTN ifrq ipol ln           8           3        4096   20.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   6.2680244445800781E-03
 TESTING -1.4999986E-02   6.448512      0.7200576    
 WAYNE Motion comp. added to patch, time =    7.980984091758728    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6229619979858398E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   6.448512      0.7200576    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.1161799E-02
   1.4801200E-02
 WAYNE Azimuth compression done, time =    154.8681999444962    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8025450706481934    
 ==w out           1           0         945                    0
 WAYNE PROCESS   187.8987740278244    

 Processing block number            2
 TESTING WHY  7.0244499E-02  1.4539300E-02        1888           2
 WAYNE PATCHES:         1889         5984 patch#            2
  reference line:  3936   192.060 seconds.
 TESTING        1889
 before reading
 done reading
 WAYNE load raw data , time =    40.74274301528931    
 ATTN ifrq ipol ln           8           3        5984   20.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   5.2679777145385742E-03
 TESTING -1.4999986E-02   6.667989      0.3970996    
 WAYNE Motion comp. added to patch, time =    7.449074029922485    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6244044303894043E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   6.667989      0.3970996    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.0244499E-02
   1.4539300E-02
 WAYNE Azimuth compression done, time =    154.5687930583954    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8349230289459229    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   203.6280869245529    

 Processing block number            3
 TESTING WHY  6.9425598E-02  1.4621200E-02        1888           3
 WAYNE PATCHES:         3777         7872 patch#            3
  reference line:  5824   395.688 seconds.
 TESTING        3777
 before reading
 done reading
 WAYNE load raw data , time =    42.06151604652405    
 ATTN ifrq ipol ln           8           3        7872   20.00000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   5.3290128707885742E-03
 TESTING -1.4999986E-02   6.906416      0.3932078    
 WAYNE Motion comp. added to patch, time =    7.488373041152954    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1990537643432617E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   6.906416      0.3932078    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.9425598E-02
   1.4621200E-02
 WAYNE Azimuth compression done, time =    155.5662750005722    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8645960092544556    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   205.9894829988480    

 Processing block number            4
 TESTING WHY  6.9078699E-02  1.4607200E-02        1888           4
 WAYNE PATCHES:          PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           33 to           40 by #            4

 Processing block number           33
 WAYNE PATCHES:        60417        64512 patch#           33
  reference line: 62464     4.225 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.51472902297974    
 ATTN ifrq ipol ln           8           3       64512   20.00000    
 IPOL, ITOP nblock            3           0          33
 WAYNE Motion comp. coeff. calculated, time =   6.2260627746582031E-03
 WAYNE Motion comp. added to patch, time =    8.199231028556824    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.7129650115966797E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3666599988937    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9299659729003906    
 ==w out          33           0         945                    0
 WAYNE PROCESS   189.0215890407562    

 Processing block number           34
 WAYNE PATCHES:        62305        66400 patch#           34
  reference line: 64352   193.247 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.22956395149231    
 ATTN ifrq ipol ln           8           3       66400   20.00000    
 IPOL, ITOP nblock            3           0          34
 WAYNE Motion comp. coeff. calculated, time =   5.3869485855102539E-03
 WAYNE Motion comp. added to patch, time =    7.666436910629272    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   7.0390701293945313E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5951869487762    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8255569934844971    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   203.3304500579834    

 Processing block number           35
 WAYNE PATCHES:        64193        68288 patch#           35
  reference line: 66240   396.578 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.34228789806366    
 ATTN ifrq ipol ln           8           3       68288   20.00000    
 IPOL, ITOP nblock            3           0          35
 WAYNE Motion comp. coeff. calculated, time =   5.3989887237548828E-03
 WAYNE Motion comp. added to patch, time =    7.480069041252136    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1580457687377930E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8960459232330    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8441369533538818    
 ==w out          35        4416         945             90439680
 WAYNE PROCESS   204.5713469982147    

 Processing block number           36
 WAYNE PATCHES:        66081        70176 patch#           36
  reference line: 68128   601.149 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.00465893745422    
 ATTN ifrq ipol ln           8           3       70176   20.00000    
 IPOL, ITOP nblock            3           0          36
 WAYNE Motion comp. coeff. calculated, time =   5.4659843444824219E-03
 WAYNE Motion comp. added to patch, time =    7.429468989372253    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1549463272094727E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0176860094070    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8015680313110352    
 ==w out          36        6624         945            135659520
 WAYNE PROCESS   203.2621450424 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            9 to           16 by #            1

 Processing block number            9
 WAYNE PATCHES:        15105        19200 patch#            9
  reference line: 17152     4.177 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.67753899097443    
 ATTN ifrq ipol ln           8           3       19200   20.00000    
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   6.2720775604248047E-03
 WAYNE Motion comp. added to patch, time =    8.021504998207092    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6619434356689453E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2838089466095    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9396770000457764    
 ==w out           9           0         945                    0
 WAYNE PROCESS   188.9331868886948    

 Processing block number           10
 WAYNE PATCHES:        16993        21088 patch#           10
  reference line: 19040   193.111 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.86238908767700    
 ATTN ifrq ipol ln           8           3       21088   20.00000    
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   5.3429603576660156E-03
 WAYNE Motion comp. added to patch, time =    7.875360965728760    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.0632991790771484E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5586650371552    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8114640712738037    
 ==w out          10        2208         945             45219840
 WAYNE PROCESS   204.1252970695496    

 Processing block number           11
 WAYNE PATCHES:        18881        22976 patch#           11
  reference line: 20928   397.237 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.40501892566681    
 ATTN ifrq ipol ln           8           3       22976   20.00000    
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   5.3939819335937500E-03
 WAYNE Motion comp. added to patch, time =    7.518169999122620    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1979808807373047E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8612060546875    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8251429796218872    
 ==w out          11        4416         945             90439680
 WAYNE PROCESS   203.6183090209961    

 Processing block number           12
 WAYNE PATCHES:        20769        24864 patch#           12
  reference line: 22816   600.855 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.64416408538818    
 ATTN ifrq ipol ln           8           3       24864   20.00000    
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   5.3709745407104492E-03
 WAYNE Motion comp. added to patch, time =    7.871537089347839    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2860765457153320E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6966880559921    
  Writing         2208 lines of data to file
 WAYNE write output data    1.089730024337769    
 ==w out          12        6624         945            135659520
 WAYNE PROCESS   204.3112289905 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           25 to           32 by #            3

 Processing block number           25
 WAYNE PATCHES:        45313        49408 patch#           25
  reference line: 47360     4.207 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.45173990726471    
 ATTN ifrq ipol ln           8           3       49408   20.00000    
 IPOL, ITOP nblock            3           0          25
 WAYNE Motion comp. coeff. calculated, time =   6.1249732971191406E-03
 WAYNE Motion comp. added to patch, time =    8.040677070617676    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.5640726089477539E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.9247840642929    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9057760238647461    
 ==w out          25           0         945                    0
 WAYNE PROCESS   189.3336100578308    

 Processing block number           26
 WAYNE PATCHES:        47201        51296 patch#           26
  reference line: 49248   193.541 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.67724096775055    
 ATTN ifrq ipol ln           8           3       51296   20.00000    
 IPOL, ITOP nblock            3           0          26
 WAYNE Motion comp. coeff. calculated, time =   5.3180456161499023E-03
 WAYNE Motion comp. added to patch, time =    7.514250993728638    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0959973335266113E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.9329019784927    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8247179985046387    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   203.9767609834671    

 Processing block number           27
 WAYNE PATCHES:        49089        53184 patch#           27
  reference line: 51136   397.518 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.29729497432709    
 ATTN ifrq ipol ln           8           3       53184   20.00000    
 IPOL, ITOP nblock            3           0          27
 WAYNE Motion comp. coeff. calculated, time =   5.3350925445556641E-03
 WAYNE Motion comp. added to patch, time =    7.502236962318420    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1690130233764648E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.9048920869827    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8605070114135742    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   204.5736659765244    

 Processing block number           28
 WAYNE PATCHES:        50977        55072 patch#           28
  reference line: 53024   602.092 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.32455801963806    
 ATTN ifrq ipol ln           8           3       55072   20.00000    
 IPOL, ITOP nblock            3           0          28
 WAYNE Motion comp. coeff. calculated, time =   5.3490400314331055E-03
 WAYNE Motion comp. added to patch, time =    7.483742952346802    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2920370101928711E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3462209701538    
  Writing         2208 lines of data to file
 WAYNE write output data    1.149461030960083    
 ==w out          28        6624         945            135659520
 WAYNE PROCESS   203.3127870559 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           41 to           48 by #            5

 Processing block number           41
 WAYNE PATCHES:        75521        79616 patch#           41
  reference line: 77568     4.239 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.69522500038147    
 ATTN ifrq ipol ln           8           3       79616   20.00000    
 IPOL, ITOP nblock            3           0          41
 WAYNE Motion comp. coeff. calculated, time =   6.2559843063354492E-03
 WAYNE Motion comp. added to patch, time =    7.933205008506775    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6620626449584961E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1575939655304    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9431879520416260    
 ==w out          41           0         945                    0
 WAYNE PROCESS   188.7403459548950    

 Processing block number           42
 WAYNE PATCHES:        77409        81504 patch#           42
  reference line: 79456   192.980 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.31735503673553    
 ATTN ifrq ipol ln           8           3       81504   20.00000    
 IPOL, ITOP nblock            3           0          42
 WAYNE Motion comp. coeff. calculated, time =   5.3880214691162109E-03
 WAYNE Motion comp. added to patch, time =    7.538538932800293    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   1.6229987144470215E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6605299711227    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8491610288619995    
 ==w out          42        2208         945             45219840
 WAYNE PROCESS   203.3885149955750    

 Processing block number           43
 WAYNE PATCHES:        79297        83392 patch#           43
  reference line: 81344   396.369 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.56495606899261    
 ATTN ifrq ipol ln           8           3       83392   20.00000    
 IPOL, ITOP nblock            3           0          43
 WAYNE Motion comp. coeff. calculated, time =   5.3620338439941406E-03
 WAYNE Motion comp. added to patch, time =    7.652745008468628    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2040605545043945E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.3851329088211    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8232749700546265    
 ==w out          43        4416         945             90439680
 WAYNE PROCESS   204.4349839687347    

 Processing block number           44
 WAYNE PATCHES:        81185        85280 patch#           44
  reference line: 83232   600.804 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.05536699295044    
 ATTN ifrq ipol ln           8           3       85280   20.00000    
 IPOL, ITOP nblock            3           0          44
 WAYNE Motion comp. coeff. calculated, time =   5.3160190582275391E-03
 WAYNE Motion comp. added to patch, time =    7.432956933975220    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2490024566650391E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1357229948044    
  Writing         2208 lines of data to file
 WAYNE write output data    1.149391055107117    
 ==w out          44        6624         945            135659520
 WAYNE PROCESS   204.7822710275 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           49 to           55 by #            6

 Processing block number           49
 WAYNE PATCHES:        90625        94720 patch#           49
  reference line: 92672     4.254 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.64182901382446    
 ATTN ifrq ipol ln           8           3       94720   20.00000    
 IPOL, ITOP nblock            3           0          49
 WAYNE Motion comp. coeff. calculated, time =   6.2199831008911133E-03
 WAYNE Motion comp. added to patch, time =    7.946823000907898    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5650262832641602E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6365460157394    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8277980089187622    
 ==w out          49           0         945                    0
 WAYNE PROCESS   188.0635660886765    

 Processing block number           50
 WAYNE PATCHES:        92513        96608 patch#           50
  reference line: 94560   192.318 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.86489105224609    
 ATTN ifrq ipol ln           8           3       96608   20.00000    
 IPOL, ITOP nblock            3           0          50
 WAYNE Motion comp. coeff. calculated, time =   5.4299831390380859E-03
 WAYNE Motion comp. added to patch, time =    7.527853012084961    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.4513969421386719E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.0819540023804    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8652319908142090    
 ==w out          50        2208         945             45219840
 WAYNE PROCESS   205.3610119819641    

 Processing block number           51
 WAYNE PATCHES:        94401        98496 patch#           51
  reference line: 96448   397.679 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.20659291744232    
 ATTN ifrq ipol ln           8           3       98496   20.00000    
 IPOL, ITOP nblock            3           0          51
 WAYNE Motion comp. coeff. calculated, time =   5.5500268936157227E-03
 WAYNE Motion comp. added to patch, time =    7.580852031707764    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.2010803222656250E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6522719860077    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8618431091308594    
 ==w out          51        4416         945             90439680
 WAYNE PROCESS   204.3106780052185    

 Processing block number           52
 WAYNE PATCHES:        96289       100384 patch#           52
  reference line: 98336   601.990 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.74015402793884    
 ATTN ifrq ipol ln           8           3      100384   20.00000    
 IPOL, ITOP nblock            3           0          52
 WAYNE Motion comp. coeff. calculated, time =   5.4470300674438477E-03
 WAYNE Motion comp. added to patch, time =    7.606741070747375    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3709535598754883E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0393940210342    
  Writing         2208 lines of data to file
 WAYNE write output data    1.222872972488403    
 ==w out          52        6624         945            135659520
 WAYNE PROCESS   203.6184290647 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           56 to           62 by #            7

 Processing block number           56
 WAYNE PATCHES:       103841       107936 patch#           56
  reference line: *****     4.269 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    23.90603804588318    
 ATTN ifrq ipol ln           8           3      107936   20.00000    
 IPOL, ITOP nblock            3           0          56
 WAYNE Motion comp. coeff. calculated, time =   6.2040090560913086E-03
 WAYNE Motion comp. added to patch, time =    7.937029957771301    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5359392166137695E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.3718240261078    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7301070690155029    
 ==w out          56           0         945                    0
 WAYNE PROCESS   185.9554100036621    

 Processing block number           57
 WAYNE PATCHES:       105729       109824 patch#           57
  reference line: *****   190.225 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.00252401828766    
 ATTN ifrq ipol ln           8           3      109824   20.00000    
 IPOL, ITOP nblock            3           0          57
 WAYNE Motion comp. coeff. calculated, time =   5.4420232772827148E-03
 WAYNE Motion comp. added to patch, time =    7.559190988540649    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.2682080268859863E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.8686230182648    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8073959350585938    
 ==w out          57        2208         945             45219840
 WAYNE PROCESS   205.2570569515228    

 Processing block number           58
 WAYNE PATCHES:       107617       111712 patch#           58
  reference line: *****   395.482 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.83810102939606    
 ATTN ifrq ipol ln           8           3      111712   20.00000    
 IPOL, ITOP nblock            3           0          58
 WAYNE Motion comp. coeff. calculated, time =   5.4320096969604492E-03
 WAYNE Motion comp. added to patch, time =    7.639431953430176    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1029710769653320E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.5128899812698    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7243169546127319    
 ==w out          58        4416         945             90439680
 WAYNE PROCESS   203.7233949899673    

 Processing block number           59
 WAYNE PATCHES:       109505       113600 patch#           59
  reference line: *****   599.206 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.32216298580170    
 ATTN ifrq ipol ln           8           3      113600   20.00000    
 IPOL, ITOP nblock            3           0          59
 WAYNE Motion comp. coeff. calculated, time =   5.4360628128051758E-03
 WAYNE Motion comp. added to patch, time =    7.460417985916138    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.1770000457763672E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3010249137878    
  Writing         2208 lines of data to file
 WAYNE write output data    1.320585966110229    
 ==w out          59        6624         945            135659520
 WAYNE PROCESS   206.4129840135 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           17 to           24 by #            2

 Processing block number           17
 WAYNE PATCHES:        30209        34304 patch#           17
  reference line: 32256     4.190 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.12331092357635    
 ATTN ifrq ipol ln           8           3       34304   20.00000    
 IPOL, ITOP nblock            3           0          17
 WAYNE Motion comp. coeff. calculated, time =   6.2139034271240234E-03
 WAYNE Motion comp. added to patch, time =    8.588738083839417    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5860071182250977E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3039820194244    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9509670734405518    
 ==w out          17           0         945                    0
 WAYNE PROCESS   188.9778029918671    

 Processing block number           18
 WAYNE PATCHES:        32097        36192 patch#           18
  reference line: 34144   193.168 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.82811999320984    
 ATTN ifrq ipol ln           8           3       36192   20.00000    
 IPOL, ITOP nblock            3           0          18
 WAYNE Motion comp. coeff. calculated, time =   5.3679943084716797E-03
 WAYNE Motion comp. added to patch, time =    7.444021940231323    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.4695038795471191E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7969020605087    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8526549339294434    
 ==w out          18        2208         945             45219840
 WAYNE PROCESS   202.9529830217361    

 Processing block number           19
 WAYNE PATCHES:        33985        38080 patch#           19
  reference line: 36032   396.121 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.01156592369080    
 ATTN ifrq ipol ln           8           3       38080   20.00000    
 IPOL, ITOP nblock            3           0          19
 WAYNE Motion comp. coeff. calculated, time =   5.3709745407104492E-03
 WAYNE Motion comp. added to patch, time =    7.607604980468750    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.3069381713867188E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1594020128250    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9104249477386475    
 ==w out          19        4416         945             90439680
 WAYNE PROCESS   205.6980159282684    

 Processing block number           20
 WAYNE PATCHES:        35873        39968 patch#           20
  reference line: 37920   601.820 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.67048597335815    
 ATTN ifrq ipol ln           8           3       39968   20.00000    
 IPOL, ITOP nblock            3           0          20
 WAYNE Motion comp. coeff. calculated, time =   5.4010152816772461E-03
 WAYNE Motion comp. added to patch, time =    7.518267035484314    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.1979808807373047E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6642100811005    
  Writing         2208 lines of data to file
 WAYNE write output data    1.125577092170715    
 ==w out          20        6624         945            135659520
 WAYNE PROCESS   203.98747110365665         9760 patch#            4
  reference line:  7712   601.683 seconds.
 TESTING        5665
 before reading
 done reading
 WAYNE load raw data , time =    39.63353705406189    
 ATTN ifrq ipol ln           8           3        9760   20.00000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   5.3740739822387695E-03
 TESTING -1.4999986E-02   7.135589       1.296862    
 WAYNE Motion comp. added to patch, time =    7.586634993553162    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1950006484985352E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   7.135589       1.296862    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.9078699E-02
   1.4607200E-02
 WAYNE Azimuth compression done, time =    155.4640669822693    
  Writing         2208 lines of data to file
 WAYNE write output data    1.220766901969910    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   203.9186879396439    

 Processing block number            5
 TESTING WHY  6.8232097E-02  1.3869000E-02        1888           5
 WAYNE PATCHES:         7553        11648 patch#            5
  reference line:  9600   805.597 seconds.
 TESTING        7553
 before reading
 done reading
 WAYNE load raw data , time =    41.60951101779938    
 ATTN ifrq ipol ln           8           3       11648   20.00000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   5.5290460586547852E-03
 TESTING -1.4999986E-02   7.263617       2.322463    
 WAYNE Motion comp. added to patch, time =    7.810886025428772    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2809505462646484E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   7.263617       2.322463    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.8232097E-02
   1.3869000E-02
 WAYNE Azimuth compression done, time =    155.0005580186844    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8558180332183838    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   205.2857969999313    

 Processing block number            6
 TESTING WHY  6.7441396E-02  1.3269200E-02        1888           6
 WAYNE PATCHES:         9441        13536 patch#            6
  reference line: 11488  1010.883 seconds.
 TESTING        9441
 before reading
 done reading
 WAYNE load raw data , time =    41.19632506370544    
 ATTN ifrq ipol ln           8           3       13536   20.00000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   6.3720941543579102E-03
 TESTING -1.4999986E-02   7.307261       2.587032    
 WAYNE Motion comp. added to patch, time =    7.523230075836182    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4470090866088867E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   7.307261       2.587032    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7441396E-02
   1.3269200E-02
 WAYNE Azimuth compression done, time =    155.5164470672607    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8321020603179932    
 ==w out           6       11040         945            226099200
 WAYNE PROCESS   205.0780849456787    

 Processing block number            7
 TESTING WHY  6.7100897E-02  1.3330900E-02        1888           7
 WAYNE PATCHES:        11329        15424 patch#            7
  reference line: 13376  1215.961 seconds.
 TESTING       11329
 before reading
 done reading
 WAYNE load raw data , time =    40.55575096607208    
 ATTN ifrq ipol ln           8           3       15574    

 Processing block number           60
 WAYNE PATCHES:       111393       115488 patch#           60
  reference line: *****   805.619 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.35579705238342    
 ATTN ifrq ipol ln           8           3      115488   20.00000    
 IPOL, ITOP nblock            3           0          60
 WAYNE Motion comp. coeff. calculated, time =   5.4440498352050781E-03
 WAYNE Motion comp. added to patch, time =    7.639828920364380    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1280050277709961E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.5266931056976    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9137409925460815    
 ==w out          60        8832         945            180879360
 WAYNE PROCESS   204.4448039531708    

 Processing block number           61
 WAYNE PATCHES:       113281       117376 patch#           61
  reference line: *****  1010.064 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.36511397361755    
 ATTN ifrq ipol ln           8           3      117376   20.00000    
 IPOL, ITOP nblock            3           0          61
 WAYNE Motion comp. coeff. calculated, time =   5.4219961166381836E-03
 WAYNE Motion comp. added to patch, time =    7.437888979911804    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2408962249755859E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7740130424500    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8880840539932251    
 ==w out          61       11040         945            226099200
 WAYNE PROCESS   204.4740470647812    

 Processing block number           62
 WAYNE PATCHES:       114904       118999 patch#           62
  reference line: *****  1214.539 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.62362992763519    
 ATTN ifrq ipol ln           8           3      118999   20.00000    
 IPOL, ITOP nblock            3           0          62
 WAYNE Motion comp. coeff. calculated, time =   5.3139925003051758E-03
 WAYNE Motion comp. added to patch, time =    7.507347941398621    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4260282516479492E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4904049634933    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7398430109024048    
 ==w out          62       13248         945            271319040
 WAYNE PROCESS   203.3701640367508    
 ==w out          63       15459
507    

 Processing block number           53
 WAYNE PATCHES:        98177       102272 patch#           53
  reference line: *****   805.609 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.50272405147552    
 ATTN ifrq ipol ln           8           3      102272   20.00000    
 IPOL, ITOP nblock            3           0          53
 WAYNE Motion comp. coeff. calculated, time =   5.3049325942993164E-03
 WAYNE Motion comp. added to patch, time =    7.646650075912476    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2239685058593750E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8626600503922    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9586230516433716    
 ==w out          53        8832         945            180879360
 WAYNE PROCESS   204.9794770479202    

 Processing block number           54
 WAYNE PATCHES:       100065       104160 patch#           54
  reference line: *****  1010.589 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.99952292442322    
 ATTN ifrq ipol ln           8           3      104160   20.00000    
 IPOL, ITOP nblock            3           0          54
 WAYNE Motion comp. coeff. calculated, time =   5.3730010986328125E-03
 WAYNE Motion comp. added to patch, time =    7.481279015541077    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2070407867431641E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5845229625702    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9895200729370117    
 ==w out          54       11040         945            226099200
 WAYNE PROCESS   205.0637329816818    

 Processing block number           55
 WAYNE PATCHES:       101953       106048 patch#           55
  reference line: *****  1215.653 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.12629401683807    
 ATTN ifrq ipol ln           8           3      106048   20.00000    
 IPOL, ITOP nblock            3           0          55
 WAYNE Motion comp. coeff. calculated, time =   5.3250789642333984E-03
 WAYNE Motion comp. added to patch, time =    7.421966075897217    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7869939804077148E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2308900356293    
  Writing         2208 lines of data to file
 WAYNE write output data    1.091950058937073    
 ==w out          55       13248         945            271319040
 WAYNE PROCESS   204.8804590702057    
 ==w out          56       15459
548    

 Processing block number           13
 WAYNE PATCHES:        22657        26752 patch#           13
  reference line: 24704   805.167 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.87594604492188    
 ATTN ifrq ipol ln           8           3       26752   20.00000    
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   5.4179430007934570E-03
 WAYNE Motion comp. added to patch, time =    7.440768003463745    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1370649337768555E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6665050983429    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9716809988021851    
 ==w out          13        8832         945            180879360
 WAYNE PROCESS   204.9637060165405    

 Processing block number           14
 WAYNE PATCHES:        24545        28640 patch#           14
  reference line: 26592  1010.131 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.24307298660278    
 ATTN ifrq ipol ln           8           3       28640   20.00000    
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   5.6059360504150391E-03
 WAYNE Motion comp. added to patch, time =    7.868567109107971    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2609233856201172E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0208469629288    
  Writing         2208 lines of data to file
 WAYNE write output data    1.145493030548096    
 ==w out          14       11040         945            226099200
 WAYNE PROCESS   205.2871010303497    

 Processing block number           15
 WAYNE PATCHES:        26433        30528 patch#           15
  reference line: 28480  1215.419 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.95955097675323    
 ATTN ifrq ipol ln           8           3       30528   20.00000    
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   5.3609609603881836E-03
 WAYNE Motion comp. added to patch, time =    7.580971002578735    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5190114974975586E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9179449081421    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9426300525665283    
 ==w out          15       13248         945            271319040
 WAYNE PROCESS   204.4101179838181    

 Processing block number           16
 WAYNE PATCHES:        28321        32416 patch#           16
  reference line: 30368  1419.829 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    38.51013100147247    
 ATTN ifrq ipol ln           8           3       32416   20.00000    
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   5.3490400314331055E-03
 WAYNE Motion comp. added to patch, time =    7.598892092704773    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6357054710388184E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    134.3260170221329    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7461149692535400    
 ==w out          16       15456         945            316538880
 WAYNE PROCESS   181.2139809131622    
 ==w out          17       17667
692    

 Processing block number           29
 WAYNE PATCHES:        52865        56960 patch#           29
  reference line: 54912   805.406 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.65149605274200    
 ATTN ifrq ipol ln           8           3       56960   20.00000    
 IPOL, ITOP nblock            3           0          29
 WAYNE Motion comp. coeff. calculated, time =   5.3870677947998047E-03
 WAYNE Motion comp. added to patch, time =    7.517366051673889    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1439790725708008E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.9149550199509    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7551059722900391    
 ==w out          29        8832         945            180879360
 WAYNE PROCESS   206.8476350307465    

 Processing block number           30
 WAYNE PATCHES:        54753        58848 patch#           30
  reference line: 56800  1012.254 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.68771195411682    
 ATTN ifrq ipol ln           8           3       58848   20.00000    
 IPOL, ITOP nblock            3           0          30
 WAYNE Motion comp. coeff. calculated, time =   5.4520368576049805E-03
 WAYNE Motion comp. added to patch, time =    7.505491971969604    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.2829771041870117E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8679020404816    
  Writing         2208 lines of data to file
 WAYNE write output data    1.074123978614807    
 ==w out          30       11040         945            226099200
 WAYNE PROCESS   203.1443760395050    

 Processing block number           31
 WAYNE PATCHES:        56641        60736 patch#           31
  reference line: 58688  1215.398 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.18439102172852    
 ATTN ifrq ipol ln           8           3       60736   20.00000    
 IPOL, ITOP nblock            3           0          31
 WAYNE Motion comp. coeff. calculated, time =   5.3569078445434570E-03
 WAYNE Motion comp. added to patch, time =    7.591369032859802    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5449991226196289E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.4025859832764    
  Writing         2208 lines of data to file
 WAYNE write output data    1.140069007873535    
 ==w out          31       13248         945            271319040
 WAYNE PROCESS   205.3275990486145    

 Processing block number           32
 WAYNE PATCHES:        58529        62624 patch#           32
  reference line: 60576  1420.726 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    37.80655109882355    
 ATTN ifrq ipol ln           8           3       62624   20.00000    
 IPOL, ITOP nblock            3           0          32
 WAYNE Motion comp. coeff. calculated, time =   5.4079294204711914E-03
 WAYNE Motion comp. added to patch, time =    7.527641057968140    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2098064422607422E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    135.2742810249329    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7475190162658691    
 ==w out          32       15456         945            316538880
 WAYNE PROCESS   181.3846549987793    
 ==w out          33       17667
650    

 Processing block number           45
 WAYNE PATCHES:        83073        87168 patch#           45
  reference line: 85120   805.587 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.16192793846130    
 ATTN ifrq ipol ln           8           3       87168   20.00000    
 IPOL, ITOP nblock            3           0          45
 WAYNE Motion comp. coeff. calculated, time =   5.4759979248046875E-03
 WAYNE Motion comp. added to patch, time =    7.458439946174622    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1200180053710938E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0839500427246    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9458799362182617    
 ==w out          45        8832         945            180879360
 WAYNE PROCESS   204.6589149236679    

 Processing block number           46
 WAYNE PATCHES:        84961        89056 patch#           46
  reference line: 87008  1010.246 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.27495503425598    
 ATTN ifrq ipol ln           8           3       89056   20.00000    
 IPOL, ITOP nblock            3           0          46
 WAYNE Motion comp. coeff. calculated, time =   5.3030252456665039E-03
 WAYNE Motion comp. added to patch, time =    7.528789997100830    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.8610229492187500E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0358769893646    
  Writing         2208 lines of data to file
 WAYNE write output data    1.066915035247803    
 ==w out          46       11040         945            226099200
 WAYNE PROCESS   204.9158580303192    

 Processing block number           47
 WAYNE PATCHES:        86849        90944 patch#           47
  reference line: 88896  1215.162 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.71409606933594    
 ATTN ifrq ipol ln           8           3       90944   20.00000    
 IPOL, ITOP nblock            3           0          47
 WAYNE Motion comp. coeff. calculated, time =   5.4579973220825195E-03
 WAYNE Motion comp. added to patch, time =    7.625387907028198    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6350021362304688E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0512889623642    
  Writing         2208 lines of data to file
 WAYNE write output data    1.065332055091858    
 ==w out          47       13248         945            271319040
 WAYNE PROCESS   205.4656729698181    

 Processing block number           48
 WAYNE PATCHES:        88737        92832 patch#           48
  reference line: 90784  1420.628 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    38.09392404556274    
 ATTN ifrq ipol ln           8           3       92832   20.00000    
 IPOL, ITOP nblock            3           0          48
 WAYNE Motion comp. coeff. calculated, time =   5.3919553756713867E-03
 WAYNE Motion comp. added to patch, time =    7.435842990875244    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.3040056228637695E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    140.2829899787903    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7848629951477051    
 ==w out          48       15456         945            316538880
 WAYNE PROCESS   186.6272399425507    
 ==w out          49       17667
424   20.00000    
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   5.5890083312988281E-03
 TESTING -1.4999986E-02   7.363803       1.943761    
 WAYNE Motion comp. added to patch, time =    7.747870922088623    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.9479265213012695E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   7.363803       1.943761    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7100897E-02
   1.3330900E-02
 WAYNE Azimuth compression done, time =    154.5390779972076    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8825700283050537    
 ==w out           7       13248         945            271319040
 WAYNE PROCESS   203.7352430820465    

 Processing block number            8
 TESTING WHY  6.6318303E-02  1.3988200E-02        1888           8
 WAYNE PATCHES:        13217        17312 patch#            8
  reference line: 15264  1419.697 seconds.
 TESTING       13217
 before reading
 done reading
 WAYNE load raw data , time =    39.06705296039581    
 ATTN ifrq ipol ln           8           3       17312   20.00000    
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   5.4169893264770508E-03
 TESTING -1.4999986E-02   7.453610      0.9897783    
 WAYNE Motion comp. added to patch, time =    7.516757011413574    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.0063052177429199E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10 -1.4999986E-02   7.453610      0.9897783    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6318303E-02
   1.3988200E-02
 WAYNE Azimuth compression done, time =    140.4806070327759    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8239430189132690    
 ==w out           8       15456         945            316538880
 WAYNE PROCESS   187.9049140214920    
 ==w out           9       17667
682    

 Processing block number           21
 WAYNE PATCHES:        37761        41856 patch#           21
  reference line: 39808   805.808 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.06591594219208    
 ATTN ifrq ipol ln           8           3       41856   20.00000    
 IPOL, ITOP nblock            3           0          21
 WAYNE Motion comp. coeff. calculated, time =   5.3840875625610352E-03
 WAYNE Motion comp. added to patch, time =    7.423235058784485    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1539926528930664E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1643940210342    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7557699680328369    
 ==w out          21        8832         945            180879360
 WAYNE PROCESS   203.4179589748383    

 Processing block number           22
 WAYNE PATCHES:        39649        43744 patch#           22
  reference line: 41696  1009.226 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.19997298717499    
 ATTN ifrq ipol ln           8           3       43744   20.00000    
 IPOL, ITOP nblock            3           0          22
 WAYNE Motion comp. coeff. calculated, time =   5.8029890060424805E-03
 WAYNE Motion comp. added to patch, time =    7.430737972259521    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1560192108154297E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0033119916916    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9915930032730103    
 ==w out          22       11040         945            226099200
 WAYNE PROCESS   205.6346919536591    

 Processing block number           23
 WAYNE PATCHES:        41537        45632 patch#           23
  reference line: 43584  1214.861 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.89072394371033    
 ATTN ifrq ipol ln           8           3       45632   20.00000    
 IPOL, ITOP nblock            3           0          23
 WAYNE Motion comp. coeff. calculated, time =   5.3499937057495117E-03
 WAYNE Motion comp. added to patch, time =    7.446326017379761    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.5979280471801758E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2212209701538    
  Writing         2208 lines of data to file
 WAYNE write output data    1.130315065383911    
 ==w out          23       13248         945            271319040
 WAYNE PROCESS   205.6978679895401    

 Processing block number           24
 WAYNE PATCHES:        43425        47520 patch#           24
  reference line: 45472  1420.559 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    38.38975501060486    
 ATTN ifrq ipol ln           8           3       47520   20.00000    
 IPOL, ITOP nblock            3           0          24
 WAYNE Motion comp. coeff. calculated, time =   5.3550004959106445E-03
 WAYNE Motion comp. added to patch, time =    7.427673935890198    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.5154004096984863E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    140.7222260236740    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8350129127502441    
 ==w out          24       15456         945            316538880
 WAYNE PROCESS   187.3964449167252    
 ==w out          25       17667
194    

 Processing block number           37
 WAYNE PATCHES:        67969        72064 patch#           37
  reference line: 70016   804.412 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.92227697372437    
 ATTN ifrq ipol ln           8           3       72064   20.00000    
 IPOL, ITOP nblock            3           0          37
 WAYNE Motion comp. coeff. calculated, time =   5.4790973663330078E-03
 WAYNE Motion comp. added to patch, time =    7.489544987678528    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.2399425506591797E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9266229867935    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9194440841674805    
 ==w out          37        8832         945            180879360
 WAYNE PROCESS   206.2670680284500    

 Processing block number           38
 WAYNE PATCHES:        69857        73952 patch#           38
  reference line: 71904  1010.680 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.26215994358063    
 ATTN ifrq ipol ln           8           3       73952   20.00000    
 IPOL, ITOP nblock            3           0          38
 WAYNE Motion comp. coeff. calculated, time =   5.7899951934814453E-03
 WAYNE Motion comp. added to patch, time =    7.472729086875916    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2070407867431641E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8086580038071    
  Writing         2208 lines of data to file
 WAYNE write output data    1.085713028907776    
 ==w out          38       11040         945            226099200
 WAYNE PROCESS   204.6386200189590    

 Processing block number           39
 WAYNE PATCHES:        71745        75840 patch#           39
  reference line: 73792  1215.319 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.72846400737762    
 ATTN ifrq ipol ln           8           3       75840   20.00000    
 IPOL, ITOP nblock            3           0          39
 WAYNE Motion comp. coeff. calculated, time =   5.3460597991943359E-03
 WAYNE Motion comp. added to patch, time =    7.578894972801208    
 WAYNE Doppler estimation done, time =   1.6927719116210938E-05
 WAYNE write deskew done, time =   2.7170181274414063E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9954069852829    
  Writing         2208 lines of data to file
 WAYNE write output data    1.132304072380066    
 ==w out          39       13248         945            271319040
 WAYNE PROCESS   205.4448940753937    

 Processing block number           40
 WAYNE PATCHES:        73633        77728 patch#           40
  reference line: 75680  1420.764 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    38.53208994865417    
 ATTN ifrq ipol ln           8           3       77728   20.00000    
 IPOL, ITOP nblock            3           0          40
 WAYNE Motion comp. coeff. calculated, time =   5.3060054779052734E-03
 WAYNE Motion comp. added to patch, time =    7.476786017417908    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.4489045143127441E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    140.7336740493774    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7960469722747803    
 ==w out          40       15456         945            316538880
 WAYNE PROCESS   187.5696309804916    
 ==w out          41       17667
            1       28847           0
            2       28846           0
            3       28836           0
            4       28842           0
            5       28839           0
            6       28835           0
            7       28837           0
            8       28838           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      136896kids=            8

 Writing variable header...

 gather image from processor #            0
             8
 gather image from processor #            1
             8
 gather image from processor #            2
             8
 gather image from processor #            3
             8
 gather image from processor #            4
             8
 gather image from processor #            5
             8
 gather image from processor #            6
             7
 gather image from processor #            7
             7
 WAYNE gather images takes:    0.4149749279022217    
 WAYNE LOOP TIME:     1613.133201003075    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_c.vh_j                     
 /export/air15/airops/1143/ts1143_c.mocompv                  
 /export/air15/airops/1143/ts1143_c.dop                      
 /export/air15/airops/1143/ts1143_c.glb                              2560
       136896
 update intf hdr ha:   7604.200    
 UPDATE:        2560      136896   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_c.mocompv                  
 dopfile /export/air15/airops/1143/ts1143_c.dop                      
 globalfile /export/air15/airops/1143/ts1143_c.glb                      
 /export/air15/airops/1143/ts1143_c.glb                                38
 deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
 lat1 lon1:        1009   58.32909      -154.6675          136896
 last ra n_ns ns:   8606.355               0           1      137904
       136896
 lati loni:      137904   58.32906      -155.6094          137904           1
 center ra n_ns ns:   12866.70            1279        1279       69456
       136896
 lati loni:       69456   58.29065      -155.1419           69456        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_c.vh_j                     
 WAYNE FINAL PROCESS   1617.137340068817    

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

 NUMBER OF PROCESSOR USED =            8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        15456           7
        15456           7
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_c.vh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_c.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.cv                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air15/airops/1143/ts1143_c.TB                       
  Name of the line output file?
 /export/air15/airops/1143/c_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.964854001998901    

  Deskewing           62 patches
 Processing block number            1
 DEBUG         1008   1008.915       3049.346      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1        1008        1008
            0
  half line dmj dgc:           0         945        3049        1008
   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        1008        1008
         1104
  half line dmj dgc:           1         945        3049        1008
   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          994   994.6552       3008.570      0.0000000E+00  0.0000000E+00
         1105        1875         -14         784
 patch iptc,sj,dgj,dgi,id:           2        1875         994        1008
          784
  half line dmj dgc:           0        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1875        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1874

         1875        2979           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2979         994         994
         1104
  half line dmj dgc:           1        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2979        1875
   Zeroing lines in arrays 
  Total # of output lines =            2        2978

 Processing block number            3
 DEBUG          987   987.8993       2978.252      0.0000000E+00  0.0000000E+00
         2979        3756          -7         784
 patch iptc,sj,dgj,dgi,id:           3        3756         987         994
          784
  half line dmj dgc:           0        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3756        2979
   Zeroing lines in arrays 
  Total # of output lines =            3        3755

         3756        4860           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4860         987         987
         1104
  half line dmj dgc:           1        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4860        3756
   Zeroing lines in arrays 
  Total # of output lines =            3        4859

 Processing block number            4
 DEBUG          983   983.8378       2964.425      0.0000000E+00  0.0000000E+00
         4860        5640          -4         784
 patch iptc,sj,dgj,dgi,id:           4        5640         983         987
          784
  half line dmj dgc:           0        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        5640        4860
   Zeroing lines in arrays 
  Total # of output lines =            4        5639

         5640        6744           0        1104
 patch iptc,sj,dgj,dgi,id:           4        6744         983         983
         1104
  half line dmj dgc:           1        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        6744        5640
   Zeroing lines in arrays 
  Total # of output lines =            4        6743

 Processing block number            5
 DEBUG          960   960.7564       2917.153      0.0000000E+00  0.0000000E+00
         6744        7505         -23         784
 patch iptc,sj,dgj,dgi,id:           5        7505         960         983
          784
  half line dmj dgc:           0        8497        2917        1008
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        7505        6744
   Zeroing lines in arrays 
  Total # of output lines =            5        7504

         7505        8609           0        1104
 patch iptc,sj,dgj,dgi,id:           5        8609         960         960
         1104
  half line dmj dgc:           1        8497        2917        1008
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        8609        7505
   Zeroing lines in arrays 
  Total # of output lines =            5        8608

 Processing block number            6
 DEBUG          941   941.1243       2874.772      0.0000000E+00  0.0000000E+00
         8609        9374         -19         784
 patch iptc,sj,dgj,dgi,id:           6        9374         941         960
          784
  half line dmj dgc:           0       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        9374        8609
   Zeroing lines in arrays 
  Total # of output lines =            6        9373

         9374       10478           0        1104
 patch iptc,sj,dgj,dgi,id:           6       10478         941         941
         1104
  half line dmj dgc:           1       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:       10478        9374
   Zeroing lines in arrays 
  Total # of output lines =            6       10477

 Processing block number            7
 DEBUG          938   939.0323       2862.736      0.0000000E+00  0.0000000E+00
        10478       11259          -3         784
 patch iptc,sj,dgj,dgi,id:           7       11259         938         941
          784
  half line dmj dgc:           0       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:       11259       10478
   Zeroing lines in arrays 
  Total # of output lines =            7       11258

        11259       12363           0        1104
 patch iptc,sj,dgj,dgi,id:           7          75         938         938
         1104
  half line dmj dgc:           1       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 s1>sj:       11259          75
   Zeroing lines in arrays 
  Total # of output lines =            7       12362

 Processing block number            8
 DEBUG          943   943.9662       2844.994      0.0000000E+00  0.0000000E+00
           75         864           5         784
 patch iptc,sj,dgj,dgi,id:           8         864         943         938
          784
  half line dmj dgc:           0       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:         864          75
   Zeroing lines in arrays 
  Total # of output lines =            8       13151

          864        1968           0        1104
 patch iptc,sj,dgj,dgi,id:           8        1968         943         943
         1104
  half line dmj dgc:           1       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:        1968         864
   Zeroing lines in arrays 
  Total # of output lines =            8       14255

 Processing block number            9
 DEBUG          959   959.3724       2855.176      0.0000000E+00  0.0000000E+00
         1968        2768          16         784
 patch iptc,sj,dgj,dgi,id:           9        2768         959         943
          784
  half line dmj dgc:           0       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:        2768        1968
   Zeroing lines in arrays 
  Total # of output lines =            9       15055

         2768        3872           0        1104
 patch iptc,sj,dgj,dgi,id:           9        3872         959         959
         1104
  half line dmj dgc:           1       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 sj>s1:        3872        2768
   Zeroing lines in arrays 
  Total # of output lines =            9       16159

 Processing block number           10
 DEBUG          971   971.8359       2872.241      0.0000000E+00  0.0000000E+00
         3872        4668          12         784
 patch iptc,sj,dgj,dgi,id:          10        4668         971         959
          784
  half line dmj dgc:           0       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        4668        3872
   Zeroing lines in arrays 
  Total # of output lines =           10       16955

         4668        5772           0        1104
 patch iptc,sj,dgj,dgi,id:          10        5772         971         971
         1104
  half line dmj dgc:           1       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        5772        4668
   Zeroing lines in arrays 
  Total # of output lines =           10       18059

 Processing block number           11
 DEBUG          967   967.2178       2859.582      0.0000000E+00  0.0000000E+00
         5772        6552          -4         784
 patch iptc,sj,dgj,dgi,id:          11        6552         967         971
          784
  half line dmj dgc:           0       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        6552        5772
   Zeroing lines in arrays 
  Total # of output lines =           11       18839

         6552        7656           0        1104
 patch iptc,sj,dgj,dgi,id:          11        7656         967         967
         1104
  half line dmj dgc:           1       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        7656        6552
   Zeroing lines in arrays 
  Total # of output lines =           11       19943

 Processing block number           12
 DEBUG          949   949.9637       2823.314      0.0000000E+00  0.0000000E+00
         7656        8422         -18         784
 patch iptc,sj,dgj,dgi,id:          12        8422         949         967
          784
  half line dmj dgc:           0       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        8422        7656
   Zeroing lines in arrays 
  Total # of output lines =           12       20709

         8422        9526           0        1104
 patch iptc,sj,dgj,dgi,id:          12        9526         949         949
         1104
  half line dmj dgc:           1       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        9526        8422
   Zeroing lines in arrays 
  Total # of output lines =           12       21813

 Processing block number           13
 DEBUG          936   936.8220       2800.709      0.0000000E+00  0.0000000E+00
         9526       10297         -13         784
 patch iptc,sj,dgj,dgi,id:          13       10297         936         949
          784
  half line dmj dgc:           0       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:       10297        9526
   Zeroing lines in arrays 
  Total # of output lines =           13       22584

        10297       11401           0        1104
 patch iptc,sj,dgj,dgi,id:          13       11401         936         936
         1104
  half line dmj dgc:           1       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:       11401       10297
   Zeroing lines in arrays 
  Total # of output lines =           13       23688

 Processing block number           14
 DEBUG          918   918.3348       2752.287      0.0000000E+00  0.0000000E+00
        11401       12167         -18         784
 patch iptc,sj,dgj,dgi,id:          14       12167         918         936
          784
  half line dmj dgc:           0       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:       12167       11401
   Zeroing lines in arrays 
  Total # of output lines =           14       24454

        12167       13271           0        1104
 patch iptc,sj,dgj,dgi,id:          14         983         918         918
         1104
  half line dmj dgc:           1       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 s1>sj:       12167         983
   Zeroing lines in arrays 
  Total # of output lines =           14       25558

 Processing block number           15
 DEBUG          891   891.1166       2687.809      0.0000000E+00  0.0000000E+00
          983        1740         -27         784
 patch iptc,sj,dgj,dgi,id:          15        1740         891         918
          784
  half line dmj dgc:           0       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        1740         983
   Zeroing lines in arrays 
  Total # of output lines =           15       26315

         1740        2844           0        1104
 patch iptc,sj,dgj,dgi,id:          15        2844         891         891
         1104
  half line dmj dgc:           1       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        2844        1740
   Zeroing lines in arrays 
  Total # of output lines =           15       27419

 Processing block number           16
 DEBUG          879   879.2209       2655.872      0.0000000E+00  0.0000000E+00
         2844        3616         -12         784
 patch iptc,sj,dgj,dgi,id:          16        3616         879         891
          784
  half line dmj dgc:           0       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:        3616        2844
   Zeroing lines in arrays 
  Total # of output lines =           16       28191

         3616        4720           0        1104
 patch iptc,sj,dgj,dgi,id:          16        4720         879         879
         1104
  half line dmj dgc:           1       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:        4720        3616
   Zeroing lines in arrays 
  Total # of output lines =           16       29295

 Processing block number           17
 DEBUG          875   875.8770       2616.571      0.0000000E+00  0.0000000E+00
         4720        5500          -4         784
 patch iptc,sj,dgj,dgi,id:          17        5500         875         879
          784
  half line dmj dgc:           0       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:        5500        4720
   Zeroing lines in arrays 
  Total # of output lines =           17       30075

         5500        6604           0        1104
 patch iptc,sj,dgj,dgi,id:          17        6604         875         875
         1104
  half line dmj dgc:           1       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 sj>s1:        6604        5500
   Zeroing lines in arrays 
  Total # of output lines =           17       31179

 Processing block number           18
 DEBUG          880   880.8252       2605.369      0.0000000E+00  0.0000000E+00
         6604        7393           5         784
 patch iptc,sj,dgj,dgi,id:          18        7393         880         875
          784
  half line dmj dgc:           0       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        7393        6604
   Zeroing lines in arrays 
  Total # of output lines =           18       31968

         7393        8497           0        1104
 patch iptc,sj,dgj,dgi,id:          18        8497         880         880
         1104
  half line dmj dgc:           1       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        8497        7393
   Zeroing lines in arrays 
  Total # of output lines =           18       33072

 Processing block number           19
 DEBUG          883   883.6945       2597.194      0.0000000E+00  0.0000000E+00
         8497        9284           3         784
 patch iptc,sj,dgj,dgi,id:          19        9284         883         880
          784
  half line dmj dgc:           0       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        9284        8497
   Zeroing lines in arrays 
  Total # of output lines =           19       33859

         9284       10388           0        1104
 patch iptc,sj,dgj,dgi,id:          19       10388         883         883
         1104
  half line dmj dgc:           1       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:       10388        9284
   Zeroing lines in arrays 
  Total # of output lines =           19       34963

 Processing block number           20
 DEBUG          877   877.9622       2572.064      0.0000000E+00  0.0000000E+00
        10388       11166          -6         784
 patch iptc,sj,dgj,dgi,id:          20       11166         877         883
          784
  half line dmj dgc:           0       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:       11166       10388
   Zeroing lines in arrays 
  Total # of output lines =           20       35741

        11166       12270           0        1104
 patch iptc,sj,dgj,dgi,id:          20       12270         877         877
         1104
  half line dmj dgc:           1       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:       12270       11166
   Zeroing lines in arrays 
  Total # of output lines =           20       36845

 Processing block number           21
 DEBUG          877   877.3871       2556.998      0.0000000E+00  0.0000000E+00
        12270       13054           0         784
 patch iptc,sj,dgj,dgi,id:          21         766         877         877
          784
  half line dmj dgc:           0       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 s1>sj:       12270         766
   Zeroing lines in arrays 
  Total # of output lines =           21       37629

          766        1870           0        1104
 patch iptc,sj,dgj,dgi,id:          21        1870         877         877
         1104
  half line dmj dgc:           1       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        1870         766
   Zeroing lines in arrays 
  Total # of output lines =           21       38733

 Processing block number           22
 DEBUG          880   880.3411       2549.763      0.0000000E+00  0.0000000E+00
         1870        2657           3         784
 patch iptc,sj,dgj,dgi,id:          22        2657         880         877
          784
  half line dmj dgc:           0       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        2657        1870
   Zeroing lines in arrays 
  Total # of output lines =           22       39520

         2657        3761           0        1104
 patch iptc,sj,dgj,dgi,id:          22        3761         880         880
         1104
  half line dmj dgc:           1       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        3761        2657
   Zeroing lines in arrays 
  Total # of output lines =           22       40624

 Processing block number           23
 DEBUG          878   878.9990       2554.628      0.0000000E+00  0.0000000E+00
         3761        4543          -2         784
 patch iptc,sj,dgj,dgi,id:          23        4543         878         880
          784
  half line dmj dgc:           0       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        4543        3761
   Zeroing lines in arrays 
  Total # of output lines =           23       41406

         4543        5647           0        1104
 patch iptc,sj,dgj,dgi,id:          23        5647         878         878
         1104
  half line dmj dgc:           1       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        5647        4543
   Zeroing lines in arrays 
  Total # of output lines =           23       42510

 Processing block number           24
 DEBUG          870   870.4556       2543.782      0.0000000E+00  0.0000000E+00
         5647        6423          -8         784
 patch iptc,sj,dgj,dgi,id:          24        6423         870         878
          784
  half line dmj dgc:           0       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:        6423        5647
   Zeroing lines in arrays 
  Total # of output lines =           24       43286

         6423        7527           0        1104
 patch iptc,sj,dgj,dgi,id:          24        7527         870         870
         1104
  half line dmj dgc:           1       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:        7527        6423
   Zeroing lines in arrays 
  Total # of output lines =           24       44390

 Processing block number           25
 DEBUG          842   842.9695       2461.056      0.0000000E+00  0.0000000E+00
         7527        8283         -28         784
 patch iptc,sj,dgj,dgi,id:          25        8283         842         870
          784
  half line dmj dgc:           0       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:        8283        7527
   Zeroing lines in arrays 
  Total # of output lines =           25       45146

         8283        9387           0        1104
 patch iptc,sj,dgj,dgi,id:          25        9387         842         842
         1104
  half line dmj dgc:           1       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 sj>s1:        9387        8283
   Zeroing lines in arrays 
  Total # of output lines =           25       46250

 Processing block number           26
 DEBUG          817   817.6481       2383.449      0.0000000E+00  0.0000000E+00
         9387       10146         -25         784
 patch iptc,sj,dgj,dgi,id:          26       10146         817         842
          784
  half line dmj dgc:           0       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:       10146        9387
   Zeroing lines in arrays 
  Total # of output lines =           26       47009

        10146       11250           0        1104
 patch iptc,sj,dgj,dgi,id:          26       11250         817         817
         1104
  half line dmj dgc:           1       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:       11250       10146
   Zeroing lines in arrays 
  Total # of output lines =           26       48113

 Processing block number           27
 DEBUG          801   802.0490       2326.101      0.0000000E+00  0.0000000E+00
        11250       12018         -16         784
 patch iptc,sj,dgj,dgi,id:          27       12018         801         817
          784
  half line dmj dgc:           0       50033        2326        1008
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:       12018       11250
   Zeroing lines in arrays 
  Total # of output lines =           27       48881

        12018       13122           0        1104
 patch iptc,sj,dgj,dgi,id:          27         834         801         801
         1104
  half line dmj dgc:           1       50033        2326        1008
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 s1>sj:       12018         834
   Zeroing lines in arrays 
  Total # of output lines =           27       49985

 Processing block number           28
 DEBUG          794   794.6973       2270.316      0.0000000E+00  0.0000000E+00
          834        1611          -7         784
 patch iptc,sj,dgj,dgi,id:          28        1611         794         801
          784
  half line dmj dgc:           0       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        1611         834
   Zeroing lines in arrays 
  Total # of output lines =           28       50762

         1611        2715           0        1104
 patch iptc,sj,dgj,dgi,id:          28        2715         794         794
         1104
  half line dmj dgc:           1       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        2715        1611
   Zeroing lines in arrays 
  Total # of output lines =           28       51866

 Processing block number           29
 DEBUG          793   793.3519       2229.512      0.0000000E+00  0.0000000E+00
         2715        3498          -1         784
 patch iptc,sj,dgj,dgi,id:          29        3498         793         794
          784
  half line dmj dgc:           0       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        3498        2715
   Zeroing lines in arrays 
  Total # of output lines =           29       52649

         3498        4602           0        1104
 patch iptc,sj,dgj,dgi,id:          29        4602         793         793
         1104
  half line dmj dgc:           1       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        4602        3498
   Zeroing lines in arrays 
  Total # of output lines =           29       53753

 Processing block number           30
 DEBUG          793   793.9530       2203.235      0.0000000E+00  0.0000000E+00
         4602        5386           0         784
 patch iptc,sj,dgj,dgi,id:          30        5386         793         793
          784
  half line dmj dgc:           0       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        5386        4602
   Zeroing lines in arrays 
  Total # of output lines =           30       54537

         5386        6490           0        1104
 patch iptc,sj,dgj,dgi,id:          30        6490         793         793
         1104
  half line dmj dgc:           1       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        6490        5386
   Zeroing lines in arrays 
  Total # of output lines =           30       55641

 Processing block number           31
 DEBUG          793   793.8190       2187.778      0.0000000E+00  0.0000000E+00
         6490        7274           0         784
 patch iptc,sj,dgj,dgi,id:          31        7274         793         793
          784
  half line dmj dgc:           0       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        7274        6490
   Zeroing lines in arrays 
  Total # of output lines =           31       56425

         7274        8378           0        1104
 patch iptc,sj,dgj,dgi,id:          31        8378         793         793
         1104
  half line dmj dgc:           1       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        8378        7274
   Zeroing lines in arrays 
  Total # of output lines =           31       57529

 Processing block number           32
 DEBUG          794   794.8846       2179.427      0.0000000E+00  0.0000000E+00
         8378        9163           1         784
 patch iptc,sj,dgj,dgi,id:          32        9163         794         793
          784
  half line dmj dgc:           0       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:        9163        8378
   Zeroing lines in arrays 
  Total # of output lines =           32       58314

         9163       10267           0        1104
 patch iptc,sj,dgj,dgi,id:          32       10267         794         794
         1104
  half line dmj dgc:           1       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       10267        9163
   Zeroing lines in arrays 
  Total # of output lines =           32       59418

 Processing block number           33
 DEBUG          788   788.7425       2153.447      0.0000000E+00  0.0000000E+00
        10267       11045          -6         784
 patch iptc,sj,dgj,dgi,id:          33       11045         788         794
          784
  half line dmj dgc:           0       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11045       10267
   Zeroing lines in arrays 
  Total # of output lines =           33       60196

        11045       12149           0        1104
 patch iptc,sj,dgj,dgi,id:          33       12149         788         788
         1104
  half line dmj dgc:           1       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 sj>s1:       12149       11045
   Zeroing lines in arrays 
  Total # of output lines =           33       61300

 Processing block number           34
 DEBUG          774   774.8894       2128.628      0.0000000E+00  0.0000000E+00
        12149       12919         -14         784
 patch iptc,sj,dgj,dgi,id:          34         631         774         788
          784
  half line dmj dgc:           0       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 s1>sj:       12149         631
   Zeroing lines in arrays 
  Total # of output lines =           34       62070

          631        1735           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1735         774         774
         1104
  half line dmj dgc:           1       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1735         631
   Zeroing lines in arrays 
  Total # of output lines =           34       63174

 Processing block number           35
 DEBUG          753   753.7322       2092.858      0.0000000E+00  0.0000000E+00
         1735        2498         -21         784
 patch iptc,sj,dgj,dgi,id:          35        2498         753         774
          784
  half line dmj dgc:           0       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2498        1735
   Zeroing lines in arrays 
  Total # of output lines =           35       63937

         2498        3602           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3602         753         753
         1104
  half line dmj dgc:           1       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3602        2498
   Zeroing lines in arrays 
  Total # of output lines =           35       65041

 Processing block number           36
 DEBUG          735   735.5186       2057.792      0.0000000E+00  0.0000000E+00
         3602        4368         -18         784
 patch iptc,sj,dgj,dgi,id:          36        4368         735         753
          784
  half line dmj dgc:           0       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        4368        3602
   Zeroing lines in arrays 
  Total # of output lines =           36       65807

         4368        5472           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5472         735         735
         1104
  half line dmj dgc:           1       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5472        4368
   Zeroing lines in arrays 
  Total # of output lines =           36       66911

 Processing block number           37
 DEBUG          721   721.4064       2015.840      0.0000000E+00  0.0000000E+00
         5472        6242         -14         784
 patch iptc,sj,dgj,dgi,id:          37        6242         721         735
          784
  half line dmj dgc:           0       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        6242        5472
   Zeroing lines in arrays 
  Total # of output lines =           37       67681

         6242        7346           0        1104
 patch iptc,sj,dgj,dgi,id:          37        7346         721         721
         1104
  half line dmj dgc:           1       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        7346        6242
   Zeroing lines in arrays 
  Total # of output lines =           37       68785

 Processing block number           38
 DEBUG          713   713.2769       1971.414      0.0000000E+00  0.0000000E+00
         7346        8122          -8         784
 patch iptc,sj,dgj,dgi,id:          38        8122         713         721
          784
  half line dmj dgc:           0       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        8122        7346
   Zeroing lines in arrays 
  Total # of output lines =           38       69561

         8122        9226           0        1104
 patch iptc,sj,dgj,dgi,id:          38        9226         713         713
         1104
  half line dmj dgc:           1       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        9226        8122
   Zeroing lines in arrays 
  Total # of output lines =           38       70665

 Processing block number           39
 DEBUG          709   709.9473       1930.820      0.0000000E+00  0.0000000E+00
         9226       10006          -4         784
 patch iptc,sj,dgj,dgi,id:          39       10006         709         713
          784
  half line dmj dgc:           0       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           0       85008
   Writing data negflag .eq. 0
 sj>s1:       10006        9226
   Zeroing lines in arrays 
  Total # of output lines =           39       71445

        10006       11110           0        1104
 patch iptc,sj,dgj,dgi,id:          39       11110         709         709
         1104
  half line dmj dgc:           1       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           1       86112
   Writing data negflag .eq. 0
 sj>s1:       11110       10006
   Zeroing lines in arrays 
  Total # of output lines =           39       72549

 Processing block number           40
 DEBUG          697   697.8945       1875.694      0.0000000E+00  0.0000000E+00
        11110       11882         -12         784
 patch iptc,sj,dgj,dgi,id:          40       11882         697         709
          784
  half line dmj dgc:           0       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           0       87216
   Writing data negflag .eq. 0
 sj>s1:       11882       11110
   Zeroing lines in arrays 
  Total # of output lines =           40       73321

        11882       12986           0        1104
 patch iptc,sj,dgj,dgi,id:          40         698         697         697
         1104
  half line dmj dgc:           1       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           1       88320
   Writing data negflag .eq. 0
 s1>sj:       11882         698
   Zeroing lines in arrays 
  Total # of output lines =           40       74425

 Processing block number           41
 DEBUG          676   676.3677       1814.290      0.0000000E+00  0.0000000E+00
          698        1461         -21         784
 patch iptc,sj,dgj,dgi,id:          41        1461         676         697
          784
  half line dmj dgc:           0       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           0       89424
   Writing data negflag .eq. 0
 sj>s1:        1461         698
   Zeroing lines in arrays 
  Total # of output lines =           41       75188

         1461        2565           0        1104
 patch iptc,sj,dgj,dgi,id:          41        2565         676         676
         1104
  half line dmj dgc:           1       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           1       90528
   Writing data negflag .eq. 0
 sj>s1:        2565        1461
   Zeroing lines in arrays 
  Total # of output lines =           41       76292

 Processing block number           42
 DEBUG          656   656.5294       1765.346      0.0000000E+00  0.0000000E+00
         2565        3329         -20         784
 patch iptc,sj,dgj,dgi,id:          42        3329         656         676
          784
  half line dmj dgc:           0       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           0       91632
   Writing data negflag .eq. 0
 sj>s1:        3329        2565
   Zeroing lines in arrays 
  Total # of output lines =           42       77056

         3329        4433           0        1104
 patch iptc,sj,dgj,dgi,id:          42        4433         656         656
         1104
  half line dmj dgc:           1       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           1       92736
   Writing data negflag .eq. 0
 sj>s1:        4433        3329
   Zeroing lines in arrays 
  Total # of output lines =           42       78160

 Processing block number           43
 DEBUG          650   650.2874       1742.489      0.0000000E+00  0.0000000E+00
         4433        5211          -6         784
 patch iptc,sj,dgj,dgi,id:          43        5211         650         656
          784
  half line dmj dgc:           0       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           0       93840
   Writing data negflag .eq. 0
 sj>s1:        5211        4433
   Zeroing lines in arrays 
  Total # of output lines =           43       78938

         5211        6315           0        1104
 patch iptc,sj,dgj,dgi,id:          43        6315         650         650
         1104
  half line dmj dgc:           1       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           1       94944
   Writing data negflag .eq. 0
 sj>s1:        6315        5211
   Zeroing lines in arrays 
  Total # of output lines =           43       80042

 Processing block number           44
 DEBUG          650   650.4235       1728.001      0.0000000E+00  0.0000000E+00
         6315        7099           0         784
 patch iptc,sj,dgj,dgi,id:          44        7099         650         650
          784
  half line dmj dgc:           0       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           0       96048
   Writing data negflag .eq. 0
 sj>s1:        7099        6315
   Zeroing lines in arrays 
  Total # of output lines =           44       80826

         7099        8203           0        1104
 patch iptc,sj,dgj,dgi,id:          44        8203         650         650
         1104
  half line dmj dgc:           1       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           1       97152
   Writing data negflag .eq. 0
 sj>s1:        8203        7099
   Zeroing lines in arrays 
  Total # of output lines =           44       81930

 Processing block number           45
 DEBUG          643   643.7260       1696.661      0.0000000E+00  0.0000000E+00
         8203        8980          -7         784
 patch iptc,sj,dgj,dgi,id:          45        8980         643         650
          784
  half line dmj dgc:           0       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           0       98256
   Writing data negflag .eq. 0
 sj>s1:        8980        8203
   Zeroing lines in arrays 
  Total # of output lines =           45       82707

         8980       10084           0        1104
 patch iptc,sj,dgj,dgi,id:          45       10084         643         643
         1104
  half line dmj dgc:           1       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           1       99360
   Writing data negflag .eq. 0
 sj>s1:       10084        8980
   Zeroing lines in arrays 
  Total # of output lines =           45       83811

 Processing block number           46
 DEBUG          639   639.2649       1672.451      0.0000000E+00  0.0000000E+00
        10084       10864          -4         784
 patch iptc,sj,dgj,dgi,id:          46       10864         639         643
          784
  half line dmj dgc:           0       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           0      100464
   Writing data negflag .eq. 0
 sj>s1:       10864       10084
   Zeroing lines in arrays 
  Total # of output lines =           46       84591

        10864       11968           0        1104
 patch iptc,sj,dgj,dgi,id:          46       11968         639         639
         1104
  half line dmj dgc:           1       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           1      101568
   Writing data negflag .eq. 0
 sj>s1:       11968       10864
   Zeroing lines in arrays 
  Total # of output lines =           46       85695

 Processing block number           47
 DEBUG          633   633.2278       1632.387      0.0000000E+00  0.0000000E+00
        11968       12746          -6         784
 patch iptc,sj,dgj,dgi,id:          47         458         633         639
          784
  half line dmj dgc:           0       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           0      102672
   Writing data negflag .eq. 0
 s1>sj:       11968         458
   Zeroing lines in arrays 
  Total # of output lines =           47       86473

          458        1562           0        1104
 patch iptc,sj,dgj,dgi,id:          47        1562         633         633
         1104
  half line dmj dgc:           1       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           1      103776
   Writing data negflag .eq. 0
 sj>s1:        1562         458
   Zeroing lines in arrays 
  Total # of output lines =           47       87577

 Processing block number           48
 DEBUG          631   631.7375       1602.401      0.0000000E+00  0.0000000E+00
         1562        2344          -2         784
 patch iptc,sj,dgj,dgi,id:          48        2344         631         633
          784
  half line dmj dgc:           0       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           0      104880
   Writing data negflag .eq. 0
 sj>s1:        2344        1562
   Zeroing lines in arrays 
  Total # of output lines =           48       88359

         2344        3448           0        1104
 patch iptc,sj,dgj,dgi,id:          48        3448         631         631
         1104
  half line dmj dgc:           1       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           1      105984
   Writing data negflag .eq. 0
 sj>s1:        3448        2344
   Zeroing lines in arrays 
  Total # of output lines =           48       89463

 Processing block number           49
 DEBUG          636   637.0458       1598.501      0.0000000E+00  0.0000000E+00
         3448        4237           5         784
 patch iptc,sj,dgj,dgi,id:          49        4237         636         631
          784
  half line dmj dgc:           0       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           0      107088
   Writing data negflag .eq. 0
 sj>s1:        4237        3448
   Zeroing lines in arrays 
  Total # of output lines =           49       90252

         4237        5341           0        1104
 patch iptc,sj,dgj,dgi,id:          49        5341         636         636
         1104
  half line dmj dgc:           1       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           1      108192
   Writing data negflag .eq. 0
 sj>s1:        5341        4237
   Zeroing lines in arrays 
  Total # of output lines =           49       91356

 Processing block number           50
 DEBUG          639   639.1114       1585.784      0.0000000E+00  0.0000000E+00
         5341        6128           3         784
 patch iptc,sj,dgj,dgi,id:          50        6128         639         636
          784
  half line dmj dgc:           0       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           0      109296
   Writing data negflag .eq. 0
 sj>s1:        6128        5341
   Zeroing lines in arrays 
  Total # of output lines =           50       92143

         6128        7232           0        1104
 patch iptc,sj,dgj,dgi,id:          50        7232         639         639
         1104
  half line dmj dgc:           1       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           1      110400
   Writing data negflag .eq. 0
 sj>s1:        7232        6128
   Zeroing lines in arrays 
  Total # of output lines =           50       93247

 Processing block number           51
 DEBUG          638   638.7217       1577.052      0.0000000E+00  0.0000000E+00
         7232        8015          -1         784
 patch iptc,sj,dgj,dgi,id:          51        8015         638         639
          784
  half line dmj dgc:           0       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           0      111504
   Writing data negflag .eq. 0
 sj>s1:        8015        7232
   Zeroing lines in arrays 
  Total # of output lines =           51       94030

         8015        9119           0        1104
 patch iptc,sj,dgj,dgi,id:          51        9119         638         638
         1104
  half line dmj dgc:           1       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           1      112608
   Writing data negflag .eq. 0
 sj>s1:        9119        8015
   Zeroing lines in arrays 
  Total # of output lines =           51       95134

 Processing block number           52
 DEBUG          630   630.3193       1571.846      0.0000000E+00  0.0000000E+00
         9119        9895          -8         784
 patch iptc,sj,dgj,dgi,id:          52        9895         630         638
          784
  half line dmj dgc:           0       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           0      113712
   Writing data negflag .eq. 0
 sj>s1:        9895        9119
   Zeroing lines in arrays 
  Total # of output lines =           52       95910

         9895       10999           0        1104
 patch iptc,sj,dgj,dgi,id:          52       10999         630         630
         1104
  half line dmj dgc:           1       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           1      114816
   Writing data negflag .eq. 0
 sj>s1:       10999        9895
   Zeroing lines in arrays 
  Total # of output lines =           52       97014

 Processing block number           53
 DEBUG          606   606.7614       1539.845      0.0000000E+00  0.0000000E+00
        10999       11759         -24         784
 patch iptc,sj,dgj,dgi,id:          53       11759         606         630
          784
  half line dmj dgc:           0       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           0      115920
   Writing data negflag .eq. 0
 sj>s1:       11759       10999
   Zeroing lines in arrays 
  Total # of output lines =           53       97774

        11759       12863           0        1104
 patch iptc,sj,dgj,dgi,id:          53         575         606         606
         1104
  half line dmj dgc:           1       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           1      117024
   Writing data negflag .eq. 0
 s1>sj:       11759         575
   Zeroing lines in arrays 
  Total # of output lines =           53       98878

 Processing block number           54
 DEBUG          578   579.0831       1475.347      0.0000000E+00  0.0000000E+00
          575        1331         -28         784
 patch iptc,sj,dgj,dgi,id:          54        1331         578         606
          784
  half line dmj dgc:           0      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           0      118128
   Writing data negflag .eq. 0
 sj>s1:        1331         575
   Zeroing lines in arrays 
  Total # of output lines =           54       99634

         1331        2435           0        1104
 patch iptc,sj,dgj,dgi,id:          54        2435         578         578
         1104
  half line dmj dgc:           1      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           1      119232
   Writing data negflag .eq. 0
 sj>s1:        2435        1331
   Zeroing lines in arrays 
  Total # of output lines =           54      100738

 Processing block number           55
 DEBUG          552   552.7507       1400.303      0.0000000E+00  0.0000000E+00
         2435        3193         -26         784
 patch iptc,sj,dgj,dgi,id:          55        3193         552         578
          784
  half line dmj dgc:           0      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           0      120336
   Writing data negflag .eq. 0
 sj>s1:        3193        2435
   Zeroing lines in arrays 
  Total # of output lines =           55      101496

         3193        4297           0        1104
 patch iptc,sj,dgj,dgi,id:          55        4297         552         552
         1104
  half line dmj dgc:           1      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           1      121440
   Writing data negflag .eq. 0
 sj>s1:        4297        3193
   Zeroing lines in arrays 
  Total # of output lines =           55      102600

 Processing block number           56
 DEBUG          532   532.6834       1334.467      0.0000000E+00  0.0000000E+00
         4297        5061         -20         784
 patch iptc,sj,dgj,dgi,id:          56        5061         532         552
          784
  half line dmj dgc:           0      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           0      122544
   Writing data negflag .eq. 0
 sj>s1:        5061        4297
   Zeroing lines in arrays 
  Total # of output lines =           56      103364

         5061        6165           0        1104
 patch iptc,sj,dgj,dgi,id:          56        6165         532         532
         1104
  half line dmj dgc:           1      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           1      123648
   Writing data negflag .eq. 0
 sj>s1:        6165        5061
   Zeroing lines in arrays 
  Total # of output lines =           56      104468

 Processing block number           57
 DEBUG          526   526.3130       1285.929      0.0000000E+00  0.0000000E+00
         6165        6943          -6         784
 patch iptc,sj,dgj,dgi,id:          57        6943         526         532
          784
  half line dmj dgc:           0      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           0      124752
   Writing data negflag .eq. 0
 sj>s1:        6943        6165
   Zeroing lines in arrays 
  Total # of output lines =           57      105246

         6943        8047           0        1104
 patch iptc,sj,dgj,dgi,id:          57        8047         526         526
         1104
  half line dmj dgc:           1      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           1      125856
   Writing data negflag .eq. 0
 sj>s1:        8047        6943
   Zeroing lines in arrays 
  Total # of output lines =           57      106350

 Processing block number           58
 DEBUG          523   523.7253       1247.015      0.0000000E+00  0.0000000E+00
         8047        8828          -3         784
 patch iptc,sj,dgj,dgi,id:          58        8828         523         526
          784
  half line dmj dgc:           0      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           0      126960
   Writing data negflag .eq. 0
 sj>s1:        8828        8047
   Zeroing lines in arrays 
  Total # of output lines =           58      107131

         8828        9932           0        1104
 patch iptc,sj,dgj,dgi,id:          58        9932         523         523
         1104
  half line dmj dgc:           1      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           1      128064
   Writing data negflag .eq. 0
 sj>s1:        9932        8828
   Zeroing lines in arrays 
  Total # of output lines =           58      108235

 Processing block number           59
 DEBUG          513   513.4061       1203.408      0.0000000E+00  0.0000000E+00
         9932       10706         -10         784
 patch iptc,sj,dgj,dgi,id:          59       10706         513         523
          784
  half line dmj dgc:           0      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           0      129168
   Writing data negflag .eq. 0
 sj>s1:       10706        9932
   Zeroing lines in arrays 
  Total # of output lines =           59      109009

        10706       11810           0        1104
 patch iptc,sj,dgj,dgi,id:          59       11810         513         513
         1104
  half line dmj dgc:           1      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           1      130272
   Writing data negflag .eq. 0
 sj>s1:       11810       10706
   Zeroing lines in arrays 
  Total # of output lines =           59      110113

 Processing block number           60
 DEBUG          499   500.0392       1169.392      0.0000000E+00  0.0000000E+00
        11810       12580         -14         784
 patch iptc,sj,dgj,dgi,id:          60         292         499         513
          784
  half line dmj dgc:           0      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           0      131376
   Writing data negflag .eq. 0
 s1>sj:       11810         292
   Zeroing lines in arrays 
  Total # of output lines =           60      110883

          292        1396           0        1104
 patch iptc,sj,dgj,dgi,id:          60        1396         499         499
         1104
  half line dmj dgc:           1      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           1      132480
   Writing data negflag .eq. 0
 sj>s1:        1396         292
   Zeroing lines in arrays 
  Total # of output lines =           60      111987

 Processing block number           61
 DEBUG          499   499.5392       1172.887      0.0000000E+00  0.0000000E+00
         1396        2180           0         784
 patch iptc,sj,dgj,dgi,id:          61        2180         499         499
          784
  half line dmj dgc:           0      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           0      133584
   Writing data negflag .eq. 0
 sj>s1:        2180        1396
   Zeroing lines in arrays 
  Total # of output lines =           61      112771

         2180        3284           0        1104
 patch iptc,sj,dgj,dgi,id:          61        3284         499         499
         1104
  half line dmj dgc:           1      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           1      134688
   Writing data negflag .eq. 0
 sj>s1:        3284        2180
   Zeroing lines in arrays 
  Total # of output lines =           61      113875

 Processing block number           62
 DEBUG          499   499.4324       1171.512      0.0000000E+00  0.0000000E+00
         3284        3803           0         519
 patch iptc,sj,dgj,dgi,id:          62        3803         499         499
          519
  half line dmj dgc:           0      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           0      135792
   Writing data negflag .eq. 0
 sj>s1:        3803        3284
   Zeroing lines in arrays 
  Total # of output lines =           62      114394

         3803        4907           0        1104
 patch iptc,sj,dgj,dgi,id:          62        4907         499         499
         1104
  half line dmj dgc:           1      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           1      136896
   Writing data negflag .eq. 0
 sj>s1:        4907        3803
   Zeroing lines in arrays 
  Total # of output lines =           62      115498

 ia dmi dgi:        4907        1171         499
   Writing the last         1776 lines
 last half sj>s1        6683        4907      115498
 WAYNE done patche    533.7312669754028    
  Total # of output lines =       117274

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  117274
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    534.4416799545288    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.vv96c                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_c.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         2208 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =    1.468000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.490000       1.224800    
    1.606370    
  Receive leverarm x,y,z              =    2.490000       1.224800    
    1.606370    



  Name of raw data file?
 /export/air12/airops/1143/c_vv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_c.mocompv                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.cv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5269008E-02
 reading motion compensation data
 WAYNE read motion compen    2.779741    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7871599    
 start range comp, time =      4.524

 WAYNE PREV   3.603220    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            8 by #            0

 Processing block number            1
 TESTING WHY  7.1161799E-02  1.4801200E-02           1           1
 WAYNE PATCHES:            1         4096 patch#            1
  reference line:  2048     4.746 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    24.26273703575134    
 ATTN ifrq ipol ln           8           4        4096   20.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   6.3390731811523438E-03
 TESTING  0.0000000E+00   6.978312       1.856428    
 WAYNE Motion comp. added to patch, time =    8.057220101356506    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4989843368530273E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.978312       1.856428    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.1161799E-02
   1.4801200E-02
 WAYNE Azimuth compression done, time =    154.9996980428696    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8875689506530762    
 ==w out           1           0         945                    0
 WAYNE PROCESS   188.2179089784622    

 Processing block number            2
 TESTING WHY  7.0244499E-02  1.4539300E-02        1888           2
 WAYNE PATCHES:         1889         5984 patch#            2
  reference line:  3936   192.964 seconds.
 TESTING        1889
 before reading
 done reading
 WAYNE load raw data , time =    41.22696101665497    
 ATTN ifrq ipol ln           8           4        5984   20.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   5.3189992904663086E-03
 TESTING  0.0000000E+00   7.197789       1.533470    
 WAYNE Motion comp. added to patch, time =    7.672996044158936    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8448948860168457E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.197789       1.533470    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.0244499E-02
   1.4539300E-02
 WAYNE Azimuth compression done, time =    154.5844030380249    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8332849740982056    
 ==w out           2        2208         945             45219840
 WAYNE PROCESS   204.3426039218903    

 Processing block number            3
 TESTING WHY  6.9425598E-02  1.4621200E-02        1888           3
 WAYNE PATCHES:         3777         7872 patch#            3
  reference line:  5824   397.307 seconds.
 TESTING        3777
 before reading
 done reading
 WAYNE load raw data , time =    42.24474906921387    
 ATTN ifrq ipol ln           8           4        7872   20.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   5.2930116653442383E-03
 TESTING  0.0000000E+00   7.436216       1.529578    
 WAYNE Motion comp. added to patch, time =    7.508463978767395    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1671056747436523E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.436216       1.529578    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.9425598E-02
   1.4621200E-02
 WAYNE Azimuth compression done, time =    155.2822340726852    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8325889110565186    
 ==w out           3        4416         945             90439680
 WAYNE PROCESS   205.8765629529953    

 Processing block number            4
 TESTING WHY  6.9078699E-02  1.4607200E-02        1888           4
 WAYNE PATCHES:          PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            9 to           16 by #            1

 Processing block number            9
 WAYNE PATCHES:        15105        19200 patch#            9
  reference line: 17152     4.763 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.41877698898315    
 ATTN ifrq ipol ln           8           4       19200   20.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   6.1579942703247070E-03
 WAYNE Motion comp. added to patch, time =    7.979971051216125    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5910139083862305E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7498729228973    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9035689830780029    
 ==w out           9           0         945                    0
 WAYNE PROCESS   188.0626339912415    

 Processing block number           10
 WAYNE PATCHES:        16993        21088 patch#           10
  reference line: 19040   192.826 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.33852303028107    
 ATTN ifrq ipol ln           8           4       21088   20.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   5.4069757461547852E-03
 WAYNE Motion comp. added to patch, time =    7.581824064254761    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.6900253295898438E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.7169580459595    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9091920852661133    
 ==w out          10        2208         945             45219840
 WAYNE PROCESS   205.5597230195999    

 Processing block number           11
 WAYNE PATCHES:        18881        22976 patch#           11
  reference line: 20928   398.386 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.95523405075073    
 ATTN ifrq ipol ln           8           4       22976   20.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   5.3699016571044922E-03
 WAYNE Motion comp. added to patch, time =    7.513408064842224    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1389722824096680E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.3572669029236    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7865079641342163    
 ==w out          11        4416         945             90439680
 WAYNE PROCESS   205.6210930347443    

 Processing block number           12
 WAYNE PATCHES:        20769        24864 patch#           12
  reference line: 22816   604.007 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.32240891456604    
 ATTN ifrq ipol ln           8           4       24864   20.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   5.4429769515991211E-03
 WAYNE Motion comp. added to patch, time =    7.437649011611938    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2510290145874023E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.0615630149841    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7754859924316406    
 ==w out          12        6624         945            135659520
 WAYNE PROCESS   202.6059709787 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           41 to           48 by #            5

 Processing block number           41
 WAYNE PATCHES:        75521        79616 patch#           41
  reference line: 77568     4.817 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.05692493915558    
 ATTN ifrq ipol ln           8           4       79616   20.00000    
 IPOL, ITOP nblock            4           0          41
 WAYNE Motion comp. coeff. calculated, time =   6.3329935073852539E-03
 WAYNE Motion comp. added to patch, time =    8.028442025184631    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5459527969360352E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.5550099611282    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8174259662628174    
 ==w out          41           0         945                    0
 WAYNE PROCESS   188.4685529470444    

 Processing block number           42
 WAYNE PATCHES:        77409        81504 patch#           42
  reference line: 79456   193.286 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.96435499191284    
 ATTN ifrq ipol ln           8           4       81504   20.00000    
 IPOL, ITOP nblock            4           0          42
 WAYNE Motion comp. coeff. calculated, time =   5.4700374603271484E-03
 WAYNE Motion comp. added to patch, time =    7.480451941490173    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   3.1463027000427246E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0795979499817    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8362200260162354    
 ==w out          42        2208         945             45219840
 WAYNE PROCESS   204.3986710309982    

 Processing block number           43
 WAYNE PATCHES:        79297        83392 patch#           43
  reference line: 81344   397.685 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.81651997566223    
 ATTN ifrq ipol ln           8           4       83392   20.00000    
 IPOL, ITOP nblock            4           0          43
 WAYNE Motion comp. coeff. calculated, time =   5.4409503936767578E-03
 WAYNE Motion comp. added to patch, time =    7.430101037025452    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1619796752929688E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7087270021439    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8851699829101563    
 ==w out          43        4416         945             90439680
 WAYNE PROCESS   204.8493130207062    

 Processing block number           44
 WAYNE PATCHES:        81185        85280 patch#           44
  reference line: 83232   602.534 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.59556710720062    
 ATTN ifrq ipol ln           8           4       85280   20.00000    
 IPOL, ITOP nblock            4           0          44
 WAYNE Motion comp. coeff. calculated, time =   5.4210424423217773E-03
 WAYNE Motion comp. added to patch, time =    7.719138979911804    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.2709369659423828E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.3772701025009    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8718960285186768    
 ==w out          44        6624         945            135659520
 WAYNE PROCESS   204.5727460384 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           56 to           62 by #            7

 Processing block number           56
 WAYNE PATCHES:       103841       107936 patch#           56
  reference line: *****     4.843 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.44047498703003    
 ATTN ifrq ipol ln           8           4      107936   20.00000    
 IPOL, ITOP nblock            4           0          56
 WAYNE Motion comp. coeff. calculated, time =   6.2069892883300781E-03
 WAYNE Motion comp. added to patch, time =    7.971317052841187    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.6369094848632813E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.7742780447006    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7567059993743896    
 ==w out          56           0         945                    0
 WAYNE PROCESS   186.9534540176392    

 Processing block number           57
 WAYNE PATCHES:       105729       109824 patch#           57
  reference line: *****   191.797 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.31440699100494    
 ATTN ifrq ipol ln           8           4      109824   20.00000    
 IPOL, ITOP nblock            4           0          57
 WAYNE Motion comp. coeff. calculated, time =   5.4389238357543945E-03
 WAYNE Motion comp. added to patch, time =    7.464385986328125    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.3605952262878418E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.9789220094681    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7639899253845215    
 ==w out          57        2208         945             45219840
 WAYNE PROCESS   204.5418859720230    

 Processing block number           58
 WAYNE PATCHES:       107617       111712 patch#           58
  reference line: *****   396.339 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.03541398048401    
 ATTN ifrq ipol ln           8           4      111712   20.00000    
 IPOL, ITOP nblock            4           0          58
 WAYNE Motion comp. coeff. calculated, time =   5.6810379028320313E-03
 WAYNE Motion comp. added to patch, time =    7.775471925735474    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1820068359375000E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2935429811478    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8889589309692383    
 ==w out          58        4416         945             90439680
 WAYNE PROCESS   206.0024399757385    

 Processing block number           59
 WAYNE PATCHES:       109505       113600 patch#           59
  reference line: *****   602.342 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.82214403152466    
 ATTN ifrq ipol ln           8           4      113600   20.00000    
 IPOL, ITOP nblock            4           0          59
 WAYNE Motion comp. coeff. calculated, time =   5.4709911346435547E-03
 WAYNE Motion comp. added to patch, time =    7.496929049491882    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1619796752929688E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6536960601807    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8911581039428711    
 ==w out          59        6624         945            135659520
 WAYNE PROCESS   204.8726420402 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           17 to           24 by #            2

 Processing block number           17
 WAYNE PATCHES:        30209        34304 patch#           17
  reference line: 32256     4.775 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.06947302818298    
 ATTN ifrq ipol ln           8           4       34304   20.00000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   6.1730146408081055E-03
 WAYNE Motion comp. added to patch, time =    8.102017045021057    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.7298927307128906E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.5614299774170    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8380180597305298    
 ==w out          17           0         945                    0
 WAYNE PROCESS   189.5818260908127    

 Processing block number           18
 WAYNE PATCHES:        32097        36192 patch#           18
  reference line: 34144   194.357 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.96525609493256    
 ATTN ifrq ipol ln           8           4       36192   20.00000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   5.2369832992553711E-03
 WAYNE Motion comp. added to patch, time =    7.574713945388794    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.3399004936218262E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.7623120546341    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8586800098419189    
 ==w out          18        2208         945             45219840
 WAYNE PROCESS   204.1809520721436    

 Processing block number           19
 WAYNE PATCHES:        33985        38080 patch#           19
  reference line: 36032   398.538 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.96065592765808    
 ATTN ifrq ipol ln           8           4       38080   20.00000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   5.3430795669555664E-03
 WAYNE Motion comp. added to patch, time =    7.449796915054321    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1369457244873047E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.6899679899216    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7778599262237549    
 ==w out          19        4416         945             90439680
 WAYNE PROCESS   205.8869529962540    

 Processing block number           20
 WAYNE PATCHES:        35873        39968 patch#           20
  reference line: 37920   604.425 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.03550398349762    
 ATTN ifrq ipol ln           8           4       39968   20.00000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   5.3169727325439453E-03
 WAYNE Motion comp. added to patch, time =    7.424763083457947    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2360086441040039E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8374749422073    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8896960020065308    
 ==w out          20        6624         945            135659520
 WAYNE PROCESS   203.1962649822 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           25 to           32 by #            3

 Processing block number           25
 WAYNE PATCHES:        45313        49408 patch#           25
  reference line: 47360     4.787 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.15659797191620    
 ATTN ifrq ipol ln           8           4       49408   20.00000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   6.2699317932128906E-03
 WAYNE Motion comp. added to patch, time =    8.020012974739075    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5399923324584961E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7784860134125    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9012299776077271    
 ==w out          25           0         945                    0
 WAYNE PROCESS   187.8668979406357    

 Processing block number           26
 WAYNE PATCHES:        47201        51296 patch#           26
  reference line: 49248   192.655 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.55399394035339    
 ATTN ifrq ipol ln           8           4       51296   20.00000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   5.3709745407104492E-03
 WAYNE Motion comp. added to patch, time =    7.518113017082214    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.1838068962097168E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.4063770771027    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9035799503326416    
 ==w out          26        2208         945             45219840
 WAYNE PROCESS   205.4103919267654    

 Processing block number           27
 WAYNE PATCHES:        49089        53184 patch#           27
  reference line: 51136   398.065 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.31303894519806    
 ATTN ifrq ipol ln           8           4       53184   20.00000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   5.3650140762329102E-03
 WAYNE Motion comp. added to patch, time =    7.496001005172729    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2250413894653320E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.9984420537949    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7945879697799683    
 ==w out          27        4416         945             90439680
 WAYNE PROCESS   203.6108239889145    

 Processing block number           28
 WAYNE PATCHES:        50977        55072 patch#           28
  reference line: 53024   601.676 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.63135302066803    
 ATTN ifrq ipol ln           8           4       55072   20.00000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   5.2930116653442383E-03
 WAYNE Motion comp. added to patch, time =    7.425053954124451    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2710561752319336E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.0443010330200    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8905899524688721    
 ==w out          28        6624         945            135659520
 WAYNE PROCESS   206.0000209808 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           49 to           55 by #            6

 Processing block number           49
 WAYNE PATCHES:        90625        94720 patch#           49
  reference line: 92672     4.830 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    24.64679193496704    
 ATTN ifrq ipol ln           8           4       94720   20.00000    
 IPOL, ITOP nblock            4           0          49
 WAYNE Motion comp. coeff. calculated, time =   6.2130689620971680E-03
 WAYNE Motion comp. added to patch, time =    8.017778038978577    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6069879531860352E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1406919956207    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8794050216674805    
 ==w out          49           0         945                    0
 WAYNE PROCESS   187.6954450607300    

 Processing block number           50
 WAYNE PATCHES:        92513        96608 patch#           50
  reference line: 94560   192.526 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.47148406505585    
 ATTN ifrq ipol ln           8           4       96608   20.00000    
 IPOL, ITOP nblock            4           0          50
 WAYNE Motion comp. coeff. calculated, time =   5.4030418395996094E-03
 WAYNE Motion comp. added to patch, time =    7.510380029678345    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.7365088462829590E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.6113610267639    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8056480884552002    
 ==w out          50        2208         945             45219840
 WAYNE PROCESS   204.4328060150146    

 Processing block number           51
 WAYNE PATCHES:        94401        98496 patch#           51
  reference line: 96448   396.959 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.43652999401093    
 ATTN ifrq ipol ln           8           4       98496   20.00000    
 IPOL, ITOP nblock            4           0          51
 WAYNE Motion comp. coeff. calculated, time =   5.5990219116210938E-03
 WAYNE Motion comp. added to patch, time =    7.711110949516296    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1589994430541992E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1322920322418    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8700199127197266    
 ==w out          51        4416         945             90439680
 WAYNE PROCESS   205.1588619947433    

 Processing block number           52
 WAYNE PATCHES:        96289       100384 patch#           52
  reference line: 98336   602.118 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.12045598030090    
 ATTN ifrq ipol ln           8           4      100384   20.00000    
 IPOL, ITOP nblock            4           0          52
 WAYNE Motion comp. coeff. calculated, time =   5.3789615631103516E-03
 WAYNE Motion comp. added to patch, time =    7.660872936248779    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2209882736206055E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3663870096207    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8131519556045532    
 ==w out          52        6624         945            135659520
 WAYNE PROCESS   205.9695940017 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           33 to           40 by #            4

 Processing block number           33
 WAYNE PATCHES:        60417        64512 patch#           33
  reference line: 62464     4.803 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    25.20750010013580    
 ATTN ifrq ipol ln           8           4       64512   20.00000    
 IPOL, ITOP nblock            4           0          33
 WAYNE Motion comp. coeff. calculated, time =   6.3790082931518555E-03
 WAYNE Motion comp. added to patch, time =    8.558133959770203    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5670528411865234E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7309210300446    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7948520183563232    
 ==w out          33           0         945                    0
 WAYNE PROCESS   189.3022960424423    

 Processing block number           34
 WAYNE PATCHES:        62305        66400 patch#           34
  reference line: 64352   194.106 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.31280303001404    
 ATTN ifrq ipol ln           8           4       66400   20.00000    
 IPOL, ITOP nblock            4           0          34
 WAYNE Motion comp. coeff. calculated, time =   5.4409503936767578E-03
 WAYNE Motion comp. added to patch, time =    7.712765932083130    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3638010025024414E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.8328089714050    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7963340282440186    
 ==w out          34        2208         945             45219840
 WAYNE PROCESS   204.6853120326996    

 Processing block number           35
 WAYNE PATCHES:        64193        68288 patch#           35
  reference line: 66240   398.791 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.19166600704193    
 ATTN ifrq ipol ln           8           4       68288   20.00000    
 IPOL, ITOP nblock            4           0          35
 WAYNE Motion comp. coeff. calculated, time =   5.3800344467163086E-03
 WAYNE Motion comp. added to patch, time =    7.640172004699707    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2779703140258789E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.2221260070801    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8637830018997192    
 ==w out          35        4416         945             90439680
 WAYNE PROCESS   203.9266959428787    

 Processing block number           36
 WAYNE PATCHES:        66081        70176 patch#           36
  reference line: 68128   602.718 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.94427907466888    
 ATTN ifrq ipol ln           8           4       70176   20.00000    
 IPOL, ITOP nblock            4           0          36
 WAYNE Motion comp. coeff. calculated, time =   5.4479837417602539E-03
 WAYNE Motion comp. added to patch, time =    7.427492976188660    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.3709535598754883E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.7615230083466    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7241220474243164    
 ==w out          36        6624         945            135659520
 WAYNE PROCESS   206.86646807195665         9760 patch#            4
  reference line:  7712   603.184 seconds.
 TESTING        5665
 before reading
 done reading
 WAYNE load raw data , time =    41.02124798297882    
 ATTN ifrq ipol ln           8           4        9760   20.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   5.4020881652832031E-03
 TESTING  0.0000000E+00   7.665389       2.433232    
 WAYNE Motion comp. added to patch, time =    7.858873009681702    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.5360584259033203E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.665389       2.433232    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.9078699E-02
   1.4607200E-02
 WAYNE Azimuth compression done, time =    155.8497699499130    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8101780414581299    
 ==w out           4        6624         945            135659520
 WAYNE PROCESS   205.5494279861450    

 Processing block number            5
 TESTING WHY  6.8232097E-02  1.3869000E-02        1888           5
 WAYNE PATCHES:         7553        11648 patch#            5
  reference line:  9600   808.734 seconds.
 TESTING        7553
 before reading
 done reading
 WAYNE load raw data , time =    40.92087805271149    
 ATTN ifrq ipol ln           8           4       11648   20.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   5.4000616073608398E-03
 TESTING  0.0000000E+00   7.793417       3.458833    
 WAYNE Motion comp. added to patch, time =    7.541525006294250    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2369623184204102E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.793417       3.458833    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.8232097E-02
   1.3869000E-02
 WAYNE Azimuth compression done, time =    154.7257519960403    
  Writing         2208 lines of data to file
 WAYNE write output data    1.061860918998718    
 ==w out           5        8832         945            180879360
 WAYNE PROCESS   204.2588928937912    

 Processing block number            6
 TESTING WHY  6.7441396E-02  1.3269200E-02        1888           6
 WAYNE PATCHES:         9441        13536 patch#            6
  reference line: 11488  1012.993 seconds.
 TESTING        9441
 before reading
 done reading
 WAYNE load raw data , time =    42.04169702529907    
 ATTN ifrq ipol ln           8           4       13536   20.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   5.3890943527221680E-03
 TESTING  0.0000000E+00   7.837061       3.723402    
 WAYNE Motion comp. added to patch, time =    7.448248982429504    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1990537643432617E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.837061       3.723402    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7441396E-02
   1.3269200E-02
 WAYNE Azimuth compression done, time =    154.7617099285126    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8920069932937622    
 ==w out           6       11040         945            226099200
 WAYNE PROCESS   205.1524159908295    

 Processing block number            7
 TESTING WHY  6.7100897E-02  1.3330900E-02        1888           7
 WAYNE PATCHES:        11329        15424 patch#            7
  reference line: 13376  1218.146 seconds.
 TESTING       11329
 before reading
 done reading
 WAYNE load raw data , time =    41.55703103542328    
 ATTN ifrq ipol ln           8           4       15527    

 Processing block number           60
 WAYNE PATCHES:       111393       115488 patch#           60
  reference line: *****   807.215 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.20286095142365    
 ATTN ifrq ipol ln           8           4      115488   20.00000    
 IPOL, ITOP nblock            4           0          60
 WAYNE Motion comp. coeff. calculated, time =   5.4500102996826172E-03
 WAYNE Motion comp. added to patch, time =    7.609173059463501    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.2280216217041016E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7511419057846    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9575040340423584    
 ==w out          60        8832         945            180879360
 WAYNE PROCESS   205.5295180082321    

 Processing block number           61
 WAYNE PATCHES:       113281       117376 patch#           61
  reference line: *****  1012.745 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.22671699523926    
 ATTN ifrq ipol ln           8           4      117376   20.00000    
 IPOL, ITOP nblock            4           0          61
 WAYNE Motion comp. coeff. calculated, time =   5.3669214248657227E-03
 WAYNE Motion comp. added to patch, time =    7.536562919616699    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2120475769042969E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.3570799827576    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8033909797668457    
 ==w out          61       11040         945            226099200
 WAYNE PROCESS   205.9325850009918    

 Processing block number           62
 WAYNE PATCHES:       114904       118999 patch#           62
  reference line: *****  1218.678 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.70067799091339    
 ATTN ifrq ipol ln           8           4      118999   20.00000    
 IPOL, ITOP nblock            4           0          62
 WAYNE Motion comp. coeff. calculated, time =   5.4210424423217773E-03
 WAYNE Motion comp. added to patch, time =    7.616877079010010    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.4609565734863281E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.1496039628983    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7427600622177124    
 ==w out          62       13248         945            271319040
 WAYNE PROCESS   202.2189030647278    
 ==w out          63       15459
700    

 Processing block number           53
 WAYNE PATCHES:        98177       102272 patch#           53
  reference line: *****   808.088 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.11854100227356    
 ATTN ifrq ipol ln           8           4      102272   20.00000    
 IPOL, ITOP nblock            4           0          53
 WAYNE Motion comp. coeff. calculated, time =   5.4140090942382813E-03
 WAYNE Motion comp. added to patch, time =    7.828498005867004    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1419525146484375E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8236989974976    
  Writing         2208 lines of data to file
 WAYNE write output data    1.012683033943176    
 ==w out          53        8832         945            180879360
 WAYNE PROCESS   204.7920800447464    

 Processing block number           54
 WAYNE PATCHES:       100065       104160 patch#           54
  reference line: *****  1012.881 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.36126697063446    
 ATTN ifrq ipol ln           8           4      104160   20.00000    
 IPOL, ITOP nblock            4           0          54
 WAYNE Motion comp. coeff. calculated, time =   5.3089857101440430E-03
 WAYNE Motion comp. added to patch, time =    7.472437024116516    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.2890567779541016E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.0342750549316    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9126560688018799    
 ==w out          54       11040         945            226099200
 WAYNE PROCESS   204.7895630598068    

 Processing block number           55
 WAYNE PATCHES:       101953       106048 patch#           55
  reference line: *****  1217.670 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.11921000480652    
 ATTN ifrq ipol ln           8           4      106048   20.00000    
 IPOL, ITOP nblock            4           0          55
 WAYNE Motion comp. coeff. calculated, time =   5.3780078887939453E-03
 WAYNE Motion comp. added to patch, time =    7.428149104118347    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6259422302246094E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.9716429710388    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8732510805130005    
 ==w out          55       13248         945            271319040
 WAYNE PROCESS   204.4014260768890    
 ==w out          56       15459
369    

 Processing block number           13
 WAYNE PATCHES:        22657        26752 patch#           13
  reference line: 24704   806.614 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    43.07380497455597    
 ATTN ifrq ipol ln           8           4       26752   20.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   5.3260326385498047E-03
 WAYNE Motion comp. added to patch, time =    7.441239953041077    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.2010803222656250E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.7200530767441    
  Writing         2208 lines of data to file
 WAYNE write output data    1.107414960861206    
 ==w out          13        8832         945            180879360
 WAYNE PROCESS   206.3512730598450    

 Processing block number           14
 WAYNE PATCHES:        24545        28640 patch#           14
  reference line: 26592  1012.965 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.03439092636108    
 ATTN ifrq ipol ln           8           4       28640   20.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   5.3480863571166992E-03
 WAYNE Motion comp. added to patch, time =    7.563140034675598    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.2449493408203125E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.0697039365768    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8955750465393066    
 ==w out          14       11040         945            226099200
 WAYNE PROCESS   204.5715860128403    

 Processing block number           15
 WAYNE PATCHES:        26433        30528 patch#           15
  reference line: 28480  1217.537 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.18946802616119    
 ATTN ifrq ipol ln           8           4       30528   20.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   5.4210424423217773E-03
 WAYNE Motion comp. added to patch, time =    7.712800025939941    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.9250383377075195E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.8884260654449    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8221440315246582    
 ==w out          15       13248         945            271319040
 WAYNE PROCESS   205.6224869489670    

 Processing block number           16
 WAYNE PATCHES:        28321        32416 patch#           16
  reference line: 30368  1423.160 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.15610706806183    
 ATTN ifrq ipol ln           8           4       32416   20.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   5.4140090942382813E-03
 WAYNE Motion comp. added to patch, time =    7.600693941116333    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.2354006767272949E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    138.0730690956116    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7812559604644775    
 ==w out          16       15456         945            316538880
 WAYNE PROCESS   185.6400380134583    
 ==w out          17       17667
235    

 Processing block number           21
 WAYNE PATCHES:        37761        41856 patch#           21
  reference line: 39808   807.622 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.91166102886200    
 ATTN ifrq ipol ln           8           4       41856   20.00000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   5.3449869155883789E-03
 WAYNE Motion comp. added to patch, time =    7.535898089408875    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.1770000457763672E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.2821960449219    
  Writing         2208 lines of data to file
 WAYNE write output data    1.023705959320068    
 ==w out          21        8832         945            180879360
 WAYNE PROCESS   205.7622499465942    

 Processing block number           22
 WAYNE PATCHES:        39649        43744 patch#           22
  reference line: 41696  1013.385 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.88633596897125    
 ATTN ifrq ipol ln           8           4       43744   20.00000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   5.4470300674438477E-03
 WAYNE Motion comp. added to patch, time =    7.752810001373291    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4409294128417969E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.0649950504303    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7923779487609863    
 ==w out          22       11040         945            226099200
 WAYNE PROCESS   206.5057868957520    

 Processing block number           23
 WAYNE PATCHES:        41537        45632 patch#           23
  reference line: 43584  1219.891 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.89933407306671    
 ATTN ifrq ipol ln           8           4       45632   20.00000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   5.4860115051269531E-03
 WAYNE Motion comp. added to patch, time =    7.487393021583557    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6409626007080078E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    157.8032109737396    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7497609853744507    
 ==w out          23       13248         945            271319040
 WAYNE PROCESS   205.9491109848022    

 Processing block number           24
 WAYNE PATCHES:        43425        47520 patch#           24
  reference line: 45472  1425.840 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    36.33728003501892    
 ATTN ifrq ipol ln           8           4       47520   20.00000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   5.3369998931884766E-03
 WAYNE Motion comp. added to patch, time =    7.428691029548645    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2825956344604492E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    138.6780420541763    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8188639879226685    
 ==w out          24       15456         945            316538880
 WAYNE PROCESS   183.2923769950867    
 ==w out          25       17667
376    

 Processing block number           37
 WAYNE PATCHES:        67969        72064 patch#           37
  reference line: 70016   809.585 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.85280609130859    
 ATTN ifrq ipol ln           8           4       72064   20.00000    
 IPOL, ITOP nblock            4           0          37
 WAYNE Motion comp. coeff. calculated, time =   5.3970813751220703E-03
 WAYNE Motion comp. added to patch, time =    7.539520978927612    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1380186080932617E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.7887359857559    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9179700613021851    
 ==w out          37        8832         945            180879360
 WAYNE PROCESS   204.1078820228577    

 Processing block number           38
 WAYNE PATCHES:        69857        73952 patch#           38
  reference line: 71904  1013.693 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.20445907115936    
 ATTN ifrq ipol ln           8           4       73952   20.00000    
 IPOL, ITOP nblock            4           0          38
 WAYNE Motion comp. coeff. calculated, time =   5.3570270538330078E-03
 WAYNE Motion comp. added to patch, time =    7.475201964378357    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2490024566650391E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.9944800138474    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8445569276809692    
 ==w out          38       11040         945            226099200
 WAYNE PROCESS   204.5275748968124    

 Processing block number           39
 WAYNE PATCHES:        71745        75840 patch#           39
  reference line: 73792  1218.221 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.79243600368500    
 ATTN ifrq ipol ln           8           4       75840   20.00000    
 IPOL, ITOP nblock            4           0          39
 WAYNE Motion comp. coeff. calculated, time =   5.3699016571044922E-03
 WAYNE Motion comp. added to patch, time =    7.421941995620728    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7110576629638672E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    154.4160320758820    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8097209930419922    
 ==w out          39       13248         945            271319040
 WAYNE PROCESS   204.4495799541473    

 Processing block number           40
 WAYNE PATCHES:        73633        77728 patch#           40
  reference line: 75680  1422.671 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.59452199935913    
 ATTN ifrq ipol ln           8           4       77728   20.00000    
 IPOL, ITOP nblock            4           0          40
 WAYNE Motion comp. coeff. calculated, time =   5.3800344467163086E-03
 WAYNE Motion comp. added to patch, time =    7.419496059417725    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.6810846328735352E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.3452188968658    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8753840923309326    
 ==w out          40       15456         945            316538880
 WAYNE PROCESS   187.2478671073914    
 ==w out          41       17667
369    

 Processing block number           45
 WAYNE PATCHES:        83073        87168 patch#           45
  reference line: 85120   807.108 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.53003096580505    
 ATTN ifrq ipol ln           8           4       87168   20.00000    
 IPOL, ITOP nblock            4           0          45
 WAYNE Motion comp. coeff. calculated, time =   5.3709745407104492E-03
 WAYNE Motion comp. added to patch, time =    7.450785040855408    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1439790725708008E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.6401740312576    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9540569782257080    
 ==w out          45        8832         945            180879360
 WAYNE PROCESS   206.5839890241623    

 Processing block number           46
 WAYNE PATCHES:        84961        89056 patch#           46
  reference line: 87008  1013.692 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.13258695602417    
 ATTN ifrq ipol ln           8           4       89056   20.00000    
 IPOL, ITOP nblock            4           0          46
 WAYNE Motion comp. coeff. calculated, time =   5.4770708084106445E-03
 WAYNE Motion comp. added to patch, time =    7.462325930595398    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1650791168212891E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    156.7433460950851    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7926490306854248    
 ==w out          46       11040         945            226099200
 WAYNE PROCESS   206.1396399736404    

 Processing block number           47
 WAYNE PATCHES:        86849        90944 patch#           47
  reference line: 88896  1219.832 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    39.85503506660461    
 ATTN ifrq ipol ln           8           4       90944   20.00000    
 IPOL, ITOP nblock            4           0          47
 WAYNE Motion comp. coeff. calculated, time =   5.3950548171997070E-03
 WAYNE Motion comp. added to patch, time =    7.472319006919861    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5080442428588867E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.9327300786972    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8722339868545532    
 ==w out          47       13248         945            271319040
 WAYNE PROCESS   202.1413279771805    

 Processing block number           48
 WAYNE PATCHES:        88737        92832 patch#           48
  reference line: 90784  1421.973 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.16559195518494    
 ATTN ifrq ipol ln           8           4       92832   20.00000    
 IPOL, ITOP nblock            4           0          48
 WAYNE Motion comp. coeff. calculated, time =   5.3319931030273438E-03
 WAYNE Motion comp. added to patch, time =    7.434625029563904    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1056056022644043E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.5339590311050    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8550360202789307    
 ==w out          48       15456         945            316538880
 WAYNE PROCESS   188.0167210102081    
 ==w out          49       17667
424   20.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   5.3650140762329102E-03
 TESTING  0.0000000E+00   7.893603       3.080131    
 WAYNE Motion comp. added to patch, time =    7.855234026908875    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.8280019760131836E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.893603       3.080131    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7100897E-02
   1.3330900E-02
 WAYNE Azimuth compression done, time =    155.0590300559998    
  Writing         2208 lines of data to file
 WAYNE write output data   0.7865569591522217    
 ==w out           7       13248         945            271319040
 WAYNE PROCESS   205.2722009420395    

 Processing block number            8
 TESTING WHY  6.6318303E-02  1.3988200E-02        1888           8
 WAYNE PATCHES:        13217        17312 patch#            8
  reference line: 15264  1423.418 seconds.
 TESTING       13217
 before reading
 done reading
 WAYNE load raw data , time =    38.83554399013519    
 ATTN ifrq ipol ln           8           4       17312   20.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   5.3609609603881836E-03
 TESTING  0.0000000E+00   7.983410       2.126148    
 WAYNE Motion comp. added to patch, time =    7.533529996871948    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.6769123077392578E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.983410       2.126148    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6318303E-02
   1.3988200E-02
 WAYNE Azimuth compression done, time =    139.5834350585938    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9117459058761597    
 ==w out           8       15456         945            316538880
 WAYNE PROCESS   186.8773769140244    
 ==w out           9       17667
350    

 Processing block number           29
 WAYNE PATCHES:        52865        56960 patch#           29
  reference line: 54912   807.677 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.31237995624542    
 ATTN ifrq ipol ln           8           4       56960   20.00000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   5.3809881210327148E-03
 WAYNE Motion comp. added to patch, time =    7.462723970413208    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4549961090087891E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    155.1460540294647    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9970129728317261    
 ==w out          29        8832         945            180879360
 WAYNE PROCESS   205.9274889230728    

 Processing block number           30
 WAYNE PATCHES:        54753        58848 patch#           30
  reference line: 56800  1013.605 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    41.48446893692017    
 ATTN ifrq ipol ln           8           4       58848   20.00000    
 IPOL, ITOP nblock            4           0          30
 WAYNE Motion comp. coeff. calculated, time =   5.3130388259887695E-03
 WAYNE Motion comp. added to patch, time =    7.522907972335815    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2519826889038086E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.9983849525452    
  Writing         2208 lines of data to file
 WAYNE write output data   0.9017859697341919    
 ==w out          30       11040         945            226099200
 WAYNE PROCESS   203.9162659645081    

 Processing block number           31
 WAYNE PATCHES:        56641        60736 patch#           31
  reference line: 58688  1217.521 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    42.35853707790375    
 ATTN ifrq ipol ln           8           4       60736   20.00000    
 IPOL, ITOP nblock            4           0          31
 WAYNE Motion comp. coeff. calculated, time =   5.3620338439941406E-03
 WAYNE Motion comp. added to patch, time =    7.516304969787598    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6149749755859375E-03
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    153.6048750877380    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8515160083770752    
 ==w out          31       13248         945            271319040
 WAYNE PROCESS   204.3403209447861    

 Processing block number           32
 WAYNE PATCHES:        58529        62624 patch#           32
  reference line: 60576  1421.862 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    40.66880989074707    
 ATTN ifrq ipol ln           8           4       62624   20.00000    
 IPOL, ITOP nblock            4           0          32
 WAYNE Motion comp. coeff. calculated, time =   5.4379701614379883E-03
 WAYNE Motion comp. added to patch, time =    7.561205983161926    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.6698956489562988E-02
  range migration lines:            1        2586
  range migration lines:         2587        4096
  Back projection
 WAYNE Azimuth compression done, time =    139.5360699892044    
  Writing         2208 lines of data to file
 WAYNE write output data   0.8811479806900024    
 ==w out          32       15456         945            316538880
 WAYNE PROCESS   188.6705420017242    
 ==w out          33       17667
            1       28863           0
            2       28864           0
            3       28858           0
            4       28860           0
            5       28872           0
            6       28865           0
            7       28859           0
            8       28871           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      136896kids=            8

 Writing variable header...

 gather image from processor #            0
             8
 gather image from processor #            1
             8
 gather image from processor #            2
             8
 gather image from processor #            3
             8
 gather image from processor #            4
             8
 gather image from processor #            5
             8
 gather image from processor #            6
             7
 gather image from processor #            7
             7
 WAYNE gather images takes:     13.71499300003052    
 WAYNE LOOP TIME:     1629.559859037399    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_c.vv_j                     
 /export/air15/airops/1143/ts1143_c.mocompv                  
 /export/air15/airops/1143/ts1143_c.dop                      
 /export/air15/airops/1143/ts1143_c.glb                              2560
       136896
 update intf hdr ha:   7604.200    
 UPDATE:        2560      136896   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_c.mocompv                  
 dopfile /export/air15/airops/1143/ts1143_c.dop                      
 globalfile /export/air15/airops/1143/ts1143_c.glb                      
 /export/air15/airops/1143/ts1143_c.glb                                38
 deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   399.2763            1009   8606.355    
    7604.200      -90.23482    
 lat1 lon1:        1009   58.32909      -154.6675          136896
 last ra n_ns ns:   8606.355               0           1      137904
       136896
 lati loni:      137904   58.32906      -155.6094          137904           1
 center ra n_ns ns:   12866.70            1279        1279       69456
       136896
 lati loni:       69456   58.29065      -155.1419           69456        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_c.vv_j                     
 WAYNE FINAL PROCESS   1634.465830087662    

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

 NUMBER OF PROCESSOR USED =            8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        17664           8
        15456           7
        15456           7
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_c.vv_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_c.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.cv                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air15/airops/1143/ts1143_c.TT                       
  Name of the line output file?
 /export/air15/airops/1143/c_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.363672971725464    

  Deskewing           62 patches
 Processing block number            1
 DEBUG         1008   1008.878       3049.308      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1        1008        1008
            0
  half line dmj dgc:           0         945        3049        1008
   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        1008        1008
         1104
  half line dmj dgc:           1         945        3049        1008
   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          994   994.6172       3008.532      0.0000000E+00  0.0000000E+00
         1105        1875         -14         784
 patch iptc,sj,dgj,dgi,id:           2        1875         994        1008
          784
  half line dmj dgc:           0        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           0        3312
   Writing data negflag .eq. 0
 sj>s1:        1875        1105
   Zeroing lines in arrays 
  Total # of output lines =            2        1874

         1875        2979           0        1104
 patch iptc,sj,dgj,dgi,id:           2        2979         994         994
         1104
  half line dmj dgc:           1        2833        3008        1008
   Actual deskew ireclen:       20480
 **           2        1104           1        4416
   Writing data negflag .eq. 0
 sj>s1:        2979        1875
   Zeroing lines in arrays 
  Total # of output lines =            2        2978

 Processing block number            3
 DEBUG          987   987.8613       2978.214      0.0000000E+00  0.0000000E+00
         2979        3756          -7         784
 patch iptc,sj,dgj,dgi,id:           3        3756         987         994
          784
  half line dmj dgc:           0        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           0        5520
   Writing data negflag .eq. 0
 sj>s1:        3756        2979
   Zeroing lines in arrays 
  Total # of output lines =            3        3755

         3756        4860           0        1104
 patch iptc,sj,dgj,dgi,id:           3        4860         987         987
         1104
  half line dmj dgc:           1        4721        2978        1008
   Actual deskew ireclen:       20480
 **           3        1104           1        6624
   Writing data negflag .eq. 0
 sj>s1:        4860        3756
   Zeroing lines in arrays 
  Total # of output lines =            3        4859

 Processing block number            4
 DEBUG          983   983.7998       2964.387      0.0000000E+00  0.0000000E+00
         4860        5640          -4         784
 patch iptc,sj,dgj,dgi,id:           4        5640         983         987
          784
  half line dmj dgc:           0        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           0        7728
   Writing data negflag .eq. 0
 sj>s1:        5640        4860
   Zeroing lines in arrays 
  Total # of output lines =            4        5639

         5640        6744           0        1104
 patch iptc,sj,dgj,dgi,id:           4        6744         983         983
         1104
  half line dmj dgc:           1        6609        2964        1008
   Actual deskew ireclen:       20480
 **           4        1104           1        8832
   Writing data negflag .eq. 0
 sj>s1:        6744        5640
   Zeroing lines in arrays 
  Total # of output lines =            4        6743

 Processing block number            5
 DEBUG          960   960.7185       2917.115      0.0000000E+00  0.0000000E+00
         6744        7505         -23         784
 patch iptc,sj,dgj,dgi,id:           5        7505         960         983
          784
  half line dmj dgc:           0        8497        2917        1008
   Actual deskew ireclen:       20480
 **           5        1104           0        9936
   Writing data negflag .eq. 0
 sj>s1:        7505        6744
   Zeroing lines in arrays 
  Total # of output lines =            5        7504

         7505        8609           0        1104
 patch iptc,sj,dgj,dgi,id:           5        8609         960         960
         1104
  half line dmj dgc:           1        8497        2917        1008
   Actual deskew ireclen:       20480
 **           5        1104           1       11040
   Writing data negflag .eq. 0
 sj>s1:        8609        7505
   Zeroing lines in arrays 
  Total # of output lines =            5        8608

 Processing block number            6
 DEBUG          940   941.0864       2874.734      0.0000000E+00  0.0000000E+00
         8609        9373         -20         784
 patch iptc,sj,dgj,dgi,id:           6        9373         940         960
          784
  half line dmj dgc:           0       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           0       12144
   Writing data negflag .eq. 0
 sj>s1:        9373        8609
   Zeroing lines in arrays 
  Total # of output lines =            6        9372

         9373       10477           0        1104
 patch iptc,sj,dgj,dgi,id:           6       10477         940         940
         1104
  half line dmj dgc:           1       10385        2874        1008
   Actual deskew ireclen:       20480
 **           6        1104           1       13248
   Writing data negflag .eq. 0
 sj>s1:       10477        9373
   Zeroing lines in arrays 
  Total # of output lines =            6       10476

 Processing block number            7
 DEBUG          938   938.9944       2862.698      0.0000000E+00  0.0000000E+00
        10477       11259          -2         784
 patch iptc,sj,dgj,dgi,id:           7       11259         938         940
          784
  half line dmj dgc:           0       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           0       14352
   Writing data negflag .eq. 0
 sj>s1:       11259       10477
   Zeroing lines in arrays 
  Total # of output lines =            7       11258

        11259       12363           0        1104
 patch iptc,sj,dgj,dgi,id:           7          75         938         938
         1104
  half line dmj dgc:           1       12273        2862        1008
   Actual deskew ireclen:       20480
 **           7        1104           1       15456
   Writing data negflag .eq. 0
 s1>sj:       11259          75
   Zeroing lines in arrays 
  Total # of output lines =            7       12362

 Processing block number            8
 DEBUG          943   943.9283       2844.956      0.0000000E+00  0.0000000E+00
           75         864           5         784
 patch iptc,sj,dgj,dgi,id:           8         864         943         938
          784
  half line dmj dgc:           0       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           0       16560
   Writing data negflag .eq. 0
 sj>s1:         864          75
   Zeroing lines in arrays 
  Total # of output lines =            8       13151

          864        1968           0        1104
 patch iptc,sj,dgj,dgi,id:           8        1968         943         943
         1104
  half line dmj dgc:           1       14161        2844        1008
   Actual deskew ireclen:       20480
 **           8        1104           1       17664
   Writing data negflag .eq. 0
 sj>s1:        1968         864
   Zeroing lines in arrays 
  Total # of output lines =            8       14255

 Processing block number            9
 DEBUG          959   959.3345       2855.138      0.0000000E+00  0.0000000E+00
         1968        2768          16         784
 patch iptc,sj,dgj,dgi,id:           9        2768         959         943
          784
  half line dmj dgc:           0       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           0       18768
   Writing data negflag .eq. 0
 sj>s1:        2768        1968
   Zeroing lines in arrays 
  Total # of output lines =            9       15055

         2768        3872           0        1104
 patch iptc,sj,dgj,dgi,id:           9        3872         959         959
         1104
  half line dmj dgc:           1       16049        2855        1008
   Actual deskew ireclen:       20480
 **           9        1104           1       19872
   Writing data negflag .eq. 0
 sj>s1:        3872        2768
   Zeroing lines in arrays 
  Total # of output lines =            9       16159

 Processing block number           10
 DEBUG          971   971.7980       2872.203      0.0000000E+00  0.0000000E+00
         3872        4668          12         784
 patch iptc,sj,dgj,dgi,id:          10        4668         971         959
          784
  half line dmj dgc:           0       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           0       20976
   Writing data negflag .eq. 0
 sj>s1:        4668        3872
   Zeroing lines in arrays 
  Total # of output lines =           10       16955

         4668        5772           0        1104
 patch iptc,sj,dgj,dgi,id:          10        5772         971         971
         1104
  half line dmj dgc:           1       17937        2872        1008
   Actual deskew ireclen:       20480
 **          10        1104           1       22080
   Writing data negflag .eq. 0
 sj>s1:        5772        4668
   Zeroing lines in arrays 
  Total # of output lines =           10       18059

 Processing block number           11
 DEBUG          967   967.1799       2859.544      0.0000000E+00  0.0000000E+00
         5772        6552          -4         784
 patch iptc,sj,dgj,dgi,id:          11        6552         967         971
          784
  half line dmj dgc:           0       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           0       23184
   Writing data negflag .eq. 0
 sj>s1:        6552        5772
   Zeroing lines in arrays 
  Total # of output lines =           11       18839

         6552        7656           0        1104
 patch iptc,sj,dgj,dgi,id:          11        7656         967         967
         1104
  half line dmj dgc:           1       19825        2859        1008
   Actual deskew ireclen:       20480
 **          11        1104           1       24288
   Writing data negflag .eq. 0
 sj>s1:        7656        6552
   Zeroing lines in arrays 
  Total # of output lines =           11       19943

 Processing block number           12
 DEBUG          949   949.9257       2823.276      0.0000000E+00  0.0000000E+00
         7656        8422         -18         784
 patch iptc,sj,dgj,dgi,id:          12        8422         949         967
          784
  half line dmj dgc:           0       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           0       25392
   Writing data negflag .eq. 0
 sj>s1:        8422        7656
   Zeroing lines in arrays 
  Total # of output lines =           12       20709

         8422        9526           0        1104
 patch iptc,sj,dgj,dgi,id:          12        9526         949         949
         1104
  half line dmj dgc:           1       21713        2823        1008
   Actual deskew ireclen:       20480
 **          12        1104           1       26496
   Writing data negflag .eq. 0
 sj>s1:        9526        8422
   Zeroing lines in arrays 
  Total # of output lines =           12       21813

 Processing block number           13
 DEBUG          936   936.7840       2800.671      0.0000000E+00  0.0000000E+00
         9526       10297         -13         784
 patch iptc,sj,dgj,dgi,id:          13       10297         936         949
          784
  half line dmj dgc:           0       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           0       27600
   Writing data negflag .eq. 0
 sj>s1:       10297        9526
   Zeroing lines in arrays 
  Total # of output lines =           13       22584

        10297       11401           0        1104
 patch iptc,sj,dgj,dgi,id:          13       11401         936         936
         1104
  half line dmj dgc:           1       23601        2800        1008
   Actual deskew ireclen:       20480
 **          13        1104           1       28704
   Writing data negflag .eq. 0
 sj>s1:       11401       10297
   Zeroing lines in arrays 
  Total # of output lines =           13       23688

 Processing block number           14
 DEBUG          918   918.2969       2752.249      0.0000000E+00  0.0000000E+00
        11401       12167         -18         784
 patch iptc,sj,dgj,dgi,id:          14       12167         918         936
          784
  half line dmj dgc:           0       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           0       29808
   Writing data negflag .eq. 0
 sj>s1:       12167       11401
   Zeroing lines in arrays 
  Total # of output lines =           14       24454

        12167       13271           0        1104
 patch iptc,sj,dgj,dgi,id:          14         983         918         918
         1104
  half line dmj dgc:           1       25489        2752        1008
   Actual deskew ireclen:       20480
 **          14        1104           1       30912
   Writing data negflag .eq. 0
 s1>sj:       12167         983
   Zeroing lines in arrays 
  Total # of output lines =           14       25558

 Processing block number           15
 DEBUG          890   891.0787       2687.771      0.0000000E+00  0.0000000E+00
          983        1739         -28         784
 patch iptc,sj,dgj,dgi,id:          15        1739         890         918
          784
  half line dmj dgc:           0       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           0       32016
   Writing data negflag .eq. 0
 sj>s1:        1739         983
   Zeroing lines in arrays 
  Total # of output lines =           15       26314

         1739        2843           0        1104
 patch iptc,sj,dgj,dgi,id:          15        2843         890         890
         1104
  half line dmj dgc:           1       27377        2687        1008
   Actual deskew ireclen:       20480
 **          15        1104           1       33120
   Writing data negflag .eq. 0
 sj>s1:        2843        1739
   Zeroing lines in arrays 
  Total # of output lines =           15       27418

 Processing block number           16
 DEBUG          879   879.1830       2655.834      0.0000000E+00  0.0000000E+00
         2843        3616         -11         784
 patch iptc,sj,dgj,dgi,id:          16        3616         879         890
          784
  half line dmj dgc:           0       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           0       34224
   Writing data negflag .eq. 0
 sj>s1:        3616        2843
   Zeroing lines in arrays 
  Total # of output lines =           16       28191

         3616        4720           0        1104
 patch iptc,sj,dgj,dgi,id:          16        4720         879         879
         1104
  half line dmj dgc:           1       29265        2655        1008
   Actual deskew ireclen:       20480
 **          16        1104           1       35328
   Writing data negflag .eq. 0
 sj>s1:        4720        3616
   Zeroing lines in arrays 
  Total # of output lines =           16       29295

 Processing block number           17
 DEBUG          875   875.8390       2616.533      0.0000000E+00  0.0000000E+00
         4720        5500          -4         784
 patch iptc,sj,dgj,dgi,id:          17        5500         875         879
          784
  half line dmj dgc:           0       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           0       36432
   Writing data negflag .eq. 0
 sj>s1:        5500        4720
   Zeroing lines in arrays 
  Total # of output lines =           17       30075

         5500        6604           0        1104
 patch iptc,sj,dgj,dgi,id:          17        6604         875         875
         1104
  half line dmj dgc:           1       31153        2616        1008
   Actual deskew ireclen:       20480
 **          17        1104           1       37536
   Writing data negflag .eq. 0
 sj>s1:        6604        5500
   Zeroing lines in arrays 
  Total # of output lines =           17       31179

 Processing block number           18
 DEBUG          880   880.7872       2605.331      0.0000000E+00  0.0000000E+00
         6604        7393           5         784
 patch iptc,sj,dgj,dgi,id:          18        7393         880         875
          784
  half line dmj dgc:           0       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           0       38640
   Writing data negflag .eq. 0
 sj>s1:        7393        6604
   Zeroing lines in arrays 
  Total # of output lines =           18       31968

         7393        8497           0        1104
 patch iptc,sj,dgj,dgi,id:          18        8497         880         880
         1104
  half line dmj dgc:           1       33041        2605        1008
   Actual deskew ireclen:       20480
 **          18        1104           1       39744
   Writing data negflag .eq. 0
 sj>s1:        8497        7393
   Zeroing lines in arrays 
  Total # of output lines =           18       33072

 Processing block number           19
 DEBUG          883   883.6566       2597.156      0.0000000E+00  0.0000000E+00
         8497        9284           3         784
 patch iptc,sj,dgj,dgi,id:          19        9284         883         880
          784
  half line dmj dgc:           0       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           0       40848
   Writing data negflag .eq. 0
 sj>s1:        9284        8497
   Zeroing lines in arrays 
  Total # of output lines =           19       33859

         9284       10388           0        1104
 patch iptc,sj,dgj,dgi,id:          19       10388         883         883
         1104
  half line dmj dgc:           1       34929        2597        1008
   Actual deskew ireclen:       20480
 **          19        1104           1       41952
   Writing data negflag .eq. 0
 sj>s1:       10388        9284
   Zeroing lines in arrays 
  Total # of output lines =           19       34963

 Processing block number           20
 DEBUG          877   877.9243       2572.026      0.0000000E+00  0.0000000E+00
        10388       11166          -6         784
 patch iptc,sj,dgj,dgi,id:          20       11166         877         883
          784
  half line dmj dgc:           0       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           0       43056
   Writing data negflag .eq. 0
 sj>s1:       11166       10388
   Zeroing lines in arrays 
  Total # of output lines =           20       35741

        11166       12270           0        1104
 patch iptc,sj,dgj,dgi,id:          20       12270         877         877
         1104
  half line dmj dgc:           1       36817        2571        1008
   Actual deskew ireclen:       20480
 **          20        1104           1       44160
   Writing data negflag .eq. 0
 sj>s1:       12270       11166
   Zeroing lines in arrays 
  Total # of output lines =           20       36845

 Processing block number           21
 DEBUG          877   877.3492       2556.960      0.0000000E+00  0.0000000E+00
        12270       13054           0         784
 patch iptc,sj,dgj,dgi,id:          21         766         877         877
          784
  half line dmj dgc:           0       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           0       45264
   Writing data negflag .eq. 0
 s1>sj:       12270         766
   Zeroing lines in arrays 
  Total # of output lines =           21       37629

          766        1870           0        1104
 patch iptc,sj,dgj,dgi,id:          21        1870         877         877
         1104
  half line dmj dgc:           1       38705        2556        1008
   Actual deskew ireclen:       20480
 **          21        1104           1       46368
   Writing data negflag .eq. 0
 sj>s1:        1870         766
   Zeroing lines in arrays 
  Total # of output lines =           21       38733

 Processing block number           22
 DEBUG          880   880.3032       2549.725      0.0000000E+00  0.0000000E+00
         1870        2657           3         784
 patch iptc,sj,dgj,dgi,id:          22        2657         880         877
          784
  half line dmj dgc:           0       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           0       47472
   Writing data negflag .eq. 0
 sj>s1:        2657        1870
   Zeroing lines in arrays 
  Total # of output lines =           22       39520

         2657        3761           0        1104
 patch iptc,sj,dgj,dgi,id:          22        3761         880         880
         1104
  half line dmj dgc:           1       40593        2549        1008
   Actual deskew ireclen:       20480
 **          22        1104           1       48576
   Writing data negflag .eq. 0
 sj>s1:        3761        2657
   Zeroing lines in arrays 
  Total # of output lines =           22       40624

 Processing block number           23
 DEBUG          878   878.9610       2554.591      0.0000000E+00  0.0000000E+00
         3761        4543          -2         784
 patch iptc,sj,dgj,dgi,id:          23        4543         878         880
          784
  half line dmj dgc:           0       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           0       49680
   Writing data negflag .eq. 0
 sj>s1:        4543        3761
   Zeroing lines in arrays 
  Total # of output lines =           23       41406

         4543        5647           0        1104
 patch iptc,sj,dgj,dgi,id:          23        5647         878         878
         1104
  half line dmj dgc:           1       42481        2554        1008
   Actual deskew ireclen:       20480
 **          23        1104           1       50784
   Writing data negflag .eq. 0
 sj>s1:        5647        4543
   Zeroing lines in arrays 
  Total # of output lines =           23       42510

 Processing block number           24
 DEBUG          870   870.4176       2543.745      0.0000000E+00  0.0000000E+00
         5647        6423          -8         784
 patch iptc,sj,dgj,dgi,id:          24        6423         870         878
          784
  half line dmj dgc:           0       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           0       51888
   Writing data negflag .eq. 0
 sj>s1:        6423        5647
   Zeroing lines in arrays 
  Total # of output lines =           24       43286

         6423        7527           0        1104
 patch iptc,sj,dgj,dgi,id:          24        7527         870         870
         1104
  half line dmj dgc:           1       44369        2543        1008
   Actual deskew ireclen:       20480
 **          24        1104           1       52992
   Writing data negflag .eq. 0
 sj>s1:        7527        6423
   Zeroing lines in arrays 
  Total # of output lines =           24       44390

 Processing block number           25
 DEBUG          842   842.9316       2461.018      0.0000000E+00  0.0000000E+00
         7527        8283         -28         784
 patch iptc,sj,dgj,dgi,id:          25        8283         842         870
          784
  half line dmj dgc:           0       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           0       54096
   Writing data negflag .eq. 0
 sj>s1:        8283        7527
   Zeroing lines in arrays 
  Total # of output lines =           25       45146

         8283        9387           0        1104
 patch iptc,sj,dgj,dgi,id:          25        9387         842         842
         1104
  half line dmj dgc:           1       46257        2460        1008
   Actual deskew ireclen:       20480
 **          25        1104           1       55200
   Writing data negflag .eq. 0
 sj>s1:        9387        8283
   Zeroing lines in arrays 
  Total # of output lines =           25       46250

 Processing block number           26
 DEBUG          817   817.6102       2383.411      0.0000000E+00  0.0000000E+00
         9387       10146         -25         784
 patch iptc,sj,dgj,dgi,id:          26       10146         817         842
          784
  half line dmj dgc:           0       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           0       56304
   Writing data negflag .eq. 0
 sj>s1:       10146        9387
   Zeroing lines in arrays 
  Total # of output lines =           26       47009

        10146       11250           0        1104
 patch iptc,sj,dgj,dgi,id:          26       11250         817         817
         1104
  half line dmj dgc:           1       48145        2383        1008
   Actual deskew ireclen:       20480
 **          26        1104           1       57408
   Writing data negflag .eq. 0
 sj>s1:       11250       10146
   Zeroing lines in arrays 
  Total # of output lines =           26       48113

 Processing block number           27
 DEBUG          801   802.0110       2326.063      0.0000000E+00  0.0000000E+00
        11250       12018         -16         784
 patch iptc,sj,dgj,dgi,id:          27       12018         801         817
          784
  half line dmj dgc:           0       50033        2325        1008
   Actual deskew ireclen:       20480
 **          27        1104           0       58512
   Writing data negflag .eq. 0
 sj>s1:       12018       11250
   Zeroing lines in arrays 
  Total # of output lines =           27       48881

        12018       13122           0        1104
 patch iptc,sj,dgj,dgi,id:          27         834         801         801
         1104
  half line dmj dgc:           1       50033        2325        1008
   Actual deskew ireclen:       20480
 **          27        1104           1       59616
   Writing data negflag .eq. 0
 s1>sj:       12018         834
   Zeroing lines in arrays 
  Total # of output lines =           27       49985

 Processing block number           28
 DEBUG          794   794.6593       2270.278      0.0000000E+00  0.0000000E+00
          834        1611          -7         784
 patch iptc,sj,dgj,dgi,id:          28        1611         794         801
          784
  half line dmj dgc:           0       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           0       60720
   Writing data negflag .eq. 0
 sj>s1:        1611         834
   Zeroing lines in arrays 
  Total # of output lines =           28       50762

         1611        2715           0        1104
 patch iptc,sj,dgj,dgi,id:          28        2715         794         794
         1104
  half line dmj dgc:           1       51921        2270        1008
   Actual deskew ireclen:       20480
 **          28        1104           1       61824
   Writing data negflag .eq. 0
 sj>s1:        2715        1611
   Zeroing lines in arrays 
  Total # of output lines =           28       51866

 Processing block number           29
 DEBUG          793   793.3139       2229.474      0.0000000E+00  0.0000000E+00
         2715        3498          -1         784
 patch iptc,sj,dgj,dgi,id:          29        3498         793         794
          784
  half line dmj dgc:           0       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           0       62928
   Writing data negflag .eq. 0
 sj>s1:        3498        2715
   Zeroing lines in arrays 
  Total # of output lines =           29       52649

         3498        4602           0        1104
 patch iptc,sj,dgj,dgi,id:          29        4602         793         793
         1104
  half line dmj dgc:           1       53809        2229        1008
   Actual deskew ireclen:       20480
 **          29        1104           1       64032
   Writing data negflag .eq. 0
 sj>s1:        4602        3498
   Zeroing lines in arrays 
  Total # of output lines =           29       53753

 Processing block number           30
 DEBUG          793   793.9150       2203.197      0.0000000E+00  0.0000000E+00
         4602        5386           0         784
 patch iptc,sj,dgj,dgi,id:          30        5386         793         793
          784
  half line dmj dgc:           0       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           0       65136
   Writing data negflag .eq. 0
 sj>s1:        5386        4602
   Zeroing lines in arrays 
  Total # of output lines =           30       54537

         5386        6490           0        1104
 patch iptc,sj,dgj,dgi,id:          30        6490         793         793
         1104
  half line dmj dgc:           1       55697        2203        1008
   Actual deskew ireclen:       20480
 **          30        1104           1       66240
   Writing data negflag .eq. 0
 sj>s1:        6490        5386
   Zeroing lines in arrays 
  Total # of output lines =           30       55641

 Processing block number           31
 DEBUG          793   793.7811       2187.740      0.0000000E+00  0.0000000E+00
         6490        7274           0         784
 patch iptc,sj,dgj,dgi,id:          31        7274         793         793
          784
  half line dmj dgc:           0       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           0       67344
   Writing data negflag .eq. 0
 sj>s1:        7274        6490
   Zeroing lines in arrays 
  Total # of output lines =           31       56425

         7274        8378           0        1104
 patch iptc,sj,dgj,dgi,id:          31        8378         793         793
         1104
  half line dmj dgc:           1       57585        2187        1008
   Actual deskew ireclen:       20480
 **          31        1104           1       68448
   Writing data negflag .eq. 0
 sj>s1:        8378        7274
   Zeroing lines in arrays 
  Total # of output lines =           31       57529

 Processing block number           32
 DEBUG          794   794.8466       2179.389      0.0000000E+00  0.0000000E+00
         8378        9163           1         784
 patch iptc,sj,dgj,dgi,id:          32        9163         794         793
          784
  half line dmj dgc:           0       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           0       69552
   Writing data negflag .eq. 0
 sj>s1:        9163        8378
   Zeroing lines in arrays 
  Total # of output lines =           32       58314

         9163       10267           0        1104
 patch iptc,sj,dgj,dgi,id:          32       10267         794         794
         1104
  half line dmj dgc:           1       59473        2179        1008
   Actual deskew ireclen:       20480
 **          32        1104           1       70656
   Writing data negflag .eq. 0
 sj>s1:       10267        9163
   Zeroing lines in arrays 
  Total # of output lines =           32       59418

 Processing block number           33
 DEBUG          788   788.7045       2153.409      0.0000000E+00  0.0000000E+00
        10267       11045          -6         784
 patch iptc,sj,dgj,dgi,id:          33       11045         788         794
          784
  half line dmj dgc:           0       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           0       71760
   Writing data negflag .eq. 0
 sj>s1:       11045       10267
   Zeroing lines in arrays 
  Total # of output lines =           33       60196

        11045       12149           0        1104
 patch iptc,sj,dgj,dgi,id:          33       12149         788         788
         1104
  half line dmj dgc:           1       61361        2153        1008
   Actual deskew ireclen:       20480
 **          33        1104           1       72864
   Writing data negflag .eq. 0
 sj>s1:       12149       11045
   Zeroing lines in arrays 
  Total # of output lines =           33       61300

 Processing block number           34
 DEBUG          774   774.8514       2128.590      0.0000000E+00  0.0000000E+00
        12149       12919         -14         784
 patch iptc,sj,dgj,dgi,id:          34         631         774         788
          784
  half line dmj dgc:           0       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           0       73968
   Writing data negflag .eq. 0
 s1>sj:       12149         631
   Zeroing lines in arrays 
  Total # of output lines =           34       62070

          631        1735           0        1104
 patch iptc,sj,dgj,dgi,id:          34        1735         774         774
         1104
  half line dmj dgc:           1       63249        2128        1008
   Actual deskew ireclen:       20480
 **          34        1104           1       75072
   Writing data negflag .eq. 0
 sj>s1:        1735         631
   Zeroing lines in arrays 
  Total # of output lines =           34       63174

 Processing block number           35
 DEBUG          753   753.6943       2092.821      0.0000000E+00  0.0000000E+00
         1735        2498         -21         784
 patch iptc,sj,dgj,dgi,id:          35        2498         753         774
          784
  half line dmj dgc:           0       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           0       76176
   Writing data negflag .eq. 0
 sj>s1:        2498        1735
   Zeroing lines in arrays 
  Total # of output lines =           35       63937

         2498        3602           0        1104
 patch iptc,sj,dgj,dgi,id:          35        3602         753         753
         1104
  half line dmj dgc:           1       65137        2092        1008
   Actual deskew ireclen:       20480
 **          35        1104           1       77280
   Writing data negflag .eq. 0
 sj>s1:        3602        2498
   Zeroing lines in arrays 
  Total # of output lines =           35       65041

 Processing block number           36
 DEBUG          735   735.4806       2057.754      0.0000000E+00  0.0000000E+00
         3602        4368         -18         784
 patch iptc,sj,dgj,dgi,id:          36        4368         735         753
          784
  half line dmj dgc:           0       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           0       78384
   Writing data negflag .eq. 0
 sj>s1:        4368        3602
   Zeroing lines in arrays 
  Total # of output lines =           36       65807

         4368        5472           0        1104
 patch iptc,sj,dgj,dgi,id:          36        5472         735         735
         1104
  half line dmj dgc:           1       67025        2057        1008
   Actual deskew ireclen:       20480
 **          36        1104           1       79488
   Writing data negflag .eq. 0
 sj>s1:        5472        4368
   Zeroing lines in arrays 
  Total # of output lines =           36       66911

 Processing block number           37
 DEBUG          721   721.3685       2015.802      0.0000000E+00  0.0000000E+00
         5472        6242         -14         784
 patch iptc,sj,dgj,dgi,id:          37        6242         721         735
          784
  half line dmj dgc:           0       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           0       80592
   Writing data negflag .eq. 0
 sj>s1:        6242        5472
   Zeroing lines in arrays 
  Total # of output lines =           37       67681

         6242        7346           0        1104
 patch iptc,sj,dgj,dgi,id:          37        7346         721         721
         1104
  half line dmj dgc:           1       68913        2015        1008
   Actual deskew ireclen:       20480
 **          37        1104           1       81696
   Writing data negflag .eq. 0
 sj>s1:        7346        6242
   Zeroing lines in arrays 
  Total # of output lines =           37       68785

 Processing block number           38
 DEBUG          713   713.2389       1971.376      0.0000000E+00  0.0000000E+00
         7346        8122          -8         784
 patch iptc,sj,dgj,dgi,id:          38        8122         713         721
          784
  half line dmj dgc:           0       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           0       82800
   Writing data negflag .eq. 0
 sj>s1:        8122        7346
   Zeroing lines in arrays 
  Total # of output lines =           38       69561

         8122        9226           0        1104
 patch iptc,sj,dgj,dgi,id:          38        9226         713         713
         1104
  half line dmj dgc:           1       70801        1971        1008
   Actual deskew ireclen:       20480
 **          38        1104           1       83904
   Writing data negflag .eq. 0
 sj>s1:        9226        8122
   Zeroing lines in arrays 
  Total # of output lines =           38       70665

 Processing block number           39
 DEBUG          709   709.9093       1930.782      0.0000000E+00  0.0000000E+00
         9226       10006          -4         784
 patch iptc,sj,dgj,dgi,id:          39       10006         709         713
          784
  half line dmj dgc:           0       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           0       85008
   Writing data negflag .eq. 0
 sj>s1:       10006        9226
   Zeroing lines in arrays 
  Total # of output lines =           39       71445

        10006       11110           0        1104
 patch iptc,sj,dgj,dgi,id:          39       11110         709         709
         1104
  half line dmj dgc:           1       72689        1930        1008
   Actual deskew ireclen:       20480
 **          39        1104           1       86112
   Writing data negflag .eq. 0
 sj>s1:       11110       10006
   Zeroing lines in arrays 
  Total # of output lines =           39       72549

 Processing block number           40
 DEBUG          697   697.8566       1875.656      0.0000000E+00  0.0000000E+00
        11110       11882         -12         784
 patch iptc,sj,dgj,dgi,id:          40       11882         697         709
          784
  half line dmj dgc:           0       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           0       87216
   Writing data negflag .eq. 0
 sj>s1:       11882       11110
   Zeroing lines in arrays 
  Total # of output lines =           40       73321

        11882       12986           0        1104
 patch iptc,sj,dgj,dgi,id:          40         698         697         697
         1104
  half line dmj dgc:           1       74577        1875        1008
   Actual deskew ireclen:       20480
 **          40        1104           1       88320
   Writing data negflag .eq. 0
 s1>sj:       11882         698
   Zeroing lines in arrays 
  Total # of output lines =           40       74425

 Processing block number           41
 DEBUG          676   676.3298       1814.252      0.0000000E+00  0.0000000E+00
          698        1461         -21         784
 patch iptc,sj,dgj,dgi,id:          41        1461         676         697
          784
  half line dmj dgc:           0       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           0       89424
   Writing data negflag .eq. 0
 sj>s1:        1461         698
   Zeroing lines in arrays 
  Total # of output lines =           41       75188

         1461        2565           0        1104
 patch iptc,sj,dgj,dgi,id:          41        2565         676         676
         1104
  half line dmj dgc:           1       76465        1814        1008
   Actual deskew ireclen:       20480
 **          41        1104           1       90528
   Writing data negflag .eq. 0
 sj>s1:        2565        1461
   Zeroing lines in arrays 
  Total # of output lines =           41       76292

 Processing block number           42
 DEBUG          656   656.4915       1765.308      0.0000000E+00  0.0000000E+00
         2565        3329         -20         784
 patch iptc,sj,dgj,dgi,id:          42        3329         656         676
          784
  half line dmj dgc:           0       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           0       91632
   Writing data negflag .eq. 0
 sj>s1:        3329        2565
   Zeroing lines in arrays 
  Total # of output lines =           42       77056

         3329        4433           0        1104
 patch iptc,sj,dgj,dgi,id:          42        4433         656         656
         1104
  half line dmj dgc:           1       78353        1765        1008
   Actual deskew ireclen:       20480
 **          42        1104           1       92736
   Writing data negflag .eq. 0
 sj>s1:        4433        3329
   Zeroing lines in arrays 
  Total # of output lines =           42       78160

 Processing block number           43
 DEBUG          650   650.2495       1742.451      0.0000000E+00  0.0000000E+00
         4433        5211          -6         784
 patch iptc,sj,dgj,dgi,id:          43        5211         650         656
          784
  half line dmj dgc:           0       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           0       93840
   Writing data negflag .eq. 0
 sj>s1:        5211        4433
   Zeroing lines in arrays 
  Total # of output lines =           43       78938

         5211        6315           0        1104
 patch iptc,sj,dgj,dgi,id:          43        6315         650         650
         1104
  half line dmj dgc:           1       80241        1742        1008
   Actual deskew ireclen:       20480
 **          43        1104           1       94944
   Writing data negflag .eq. 0
 sj>s1:        6315        5211
   Zeroing lines in arrays 
  Total # of output lines =           43       80042

 Processing block number           44
 DEBUG          650   650.3855       1727.963      0.0000000E+00  0.0000000E+00
         6315        7099           0         784
 patch iptc,sj,dgj,dgi,id:          44        7099         650         650
          784
  half line dmj dgc:           0       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           0       96048
   Writing data negflag .eq. 0
 sj>s1:        7099        6315
   Zeroing lines in arrays 
  Total # of output lines =           44       80826

         7099        8203           0        1104
 patch iptc,sj,dgj,dgi,id:          44        8203         650         650
         1104
  half line dmj dgc:           1       82129        1727        1008
   Actual deskew ireclen:       20480
 **          44        1104           1       97152
   Writing data negflag .eq. 0
 sj>s1:        8203        7099
   Zeroing lines in arrays 
  Total # of output lines =           44       81930

 Processing block number           45
 DEBUG          643   643.6881       1696.623      0.0000000E+00  0.0000000E+00
         8203        8980          -7         784
 patch iptc,sj,dgj,dgi,id:          45        8980         643         650
          784
  half line dmj dgc:           0       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           0       98256
   Writing data negflag .eq. 0
 sj>s1:        8980        8203
   Zeroing lines in arrays 
  Total # of output lines =           45       82707

         8980       10084           0        1104
 patch iptc,sj,dgj,dgi,id:          45       10084         643         643
         1104
  half line dmj dgc:           1       84017        1696        1008
   Actual deskew ireclen:       20480
 **          45        1104           1       99360
   Writing data negflag .eq. 0
 sj>s1:       10084        8980
   Zeroing lines in arrays 
  Total # of output lines =           45       83811

 Processing block number           46
 DEBUG          639   639.2270       1672.413      0.0000000E+00  0.0000000E+00
        10084       10864          -4         784
 patch iptc,sj,dgj,dgi,id:          46       10864         639         643
          784
  half line dmj dgc:           0       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           0      100464
   Writing data negflag .eq. 0
 sj>s1:       10864       10084
   Zeroing lines in arrays 
  Total # of output lines =           46       84591

        10864       11968           0        1104
 patch iptc,sj,dgj,dgi,id:          46       11968         639         639
         1104
  half line dmj dgc:           1       85905        1672        1008
   Actual deskew ireclen:       20480
 **          46        1104           1      101568
   Writing data negflag .eq. 0
 sj>s1:       11968       10864
   Zeroing lines in arrays 
  Total # of output lines =           46       85695

 Processing block number           47
 DEBUG          633   633.1899       1632.349      0.0000000E+00  0.0000000E+00
        11968       12746          -6         784
 patch iptc,sj,dgj,dgi,id:          47         458         633         639
          784
  half line dmj dgc:           0       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           0      102672
   Writing data negflag .eq. 0
 s1>sj:       11968         458
   Zeroing lines in arrays 
  Total # of output lines =           47       86473

          458        1562           0        1104
 patch iptc,sj,dgj,dgi,id:          47        1562         633         633
         1104
  half line dmj dgc:           1       87793        1632        1008
   Actual deskew ireclen:       20480
 **          47        1104           1      103776
   Writing data negflag .eq. 0
 sj>s1:        1562         458
   Zeroing lines in arrays 
  Total # of output lines =           47       87577

 Processing block number           48
 DEBUG          631   631.6996       1602.363      0.0000000E+00  0.0000000E+00
         1562        2344          -2         784
 patch iptc,sj,dgj,dgi,id:          48        2344         631         633
          784
  half line dmj dgc:           0       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           0      104880
   Writing data negflag .eq. 0
 sj>s1:        2344        1562
   Zeroing lines in arrays 
  Total # of output lines =           48       88359

         2344        3448           0        1104
 patch iptc,sj,dgj,dgi,id:          48        3448         631         631
         1104
  half line dmj dgc:           1       89681        1602        1008
   Actual deskew ireclen:       20480
 **          48        1104           1      105984
   Writing data negflag .eq. 0
 sj>s1:        3448        2344
   Zeroing lines in arrays 
  Total # of output lines =           48       89463

 Processing block number           49
 DEBUG          636   637.0079       1598.463      0.0000000E+00  0.0000000E+00
         3448        4237           5         784
 patch iptc,sj,dgj,dgi,id:          49        4237         636         631
          784
  half line dmj dgc:           0       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           0      107088
   Writing data negflag .eq. 0
 sj>s1:        4237        3448
   Zeroing lines in arrays 
  Total # of output lines =           49       90252

         4237        5341           0        1104
 patch iptc,sj,dgj,dgi,id:          49        5341         636         636
         1104
  half line dmj dgc:           1       91569        1598        1008
   Actual deskew ireclen:       20480
 **          49        1104           1      108192
   Writing data negflag .eq. 0
 sj>s1:        5341        4237
   Zeroing lines in arrays 
  Total # of output lines =           49       91356

 Processing block number           50
 DEBUG          638   639.0735       1585.746      0.0000000E+00  0.0000000E+00
         5341        6127           2         784
 patch iptc,sj,dgj,dgi,id:          50        6127         638         636
          784
  half line dmj dgc:           0       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           0      109296
   Writing data negflag .eq. 0
 sj>s1:        6127        5341
   Zeroing lines in arrays 
  Total # of output lines =           50       92142

         6127        7231           0        1104
 patch iptc,sj,dgj,dgi,id:          50        7231         638         638
         1104
  half line dmj dgc:           1       93457        1585        1008
   Actual deskew ireclen:       20480
 **          50        1104           1      110400
   Writing data negflag .eq. 0
 sj>s1:        7231        6127
   Zeroing lines in arrays 
  Total # of output lines =           50       93246

 Processing block number           51
 DEBUG          638   638.6838       1577.014      0.0000000E+00  0.0000000E+00
         7231        8015           0         784
 patch iptc,sj,dgj,dgi,id:          51        8015         638         638
          784
  half line dmj dgc:           0       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           0      111504
   Writing data negflag .eq. 0
 sj>s1:        8015        7231
   Zeroing lines in arrays 
  Total # of output lines =           51       94030

         8015        9119           0        1104
 patch iptc,sj,dgj,dgi,id:          51        9119         638         638
         1104
  half line dmj dgc:           1       95345        1576        1008
   Actual deskew ireclen:       20480
 **          51        1104           1      112608
   Writing data negflag .eq. 0
 sj>s1:        9119        8015
   Zeroing lines in arrays 
  Total # of output lines =           51       95134

 Processing block number           52
 DEBUG          630   630.2814       1571.808      0.0000000E+00  0.0000000E+00
         9119        9895          -8         784
 patch iptc,sj,dgj,dgi,id:          52        9895         630         638
          784
  half line dmj dgc:           0       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           0      113712
   Writing data negflag .eq. 0
 sj>s1:        9895        9119
   Zeroing lines in arrays 
  Total # of output lines =           52       95910

         9895       10999           0        1104
 patch iptc,sj,dgj,dgi,id:          52       10999         630         630
         1104
  half line dmj dgc:           1       97233        1571        1008
   Actual deskew ireclen:       20480
 **          52        1104           1      114816
   Writing data negflag .eq. 0
 sj>s1:       10999        9895
   Zeroing lines in arrays 
  Total # of output lines =           52       97014

 Processing block number           53
 DEBUG          606   606.7234       1539.807      0.0000000E+00  0.0000000E+00
        10999       11759         -24         784
 patch iptc,sj,dgj,dgi,id:          53       11759         606         630
          784
  half line dmj dgc:           0       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           0      115920
   Writing data negflag .eq. 0
 sj>s1:       11759       10999
   Zeroing lines in arrays 
  Total # of output lines =           53       97774

        11759       12863           0        1104
 patch iptc,sj,dgj,dgi,id:          53         575         606         606
         1104
  half line dmj dgc:           1       99121        1539        1008
   Actual deskew ireclen:       20480
 **          53        1104           1      117024
   Writing data negflag .eq. 0
 s1>sj:       11759         575
   Zeroing lines in arrays 
  Total # of output lines =           53       98878

 Processing block number           54
 DEBUG          578   579.0452       1475.309      0.0000000E+00  0.0000000E+00
          575        1331         -28         784
 patch iptc,sj,dgj,dgi,id:          54        1331         578         606
          784
  half line dmj dgc:           0      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           0      118128
   Writing data negflag .eq. 0
 sj>s1:        1331         575
   Zeroing lines in arrays 
  Total # of output lines =           54       99634

         1331        2435           0        1104
 patch iptc,sj,dgj,dgi,id:          54        2435         578         578
         1104
  half line dmj dgc:           1      101009        1475        1008
   Actual deskew ireclen:       20480
 **          54        1104           1      119232
   Writing data negflag .eq. 0
 sj>s1:        2435        1331
   Zeroing lines in arrays 
  Total # of output lines =           54      100738

 Processing block number           55
 DEBUG          552   552.7128       1400.265      0.0000000E+00  0.0000000E+00
         2435        3193         -26         784
 patch iptc,sj,dgj,dgi,id:          55        3193         552         578
          784
  half line dmj dgc:           0      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           0      120336
   Writing data negflag .eq. 0
 sj>s1:        3193        2435
   Zeroing lines in arrays 
  Total # of output lines =           55      101496

         3193        4297           0        1104
 patch iptc,sj,dgj,dgi,id:          55        4297         552         552
         1104
  half line dmj dgc:           1      102897        1400        1008
   Actual deskew ireclen:       20480
 **          55        1104           1      121440
   Writing data negflag .eq. 0
 sj>s1:        4297        3193
   Zeroing lines in arrays 
  Total # of output lines =           55      102600

 Processing block number           56
 DEBUG          532   532.6455       1334.429      0.0000000E+00  0.0000000E+00
         4297        5061         -20         784
 patch iptc,sj,dgj,dgi,id:          56        5061         532         552
          784
  half line dmj dgc:           0      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           0      122544
   Writing data negflag .eq. 0
 sj>s1:        5061        4297
   Zeroing lines in arrays 
  Total # of output lines =           56      103364

         5061        6165           0        1104
 patch iptc,sj,dgj,dgi,id:          56        6165         532         532
         1104
  half line dmj dgc:           1      104785        1334        1008
   Actual deskew ireclen:       20480
 **          56        1104           1      123648
   Writing data negflag .eq. 0
 sj>s1:        6165        5061
   Zeroing lines in arrays 
  Total # of output lines =           56      104468

 Processing block number           57
 DEBUG          526   526.2751       1285.891      0.0000000E+00  0.0000000E+00
         6165        6943          -6         784
 patch iptc,sj,dgj,dgi,id:          57        6943         526         532
          784
  half line dmj dgc:           0      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           0      124752
   Writing data negflag .eq. 0
 sj>s1:        6943        6165
   Zeroing lines in arrays 
  Total # of output lines =           57      105246

         6943        8047           0        1104
 patch iptc,sj,dgj,dgi,id:          57        8047         526         526
         1104
  half line dmj dgc:           1      106673        1285        1008
   Actual deskew ireclen:       20480
 **          57        1104           1      125856
   Writing data negflag .eq. 0
 sj>s1:        8047        6943
   Zeroing lines in arrays 
  Total # of output lines =           57      106350

 Processing block number           58
 DEBUG          523   523.6874       1246.977      0.0000000E+00  0.0000000E+00
         8047        8828          -3         784
 patch iptc,sj,dgj,dgi,id:          58        8828         523         526
          784
  half line dmj dgc:           0      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           0      126960
   Writing data negflag .eq. 0
 sj>s1:        8828        8047
   Zeroing lines in arrays 
  Total # of output lines =           58      107131

         8828        9932           0        1104
 patch iptc,sj,dgj,dgi,id:          58        9932         523         523
         1104
  half line dmj dgc:           1      108561        1246        1008
   Actual deskew ireclen:       20480
 **          58        1104           1      128064
   Writing data negflag .eq. 0
 sj>s1:        9932        8828
   Zeroing lines in arrays 
  Total # of output lines =           58      108235

 Processing block number           59
 DEBUG          513   513.3682       1203.370      0.0000000E+00  0.0000000E+00
         9932       10706         -10         784
 patch iptc,sj,dgj,dgi,id:          59       10706         513         523
          784
  half line dmj dgc:           0      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           0      129168
   Writing data negflag .eq. 0
 sj>s1:       10706        9932
   Zeroing lines in arrays 
  Total # of output lines =           59      109009

        10706       11810           0        1104
 patch iptc,sj,dgj,dgi,id:          59       11810         513         513
         1104
  half line dmj dgc:           1      110449        1203        1008
   Actual deskew ireclen:       20480
 **          59        1104           1      130272
   Writing data negflag .eq. 0
 sj>s1:       11810       10706
   Zeroing lines in arrays 
  Total # of output lines =           59      110113

 Processing block number           60
 DEBUG          499   500.0013       1169.354      0.0000000E+00  0.0000000E+00
        11810       12580         -14         784
 patch iptc,sj,dgj,dgi,id:          60         292         499         513
          784
  half line dmj dgc:           0      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           0      131376
   Writing data negflag .eq. 0
 s1>sj:       11810         292
   Zeroing lines in arrays 
  Total # of output lines =           60      110883

          292        1396           0        1104
 patch iptc,sj,dgj,dgi,id:          60        1396         499         499
         1104
  half line dmj dgc:           1      112337        1169        1008
   Actual deskew ireclen:       20480
 **          60        1104           1      132480
   Writing data negflag .eq. 0
 sj>s1:        1396         292
   Zeroing lines in arrays 
  Total # of output lines =           60      111987

 Processing block number           61
 DEBUG          499   499.5013       1172.849      0.0000000E+00  0.0000000E+00
         1396        2180           0         784
 patch iptc,sj,dgj,dgi,id:          61        2180         499         499
          784
  half line dmj dgc:           0      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           0      133584
   Writing data negflag .eq. 0
 sj>s1:        2180        1396
   Zeroing lines in arrays 
  Total # of output lines =           61      112771

         2180        3284           0        1104
 patch iptc,sj,dgj,dgi,id:          61        3284         499         499
         1104
  half line dmj dgc:           1      114225        1172        1008
   Actual deskew ireclen:       20480
 **          61        1104           1      134688
   Writing data negflag .eq. 0
 sj>s1:        3284        2180
   Zeroing lines in arrays 
  Total # of output lines =           61      113875

 Processing block number           62
 DEBUG          499   499.3945       1171.474      0.0000000E+00  0.0000000E+00
         3284        3803           0         519
 patch iptc,sj,dgj,dgi,id:          62        3803         499         499
          519
  half line dmj dgc:           0      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           0      135792
   Writing data negflag .eq. 0
 sj>s1:        3803        3284
   Zeroing lines in arrays 
  Total # of output lines =           62      114394

         3803        4907           0        1104
 patch iptc,sj,dgj,dgi,id:          62        4907         499         499
         1104
  half line dmj dgc:           1      115848        1171        1008
   Actual deskew ireclen:       20480
 **          62        1104           1      136896
   Writing data negflag .eq. 0
 sj>s1:        4907        3803
   Zeroing lines in arrays 
  Total # of output lines =           62      115498

 ia dmi dgi:        4907        1171         499
   Writing the last         1776 lines
 last half sj>s1        6683        4907      115498
 WAYNE done patche    550.5926690101624    
  Total # of output lines =       117274

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  117274
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    551.2852389812469    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9730358       21.79248    
     146    -0.063    3046    -0.281   21.79248   0.000019   0.000068  -0.000004
 r_peak,r_snr =   0.7678114       101.4428    
     246    -0.063    3046    -0.344  101.44283   0.000155   0.000363  -0.000028
 r_peak,r_snr =   0.9132030       40.53834    
     346    -0.031    3046    -0.219   40.53834   0.000055   0.000170  -0.000014
 r_peak,r_snr =   0.7305362       157.6656    
     446    -0.063    3046    -0.219  157.66562   0.000172   0.000425  -0.000028
 r_peak,r_snr =   0.7513015       166.4593    
     546    -0.063    3046    -0.188  166.45927   0.000151   0.000347  -0.000022
 r_peak,r_snr =   0.7020869       161.1456    
     646    -0.063    3046    -0.281  161.14558   0.000201   0.000458  -0.000048
 r_peak,r_snr =   0.5506173       135.0548    
     746    -0.063    3046    -0.219  135.05479   0.000422   0.001079  -0.000093
 r_peak,r_snr =   0.5127252       131.8905    
     846    -0.094    3046    -0.344  131.89055   0.000513   0.001227  -0.000081
 r_peak,r_snr =   0.4404673       68.77473    
     946    -0.156    3046    -0.219   68.77473   0.000852   0.001946  -0.000241
 r_peak,r_snr =   0.4721643       7.499459    
    1046    -0.063    3046    -0.281    7.49946   0.001297   0.003454  -0.000386
 r_peak,r_snr =   0.7817408       61.37462    
    1146     0.000    3046    -0.250   61.37462   0.000142   0.000369  -0.000034
 r_peak,r_snr =   0.5830721       139.0799    
    1246    -0.031    3046    -0.094  139.07994   0.000333   0.000960  -0.000083
 r_peak,r_snr =   0.5439484       92.70409    
    1346    -0.031    3046    -0.094   92.70409   0.000425   0.001304  -0.000122
 r_peak,r_snr =   0.4511913       97.77699    
    1446     0.000    3046    -0.250   97.77699   0.000728   0.002363  -0.000147
 r_peak,r_snr =   0.4579607       121.6534    
    1546    -0.094    3046    -0.250  121.65343   0.000626   0.001850  -0.000137
 r_peak,r_snr =   0.3678063       84.62267    
    1646    -0.031    3046    -0.281   84.62267   0.001085   0.003761  -0.000302
 r_peak,r_snr =   0.3314907       87.43821    
    1746    -0.031    3046    -0.031   87.43821   0.001176   0.003478  -0.000350
 r_peak,r_snr =   0.3003821       78.74883    
    1846     0.031    3046    -0.219   78.74883   0.001756   0.004795  -0.000858
 r_peak,r_snr =   0.2048560       31.65480    
    1946     0.094    3046    -0.250   31.65480   0.005201   0.009064  -0.001930
 r_peak,r_snr =   0.2978372       16.42058    
    2046    -0.125    3046     0.125   16.42058   0.010690   0.013169  -0.002186
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9281668       31.98001    
     146    -0.063    3446    -0.281   31.98001   0.000049   0.000139  -0.000012
 r_peak,r_snr =   0.8653744       141.3733    
     246    -0.063    3446    -0.281  141.37334   0.000074   0.000170  -0.000016
 r_peak,r_snr =   0.8155485       97.46730    
     346    -0.031    3446    -0.219   97.46730   0.000104   0.000239  -0.000020
 r_peak,r_snr =   0.8472816       56.21225    
     446    -0.063    3446    -0.250   56.21225   0.000100   0.000247  -0.000023
 r_peak,r_snr =   0.7882062       147.8430    
     546    -0.063    3446    -0.188  147.84302   0.000126   0.000279  -0.000035
 r_peak,r_snr =   0.6927782       166.1824    
     646    -0.031    3446    -0.156  166.18242   0.000204   0.000454  -0.000029
 r_peak,r_snr =   0.5848548       146.5913    
     746    -0.063    3446    -0.219  146.59132   0.000331   0.000804  -0.000079
 r_peak,r_snr =   0.5615501       147.0928    
     846     0.000    3446    -0.125  147.09276   0.000403   0.000866  -0.000088
 r_peak,r_snr =   0.5465559       74.06690    
     946    -0.125    3446    -0.250   74.06690   0.000471   0.001124  -0.000151
 r_peak,r_snr =   0.4234704       20.90520    
    1046     0.031    3446    -0.125   20.90520   0.001050   0.003009  -0.000338
 r_peak,r_snr =   0.6963989       61.98088    
    1146    -0.063    3446    -0.156   61.98088   0.000225   0.000568  -0.000067
 r_peak,r_snr =   0.5725753       126.1943    
    1246     0.000    3446    -0.125  126.19432   0.000395   0.000971  -0.000090
 r_peak,r_snr =   0.3852425       104.6810    
    1346     0.031    3446    -0.125  104.68102   0.000857   0.002490  -0.000280
 r_peak,r_snr =   0.4136376       127.3141    
    1446    -0.094    3446    -0.188  127.31413   0.000754   0.001992  -0.000198
 r_peak,r_snr =   0.5246456       125.4147    
    1546    -0.031    3446    -0.156  125.41470   0.000482   0.001275  -0.000128
 r_peak,r_snr =   0.3762828       122.6292    
    1646    -0.031    3446    -0.188  122.62921   0.000868   0.002761  -0.000245
 r_peak,r_snr =   0.3193677       109.7122    
    1746    -0.094    3446    -0.250  109.71220   0.001168   0.003536  -0.000272
 r_peak,r_snr =   0.2790086       64.77768    
    1846     0.094    3446    -0.063   64.77768   0.001704   0.005199  -0.000309
 r_peak,r_snr =   0.2580870       31.17611    
    1946     0.125    3446     0.000   31.17611   0.004106   0.013346  -0.002192
 r_peak,r_snr =   0.2067705       11.50232    
    2046    -0.844    3446    -0.594   11.50232   0.039150   0.034156  -0.027352
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9770449       30.71514    
     146    -0.063    3846    -0.250   30.71514   0.000016   0.000062  -0.000003
 r_peak,r_snr =   0.7849216       144.6885    
     246    -0.094    3846    -0.313  144.68851   0.000129   0.000312  -0.000029
 r_peak,r_snr =   0.8396451       129.9771    
     346    -0.063    3846    -0.250  129.97711   0.000084   0.000225  -0.000020
 r_peak,r_snr =   0.7752897       146.6458    
     446    -0.063    3846    -0.250  146.64581   0.000135   0.000335  -0.000024
 r_peak,r_snr =   0.7340829       163.5946    
     546    -0.031    3846    -0.125  163.59457   0.000168   0.000376  -0.000035
 r_peak,r_snr =   0.6985199       154.1855    
     646     0.031    3846    -0.156  154.18550   0.000210   0.000487  -0.000047
 r_peak,r_snr =   0.5986694       127.3520    
     746    -0.063    3846    -0.063  127.35197   0.000350   0.000792  -0.000069
 r_peak,r_snr =   0.5584903       137.1680    
     846    -0.031    3846    -0.219  137.16797   0.000402   0.000898  -0.000113
 r_peak,r_snr =   0.4954157       93.61813    
     946    -0.063    3846    -0.125   93.61813   0.000566   0.001533  -0.000162
 r_peak,r_snr =   0.4907440       99.78529    
    1046    -0.031    3846    -0.125   99.78529   0.000603   0.001435  -0.000167
 r_peak,r_snr =   0.4847341       117.1941    
    1146     0.000    3846    -0.281  117.19408   0.000653   0.001237  -0.000174
 r_peak,r_snr =   0.4846095       104.4773    
    1246    -0.094    3846    -0.219  104.47735   0.000580   0.001437  -0.000213
 r_peak,r_snr =   0.3768130       108.6894    
    1346     0.031    3846    -0.094  108.68943   0.000971   0.002107  -0.000293
 r_peak,r_snr =   0.5354814       139.3556    
    1446    -0.031    3846    -0.125  139.35562   0.000478   0.001108  -0.000096
 r_peak,r_snr =   0.5604457       161.1314    
    1546    -0.031    3846    -0.188  161.13139   0.000362   0.000925  -0.000108
 r_peak,r_snr =   0.3778947       96.41566    
    1646     0.000    3846    -0.219   96.41566   0.000864   0.002655  -0.000213
 r_peak,r_snr =   0.3545896       106.1925    
    1746    -0.094    3846    -0.250  106.19251   0.000952   0.003226  -0.000331
 r_peak,r_snr =   0.2574832       62.24772    
    1846    -0.031    3846    -0.156   62.24772   0.002280   0.008663  -0.001582
 r_peak,r_snr =   0.2279502       25.39759    
    1946     0.094    3846     0.031   25.39759   0.004620   0.011937  -0.001968
 r_peak,r_snr =   0.3462489       5.676297    
    2046    -0.594    3846    -0.344    5.67630   0.019205   0.027819  -0.013387
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9027348       84.80286    
     146    -0.063    4246    -0.281   84.80286   0.000054   0.000125  -0.000012
 r_peak,r_snr =   0.8804878       124.1302    
     246    -0.063    4246    -0.250  124.13019   0.000064   0.000152  -0.000010
 r_peak,r_snr =   0.8504038       115.4366    
     346    -0.063    4246    -0.281  115.43662   0.000086   0.000190  -0.000018
 r_peak,r_snr =   0.8446108       118.2687    
     446    -0.063    4246    -0.188  118.26871   0.000093   0.000225  -0.000017
 r_peak,r_snr =   0.7120086       154.6837    
     546    -0.094    4246    -0.188  154.68369   0.000191   0.000427  -0.000041
 r_peak,r_snr =   0.6574971       138.7145    
     646    -0.031    4246    -0.219  138.71448   0.000249   0.000665  -0.000046
 r_peak,r_snr =   0.6231430       143.4985    
     746     0.000    4246    -0.125  143.49846   0.000310   0.000743  -0.000073
 r_peak,r_snr =   0.5444415       106.7813    
     846    -0.031    4246    -0.125  106.78127   0.000446   0.001195  -0.000073
 r_peak,r_snr =   0.4921955       139.2158    
     946    -0.031    4246     0.000  139.21584   0.000506   0.001414  -0.000153
 r_peak,r_snr =   0.5522443       140.3765    
    1046     0.063    4246    -0.031  140.37653   0.000403   0.001041  -0.000111
 r_peak,r_snr =   0.4240316       123.9003    
    1146    -0.031    4246    -0.031  123.90027   0.000710   0.001983  -0.000206
 r_peak,r_snr =   0.4951514       140.0533    
    1246    -0.063    4246    -0.156  140.05330   0.000593   0.001281  -0.000137
 r_peak,r_snr =   0.3989671       105.1186    
    1346     0.000    4246    -0.063  105.11856   0.000972   0.002165  -0.000329
 r_peak,r_snr =   0.4820993       123.8514    
    1446     0.000    4246    -0.125  123.85136   0.000619   0.001365  -0.000165
 r_peak,r_snr =   0.5424557       118.8033    
    1546     0.000    4246    -0.188  118.80331   0.000469   0.001234  -0.000168
 r_peak,r_snr =   0.3734210       92.47018    
    1646     0.000    4246    -0.125   92.47018   0.001147   0.002823  -0.000333
 r_peak,r_snr =   0.3623769       105.4060    
    1746    -0.125    4246    -0.188  105.40596   0.001116   0.003079  -0.000518
 r_peak,r_snr =   0.2494264       67.00484    
    1846     0.000    4246    -0.188   67.00484   0.002298   0.005972  -0.000509
 r_peak,r_snr =   0.2944044       40.43993    
    1946    -0.094    4246     0.000   40.43993   0.002569   0.006502  -0.000551
 r_peak,r_snr =   0.5304381       13.69457    
    2046     0.094    4246    -0.063   13.69457   0.003366   0.003744  -0.001845
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8961016       117.6174    
     146    -0.094    4646    -0.313  117.61739   0.000054   0.000141  -0.000012
 r_peak,r_snr =   0.9041196       107.6124    
     246    -0.063    4646    -0.281  107.61237   0.000053   0.000119  -0.000008
 r_peak,r_snr =   0.8583369       144.3217    
     346    -0.094    4646    -0.250  144.32166   0.000078   0.000174  -0.000016
 r_peak,r_snr =   0.8255647       119.2864    
     446    -0.031    4646    -0.250  119.28636   0.000105   0.000239  -0.000017
 r_peak,r_snr =   0.7382264       150.7462    
     546    -0.063    4646    -0.125  150.74615   0.000178   0.000399  -0.000039
 r_peak,r_snr =   0.6734871       135.4693    
     646    -0.063    4646    -0.281  135.46928   0.000239   0.000600  -0.000063
 r_peak,r_snr =   0.5885330       144.6460    
     746    -0.031    4646    -0.156  144.64603   0.000349   0.000881  -0.000098
 r_peak,r_snr =   0.4961110       99.91872    
     846    -0.063    4646    -0.125   99.91872   0.000603   0.001418  -0.000114
 r_peak,r_snr =   0.5254224       69.21689    
     946    -0.031    4646    -0.188   69.21689   0.000501   0.001405  -0.000115
 r_peak,r_snr =   0.5080597       59.37108    
    1046     0.031    4646    -0.094   59.37108   0.000544   0.001459  -0.000192
 r_peak,r_snr =   0.5157443       104.2111    
    1146    -0.063    4646    -0.094  104.21114   0.000590   0.001296  -0.000187
 r_peak,r_snr =   0.4470914       105.2541    
    1246     0.031    4646    -0.125  105.25414   0.000725   0.001757  -0.000240
 r_peak,r_snr =   0.3553859       105.7839    
    1346    -0.063    4646    -0.094  105.78389   0.001070   0.002810  -0.000423
 r_peak,r_snr =   0.3707342       95.77085    
    1446    -0.063    4646    -0.250   95.77085   0.000976   0.002749  -0.000326
 r_peak,r_snr =   0.5020546       129.6797    
    1546    -0.031    4646    -0.188  129.67975   0.000599   0.001303  -0.000229
 r_peak,r_snr =   0.3695752       84.28477    
    1646    -0.094    4646    -0.156   84.28477   0.001158   0.003070  -0.000381
 r_peak,r_snr =   0.3357700       82.66879    
    1746    -0.031    4646    -0.094   82.66879   0.001287   0.003168  -0.000403
 r_peak,r_snr =   0.3287112       78.70571    
    1846    -0.063    4646    -0.188   78.70571   0.001409   0.003985  -0.000572
 r_peak,r_snr =   0.3271566       56.54486    
    1946    -0.031    4646    -0.031   56.54486   0.001977   0.004916  -0.000921
 r_peak,r_snr =   0.4070375       6.181140    
    2046     0.031    4646    -0.125    6.18114   0.006499   0.007629  -0.004102
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.8859851       150.9686    
     146    -0.094    5046    -0.313  150.96861   0.000057   0.000133  -0.000009
 r_peak,r_snr =   0.8947240       128.9736    
     246    -0.063    5046    -0.281  128.97356   0.000055   0.000122  -0.000007
 r_peak,r_snr =   0.8629020       133.8640    
     346    -0.063    5046    -0.250  133.86397   0.000072   0.000169  -0.000016
 r_peak,r_snr =   0.8085964       145.0435    
     446    -0.031    5046    -0.250  145.04352   0.000115   0.000247  -0.000023
 r_peak,r_snr =   0.7623491       169.3680    
     546    -0.063    5046    -0.156  169.36797   0.000137   0.000332  -0.000031
 r_peak,r_snr =   0.6684185       143.8815    
     646     0.000    5046    -0.156  143.88148   0.000233   0.000636  -0.000066
 r_peak,r_snr =   0.6085973       125.8601    
     746    -0.063    5046    -0.188  125.86008   0.000339   0.000908  -0.000086
 r_peak,r_snr =   0.4587401       122.3600    
     846     0.000    5046    -0.313  122.35999   0.000633   0.001806  -0.000202
 r_peak,r_snr =   0.5630022       109.6555    
     946    -0.063    5046    -0.188  109.65546   0.000403   0.001007  -0.000088
 r_peak,r_snr =   0.5353774       144.3651    
    1046    -0.031    5046    -0.156  144.36507   0.000401   0.001084  -0.000135
 r_peak,r_snr =   0.4631662       104.9966    
    1146     0.063    5046    -0.063  104.99663   0.000717   0.001978  -0.000245
 r_peak,r_snr =   0.4284303       89.97814    
    1246    -0.031    5046     0.000   89.97814   0.000818   0.002228  -0.000237
 r_peak,r_snr =   0.3957289       97.29162    
    1346    -0.031    5046    -0.250   97.29162   0.000827   0.003287  -0.000245
 r_peak,r_snr =   0.3215609       95.55594    
    1446    -0.031    5046    -0.188   95.55594   0.001279   0.005052  -0.000516
 r_peak,r_snr =   0.4431076       111.7438    
    1546    -0.063    5046    -0.094  111.74381   0.000789   0.001718  -0.000168
 r_peak,r_snr =   0.3833422       95.92416    
    1646     0.063    5046    -0.063   95.92416   0.001109   0.002673  -0.000250
 r_peak,r_snr =   0.3188573       82.64407    
    1746    -0.094    5046    -0.438   82.64407   0.001280   0.004777  -0.000505
 r_peak,r_snr =   0.9497415       8.214117    
    1846     0.031    5046    -0.125    8.21412   0.000050   0.000166  -0.000013
 r_peak,r_snr =   0.5592275       33.79049    
    1946     0.031    5046    -0.188   33.79049   0.000666   0.001539  -0.000218
 r_peak,r_snr =   0.6942287       5.686459    
    2046     0.125    5046    -0.125    5.68646   0.001403   0.001592  -0.000711
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.8860681       102.0413    
     146    -0.094    5446    -0.344  102.04133   0.000062   0.000142  -0.000010
 r_peak,r_snr =   0.8917615       165.1210    
     246    -0.063    5446    -0.250  165.12096   0.000055   0.000125  -0.000008
 r_peak,r_snr =   0.8520885       120.8206    
     346    -0.094    5446    -0.281  120.82059   0.000081   0.000204  -0.000018
 r_peak,r_snr =   0.8381695       114.3448    
     446    -0.063    5446    -0.188  114.34481   0.000092   0.000226  -0.000018
 r_peak,r_snr =   0.7613063       115.0388    
     546    -0.063    5446    -0.219  115.03878   0.000138   0.000375  -0.000034
 r_peak,r_snr =   0.6591713       149.5459    
     646    -0.031    5446    -0.219  149.54593   0.000251   0.000588  -0.000056
 r_peak,r_snr =   0.5436253       125.5471    
     746     0.000    5446    -0.156  125.54708   0.000435   0.001088  -0.000064
 r_peak,r_snr =   0.5636722       118.1952    
     846    -0.031    5446    -0.219  118.19523   0.000433   0.001126  -0.000144
 r_peak,r_snr =   0.6278688       143.8619    
     946    -0.031    5446    -0.188  143.86192   0.000290   0.000694  -0.000061
 r_peak,r_snr =   0.5195726       97.82841    
    1046    -0.031    5446    -0.063   97.82841   0.000489   0.001374  -0.000108
 r_peak,r_snr =   0.4094142       93.44839    
    1146     0.031    5446    -0.188   93.44839   0.000901   0.002953  -0.000260
 r_peak,r_snr =   0.4395620       126.3084    
    1246    -0.031    5446    -0.156  126.30845   0.000689   0.001800  -0.000153
 r_peak,r_snr =   0.4211436       115.7069    
    1346    -0.031    5446     0.000  115.70687   0.000761   0.002667  -0.000158
 r_peak,r_snr =   0.3318951       87.60017    
    1446     0.063    5446    -0.219   87.60017   0.001278   0.003669  -0.000366
 r_peak,r_snr =   0.3496218       102.7203    
    1546    -0.094    5446    -0.156  102.72029   0.001057   0.003497  -0.000302
 r_peak,r_snr =   0.4228746       108.9568    
    1646     0.031    5446    -0.094  108.95684   0.000728   0.002044  -0.000269
 r_peak,r_snr =   0.4185926       113.2396    
    1746    -0.063    5446    -0.219  113.23960   0.000767   0.002198  -0.000311
 r_peak,r_snr =   0.4022921       81.52806    
    1846    -0.031    5446    -0.031   81.52806   0.000989   0.002771  -0.000438
 r_peak,r_snr =   0.2644857       13.77730    
    1946    -0.125    5446    -0.219   13.77730   0.003871   0.008252  -0.002222
 r_peak,r_snr =   0.1938509       4.242035    
    2046    12.719    5446     6.531    4.24203   0.122739   0.068303  -0.052508
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9028616       103.0549    
     146    -0.094    5846    -0.313  103.05486   0.000054   0.000122  -0.000008
 r_peak,r_snr =   0.8709207       63.71431    
     246    -0.063    5846    -0.250   63.71431   0.000078   0.000218  -0.000013
 r_peak,r_snr =   0.7755560       142.8560    
     346    -0.094    5846    -0.344  142.85596   0.000128   0.000311  -0.000024
 r_peak,r_snr =   0.8730261       113.4559    
     446    -0.063    5846    -0.219  113.45590   0.000066   0.000159  -0.000010
 r_peak,r_snr =   0.7806430       139.1612    
     546    -0.063    5846    -0.188  139.16119   0.000127   0.000322  -0.000025
 r_peak,r_snr =   0.6650687       139.7532    
     646     0.000    5846    -0.281  139.75316   0.000247   0.000618  -0.000044
 r_peak,r_snr =   0.5851517       132.7871    
     746    -0.031    5846    -0.156  132.78709   0.000345   0.000857  -0.000062
 r_peak,r_snr =   0.6006396       140.0699    
     846    -0.031    5846    -0.094  140.06995   0.000360   0.000817  -0.000092
 r_peak,r_snr =   0.6080853       133.1727    
     946    -0.031    5846    -0.188  133.17268   0.000331   0.000757  -0.000065
 r_peak,r_snr =   0.5111536       140.1886    
    1046    -0.094    5846    -0.250  140.18858   0.000477   0.001264  -0.000118
 r_peak,r_snr =   0.6183279       151.8360    
    1146    -0.063    5846    -0.188  151.83601   0.000308   0.000756  -0.000072
 r_peak,r_snr =   0.7625961       20.53653    
    1246     0.000    5846    -0.125   20.53653   0.000321   0.000916  -0.000040
 r_peak,r_snr =   0.5212573       46.93840    
    1346    -0.063    5846    -0.219   46.93840   0.000568   0.001611  -0.000157
 r_peak,r_snr =   0.8988463       12.46860    
    1446    -0.031    5846    -0.188   12.46860   0.000107   0.000276  -0.000024
 r_peak,r_snr =   0.8951518       6.775867    
    1546    -0.063    5846    -0.125    6.77587   0.000121   0.000321  -0.000028
 r_peak,r_snr =   0.9403071       8.045053    
    1646    -0.031    5846    -0.094    8.04505   0.000066   0.000162  -0.000012
 r_peak,r_snr =   0.8716741       10.44141    
    1746    -0.063    5846    -0.094   10.44141   0.000132   0.000338  -0.000041
 r_peak,r_snr =   0.3881070       89.86549    
    1846    -0.063    5846    -0.125   89.86549   0.001096   0.002246  -0.000311
 r_peak,r_snr =   0.2377817       19.15789    
    1946    -0.031    5846    -0.219   19.15789   0.004607   0.012505  -0.001111
 r_peak,r_snr =   0.1453596       6.153780    
    2046    -8.531    5846    -6.438    6.15378   0.150951   0.095166  -0.090905
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9451478       20.70417    
     146    -0.063    3046    -0.500   20.70417   0.000041   0.000174  -0.000010
 r_peak,r_snr =   0.7209476       93.36816    
     246    -0.031    3046    -0.469   93.36816   0.000196   0.000512  -0.000039
 r_peak,r_snr =   0.8746723       36.11135    
     346     0.000    3046    -0.313   36.11135   0.000083   0.000292  -0.000024
 r_peak,r_snr =   0.6778957       144.9872    
     446    -0.031    3046    -0.344  144.98715   0.000225   0.000608  -0.000041
 r_peak,r_snr =   0.7022573       164.5079    
     546    -0.063    3046    -0.281  164.50787   0.000191   0.000464  -0.000034
 r_peak,r_snr =   0.6245601       148.2007    
     646    -0.094    3046    -0.344  148.20073   0.000291   0.000688  -0.000065
 r_peak,r_snr =   0.5162292       133.0101    
     746     0.000    3046    -0.281  133.01009   0.000447   0.001257  -0.000130
 r_peak,r_snr =   0.5162264       118.0430    
     846     0.031    3046    -0.250  118.04303   0.000529   0.001260  -0.000102
 r_peak,r_snr =   0.3931686       70.15227    
     946    -0.125    3046    -0.219   70.15227   0.000958   0.003098  -0.000325
 r_peak,r_snr =   0.4379320       7.347900    
    1046     0.063    3046     0.031    7.34790   0.001403   0.003739  -0.000404
 r_peak,r_snr =   0.7511030       67.21208    
    1146     0.031    3046    -0.250   67.21208   0.000170   0.000447  -0.000032
 r_peak,r_snr =   0.5521792       115.9931    
    1246     0.031    3046    -0.125  115.99311   0.000407   0.001173  -0.000101
 r_peak,r_snr =   0.5245880       98.73325    
    1346    -0.031    3046    -0.031   98.73325   0.000492   0.001455  -0.000163
 r_peak,r_snr =   0.4209463       108.2752    
    1446     0.125    3046     0.000  108.27518   0.000809   0.002580  -0.000132
 r_peak,r_snr =   0.4331264       117.3046    
    1546     0.000    3046    -0.250  117.30460   0.000740   0.002231  -0.000146
 r_peak,r_snr =   0.3551373       98.65793    
    1646     0.094    3046    -0.125   98.65793   0.001150   0.003181  -0.000249
 r_peak,r_snr =   0.2834852       63.11586    
    1746    -0.031    3046    -0.031   63.11586   0.001705   0.005389  -0.000716
 r_peak,r_snr =   0.2070506       44.17085    
    1846     0.063    3046    -0.219   44.17085   0.003268   0.009411  -0.001505
 r_peak,r_snr =   0.2080090       24.88408    
    1946     0.031    3046    -0.313   24.88408   0.005217   0.011199  -0.002609
 r_peak,r_snr =   0.2470324       12.49759    
    2046    -0.219    3046    -0.188   12.49759   0.013414   0.041479  -0.012652
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.8913643       29.58857    
     146    -0.031    3446    -0.469   29.58857   0.000081   0.000253  -0.000022
 r_peak,r_snr =   0.8232436       128.4377    
     246    -0.063    3446    -0.438  128.43773   0.000104   0.000262  -0.000025
 r_peak,r_snr =   0.7497622       104.9732    
     346     0.000    3446    -0.344  104.97319   0.000157   0.000391  -0.000028
 r_peak,r_snr =   0.7931219       50.10565    
     446     0.000    3446    -0.375   50.10565   0.000147   0.000413  -0.000035
 r_peak,r_snr =   0.7378589       143.1325    
     546    -0.031    3446    -0.281  143.13249   0.000175   0.000383  -0.000050
 r_peak,r_snr =   0.6704574       161.8336    
     646     0.000    3446    -0.250  161.83359   0.000231   0.000537  -0.000035
 r_peak,r_snr =   0.5726744       148.9308    
     746     0.000    3446    -0.250  148.93082   0.000372   0.000896  -0.000093
 r_peak,r_snr =   0.5615773       136.2783    
     846     0.000    3446    -0.219  136.27834   0.000418   0.000939  -0.000086
 r_peak,r_snr =   0.4811686       75.96741    
     946     0.000    3446    -0.250   75.96741   0.000666   0.001599  -0.000186
 r_peak,r_snr =   0.3648828       22.81574    
    1046     0.063    3446    -0.094   22.81574   0.001483   0.004033  -0.000286
 r_peak,r_snr =   0.6509206       62.14135    
    1146     0.031    3446    -0.156   62.14135   0.000277   0.000747  -0.000088
 r_peak,r_snr =   0.4912321       114.0485    
    1246     0.094    3446    -0.156  114.04846   0.000500   0.001568  -0.000130
 r_peak,r_snr =   0.3955540       111.3997    
    1346     0.125    3446    -0.156  111.39966   0.000881   0.002376  -0.000301
 r_peak,r_snr =   0.3804316       112.6073    
    1446     0.063    3446    -0.125  112.60726   0.000858   0.002740  -0.000217
 r_peak,r_snr =   0.4350339       122.7287    
    1546     0.063    3446    -0.125  122.72866   0.000697   0.001929  -0.000240
 r_peak,r_snr =   0.3788544       102.9929    
    1646    -0.063    3446    -0.188  102.99290   0.000916   0.002510  -0.000374
 r_peak,r_snr =   0.2970990       89.61765    
    1746    -0.031    3446    -0.063   89.61765   0.001274   0.004380  -0.000388
 r_peak,r_snr =   0.2275316       45.52409    
    1846     0.219    3446     0.156   45.52409   0.002871   0.009857  -0.001122
 r_peak,r_snr =   0.1947612       25.71228    
    1946     0.000    3446     0.156   25.71228   0.007216   0.019368  -0.004394
 r_peak,r_snr =   0.1817006       9.997046    
    2046    -0.719    3446    -0.438    9.99705   0.030492   0.025943  -0.018594
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9526546       28.94786    
     146    -0.031    3846    -0.438   28.94786   0.000034   0.000152  -0.000008
 r_peak,r_snr =   0.7274206       130.4755    
     246    -0.063    3846    -0.406  130.47551   0.000177   0.000491  -0.000046
 r_peak,r_snr =   0.7762032       120.4092    
     346    -0.031    3846    -0.375  120.40925   0.000130   0.000383  -0.000030
 r_peak,r_snr =   0.6930355       138.8624    
     446     0.000    3846    -0.375  138.86244   0.000210   0.000585  -0.000041
 r_peak,r_snr =   0.6827709       146.8938    
     546    -0.031    3846    -0.281  146.89384   0.000227   0.000513  -0.000046
 r_peak,r_snr =   0.6749075       154.9125    
     646    -0.031    3846    -0.188  154.91252   0.000236   0.000549  -0.000043
 r_peak,r_snr =   0.5955075       128.9861    
     746     0.031    3846    -0.219  128.98608   0.000343   0.000773  -0.000084
 r_peak,r_snr =   0.5431032       127.5930    
     846     0.000    3846    -0.281  127.59303   0.000449   0.001029  -0.000141
 r_peak,r_snr =   0.4934118       94.60133    
     946     0.000    3846    -0.094   94.60133   0.000634   0.001570  -0.000166
 r_peak,r_snr =   0.4702071       103.5660    
    1046     0.000    3846    -0.094  103.56604   0.000732   0.001690  -0.000147
 r_peak,r_snr =   0.4504622       133.0991    
    1146     0.063    3846    -0.250  133.09912   0.000677   0.001469  -0.000194
 r_peak,r_snr =   0.4267730       106.3678    
    1246    -0.094    3846    -0.188  106.36780   0.000748   0.001962  -0.000293
 r_peak,r_snr =   0.3122362       82.20329    
    1346     0.094    3846    -0.125   82.20329   0.001334   0.003556  -0.000457
 r_peak,r_snr =   0.5052445       136.6097    
    1446     0.000    3846    -0.094  136.60971   0.000531   0.001225  -0.000145
 r_peak,r_snr =   0.4693462       127.8188    
    1546     0.063    3846    -0.281  127.81877   0.000575   0.001515  -0.000148
 r_peak,r_snr =   0.3365503       99.09272    
    1646     0.063    3846    -0.094   99.09272   0.000973   0.003367  -0.000409
 r_peak,r_snr =   0.3001995       102.5702    
    1746    -0.094    3846    -0.156  102.57021   0.001276   0.003990  -0.000457
 r_peak,r_snr =   0.2487435       66.64740    
    1846     0.156    3846    -0.063   66.64740   0.002797   0.007246  -0.001193
 r_peak,r_snr =   0.2272964       24.14693    
    1946    -0.031    3846    -0.406   24.14693   0.005375   0.014448  -0.001643
 r_peak,r_snr =   0.3609621       6.033442    
    2046     0.031    3846    -0.188    6.03344   0.012786   0.012173  -0.007840
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.8236830       81.56321    
     146    -0.063    4246    -0.500   81.56321   0.000110   0.000288  -0.000027
 r_peak,r_snr =   0.8214828       108.6680    
     246    -0.063    4246    -0.438  108.66803   0.000107   0.000272  -0.000019
 r_peak,r_snr =   0.7885824       105.5905    
     346    -0.063    4246    -0.406  105.59049   0.000136   0.000319  -0.000028
 r_peak,r_snr =   0.7940468       107.3332    
     446    -0.031    4246    -0.313  107.33322   0.000135   0.000348  -0.000028
 r_peak,r_snr =   0.6819411       138.5096    
     546     0.000    4246    -0.313  138.50963   0.000237   0.000553  -0.000041
 r_peak,r_snr =   0.6334129       128.6260    
     646     0.000    4246    -0.250  128.62604   0.000286   0.000791  -0.000074
 r_peak,r_snr =   0.6075510       119.2028    
     746     0.094    4246    -0.219  119.20277   0.000363   0.000864  -0.000073
 r_peak,r_snr =   0.5160951       100.4177    
     846    -0.031    4246    -0.219  100.41768   0.000511   0.001383  -0.000115
 r_peak,r_snr =   0.4145456       125.2399    
     946     0.094    4246    -0.063  125.23986   0.000752   0.002232  -0.000212
 r_peak,r_snr =   0.5345806       133.1568    
    1046     0.031    4246    -0.094  133.15683   0.000448   0.001199  -0.000151
 r_peak,r_snr =   0.3802115       102.7289    
    1146     0.094    4246    -0.156  102.72888   0.000917   0.002690  -0.000168
 r_peak,r_snr =   0.4517462       111.5489    
    1246     0.000    4246    -0.156  111.54890   0.000726   0.001579  -0.000137
 r_peak,r_snr =   0.3535232       92.34439    
    1346     0.063    4246    -0.219   92.34439   0.001193   0.003171  -0.000488
 r_peak,r_snr =   0.4154302       122.6715    
    1446     0.063    4246    -0.281  122.67150   0.000871   0.001877  -0.000231
 r_peak,r_snr =   0.5123909       135.2662    
    1546     0.094    4246    -0.063  135.26619   0.000517   0.001402  -0.000175
 r_peak,r_snr =   0.3105359       93.60648    
    1646     0.094    4246    -0.250   93.60648   0.001325   0.003414  -0.000204
 r_peak,r_snr =   0.2663412       78.13612    
    1746     0.188    4246     0.125   78.13612   0.001817   0.004858  -0.000575
 r_peak,r_snr =   0.2219867       58.29678    
    1846     0.156    4246    -0.219   58.29678   0.003697   0.007703  -0.000846
 r_peak,r_snr =   0.2387898       47.70261    
    1946     0.156    4246    -0.156   47.70261   0.003374   0.008620  -0.001503
 r_peak,r_snr =   0.4415215       16.93549    
    2046     0.094    4246    -0.156   16.93549   0.006421   0.007882  -0.004290
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8350355       104.9994    
     146    -0.063    4646    -0.438  104.99939   0.000093   0.000280  -0.000025
 r_peak,r_snr =   0.8485157       99.93060    
     246    -0.063    4646    -0.406   99.93060   0.000091   0.000219  -0.000015
 r_peak,r_snr =   0.7868276       136.9493    
     346    -0.063    4646    -0.438  136.94934   0.000127   0.000310  -0.000029
 r_peak,r_snr =   0.7745044       103.2793    
     446    -0.031    4646    -0.375  103.27932   0.000154   0.000353  -0.000028
 r_peak,r_snr =   0.6761186       128.3236    
     546    -0.063    4646    -0.313  128.32359   0.000246   0.000609  -0.000056
 r_peak,r_snr =   0.6423351       127.8522    
     646     0.000    4646    -0.250  127.85224   0.000275   0.000725  -0.000083
 r_peak,r_snr =   0.5671023       147.1075    
     746     0.000    4646    -0.313  147.10747   0.000382   0.000944  -0.000108
 r_peak,r_snr =   0.4968578       89.71649    
     846     0.031    4646    -0.063   89.71649   0.000630   0.001642  -0.000135
 r_peak,r_snr =   0.4933123       65.69460    
     946    -0.031    4646    -0.219   65.69460   0.000590   0.001710  -0.000126
 r_peak,r_snr =   0.5168310       60.72834    
    1046     0.031    4646    -0.281   60.72834   0.000494   0.001321  -0.000131
 r_peak,r_snr =   0.4346326       96.81543    
    1146     0.031    4646    -0.344   96.81543   0.000850   0.002090  -0.000259
 r_peak,r_snr =   0.4114271       121.8498    
    1246    -0.063    4646    -0.063  121.84985   0.000824   0.002085  -0.000266
 r_peak,r_snr =   0.3196435       70.30260    
    1346    -0.031    4646    -0.250   70.30260   0.001140   0.003649  -0.000389
 r_peak,r_snr =   0.3902710       98.55266    
    1446     0.094    4646    -0.219   98.55266   0.000896   0.002618  -0.000214
 r_peak,r_snr =   0.4051608       120.7857    
    1546     0.063    4646    -0.125  120.78567   0.000905   0.002280  -0.000298
 r_peak,r_snr =   0.3743994       107.6918    
    1646     0.031    4646     0.000  107.69183   0.000991   0.002933  -0.000255
 r_peak,r_snr =   0.2752347       69.52662    
    1746    -0.031    4646     0.000   69.52662   0.002104   0.005310  -0.000616
 r_peak,r_snr =   0.2958930       73.02529    
    1846     0.063    4646    -0.344   73.02529   0.001784   0.005901  -0.000788
 r_peak,r_snr =   0.2443009       39.83889    
    1946     0.031    4646     0.063   39.83889   0.003461   0.008472  -0.001659
 r_peak,r_snr =   0.4423052       8.196123    
    2046    -0.250    4646    -0.625    8.19612   0.005232   0.006554  -0.003541
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.8147905       129.9808    
     146    -0.094    5046    -0.500  129.98077   0.000104   0.000274  -0.000017
 r_peak,r_snr =   0.8419149       112.7460    
     246    -0.063    5046    -0.438  112.74599   0.000090   0.000209  -0.000013
 r_peak,r_snr =   0.8102881       119.1439    
     346    -0.031    5046    -0.406  119.14389   0.000108   0.000280  -0.000024
 r_peak,r_snr =   0.7524976       131.1872    
     446     0.000    5046    -0.375  131.18716   0.000164   0.000372  -0.000027
 r_peak,r_snr =   0.7202559       157.1959    
     546    -0.063    5046    -0.281  157.19589   0.000173   0.000446  -0.000041
 r_peak,r_snr =   0.6119185       145.5402    
     646     0.000    5046    -0.313  145.54022   0.000306   0.000826  -0.000081
 r_peak,r_snr =   0.6212143       115.7779    
     746     0.000    5046    -0.344  115.77785   0.000345   0.000888  -0.000080
 r_peak,r_snr =   0.4077415       101.1246    
     846    -0.094    5046    -0.313  101.12460   0.000911   0.002224  -0.000292
 r_peak,r_snr =   0.5444632       120.0238    
     946     0.000    5046    -0.156  120.02382   0.000463   0.001174  -0.000098
 r_peak,r_snr =   0.5093836       138.3407    
    1046     0.063    5046    -0.031  138.34068   0.000462   0.001196  -0.000127
 r_peak,r_snr =   0.4419437       97.58368    
    1146     0.063    5046    -0.188   97.58368   0.000704   0.002084  -0.000221
 r_peak,r_snr =   0.3922091       100.3204    
    1246     0.125    5046    -0.156  100.32036   0.000983   0.002272  -0.000226
 r_peak,r_snr =   0.3491675       130.2747    
    1346     0.094    5046     0.063  130.27473   0.000922   0.003414  -0.000201
 r_peak,r_snr =   0.3094311       72.46548    
    1446     0.094    5046     0.000   72.46548   0.001494   0.005640  -0.000350
 r_peak,r_snr =   0.3333292       99.75896    
    1546     0.031    5046    -0.094   99.75896   0.001206   0.003797  -0.000235
 r_peak,r_snr =   0.3417413       96.33508    
    1646     0.000    5046    -0.250   96.33508   0.001215   0.003000  -0.000381
 r_peak,r_snr =   0.3048179       81.53003    
    1746    -0.094    5046    -0.219   81.53003   0.001525   0.004842  -0.000382
 r_peak,r_snr =   0.9318900       8.123981    
    1846     0.094    5046    -0.156    8.12398   0.000070   0.000250  -0.000020
 r_peak,r_snr =   0.4817185       36.40372    
    1946     0.125    5046    -0.188   36.40372   0.001091   0.002451  -0.000414
 r_peak,r_snr =   0.6178744       6.031667    
    2046     0.188    5046    -0.188    6.03167   0.002422   0.002688  -0.001271
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.8276116       93.03758    
     146    -0.063    5446    -0.531   93.03758   0.000104   0.000265  -0.000018
 r_peak,r_snr =   0.8374223       151.3621    
     246    -0.031    5446    -0.406  151.36214   0.000090   0.000221  -0.000014
 r_peak,r_snr =   0.8081313       113.0871    
     346    -0.063    5446    -0.406  113.08706   0.000110   0.000312  -0.000027
 r_peak,r_snr =   0.8052008       105.1869    
     446    -0.031    5446    -0.281  105.18693   0.000117   0.000308  -0.000023
 r_peak,r_snr =   0.7463551       117.4428    
     546     0.000    5446    -0.250  117.44282   0.000152   0.000407  -0.000031
 r_peak,r_snr =   0.6253875       144.6210    
     646     0.000    5446    -0.344  144.62097   0.000282   0.000764  -0.000056
 r_peak,r_snr =   0.5082523       135.4730    
     746     0.000    5446    -0.250  135.47304   0.000496   0.001330  -0.000089
 r_peak,r_snr =   0.5278720       111.5772    
     846    -0.031    5446    -0.219  111.57718   0.000488   0.001544  -0.000157
 r_peak,r_snr =   0.5615975       123.4243    
     946    -0.031    5446    -0.250  123.42429   0.000426   0.000958  -0.000102
 r_peak,r_snr =   0.5044981       92.51877    
    1046     0.031    5446    -0.188   92.51877   0.000548   0.001392  -0.000112
 r_peak,r_snr =   0.4088086       100.0180    
    1146     0.094    5446    -0.063  100.01803   0.000858   0.003006  -0.000200
 r_peak,r_snr =   0.4002708       98.48535    
    1246     0.063    5446    -0.281   98.48535   0.001010   0.002600  -0.000172
 r_peak,r_snr =   0.3871907       92.39513    
    1346     0.031    5446    -0.219   92.39513   0.001006   0.003043  -0.000250
 r_peak,r_snr =   0.2883797       91.15047    
    1446     0.156    5446    -0.094   91.15047   0.001534   0.004992  -0.000501
 r_peak,r_snr =   0.3176513       84.43464    
    1546    -0.031    5446    -0.281   84.43464   0.001373   0.004219  -0.000616
 r_peak,r_snr =   0.3375779       111.1135    
    1646     0.031    5446    -0.281  111.11352   0.001124   0.003263  -0.000354
 r_peak,r_snr =   0.3928292       100.4624    
    1746     0.031    5446    -0.219  100.46243   0.000837   0.002635  -0.000312
 r_peak,r_snr =   0.3223726       50.48368    
    1846     0.031    5446    -0.125   50.48368   0.001548   0.005526  -0.000518
 r_peak,r_snr =   0.2035390       18.62538    
    1946     0.000    5446    -0.219   18.62538   0.006097   0.013376  -0.002464
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.8436902       91.91747    
     146    -0.063    5846    -0.594   91.91747   0.000098   0.000238  -0.000012
 r_peak,r_snr =   0.8179728       63.37570    
     246    -0.031    5846    -0.438   63.37570   0.000123   0.000369  -0.000022
 r_peak,r_snr =   0.7052630       120.4880    
     346    -0.063    5846    -0.500  120.48804   0.000197   0.000510  -0.000039
 r_peak,r_snr =   0.8122731       99.31063    
     446    -0.063    5846    -0.375   99.31063   0.000108   0.000284  -0.000019
 r_peak,r_snr =   0.7308315       122.1337    
     546    -0.031    5846    -0.313  122.13367   0.000167   0.000481  -0.000037
 r_peak,r_snr =   0.6298270       118.8973    
     646     0.000    5846    -0.375  118.89727   0.000309   0.000715  -0.000059
 r_peak,r_snr =   0.5469994       129.7447    
     746     0.031    5846    -0.219  129.74466   0.000424   0.001093  -0.000102
 r_peak,r_snr =   0.5526600       142.5830    
     846     0.063    5846    -0.156  142.58302   0.000437   0.001006  -0.000117
 r_peak,r_snr =   0.5311001       125.8227    
     946     0.000    5846    -0.313  125.82268   0.000429   0.001130  -0.000069
 r_peak,r_snr =   0.4791557       137.8376    
    1046    -0.063    5846    -0.313  137.83760   0.000574   0.001531  -0.000132
 r_peak,r_snr =   0.5369372       145.5552    
    1146     0.063    5846    -0.219  145.55518   0.000444   0.001129  -0.000123
 r_peak,r_snr =   0.7158658       19.97757    
    1246     0.125    5846    -0.219   19.97757   0.000416   0.001267  -0.000047
 r_peak,r_snr =   0.4842842       38.97731    
    1346    -0.031    5846    -0.250   38.97731   0.000687   0.002092  -0.000177
 r_peak,r_snr =   0.8702259       12.09299    
    1446     0.063    5846    -0.156   12.09299   0.000141   0.000395  -0.000026
 r_peak,r_snr =   0.8692816       6.940617    
    1546     0.031    5846    -0.156    6.94062   0.000155   0.000451  -0.000033
 r_peak,r_snr =   0.9305336       8.001026    
    1646     0.000    5846    -0.125    8.00103   0.000081   0.000202  -0.000016
 r_peak,r_snr =   0.8392316       11.05710    
    1746     0.031    5846    -0.156   11.05710   0.000176   0.000509  -0.000058
 r_peak,r_snr =   0.2616883       54.66066    
    1846    -0.031    5846    -0.219   54.66066   0.002357   0.005034  -0.000834
 r_peak,r_snr =   0.2233558       24.38253    
    1946     0.063    5846     0.281   24.38253   0.005022   0.019385  -0.002770
 r_peak,r_snr =   0.1400447       4.581199    
    2046    -2.531    5846    -4.313    4.58120   0.321952   0.245814  -0.207643
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter number of looks 
 Enter the name of the second single look file
    7.122600      0.3957000              18
  Enter the output file name
  number of input lines:        117274
  number of output lines:         6515
  Reading data and doing multi-looking.
+     1
+  1153
+  2305
+  3457
+  4609
+  5761
+  6913
+  8065
+  9217
+ 10369
+ 11521
+ 12673
+ 13825
+ 14977
+ 16129
+ 17281
+ 18433
+ 19585
+ 20737
+ 21889
+ 23041
+ 24193
+ 25345
+ 26497
+ 27649
+ 28801
+ 29953
+ 31105
+ 32257
+ 33409
+ 34561
+ 35713
+ 36865
+ 38017
+ 39169
+ 40321
+ 41473
+ 42625
+ 43777
+ 44929
+ 46081
+ 47233
+ 48385
+ 49537
+ 50689
+ 51841
+ 52993
+ 54145
+ 55297
+ 56449
+ 57601
+ 58753
+ 59905
+ 61057
+ 62209
+ 63361
+ 64513
+ 65665
+ 66817
+ 67969
+ 69121
+ 70273
+ 71425
+ 72577
+ 73729
+ 74881
+ 76033
+ 77185
+ 78337
+ 79489
+ 80641
+ 81793
+ 82945
+ 84097
+ 85249
+ 86401
+ 87553
+ 88705
+ 89857
+ 91009
+ 92161
+ 93313
+ 94465
+ 95617
+ 96769
+ 97921
+ 99073
+100225
+101377
+102529
+103681
+104833
+105985
+107137
+108289
+109441
+110593
+111745
+112897
+114049
+115201
+116353
 *** Filtering. o/p nlines:        6515
+   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.
  Enter number of looks 
 Enter the name of the second single look file
    7.122600      0.3957000              18
  Enter the output file name
  number of input lines:        117274
  number of output lines:         6515
  Reading data and doing multi-looking.
+     1
+  1153
+  2305
+  3457
+  4609
+  5761
+  6913
+  8065
+  9217
+ 10369
+ 11521
+ 12673
+ 13825
+ 14977
+ 16129
+ 17281
+ 18433
+ 19585
+ 20737
+ 21889
+ 23041
+ 24193
+ 25345
+ 26497
+ 27649
+ 28801
+ 29953
+ 31105
+ 32257
+ 33409
+ 34561
+ 35713
+ 36865
+ 38017
+ 39169
+ 40321
+ 41473
+ 42625
+ 43777
+ 44929
+ 46081
+ 47233
+ 48385
+ 49537
+ 50689
+ 51841
+ 52993
+ 54145
+ 55297
+ 56449
+ 57601
+ 58753
+ 59905
+ 61057
+ 62209
+ 63361
+ 64513
+ 65665
+ 66817
+ 67969
+ 69121
+ 70273
+ 71425
+ 72577
+ 73729
+ 74881
+ 76033
+ 77185
+ 78337
+ 79489
+ 80641
+ 81793
+ 82945
+ 84097
+ 85249
+ 86401
+ 87553
+ 88705
+ 89857
+ 91009
+ 92161
+ 93313
+ 94465
+ 95617
+ 96769
+ 97921
+ 99073
+100225
+101377
+102529
+103681
+104833
+105985
+107137
+108289
+109441
+110593
+111745
+112897
+114049
+115201
+116353
 *** Filtering. o/p nlines:        6515
+   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.
  Enter number of looks 
 Enter the name of the second single look file
    7.122600      0.3957000              18
  Enter the output file name
  number of input lines:        117274
  number of output lines:         6515
  Reading data and doing multi-looking.
+     1
+  1153
+  2305
+  3457
+  4609
+  5761
+  6913
+  8065
+  9217
+ 10369
+ 11521
+ 12673
+ 13825
+ 14977
+ 16129
+ 17281
+ 18433
+ 19585
+ 20737
+ 21889
+ 23041
+ 24193
+ 25345
+ 26497
+ 27649
+ 28801
+ 29953
+ 31105
+ 32257
+ 33409
+ 34561
+ 35713
+ 36865
+ 38017
+ 39169
+ 40321
+ 41473
+ 42625
+ 43777
+ 44929
+ 46081
+ 47233
+ 48385
+ 49537
+ 50689
+ 51841
+ 52993
+ 54145
+ 55297
+ 56449
+ 57601
+ 58753
+ 59905
+ 61057
+ 62209
+ 63361
+ 64513
+ 65665
+ 66817
+ 67969
+ 69121
+ 70273
+ 71425
+ 72577
+ 73729
+ 74881
+ 76033
+ 77185
+ 78337
+ 79489
+ 80641
+ 81793
+ 82945
+ 84097
+ 85249
+ 86401
+ 87553
+ 88705
+ 89857
+ 91009
+ 92161
+ 93313
+ 94465
+ 95617
+ 96769
+ 97921
+ 99073
+100225
+101377
+102529
+103681
+104833
+105985
+107137
+108289
+109441
+110593
+111745
+112897
+114049
+115201
+116353
 *** Filtering. o/p nlines:        6515
+   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:    7.122600       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      117274
  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        6515      117274
 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        3257
  Identifying neutrons..
  I found            0 neutrons.
  I found        23331 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6515
   ************************************************** 
   *****                                        ***** 
   *****      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      117274
  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        6515      117274
 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        3257
  Identifying neutrons..
  I found            0 neutrons.
  I found        69264 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6515
   ************************************************** 
   *****                                        ***** 
   *****      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      117274
  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        6515      117274
 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        3257
  Identifying neutrons..
  I found            0 neutrons.
  I found        86588 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6515
   ************************************************** 
   *****                                        ***** 
   *****      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.
 /export/air12/airops/1143/sensor.vh96c                      
  Number of lines in mocomp file:       119000
  Transmit leverarm:   2.490000       1.224800       1.606370    
  Receive levararm:    2.460000      0.1652000     -0.6663700    
  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:       -9.150733       17.21210    
 Total number of pixels averaged:     23601614
 Phase Adjustment in cycles:        -1.456384    
 Multi-looking lines        6515
 read lines.dat:           1                92160
 read lines.dat:        1001            184412160
 read lines.dat:        2001            368732160
 read lines.dat:        3001            553052160
 read lines.dat:        4001            737372160
 read lines.dat:        5001            921692160
 read lines.dat:        6001           1106012160
 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        6515
 ***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:/export/air12/airops/1143/sensor.vh96c                      
  Transmit leverarm:   2.490000       1.224800       1.606370    
  Receive levararm:    2.460000      0.1652000     -0.6663700    
 1st &total # lines:           1      119000
  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   8767.345       8767.345       5.718966    
    216.3750      0.0000000E+00
 1)xr yr zr:   2.475140     -1.6091332E-02 -0.6295732    
 xv0 ,h_p c s xv:         100   8767.345       8767.356       5.721842    
    216.3750      1.2195572E-02
 100)xr yr zr:   2.475139     -1.6318440E-02 -0.6295732      -23481.00    
    5.983365       8767.356    
  Enter the interf. calibration file name.
 HDDT:96022
 ==xv0 h_a==   8767.345       7604.200       1163.145    
 ==r0 bw wavl dx dr==   8607.040       40.00000      5.6699999E-02
    7.122600       3.331000    
 ==phbt phtp calf==  -135.5000      -68.10000       43.59380    
   5.6699999E-02   40.00000    
 C-band 2
            3
 hddt ash cln cph0:       96022  0.4820000      0.0000000E+00  -51.79000    
 ==ph0 cal-dph cph0:   15.61000      -67.40000      -51.79000    
  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        6515           3
 Reading mask
 Reading  line files
 Translating the phases to height.
 ==look_agl==:           1        2740  0.4895758    
 xv ha cos(p):  0.2869458      0.5032449      0.9998910    
 xv0 maphgt rf:   8767.345       1163.145       8616.341    
 **Bliine(100) dy dz:**   1.067717       2.267971    
 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 =   -22731.50    
 Writing map out.
 cal_cp lines:        2560        6515       30720
 file cal_cp.dat:        2560        6515       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
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         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Calculating slopes...
  Range direction..
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         3072
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         3584
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         4096
         4352
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         5120
         5376
         5632
         5888
         6144
         6400
  Azimuth direction..
          256
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          768
         1024
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         1536
         1792
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         3072
         3328
         3584
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         4608
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         5120
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         5632
         5888
         6144
         6400
 Incidence angle and scattering area..
          256
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         1792
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         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
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         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
 /u/sardine0/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):96022
 HDDT:       96022
  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:   84.38500       91.30000       147.1230    
    80.10000    
 topsar C-band: gain caltone:   84.38500       91.30000      -186.6850    
 ipol ahh,ahv,avh,AVV:           4  -11.85000      -11.00000      -11.85000    
   -186.6850    
 C-band ANT:/u/sardine0/airops/OPS/data_proc/TOPSAR_C.ANT               
  Enter the name of the motion compensation file.
 motion lun:           5
  How many lines of raw data?
  Enter the file with the data lines per pixel.
 lines lun:           5
  Is there a DEM available?
  Enter the name of the DEM file.
 dem lun:           6
  Byte offset to DEM data:            0       20480
  Enter the name of the global reference file
  Enter the scattering area file name.
 sca lun:           7
  Now doing the actual calibration
          250        6515
          500        6515
          750        6515
         1000        6515
         1250        6515
         1500        6515
         1750        6515
         2000        6515
         2250        6515
         2500        6515
         2750        6515
         3000        6515
         3250        6515
         3500        6515
         3750        6515
         4000        6515
         4250        6515
         4500        6515
         4750        6515
         5000        6515
         5250        6515
         5500        6515
         5750        6515
         6000        6515
         6250        6515
         6500        6515
 peg points:    58.36637      -155.0624      -89.89301       58.36637    
   -155.0624      -89.89301    
KATMAI-270-2 
NAME OF HEADER                           PARAMETER
SITE NAME                             Katmai-270-2
LATITUDE OF SITE (DEGREES)                 58.2917
LONGITUDE OF SITE (DEGREES)              -154.9000
IMAGE TITLE                           KATMAI-270-2
HDDT ID                                      96022
FREQUENCY                                        C
POLARIZATION                                    VV
CCT TYPE                                        TS
CCT ID                                        1143
ARCHIVAL FLAG                                    0
TRANSFER START FRAMECOUNT                 12990106
PROCESSOR START FRAMECOUNT                12990106
LATITUDE AT START OF SCENE (DEGREES)       58.3291
LONGITUDE AT START OF SCENE (DEGREES)    -154.6675
LATITUDE AT END OF SCENE (DEGREES)         58.3291
LONGITUDE AT END OF SCENE (DEGREES)      -155.6094
APPROXIMATE STARTING HDDT FOOTAGE           143317
DATE OF ACQUISITION (GMT)                14-JUN-96
TIME OF ACQUISITION: GMT DAY                   166
TIME OF ACQUISITION: SECONDS IN DAY        73220.0
RECORD WINDOW DURATION (MICROSECONDS)           50
FREQUENCIES COLLECTED                           LC
DIGITAL DELAY (MICROSECONDS)                  85.0
CHIRP DELAY (MICROSECONDS)                    27.2
PROCESSOR DELAY (RAW SAMPLES)                    0
PRF AT START OF TRANSFER (HZ)               1093.1
SAMPLING RATE (MHZ)                          90.00
CENTER FREQUENCY AT VIDEO (MHZ)              22.50
CHIRP BANDWIDTH (MHZ)                        40.00
TYPE OF CHIRP USED (ANALOG OR DIGITAL)     DIGITAL
PULSE LENGTH (MICROSECONDS)                  10.00
PROCESSOR WAVELENGTH (METERS)              0.05670
BAROMETRIC ALTITUDE (METERS)                8851.0
RADAR ALTITUDE (METERS)                     7604.3
ALTITUDE USED IN PROCESSOR (METERS)         7604.2
ELEVATION OF INVESTIGATOR SITE (METERS)        914
AIRCRAFT TRACK ANGLE (DEGREES)               -90.2
AIRCRAFT YAW ANGLE (DEGREES)                   4.1
AIRCRAFT PITCH ANGLE (DEGREES)                 0.9
AIRCRAFT ROLL ANGLE (DEGREES)                 -0.4
PROCESSOR YAW ANGLE USED (DEGREES)        VARIABLE
PROCESSOR PITCH ANGLE USED (DEGREES)      VARIABLE
PROCESSOR ROLL ANGLE USED (DEGREES)       VARIABLE
NOMINAL PRF RATIO (HZ/KNOT)                  1.300
NOMINAL PRF RATIO (1/METERS)                 2.527
PRF RATIO CORRECTION FACTOR USED            1.0000
RANGE FFT SIZE                                8192
AZIMUTH FFT SIZE                              4096
FRAME SIZE (RANGE LINES)                      2208
NUMBER OF FRAMES PROCESSED                      62
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)                  8607.04
FAR SLANT RANGE (METERS)                  17131.14
NEAR LOOK ANGLE (DEGREES)                     27.9
FAR LOOK ANGLE (DEGEES)                       63.6
NUMBER OF LOOKS PROCESSED IN AZIMUTH            18
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            33.0
DESKEW FLAG (1=DESKEWED, 2=NOT DESKEWED)         1
SLANT RANGE SAMPLE SPACING (METERS)         3.3310
NOMINAL SLANT RANGE RESOLUTION (METERS)        5.5
AZIMUTH SAMPLE SPACING (METERS)             7.1200
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)            58.2906
IMAGE CENTER LONGITUDE (DEGREES)         -155.1419
CALTONE VIDEO FREQUENCY                    43.5938
CALTONE POWER MEASURED, DB, HH                89.3
CALTONE POWER MEASURED, DB, HV                91.3
CALTONE POWER MEASURED, DB, VH                89.3
CALTONE POWER MEASURED, DB, VV                91.2
CALIBRATION FACTOR APPLIED, DB, HH               0
CALIBRATION FACTOR APPLIED, DB, HV               0
CALIBRATION FACTOR APPLIED, DB, VH               0
CALIBRATION FACTOR APPLIED, DB, VV             -95
MEASURED AND CORRECTED HV/VH POWER RATIO     1.000
MEASURED AND CORRECTED HV/VH PHASE (DEG)       0.0
CALTONE PHASE MEASURED, DEG, HH             -135.5
CALTONE PHASE MEASURED, DEG, HV              -68.1
CALTONE PHASE MEASURED, DEG, VH             -135.9
CALTONE PHASE MEASURED, DEG, VV              -68.0
GENERAL SCALE FACTOR                           0.0
GPS ALTITUDE, M                             8704.4
LATITUDE OF PEG POINT                   58.3663673
LONGITUDE OF PEG POINT                -155.0624084
HEADING AT PEG POINT                   -89.8930130
P-BAND RFI FILTER APPLIED FLAG                  NO
P-BAND RFI FILTER ALGORITHM                       
ALONG-TRACK OFFSET S0  (M)                 8704.40
CROSS-TRACK OFFSET C0  (M)                 8704.40
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_c.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
 proj4 nsampr        1131   17131.07       7604.200       4032.031    
    10.00000    
  # header output no1 no2 no3:            4           1           2           1
  Byte offset to cali header out:             0
  Byte offset to calheader in:             0
  Byte offset to dem header        13572
  Byte offset to first data line:            18096
  Peg point parameters:
    58.36637      -155.0624      -89.89301    
  
  Offset Parameters:
     s0 (m) =   -22731.50    
     c0 (m) =    4032.031    

 Reading data.       10240        1131        6515
+  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 =               1328170
         1131         4640   -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
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_c.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           5
 proj4 nsampr        1131   17131.07       7604.200       4032.031    
    10.00000    
  # header output no1 no2 no3:            3           1           2           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:            13572
 Reading data.       10240        1131        6515
+  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 =    4032.031    
  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.
+  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 =               1325411
         1131         4640   0.0000000E+00
    Number of holes filled by WAYNE (real*4) =                 20012
    Neighborhood Pixel Distance Used =            5
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
+ 4608
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_c.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
 proj4 nsampr        1131   17131.07       7604.200       4032.031    
    10.00000    
  # header output no1 no2 no3:            7           1           2           4
  Byte offset to cali header out:         13572
  Byte offset to calheader in:         20480
  Byte offset to dem header            0
  Byte offset to first data line:            31668
  headers_sgi:           3       10240                30720
                 18096
 Reading data.       10240        1131        6515
+  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 =    4032.031    
  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.
+  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 =               1325411
         1131         4640   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
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_c.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
  Number of header no123:            6           1           5           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             6786
 Reading data.        2560        1131        6515
+  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 =    4032.031    
  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
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_c.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
  Number of header no123:            6           1           5           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             6786
 Reading data.        2560        1131        6515
+  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 =    4032.031    
  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
  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:       13572
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Enter the output file name.
 ibytesdemheadin:       13572
  Finding the maximum and minimum heights..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Minimum, Maximum heights:   517.4767       2548.893    
  Suggest we use   0.1239878     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
   ************************************************** 
   *****                                        ***** 
   *****      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:        1131        4640       31668
 ns np offset:        1131        4640       31668
 ibytesvectorin nvector:       18096       10240
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Finding the average RCS..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Average RCS (dB) =   -18.03209    
  Enter the output file name.
 cal offset:        9048           1           3
 data offset:       22620           1           3           1           5
        10240
  Changing to INTEGER*2 format...
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
 ***  Convert real*4 to Byte image  ***
  
 Enter data file to be converted:  /export/air15/airops/1143/ts1143_c.vvgr             
 channel=           3
  Reading the header.
  New header present.
  Record length =         4524
  Number of samples per line =         1131
  Number of lines in image =         4640
  Offset to data =        31668
  Status =            0
  New header is OK
 nsamp,nlines,ioff        1131        4640       31668
 Enter data file for saving byte output:            33  4.6240397E-02  0.0000000E+00
           65  9.3080841E-02  0.0000000E+00
           97  0.9652826      0.0000000E+00
          129  0.9652826      0.0000000E+00
          161  0.9652826      0.0000000E+00
          193  0.9652826      0.0000000E+00
          225  0.9652826      0.0000000E+00
          257  0.9652826      0.0000000E+00
          289  0.9652826      0.0000000E+00
          321  0.9652826      0.0000000E+00
          353  0.9652826      0.0000000E+00
          385  0.9652826      0.0000000E+00
          417  0.9652826      0.0000000E+00
          449  0.9652826      0.0000000E+00
          481  0.9652826      0.0000000E+00
          513  0.9652826      0.0000000E+00
          545   1.546289      0.0000000E+00
          577   1.546289      0.0000000E+00
          609   1.546289      0.0000000E+00
          641   2.348604      0.0000000E+00
          673   2.348604      0.0000000E+00
          705   2.348604      0.0000000E+00
          737   2.760597      0.0000000E+00
          769   2.760597      0.0000000E+00
          801   2.760597      0.0000000E+00
          833   2.760597      0.0000000E+00
          865   2.760597      0.0000000E+00
          897   2.760597      0.0000000E+00
          929   2.760597      0.0000000E+00
          961   2.760597      0.0000000E+00
          993   2.760597      0.0000000E+00
         1025   2.760597      0.0000000E+00
         1057   2.760597      0.0000000E+00
         1089   2.760597      0.0000000E+00
         1121   2.760597      0.0000000E+00
         1153   2.760597      0.0000000E+00
         1185   2.760597      0.0000000E+00
         1217   2.760597      0.0000000E+00
         1249   2.760597      0.0000000E+00
         1281   2.760597      0.0000000E+00
         1313   2.760597      0.0000000E+00
         1345   2.760597      0.0000000E+00
         1377   2.760597      0.0000000E+00
         1409   2.760597      0.0000000E+00
         1441   2.760597      0.0000000E+00
         1473   2.760597      0.0000000E+00
         1505   2.760597      0.0000000E+00
         1537   2.760597      0.0000000E+00
         1569   2.760597      0.0000000E+00
         1601   4.725774      0.0000000E+00
         1633   4.725774      0.0000000E+00
         1665   4.725774      0.0000000E+00
         1697   4.725774      0.0000000E+00
         1729   4.725774      0.0000000E+00
         1761   4.725774      0.0000000E+00
         1793   4.725774      0.0000000E+00
         1825   4.725774      0.0000000E+00
         1857   4.725774      0.0000000E+00
         1889   4.725774      0.0000000E+00
         1921   4.725774      0.0000000E+00
         1953   4.725774      0.0000000E+00
         1985   4.725774      0.0000000E+00
         2017   9.656976      0.0000000E+00
         2049   9.656976      0.0000000E+00
         2081   9.656976      0.0000000E+00
         2113   9.656976      0.0000000E+00
         2145   9.656976      0.0000000E+00
         2177   9.656976      0.0000000E+00
         2209   9.656976      0.0000000E+00
         2241   9.656976      0.0000000E+00
         2273   9.656976      0.0000000E+00
         2305   9.656976      0.0000000E+00
         2337   9.656976      0.0000000E+00
         2369   9.656976      0.0000000E+00
         2401   9.656976      0.0000000E+00
         2433   9.656976      0.0000000E+00
         2465   9.656976      0.0000000E+00
         2497   9.656976      0.0000000E+00
         2529   9.656976      0.0000000E+00
         2561   9.656976      0.0000000E+00
         2593   9.656976      0.0000000E+00
         2625   9.656976      0.0000000E+00
         2657   9.656976      0.0000000E+00
         2689   9.656976      0.0000000E+00
         2721   9.656976      0.0000000E+00
         2753   9.656976      0.0000000E+00
         2785   9.656976      0.0000000E+00
         2817   9.656976      0.0000000E+00
         2849   9.656976      0.0000000E+00
         2881   9.656976      0.0000000E+00
         2913   9.656976      0.0000000E+00
         2945   9.656976      0.0000000E+00
         2977   9.656976      0.0000000E+00
         3009   9.656976      0.0000000E+00
         3041   9.656976      0.0000000E+00
         3073   9.656976      0.0000000E+00
         3105   9.656976      0.0000000E+00
         3137   9.656976      0.0000000E+00
         3169   9.656976      0.0000000E+00
         3201   9.656976      0.0000000E+00
         3233   9.656976      0.0000000E+00
         3265   9.656976      0.0000000E+00
         3297   9.656976      0.0000000E+00
         3329   9.656976      0.0000000E+00
         3361   9.656976      0.0000000E+00
         3393   9.656976      0.0000000E+00
         3425   9.656976      0.0000000E+00
         3457   9.656976      0.0000000E+00
         3489   9.656976      0.0000000E+00
         3521   9.656976      0.0000000E+00
         3553   9.656976      0.0000000E+00
         3585   9.656976      0.0000000E+00
         3617   9.656976      0.0000000E+00
         3649   20.31240      0.0000000E+00
         3681   20.31240      0.0000000E+00
         3713   20.31240      0.0000000E+00
         3745   20.31240      0.0000000E+00
         3777   20.31240      0.0000000E+00
         3809   20.31240      0.0000000E+00
         3841   20.31240      0.0000000E+00
         3873   20.31240      0.0000000E+00
         3905   20.31240      0.0000000E+00
         3937   20.31240      0.0000000E+00
         3969   20.31240      0.0000000E+00
         4001   20.31240      0.0000000E+00
         4033   20.31240      0.0000000E+00
         4065   20.31240      0.0000000E+00
         4097   20.31240      0.0000000E+00
         4129   20.31240      0.0000000E+00
         4161   20.31240      0.0000000E+00
         4193   20.31240      0.0000000E+00
         4225   20.31240      0.0000000E+00
         4257   20.31240      0.0000000E+00
         4289   20.31240      0.0000000E+00
         4321   20.31240      0.0000000E+00
         4353   20.31240      0.0000000E+00
         4385   20.31240      0.0000000E+00
         4417   20.31240      0.0000000E+00
         4449   20.31240      0.0000000E+00
         4481   20.31240      0.0000000E+00
         4513   20.31240      0.0000000E+00
         4545   20.31240      0.0000000E+00
         4577   20.31240      0.0000000E+00
         4609   20.31240      0.0000000E+00
  Min, Max r_scale =   0.0000000E+00   20.31240      0.5000000    
 Do you want to change these variables? yes=1
            0
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         4600
 done
Wed Apr 26 06:25:44 PDT 2000
Wed Apr 26 06:25:44 PDT 2000

 *****************************************************
 *                                                   *
 *           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.        *
 *                                                   *
 *****************************************************

 Enter command file name ==>  Opening command file...
 CRD-xdealy:  0.3800200    


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

  Data acquired after 1994.
  
 J2000 time    =   -111944368.6784580    
 GPS J2000 time    =   -111944370.3146220    
  
 Message 1
 Time          =   -111944368.6784580    
 INS Time      =   -1.603904000000000    
 Roll angle    =  -0.8569335937500000    
 Pitch angle   =   0.8789062500000000    
 Heading angle =   -85.73181152343750    
 Long. acc     =   8.0000000000000002E-02
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.710000000000001    
 East vel.     =   -216.3750000000000    
 North vel.    =    1.635000000000000    
 Up vel.       =   0.1270000000000000    
 True Grnd Spd =    216.3750000000000    
 Altitude      =    8767.000000000000    
 Latitude      =    58.36528315208852    
 Longitude     =   -154.6608634851873    
  
 Message 6
 Week          =          857
 GPS Time      =   -111944370.3146220    
 GDOP          =    4.046875000000000    
 PDOP          =    3.484375000000000    
 HDOP          =    1.687500000000000    
 VDOP          =    3.046875000000000    
 TDOP          =    2.062500000000000    
 Spherical Acc =    15.00000000000000    
 Time Acc      =   1.4000000000000001E-08
 GPS Lat       =    58.36528372810317    
 GPS Lon       =   -154.6551004792599    
 GPS Alt       =    8774.000000000000    
 GPS East Vel  =   -216.3900000000000    
 GPS North Vel =    1.740000000000000    
 GPS Up Vel    =   0.1100000000000000    
  
 Message 3
 Del INU Time  =    1.950400000000000    
 Del vel east  =  -2.5390625000000000E-02
 Del vel north =  -1.9042968750000000E-02
 Del vel up    =  -4.9316406250000000E-02
 Del pos east  =    1.375000000000000    
 Del pos north =   -1.250000000000000    
 Del pos up    =   -3.250000000000000    
  
 Message 4
 Sigma Pos x   =    1.625000000000000    
 Sigma Pos y   =    1.500000000000000    
 Sigma Pos z   =    2.750000000000000    
 Sigma Vel x   =   1.2329101562500000E-02
 Sigma Vel y   =   9.2773437500000000E-03
 Sigma Vel z   =   1.8432617187500000E-02
  
 Message 7
 Satellites used =  25  6 24  5 29  6
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
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 Problem with Honeywell data
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 Problem with Honeywell data
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 Problem with Honeywell data
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 Problem with Honeywell data
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 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Retrived Honeywell data...       10894
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 CPA @ 20:11:59 FC=12,450,500 IDR=103200 drft 3.2; looking goodE
 dward Brown Jr., Walter Felix Skotnicki, Takeshi Sato, Yunjin Ki
 m, Yunling Lou, Leon Maldonado, Michael Kobrick, Timothy William
 Miller-outine David Ryan Haub, Lori Ann Carrico, Timothy W. 
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
  Which frequency? (C,L or P) 
 number of channels transferred: 
 number of bytes/chan: 
 total # of lines transferred: 
 window delay: 
 enter the .par filename : 
 enter first header to read: 
 enter year data taken: 
 enter HDDT ID for raw data: 
  SONY tapeid:            596022         96022
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        1143
 prod ID1:11431143
 prod ID:1143                        
  SONY tapeid: 96022       96022
 tapeid:9602296022  
 tapeid par:96022
 prod ID:1143
 chrp_delay from subcomm header tapeID:    27.20000           96022
  chrp_delay is 32.5 usec       96022   27.20000    
 Is this 98039< x >98001 for P-bnad?:       96022
 1998 P-band fc?   22.50000    
 idelay,chrp_delay,xdelay          85   27.20000      0.3800200    
 near range delr windela:   8607.038       3.331027               0
  f_cal   43.59375       1216.406    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   4.40  25  4 24  5 29  6      
 digdelay startrng(us):85     85.00000000000000    
 startrng(m) elecdelay:   8664.003250000000      2.7200000000000000E-05
  
 >> start range =  8664.0032
 >> ccal_amp = -90.39999
 >> ccal_atn = 32
 >> ratn_phh = 0  6 10   
 >> ratn_phv = 0  0 10   
 >> ratn_pvh = 0  0 10   
 >> ratn_pvv = 0  6 10   
 >> ratn_lhh = 0 10  0   
 >> ratn_lhv = 0 10  0   
 >> ratn_lvh = 0 10  0   
 >> ratn_lvv = 0 10  0   
 >> ratn_chh = 0 10 10   
 >> ratn_chv = 0 10 10   
 >> ratn_cvh = 0 10 10   
 >> ratn_cvv = 0 10 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
  
 Done decoding data from header array...
  
 Data collected on ==> 14-JUN-1996                                                                     
  
 Starting and end GPS times for SAR data  -111944368.7660   -111944149.8100
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71147      -87.87415      -85.70435     0.6592161      0
 trc            -89.88376      -90.23729      -35.50893     0.2571812      0
 tgs            216.07790      215.51563      274.65625     0.4832326      0
 roll            -0.64848       -0.97229       -0.37354     0.1133146      0
 pitch            0.82005        0.71411        0.93384     0.0484600      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26534     6584.28960     8488.98480   480.8056696      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43631      272.00000      274.50000     0.6568049      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            57.89961       40.26197       58.36621     2.8645423      0
 long          -159.33239     -320.39338     -154.66010    26.2132687      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8636.63965     8780.28027    51.3228213     48
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36018       57.80810       59.04541     0.2604499      0
 hwlon         -155.06810     -309.26333     -154.53295     1.5335945      0
 hwalt         8771.61346     8766.83279     8777.92212     3.2237685      0
 hwev          -356.43084 -1529179.15000     -215.51500 14648.1701618      0
 hwnv           197.16122       -0.89900  2143123.42400 20532.1049687      0
 hwuv             0.03660       -0.42200        0.48100     0.1742700      0
 hwroll          -0.64837       -0.97229       -0.37354     0.1132684      0
 hwpitch          0.82004        0.71411        0.93384     0.0484478      0
 hwhdg          -86.71876     -173.46313      -85.70435     1.0603963      0
 hwtrc          -89.88727     -179.80170      -35.50893     1.0270157      0
 hwtgs          216.08170      215.51563      274.65625     0.7206894      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
  
 Finished correcting GPS times for pulses...
  
 Finished correcting GPS times for SIXGUN data...
   -111944378.9992618    
 i_yearind        19965
  
 GPS time for first pulse =   -111944368.7640346      -111944368.7660000    
  
  
 New start and number of records =           95      237823
 New start and number of blocks  =            1        1859
  
 GPS trend coefficients =   -58.22549977921517       10.77556468928285    
    154.3294564197827    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71170      -87.87415      -85.70435     0.6589897      0
 trc            -89.88429      -90.23729      -89.56654     0.2031158      0
 tgs            216.07714      215.51563      217.06250     0.4523325      0
 roll            -0.64839       -0.97229       -0.37354     0.1132693      0
 pitch            0.82003        0.71411        0.93384     0.0484578      0
 delx             0.19792        0.00000        0.19798     0.0004066      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26517     6584.28960     8488.98480   480.8057073      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43679      272.20000      274.50000     0.6560773      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            58.36597       58.36544       58.36621     0.0002284      0
 long          -155.06009     -155.45973     -154.66010     0.2318663      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8656.18815     8726.82903    15.1183678      0
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36018       57.80851       59.04495     0.2604497      0
 hwlon         -155.05391     -156.10017     -154.53309     0.4113650      0
 hwalt         8771.61346     8766.83285     8777.92210     3.2237684      0
 hwev          -216.08170     -217.07400     -215.51500     0.4524836      0
 hwnv             0.43614       -0.89700        1.63500     0.7658546      0
 hwuv             0.03660       -0.42200        0.48100     0.1742701      0
 hwroll          -0.64838       -0.97229       -0.37903     0.1132514      0
 hwpitch          0.82002        0.71411        0.92834     0.0484160      0
 hwhdg          -86.71083      -87.87415      -85.70435     0.6585998      0
 hwtrc          -89.88404      -90.23676      -89.56706     0.2030039      0
 hwtgs          216.07627      215.51563      217.06250     0.4520603      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    8851.035716837097    
 Average Radar Altitude      =    7604.265171382473    
 Average GPS Altitude        =    8704.367495266279    
 >>Record # :          128
 >>GPS Stuff =   4.40  25  4 24  5 2
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to gps(+1) or
  bar(-1) or IGI (0)  ==>
  
  Enter a name for the peg data file.
  
  Positions and Distances   
  
 Start position =    58.2878206 -154.5545262    8767.340
 End position   =    57.8085135 -154.7079651    8776.670
 Loxodromic Heading (deg) =  -170.3670081
 Loxodromic Distance (km) =     54148.0017392
 Geodesic Heading (deg)   =  -170.3017097
 Geodesic Distance (km)   =     54147.9897056
  
 Peg latitude and longitude =    58.1923337 -154.8257223
 Peg heading =   170.6985847
  
 Rotation matrix 
 First row =   -0.477007451 -0.690239786  0.544089082
 Second row =  -0.224201158 -0.503014897 -0.834691473
 Third row =    0.849822177 -0.520139454  0.085189295
  
 Translation vector 
 Vector =     -5550.69424    -2608.91537   -26484.51200
  
 Local Radius of Curvature =    6381974.719582311    
  
 Start and end pulse used =           95      237917
 Ellipsoidal delta s (m) =   0.2276828455973295    
  
 Delta s on reference surface =   0.2276828525295722    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    4152.120364260899    
 Time orgin =           -111944368.7640346    
 Pulse spacing =        0.1979190365452924    
 First frame  =           12990200

 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.
 /export/air15/airops/1143/ts1143_l.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air15/airops/1143/ts1143_l.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air15/airops/1143/ts1143_l.mocompv                 
 How many lines per polarization?
       119000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001
 +      220001
 +      230001

  *********************************************
  *                                           *
  *         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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_hh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_hh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (31.62278,0.0000000E+00) (-66.40783,0.0000000E+00)
 (31.62278,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.4058320E+07
 Pulse#/128:         129        1057  7.5110888E+07
 Pulse#/128:         257        1057  7.3292576E+07
 Pulse#/128:         385        1057  7.2303360E+07
 Pulse#/128:         513        1057  7.4877216E+07
 Pulse#/128:         641        1057  7.4999888E+07
 Pulse#/128:         769        1057  7.3361312E+07
 Pulse#/128:         897        1057  7.2220512E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   78.67801    Power RMS:  0.1126735    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   8588.409    Amp.  RMS:   62.35383    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   41.73582    Phase RMS:   1.092075    
 Incoherent PH 1st:   41.78516    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   78.68280    
 CalTone Power Coherently dB  :   78.67801    
 Incoherent PW  - Coherent PW :  4.7912598E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   8587.280    
 CalTone Amplitude Coherently   :   8588.409    
 Incoherent Amp.- Coherent Amp. :  -1.128906    
       ------------ *** ------------
 running time (sec):     51.47
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_hv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_hv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (18.97367,0.0000000E+00) (-15.81139,0.0000000E+00)
 (15.81139,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.9530784E+07
 Pulse#/128:         129        1057  8.4674704E+07
 Pulse#/128:         257        1057  8.3512568E+07
 Pulse#/128:         385        1057  8.4632224E+07
 Pulse#/128:         513        1057  8.4644592E+07
 Pulse#/128:         641        1057  8.4403048E+07
 Pulse#/128:         769        1057  8.6389256E+07
 Pulse#/128:         897        1057  8.5163512E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   79.24500    Power RMS:  9.6318968E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   9168.370    Amp.  RMS:   128.6857    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -82.84765    Phase RMS:  0.6019175    
 Incoherent PH 1st:  -82.90835    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   79.25691    
 CalTone Power Coherently dB  :   79.24500    
 Incoherent PW  - Coherent PW :  1.1917114E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   9186.024    
 CalTone Amplitude Coherently   :   9168.370    
 Incoherent Amp.- Coherent Amp. :   17.65430    
       ------------ *** ------------
 running time (sec):     51.78
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_vh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_vh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (9.486834,0.0000000E+00) (-3.162278,0.0000000E+00)
 (15.81139,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.3565664E+07
 Pulse#/128:         129        1057  7.4693432E+07
 Pulse#/128:         257        1057  7.3345776E+07
 Pulse#/128:         385        1057  7.2926256E+07
 Pulse#/128:         513        1057  7.4663232E+07
 Pulse#/128:         641        1057  7.4965224E+07
 Pulse#/128:         769        1057  7.4326696E+07
 Pulse#/128:         897        1057  7.2794872E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   78.68285    Power RMS:  0.1189965    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   8593.114    Amp.  RMS:   44.89989    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   41.88786    Phase RMS:   1.081686    
 Incoherent PH 1st:   41.85519    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   78.68633    
 CalTone Power Coherently dB  :   78.68285    
 Incoherent PW  - Coherent PW :  3.4866333E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   8604.247    
 CalTone Amplitude Coherently   :   8593.114    
 Incoherent Amp.- Coherent Amp. :   11.13281    
       ------------ *** ------------
 running time (sec):     51.51
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_vv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_vv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (15.81139,0.0000000E+00) (-9.486834,0.0000000E+00)
 (22.13594,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  8.0444432E+07
 Pulse#/128:         129        1057  8.6030592E+07
 Pulse#/128:         257        1057  8.3917776E+07
 Pulse#/128:         385        1057  8.5049928E+07
 Pulse#/128:         513        1057  8.5914640E+07
 Pulse#/128:         641        1057  8.5368072E+07
 Pulse#/128:         769        1057  8.7062208E+07
 Pulse#/128:         897        1057  8.6224264E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   79.28510    Power RMS:  0.1288470    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   9210.764    Amp.  RMS:   126.2062    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -81.98325    Phase RMS:  0.5867182    
 Incoherent PH 1st:  -82.07871    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   79.29222    
 CalTone Power Coherently dB  :   79.28510    
 Incoherent PW  - Coherent PW :  7.1182251E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   9224.712    
 CalTone Amplitude Coherently   :   9210.764    
 Incoherent Amp.- Coherent Amp. :   13.94824    
       ------------ *** ------------
 running time (sec):     51.58
  ********** 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: 
    11381.93     -0.1797907    
  z fit: constant and linear terms: 
  -0.9883888      4.4850076E-05
  y and z standard deviations (meters)   15444.51       1.196648    
  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 =           32
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =    1.938029       1.938398       1.939202       1.938712    
 Differences =  -5.5682659E-04 -1.8846989E-04  6.1607361E-04  1.2528896E-04
  PATCH NUMER            2
 First line =        3493
  Averages =    1.939095       1.938832       1.939138       1.940910    
 Differences =  -4.0054321E-04 -6.6387653E-04 -3.5798550E-04  1.4141798E-03
  PATCH NUMER            3
 First line =        6985
  Averages =    1.938726       1.940730       1.940715       1.940986    
 Differences =  -1.5655756E-03  4.3797493E-04  4.2319298E-04  6.9379807E-04
  PATCH NUMER            4
 First line =       10477
  Averages =    1.940688       1.941101       1.940530       1.939361    
 Differences =   2.6643276E-04  6.7996979E-04  1.0859966E-04 -1.0596514E-03
  PATCH NUMER            5
 First line =       13969
  Averages =    1.940784       1.939641       1.938845       1.938927    
 Differences =   1.2322664E-03  8.9287758E-05 -7.0583820E-04 -6.2465668E-04
  PATCH NUMER            6
 First line =       17461
  Averages =    1.939087       1.938745       1.939910       1.940083    
 Differences =  -3.7086010E-04 -7.1287155E-04  4.5228004E-04  6.2584877E-04
  PATCH NUMER            7
 First line =       20953
  Averages =    1.939422       1.940209       1.940645       1.942020    
 Differences =  -1.1558533E-03 -3.6883354E-04  6.7472458E-05  1.4424324E-03
  PATCH NUMER            8
 First line =       24445
  Averages =    1.940130       1.941920       1.942693       1.943067    
 Differences =  -1.8273592E-03 -3.8146973E-05  7.3552132E-04  1.1090040E-03
  PATCH NUMER            9
 First line =       27937
  Averages =    1.942225       1.942938       1.943038       1.942173    
 Differences =  -3.6859512E-04  3.4439564E-04  4.4381618E-04 -4.2092800E-04
  PATCH NUMER           10
 First line =       31429
  Averages =    1.943241       1.942076       1.942551       1.942683    
 Differences =   6.0284138E-04 -5.6242943E-04 -8.7618828E-05  4.4703484E-05
  PATCH NUMER           11
 First line =       34921
  Averages =    1.942489       1.942707       1.942389       1.942484    
 Differences =  -2.8848648E-05  1.8942356E-04 -1.2826920E-04 -3.3497810E-05
  PATCH NUMER           12
 First line =       38413
  Averages =    1.942467       1.942549       1.941926       1.943058    
 Differences =  -3.3617020E-05  4.8875809E-05 -5.7446957E-04  5.5742264E-04
  PATCH NUMER           13
 First line =       41905
  Averages =    1.942183       1.942658       1.943379       1.944945    
 Differences =  -1.1131763E-03 -6.3753128E-04  8.3088875E-05  1.6485453E-03
  PATCH NUMER           14
 First line =       45397
  Averages =    1.943125       1.944735       1.945639       1.946147    
 Differences =  -1.7915964E-03 -1.8191338E-04  7.2181225E-04  1.2303591E-03
  PATCH NUMER           15
 First line =       48889
  Averages =    1.945361       1.945983       1.946153       1.946050    
 Differences =  -5.2690506E-04  9.5129013E-05  2.6559830E-04  1.6260147E-04
  PATCH NUMER           16
 First line =       52381
  Averages =    1.946268       1.946005       1.946109       1.945951    
 Differences =   1.8513203E-04 -7.7962875E-05  2.6702881E-05 -1.3172626E-04
  PATCH NUMER           17
 First line =       55873
  Averages =    1.946091       1.945963       1.946016       1.946275    
 Differences =   4.6491623E-06 -1.2314320E-04 -6.9975853E-05  1.8858910E-04
  PATCH NUMER           18
 First line =       59365
  Averages =    1.946034       1.946032       1.946792       1.947926    
 Differences =  -6.6447258E-04 -6.6637993E-04  9.3460083E-05  1.2270212E-03
  PATCH NUMER           19
 First line =       62857
  Averages =    1.946572       1.947550       1.948569       1.949245    
 Differences =  -1.4168024E-03 -4.3797493E-04  5.8043003E-04  1.2564659E-03
  PATCH NUMER           20
 First line =       66349
  Averages =    1.948353       1.948940       1.949540       1.949624    
 Differences =  -7.6198578E-04 -1.7559528E-04  4.2450428E-04  5.0842762E-04
  PATCH NUMER           21
 First line =       69841
  Averages =    1.949535       1.949541       1.949898       1.949324    
 Differences =  -4.0531158E-05 -3.4093857E-05  3.2341480E-04 -2.5069714E-04
  PATCH NUMER           22
 First line =       73333
  Averages =    1.949759       1.949842       1.949124       1.949873    
 Differences =   1.0991096E-04  1.9240379E-04 -5.2523613E-04  2.2375584E-04
  PATCH NUMER           23
 First line =       76825
  Averages =    1.948841       1.949878       1.949605       1.949977    
 Differences =  -7.3516369E-04  3.0136108E-04  2.8967857E-05  4.0066242E-04
  PATCH NUMER           24
 First line =       80317
  Averages =    1.949679       1.949940       1.950082       1.950403    
 Differences =  -3.4809113E-04 -8.6903572E-05  5.5074692E-05  3.7622452E-04
  PATCH NUMER           25
 First line =       83809
  Averages =    1.949966       1.950365       1.950659       1.950807    
 Differences =  -4.8351288E-04 -8.4519386E-05  2.0909309E-04  3.5703182E-04
  PATCH NUMER           26
 First line =       87301
  Averages =    1.950498       1.950875       1.950607       1.950357    
 Differences =  -8.6545944E-05  2.9039383E-04  2.2530556E-05 -2.2792816E-04
  PATCH NUMER           27
 First line =       90793
  Averages =    1.950683       1.950402       1.950614       1.950657    
 Differences =   9.4652176E-05 -1.8680096E-04  2.5868416E-05  6.8068504E-05
  PATCH NUMER           28
 First line =       94285
  Averages =    1.950473       1.950583       1.951315       1.952855    
 Differences =  -8.3732605E-04 -7.2813034E-04  3.9339066E-06  1.5448332E-03
  PATCH NUMER           29
 First line =       97777
  Averages =    1.951051       1.952390       1.953655       1.955068    
 Differences =  -2.0014048E-03 -6.6184998E-04  6.0307980E-04  2.0157099E-03
  PATCH NUMER           30
 First line =      101269
  Averages =    1.953293       1.954700       1.955631       1.955578    
 Differences =  -1.5115738E-03 -1.0466576E-04  8.2647800E-04  7.7342987E-04
  PATCH NUMER           31
 First line =      104761
  Averages =    1.955457       1.955532       1.955854       1.956634    
 Differences =  -4.1234493E-04 -3.3760071E-04 -1.6212463E-05  7.6377392E-04
  PATCH NUMER           32
 First line =      108253
  Averages =    1.955808       1.956334       1.956818       1.957028    
 Differences =  -6.8974495E-04 -1.6427040E-04  3.1983852E-04  5.3024292E-04
  PATCH NUMER           33
 First line =      111745
 last black mod_64:          56      119000      111745        8192
  Averages =    1.956698       1.957246       1.957010       1.957018    
 Differences =  -2.9516220E-04  2.5248528E-04  1.6212463E-05  2.5153160E-05

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hh96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5200000       1.233909    
    1.601338    
  Receive leverarm x,y,z              =   0.5200000       1.233909    
    1.601338    



  Name of raw data file?
 /export/air12/airops/1143/l_hh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.3971996E-02
 reading motion compensation data
 WAYNE read motion compen    2.744372    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7860031    
 start range comp, time =      3.642

 WAYNE PREV   3.563170    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  -4.482990      1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.831 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    49.20778989791870    
 ATTN ifrq ipol ln           4           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989127    
  shift in azimuth *fractional pixel=  -0.4989127       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1427998542785645E-02
 TESTING  0.0000000E+00   13505.08       1.691351    
 WAYNE Motion comp. added to patch, time =    16.37548398971558    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7869939804077148E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   13505.08       1.691351    
 HEY,dt,fract,ye,pe  -0.4989127       1.000000      -4.482990    
   1.4743700E-02
 WAYNE Azimuth compression done, time =    302.4028819799423    
  Writing         4192 lines of data to file
 WAYNE write output data    5.803406953811646    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   373.8057720661163    

 Processing block number            2
 TESTING WHY  -4.483860      1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   377.639 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    89.43619501590729    
 ATTN ifrq ipol ln           4           1       11684   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989226    
  shift in azimuth *fractional pixel=  -0.4989226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1603951454162598E-02
 TESTING  0.0000000E+00   10390.62       2.414815    
 WAYNE Motion comp. added to patch, time =    15.52735197544098    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.8730115890502930E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   10390.62       2.414815    
 HEY,dt,fract,ye,pe  -0.4989226       1.000000      -4.483860    
   1.4234600E-02
 WAYNE Azimuth compression done, time =    297.2863259315491    
  Writing         4192 lines of data to file
 WAYNE write output data    1.421993017196655    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   403.6920750141144    

 Processing block number            3
 TESTING WHY  -4.484460      1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   781.331 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    89.50068998336792    
 ATTN ifrq ipol ln           4           1       15176   10.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989824    
  shift in azimuth *fractional pixel=  -0.4989824       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1280059814453125E-02
 TESTING  0.0000000E+00   7585.372       3.143872    
 WAYNE Motion comp. added to patch, time =    17.16627705097198    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6711106300354004E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7585.372       3.143872    
 HEY,dt,fract,ye,pe  -0.4989824       1.000000      -4.484460    
   1.3694500E-02
 WAYNE Azim PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     3.890 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.46584200859070    
 ATTN ifrq ipol ln           4           1       67556   10.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4993735    
  shift in azimuth *fractional pixel=  -0.4993735       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1608004570007324E-02
 WAYNE Motion comp. added to patch, time =    16.91373991966248    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.7199983596801758E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    295.5085279941559    
  Writing         4192 lines of data to file
 WAYNE write output data    1.480502963066101    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   362.3849359750748    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   366.275 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.67120409011841    
 ATTN ifrq ipol ln           4           1       71048   10.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4993985    
  shift in azimuth *fractional pixel=  -0.4993985       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1669993400573730E-02
 WAYNE Motion comp. added to patch, time =    17.50584399700165    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6562929153442383E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    293.9387309551239    
  Writing         4192 lines of data to file
 WAYNE write output data    1.366002917289734    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   410.5214020013809    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   776.797 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.82605898380280    
 ATTN ifrq ipol ln           4           1       74540   10.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4994311    
  shift in azimuth *fractional pixel=  -0.4994311       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1248946189880371E-02
 WAYNE Motion comp. added to patch, time =    16.61156690120697    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.7745008468627930E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    293.7108039855957    
  Writing         4192 lines of data to file
 WAYNE write output data    1.370514988899231    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   400.5595920085907    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1177.357 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    90.89208793640137    
 ATTN ifrq ipol ln           4           1       78032   10.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4994662    
  shift in azimuth *fractional pixel=  -0.4994662       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1188983917236328E-02
 WAYNE Motion comp. added to patch, time =    10.3530 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     3.954 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.36781191825867    
 ATTN ifrq ipol ln           4           1      109460   10.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4996869    
  shift in azimuth *fractional pixel=  -0.4996869       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1381030082702637E-02
 WAYNE Motion comp. added to patch, time =    15.96095192432404    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4989843368530273E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.4934910535812    
  Writing         4192 lines of data to file
 WAYNE write output data    4.290253996849060    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   376.1284199953079    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   380.083 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.19040298461914    
 ATTN ifrq ipol ln           4           1      112952   10.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4997207    
  shift in azimuth *fractional pixel=  -0.4997207       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1412978172302246E-02
 WAYNE Motion comp. added to patch, time =    16.37151098251343    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   7.1830749511718750E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.7913579940796    
  Writing         4192 lines of data to file
 WAYNE write output data    4.679551959037781    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   417.0537459850311    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   797.137 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    75.35174703598022    
 ATTN ifrq ipol ln           4           1      116444   10.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4997516    
  shift in azimuth *fractional pixel=  -0.4997516       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1371016502380371E-02
 WAYNE Motion comp. added to patch, time =    14.51625597476959    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.2328972816467285E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.2251130342484    
  Writing         4192 lines of data to file
 WAYNE write output data    5.223932981491089    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   397.3522369861603    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1194.489 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    81.07407295703888    
 ATTN ifrq ipol ln           4           1      118999   10.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4997542    
  shift in azimuth *fractional pixel=  -0.4997542       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1575937271118164E-02
 WAYNE Motion comp. added to patch, time =    15.0332 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     3.877 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.11005902290344    
 ATTN ifrq ipol ln           4           1       53588   10.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992400    
  shift in azimuth *fractional pixel=  -0.4992400       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1433959007263184E-02
 WAYNE Motion comp. added to patch, time =    17.32078707218170    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.6230812072753906E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.6042709350586    
  Writing         4192 lines of data to file
 WAYNE write output data    2.018448948860168    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   366.0696069002151    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   369.947 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.78548300266266    
 ATTN ifrq ipol ln           4           1       57080   10.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1377096176147461E-02
 WAYNE Motion comp. added to patch, time =    18.56514000892639    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2302031517028809E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    296.7092139720917    
  Writing         4192 lines of data to file
 WAYNE write output data    1.510069966316223    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   415.6052320003510    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   785.552 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.73459506034851    
 ATTN ifrq ipol ln           4           1       60572   10.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993488    
  shift in azimuth *fractional pixel=  -0.4993488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1919021606445313E-02
 WAYNE Motion comp. added to patch, time =    16.36902308464050    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.6324987411499023E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    294.3174860477448    
  Writing         4192 lines of data to file
 WAYNE write output data    1.363891959190369    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   396.8248670101166    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1182.377 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.44647407531738    
 ATTN ifrq ipol ln           4           1       64064   10.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993504    
  shift in azimuth *fractional pixel=  -0.4993504       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1340975761413574E-02
 WAYNE Motion comp. added to patch, time =    16.8729 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     3.850 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    47.59625208377838    
 ATTN ifrq ipol ln           4           1       25652   10.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989845    
  shift in azimuth *fractional pixel=  -0.4989845       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   2.0764946937561035E-02
 WAYNE Motion comp. added to patch, time =    17.25134003162384    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6619434356689453E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    296.7922219038010    
  Writing         4192 lines of data to file
 WAYNE write output data    1.493345022201538    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   363.1585919857025    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   367.009 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.73952603340149    
 ATTN ifrq ipol ln           4           1       29144   10.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989957    
  shift in azimuth *fractional pixel=  -0.4989957       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1343002319335938E-02
 WAYNE Motion comp. added to patch, time =    16.83683204650879    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   6.7679882049560547E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    297.5964590311050    
  Writing         4192 lines of data to file
 WAYNE write output data    1.613641977310181    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   415.8060839176178    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   782.815 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.65390694141388    
 ATTN ifrq ipol ln           4           1       32636   10.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990538    
  shift in azimuth *fractional pixel=  -0.4990538       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1359095573425293E-02
 WAYNE Motion comp. added to patch, time =    16.34076189994812    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.7690610885620117E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    297.9269289970398    
  Writing         4192 lines of data to file
 WAYNE write output data    2.710677981376648    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   408.6520539522171    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1191.467 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.88542699813843    
 ATTN ifrq ipol ln           4           1       36128   10.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991188    
  shift in azimuth *fractional pixel=  -0.4991188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1260032653808594E-02
 WAYNE Motion comp. added to patch, time =    17.1503 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     3.916 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.50805997848511    
 ATTN ifrq ipol ln           4           1       95492   10.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996054    
  shift in azimuth *fractional pixel=  -0.4996054       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1361956596374512E-02
 WAYNE Motion comp. added to patch, time =    16.68643498420715    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.7279853820800781E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.3627300262451    
  Writing         4192 lines of data to file
 WAYNE write output data    6.575936079025269    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   381.1496340036392    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   385.066 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.17790699005127    
 ATTN ifrq ipol ln           4           1       98984   10.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995995    
  shift in azimuth *fractional pixel=  -0.4995995       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1359930038452148E-02
 WAYNE Motion comp. added to patch, time =    15.34843099117279    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.7930221557617188E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.5840150117874    
  Writing         4192 lines of data to file
 WAYNE write output data    5.210015058517456    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   414.3402299880981    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   799.406 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    73.92138504981995    
 ATTN ifrq ipol ln           4           1      102476   10.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1263012886047363E-02
 WAYNE Motion comp. added to patch, time =    15.14747095108032    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   7.0879459381103516E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.2385379076004    
  Writing         4192 lines of data to file
 WAYNE write output data    2.218250989913940    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   398.5455670356750    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1197.953 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    79.10027396678925    
 ATTN ifrq ipol ln           4           1      105968   10.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4996396    
  shift in azimuth *fractional pixel=  -0.4996396       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1398911476135254E-02
 WAYNE Motion comp. added to patch, time =    15.6408 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     3.865 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.69207000732422    
 ATTN ifrq ipol ln           4           1       39620   10.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991252    
  shift in azimuth *fractional pixel=  -0.4991252       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1294007301330566E-02
 WAYNE Motion comp. added to patch, time =    17.50497198104858    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6470422744750977E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    297.9884390830994    
  Writing         4192 lines of data to file
 WAYNE write output data    2.101004004478455    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   366.3024530410767    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   370.167 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.64706099033356    
 ATTN ifrq ipol ln           4           1       43112   10.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4991429    
  shift in azimuth *fractional pixel=  -0.4991429       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.2232065200805664E-02
 WAYNE Motion comp. added to patch, time =    16.63078200817108    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.4432897567749023E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.6216510534286    
  Writing         4192 lines of data to file
 WAYNE write output data    1.481846928596497    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   416.4197009801865    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   786.587 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.65595495700836    
 ATTN ifrq ipol ln           4           1       46604   10.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4991569    
  shift in azimuth *fractional pixel=  -0.4991569       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1348962783813477E-02
 WAYNE Motion comp. added to patch, time =    16.34506297111511    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4588942527770996E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.9196250438690    
  Writing         4192 lines of data to file
 WAYNE write output data    1.537979960441589    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   402.4965800046921    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1189.084 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    86.61743998527527    
 ATTN ifrq ipol ln           4           1       50096   10.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4991666    
  shift in azimuth *fractional pixel=  -0.4991666       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1360049247741699E-02
 WAYNE Motion comp. added to patch, time =    17.1393 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     3.901 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.50678002834320    
 ATTN ifrq ipol ln           4           1       81524   10.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4995219    
  shift in azimuth *fractional pixel=  -0.4995219       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1373996734619141E-02
 WAYNE Motion comp. added to patch, time =    10.79275405406952    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5559663772583008E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.2234621047974    
  Writing         4192 lines of data to file
 WAYNE write output data    3.684947013854980    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   371.2237639427185    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   375.125 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.20142400264740    
 ATTN ifrq ipol ln           4           1       85016   10.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4995501    
  shift in azimuth *fractional pixel=  -0.4995501       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1182069778442383E-02
 WAYNE Motion comp. added to patch, time =    15.54524397850037    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   3.8302063941955566E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.5419319868088    
  Writing         4192 lines of data to file
 WAYNE write output data    1.559038996696472    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   416.8988879919052    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   792.024 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    82.36524891853333    
 ATTN ifrq ipol ln           4           1       88508   10.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1365890502929688E-02
 WAYNE Motion comp. added to patch, time =    15.84060406684875    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6359081268310547E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.1863859891891    
  Writing         4192 lines of data to file
 WAYNE write output data    6.320639967918396    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   411.7526859045029    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1203.778 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    73.69028508663177    
 ATTN ifrq ipol ln           4           1       92000   10.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4995775    
  shift in azimuth *fractional pixel=  -0.4995775       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1572003364562988E-02
 WAYNE Motion comp. added to patch, time =    16.40314498672485    
 WAYNE Doppler estimation done, time =   2.0980834960937500E-05
 WAYNE write deskew done, time =   2.7691960334777832E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    296.8681440353394    
  Writing         4192 lines of data to file
 WAYNE write output data    1.423348069190979    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   399.5823110342026    
 ==w out          22       16771
7892570496    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   8.5294961929321289E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    293.2931399345398    
  Writing         4192 lines of data to file
 WAYNE write output data    1.449517965316772    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   403.1609079837799    
 ==w out          18       16771
3793411255    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   5.0139069557189941E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.5056949853897    
  Writing         4192 lines of data to file
 WAYNE write output data    1.528880000114441    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   397.2057080268860    
 ==w out          34       16771
1095600128    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.8092989921569824E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    296.8219780921936    
  Writing         4192 lines of data to file
 WAYNE write output data    1.470335006713867    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   402.0810749530792    
 ==w out          14       16771
6308765411    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.3715019226074219E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.1959669589996    
  Writing         4192 lines of data to file
 WAYNE write output data    1.562514066696167    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   400.8316020965576    
 ==w out          10       16771
3600044250    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.4884948730468750E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.8264670372009    
  Writing         4192 lines of data to file
 WAYNE write output data    1.356637001037598    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   403.9530249834061    
 ==w out          30       16771
7106246948    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0573973655700684E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.7301599979401    
  Writing         4192 lines of data to file
 WAYNE write output data    1.351377964019775    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   400.2092189788818    
 ==w out          26       16771
uth compression done, time =    294.3031319379807    
  Writing         4192 lines of data to file
 WAYNE write output data    1.601383924484253    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   402.6171770095825    

 Processing block number            4
 TESTING WHY  -4.485130      1.3919600E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1183.949 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    91.65288305282593    
 ATTN ifrq ipol ln           4           1       18668   10.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989937    
  shift in azimuth *fractional pixel=  -0.4989937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1458039283752441E-02
 TESTING  0.0000000E+00   5087.979       2.551894    
 WAYNE Motion comp. added to patch, time =    16.64645802974701    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   4.9896001815795898E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   5087.979       2.551894    
 HEY,dt,fract,ye,pe  -0.4989937       1.000000      -4.485130    
   1.3919600E-02
 WAYNE Azimuth compression done, time =    291.9345560073853    
  Writing         4192 lines of data to file
 WAYNE write output data    1.457759022712708    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   401.7547010183334    

 Processing block number            5
 TESTING WHY  -4.485190      1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1585.704 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    78.43904995918274    
 ATTN ifrq ipol ln           4           1       22160   10.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989852    
  shift in azimuth *fractional pixel=  -0.4989852       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0879039764404297E-02
 TESTING  0.0000000E+00   2896.438       2.086486    
 WAYNE Motion comp. added to patch, time =    15.40843200683594    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1920204162597656E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   2896.438       2.086486    
 HEY,dt,fract,ye,pe  -0.4989852       1.000000      -4.485190    
   1.4905900E-02
 WAYNE Azimuth compression done, time =    217.2955549955368    
  Writing         4192 lines of data to file
 WAYNE write output data    1.379608988761902    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   312.5371059179306    
 ==w out           6       20963
            1       29112           0
            2       29114           0
            3       29119           0
            4       29109           0
            5       29108           0
            6       29113           0
            7       29105           0
            8       29107           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1461519002914429    
 WAYNE LOOP TIME:     1903.223774909973    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_l.hh_j                     
 /export/air15/airops/1143/ts1143_l.mocomph                  
 /export/air15/airops/1143/ts1143_l.dop                      
 /export/air15/airops/1143/ts1143_l.glb                              2560
       138336
 update intf hdr ha:   7604.300    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_l.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_l.dop                      
 globalfile /export/air15/airops/1143/ts1143_l.glb                      
 /export/air15/airops/1143/ts1143_l.glb                                38
 deskew line ra ha trc:   4373.773           11053   5777.556    
    7604.300       170.6809    
  after deskew line ra ha trc:   4373.773           11053   5777.556    
    7604.300       170.6809    
 lat1 lon1:       11053   58.24907      -154.5424          138336
 last ra n_ns ns:   5777.556            -849           1      149388
       138336
 lati loni:      149388   57.73890      -154.3383          149388           1
 center ra n_ns ns:   10037.90             430         430       80220
       138336
 lati loni:       80220   57.97717      -154.4088           80220        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_l.hh_j                     
 WAYNE FINAL PROCESS   1906.967517971992    
[Thread   1 (29123)]: Stack SEGV. PC 0x1000959c. Addr 0x36101c14. SZ 16809984
[ 0 (29123)]: segv (11). code 13, pc 0x1000959c, vaddr 0x36101c14, alt-sp 0x360fbfd0
[Thread   1 (29128)]: Stack SEGV. PC 0x100098bc. Addr 0x36101ad4. SZ 16809984
[ 1 (29128)]: segv (11). code 13, pc 0x100098bc, vaddr 0x36101ad4, alt-sp 0x360fbfd0
Segmentation fault (core dumped)
CRASH AT deskew_new
Wed Apr 26 07:03:47 PDT 2000
Wed Apr 26 07:03:47 PDT 2000
Wed Apr 26 07:03:48 PDT 2000
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.        *
 *                                                   *
 *****************************************************

 Enter command file name ==>  Opening command file...
 CRD-xdealy:  0.3800200    


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

  Data acquired after 1994.
  
 J2000 time    =   -111944368.6784580    
 GPS J2000 time    =   -111944370.3146220    
  
 Message 1
 Time          =   -111944368.6784580    
 INS Time      =   -1.603904000000000    
 Roll angle    =  -0.8569335937500000    
 Pitch angle   =   0.8789062500000000    
 Heading angle =   -85.73181152343750    
 Long. acc     =   8.0000000000000002E-02
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.710000000000001    
 East vel.     =   -216.3750000000000    
 North vel.    =    1.635000000000000    
 Up vel.       =   0.1270000000000000    
 True Grnd Spd =    216.3750000000000    
 Altitude      =    8767.000000000000    
 Latitude      =    58.36528315208852    
 Longitude     =   -154.6608634851873    
  
 Message 6
 Week          =          857
 GPS Time      =   -111944370.3146220    
 GDOP          =    4.046875000000000    
 PDOP          =    3.484375000000000    
 HDOP          =    1.687500000000000    
 VDOP          =    3.046875000000000    
 TDOP          =    2.062500000000000    
 Spherical Acc =    15.00000000000000    
 Time Acc      =   1.4000000000000001E-08
 GPS Lat       =    58.36528372810317    
 GPS Lon       =   -154.6551004792599    
 GPS Alt       =    8774.000000000000    
 GPS East Vel  =   -216.3900000000000    
 GPS North Vel =    1.740000000000000    
 GPS Up Vel    =   0.1100000000000000    
  
 Message 3
 Del INU Time  =    1.950400000000000    
 Del vel east  =  -2.5390625000000000E-02
 Del vel north =  -1.9042968750000000E-02
 Del vel up    =  -4.9316406250000000E-02
 Del pos east  =    1.375000000000000    
 Del pos north =   -1.250000000000000    
 Del pos up    =   -3.250000000000000    
  
 Message 4
 Sigma Pos x   =    1.625000000000000    
 Sigma Pos y   =    1.500000000000000    
 Sigma Pos z   =    2.750000000000000    
 Sigma Vel x   =   1.2329101562500000E-02
 Sigma Vel y   =   9.2773437500000000E-03
 Sigma Vel z   =   1.8432617187500000E-02
  
 Message 7
 Satellites used =  25  6 24  5 29  6
 Problem with Honeywell data
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 Retrived Honeywell data...       10893
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 CPA @ 20:11:59 FC=12,450,500 IDR=103200 drft 3.2; looking goodE
 dward Brown Jr., Walter Felix Skotnicki, Takeshi Sato, Yunjin Ki
 m, Yunling Lou, Leon Maldonado, Michael Kobrick, Timothy William
 Miller-outine David Ryan Haub, Lori Ann Carrico, Timothy W. 
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
  Which frequency? (C,L or P) 
 number of channels transferred: 
 number of bytes/chan: 
 total # of lines transferred: 
 window delay: 
 enter the .par filename : 
 enter first header to read: 
 enter year data taken: 
 enter HDDT ID for raw data: 
  SONY tapeid:            596022         96022
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        1143
 prod ID1:11431143
 prod ID:1143                        
  SONY tapeid: 96022       96022
 tapeid:9602296022  
 tapeid par:96022
 prod ID:1143
 chrp_delay from subcomm header tapeID:    27.20000           96022
  chrp_delay is 32.5 usec       96022   27.20000    
 Is this 98039< x >98001 for P-bnad?:       96022
 1998 P-band fc?   22.50000    
 idelay,chrp_delay,xdelay          85   27.20000      0.3800200    
 near range delr windela:   8607.038       3.331027               0
  f_cal   43.59375       1216.406    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   4.40  25  4 24  5 29  6      
 digdelay startrng(us):85     85.00000000000000    
 startrng(m) elecdelay:   8664.003250000000      2.7200000000000000E-05
  
 >> start range =  8664.0032
 >> ccal_amp = -90.39999
 >> ccal_atn = 32
 >> ratn_phh = 0  6 10   
 >> ratn_phv = 0  0 10   
 >> ratn_pvh = 0  0 10   
 >> ratn_pvv = 0  6 10   
 >> ratn_lhh = 0 10  0   
 >> ratn_lhv = 0 10  0   
 >> ratn_lvh = 0 10  0   
 >> ratn_lvv = 0 10  0   
 >> ratn_chh = 0 10 10   
 >> ratn_chv = 0 10 10   
 >> ratn_cvh = 0 10 10   
 >> ratn_cvv = 0 10 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
  
 Done decoding data from header array...
  
 Data collected on ==> 14-JUN-1996                                                                     
  
 Starting and end GPS times for SAR data  -111944368.7660   -111944149.8100
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71147      -87.87415      -85.70435     0.6592161      0
 trc            -89.88422      -90.23729      -89.56627     0.2032029      0
 tgs            216.07740      215.51563      217.07813     0.4524072      0
 roll            -0.64848       -0.97229       -0.37354     0.1133146      0
 pitch            0.82005        0.71411        0.93384     0.0484600      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26534     6584.28960     8488.98480   480.8056696      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43631      272.00000      274.50000     0.6568049      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            57.89961       40.26197       58.36621     2.8645423      0
 long          -159.33239     -320.39338     -154.66010    26.2132687      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8636.63965     8780.28027    51.3228213     48
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.07626     -310.12562     -154.66087     1.5036035      0
 hwalt         8771.61377     8766.83480     8777.92232     3.2247050      0
 hwev          -216.08175     -217.07400     -215.51500     0.4525549      0
 hwnv             0.43614       -0.89900        1.63500     0.7659083      0
 hwuv             0.03658       -0.42200        0.48100     0.1742699      0
 hwroll          -0.64837       -0.97229       -0.37354     0.1132735      0
 hwpitch          0.82004        0.71411        0.93384     0.0484496      0
 hwhdg          -86.71872     -173.46313      -85.70435     1.0604387      0
 hwtrc          -89.89227     -179.80170      -89.56706     0.8850842      0
 hwtgs          216.07632      215.51563      217.06250     0.4521517      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
  
 Finished correcting GPS times for pulses...
  
 Finished correcting GPS times for SIXGUN data...
   -111944378.9992618    
 i_yearind        19965
  
 GPS time for first pulse =   -111944368.7640346      -111944368.7660000    
  
  
 New start and number of records =           95      237823
 New start and number of blocks  =            1        1859
  
 GPS trend coefficients =   -58.22549977921517       10.77556468928285    
    154.3294564197827    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71170      -87.87415      -85.70435     0.6589897      0
 trc            -89.88429      -90.23729      -89.56654     0.2031158      0
 tgs            216.07714      215.51563      217.06250     0.4523325      0
 roll            -0.64839       -0.97229       -0.37354     0.1132693      0
 pitch            0.82003        0.71411        0.93384     0.0484578      0
 delx             0.19792        0.00000        0.19798     0.0004066      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26517     6584.28960     8488.98480   480.8057073      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43679      272.20000      274.50000     0.6560773      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            58.36597       58.36544       58.36621     0.0002284      0
 long          -155.06009     -155.45973     -154.66010     0.2318663      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8656.18815     8726.82903    15.1183678      0
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.06206     -155.46387     -154.66094     0.2317022      0
 hwalt         8771.61377     8766.83487     8777.92228     3.2247049      0
 hwev          -216.08170     -217.07400     -215.51500     0.4525039      0
 hwnv             0.43616       -0.89700        1.63500     0.7658876      0
 hwuv             0.03658       -0.42200        0.48100     0.1742700      0
 hwroll          -0.64838       -0.97229       -0.37903     0.1132565      0
 hwpitch          0.82002        0.71411        0.92834     0.0484179      0
 hwhdg          -86.71080      -87.87415      -85.70435     0.6586195      0
 hwtrc          -89.88404      -90.23676      -89.56706     0.2030126      0
 hwtgs          216.07628      215.51563      217.06250     0.4520805      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    8851.035716837097    
 Average Radar Altitude      =    7604.265171382473    
 Average GPS Altitude        =    8704.367495266279    
 >>Record # :          128
 >>GPS Stuff =   4.40  25  4 24  5 2
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to gps(+1) or
  bar(-1) or IGI (0)  ==>
  
  Enter a name for the peg data file.
  
  Positions and Distances   
  
 Start position =    58.3652910 -154.6609394    8767.345
 End position   =    58.3661302 -155.4638677    8776.709
 Loxodromic Heading (deg) =   -89.8860424
 Loxodromic Distance (km) =     46994.4915677
 Geodesic Heading (deg)   =   -89.5442308
 Geodesic Distance (km)   =     46994.2124027
  
 Peg latitude and longitude =    58.3663655 -155.0624011
 Peg heading =   -89.8930136
  
 Rotation matrix 
 First row =   -0.475586697 -0.420188611 -0.772825222
 Second row =  -0.221139447  0.907436263 -0.357290880
 Third row =    0.851419191  0.000979353 -0.524484893
  
 Translation vector 
 Vector =        -0.01966       -0.00914   -36442.11451
  
 Local Radius of Curvature =    6393669.598797007    
  
 Start and end pulse used =           95      237917
 Ellipsoidal delta s (m) =   0.1976024606750813    
  
 Delta s on reference surface =   0.1976024623952627    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    4152.120364260899    
 Time orgin =           -111944368.7640346    
 Pulse spacing =        0.1979190365452924    
 First frame  =           12990200

 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.
 /export/air15/airops/1143/ts1143_p.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air15/airops/1143/ts1143_p.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air15/airops/1143/ts1143_p.mocompv                 
 How many lines per polarization?
       119000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001
 +      220001
 +      230001

  *********************************************
  *                                           *
  *         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.
 /export/air15/airops/1143/ts1143_p.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/p_hh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_p_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_p_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_p_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_p_hh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (6.309574,0.0000000E+00) (-12.61915,0.0000000E+00)
 (0.0000000E+00,0.0000000E+00)
 attenuation (dB):    16.00000    
 Pulse#/128:           1        1057  1.3529106E+08
 Pulse#/128:         129        1057  1.3629040E+08
 Pulse#/128:         257        1057  1.3559403E+08
 Pulse#/128:         385        1057  1.3540870E+08
 Pulse#/128:         513        1057  1.3155186E+08
 Pulse#/128:         641        1057  1.6193138E+08
 Pulse#/128:         769        1057  1.5015171E+08
 Pulse#/128:         897        1057  1.3283293E+08
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   81.48386    Power RMS:  0.2906418    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   11870.16    Amp.  RMS:   421.2173    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   56.35910    Phase RMS:   1.055815    
 Incoherent PH 1st:   56.37887    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   81.49312    
 CalTone Power Coherently dB  :   81.48386    
 Incoherent PW  - Coherent PW :  9.2544556E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   11867.28    
 CalTone Amplitude Coherently   :   11870.16    
 Incoherent Amp.- Coherent Amp. :  -2.882813    
       ------------ *** ------------
 running time (sec):     53.63
  ********** 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.
 /export/air15/airops/1143/ts1143_p.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/p_hv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_p_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_p_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_p_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_p_hv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (-3.162278,0.0000000E+00) (-25.29822,0.0000000E+00)
 (0.0000000E+00,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  2.7541072E+08
 Pulse#/128:         129        1057  2.7610118E+08
 Pulse#/128:         257        1057  2.7623584E+08
 Pulse#/128:         385        1057  2.7627213E+08
 Pulse#/128:         513        1057  2.7584595E+08
 Pulse#/128:         641        1057  2.8892838E+08
 Pulse#/128:         769        1057  2.7945382E+08
 Pulse#/128:         897        1057  2.7715264E+08
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   84.44750    Power RMS:  9.1108620E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   16687.30    Amp.  RMS:   115.2389    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -53.49282    Phase RMS:  0.8108457    
 Incoherent PH 1st:  -53.49685    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   84.44604    
 CalTone Power Coherently dB  :   84.44750    
 Incoherent PW  - Coherent PW : -1.4648438E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   16696.34    
 CalTone Amplitude Coherently   :   16687.30    
 Incoherent Amp.- Coherent Amp. :   9.039063    
       ------------ *** ------------
 running time (sec):     53.83
  ********** 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.
 /export/air15/airops/1143/ts1143_p.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/p_vh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_p_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_p_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_p_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_p_vh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (6.324555,0.0000000E+00) (-6.324555,0.0000000E+00)
 (3.162278,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  1.3779341E+08
 Pulse#/128:         129        1057  1.3834008E+08
 Pulse#/128:         257        1057  1.3836461E+08
 Pulse#/128:         385        1057  1.3809374E+08
 Pulse#/128:         513        1057  1.3695205E+08
 Pulse#/128:         641        1057  1.5917024E+08
 Pulse#/128:         769        1057  1.4630658E+08
 Pulse#/128:         897        1057  1.3823798E+08
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   81.52652    Power RMS:  0.2198632    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   11925.04    Amp.  RMS:   298.0201    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   47.98748    Phase RMS:  0.5894167    
 Incoherent PH 1st:   47.97647    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   81.53081    
 CalTone Power Coherently dB  :   81.52652    
 Incoherent PW  - Coherent PW :  4.2877197E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   11941.24    
 CalTone Amplitude Coherently   :   11925.04    
 Incoherent Amp.- Coherent Amp. :   16.20703    
       ------------ *** ------------
 running time (sec):     53.51
  ********** 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.
 /export/air15/airops/1143/ts1143_p.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/p_vv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_p_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_p_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_p_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_p_vv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (-12.61915,0.0000000E+00) (-37.85744,0.0000000E+00)
 (-12.61915,0.0000000E+00)
 attenuation (dB):    16.00000    
 Pulse#/128:           1        1057  2.9132726E+08
 Pulse#/128:         129        1057  2.9180947E+08
 Pulse#/128:         257        1057  2.9161786E+08
 Pulse#/128:         385        1057  2.9246227E+08
 Pulse#/128:         513        1057  2.9095232E+08
 Pulse#/128:         641        1057  2.8037478E+08
 Pulse#/128:         769        1057  2.8516541E+08
 Pulse#/128:         897        1057  2.9190013E+08
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   84.60806    Power RMS:  0.1104854    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   16998.47    Amp.  RMS:   119.5993    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -51.77995    Phase RMS:   1.323798    
 Incoherent PH 1st:  -51.78777    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   84.60793    
 CalTone Power Coherently dB  :   84.60806    
 Incoherent PW  - Coherent PW : -1.2969971E-04
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   17010.16    
 CalTone Amplitude Coherently   :   16998.47    
 Incoherent Amp.- Coherent Amp. :   11.69141    
       ------------ *** ------------
 running time (sec):     52.12
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            0

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

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

 Global reference line calculation results:

  y fit: constant and linear terms: 
    8.580732     -8.7831555E-05
  z fit: constant and linear terms: 
   0.6214517      1.7203034E-05
  y and z standard deviations (meters)   1.232215      0.8251256    
  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 =           32
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   6.9688141E-02  6.8964362E-02  6.7637287E-02  6.8115465E-02
 Differences =   1.0867864E-03  3.6300719E-04 -9.6406788E-04 -4.8588961E-04
  PATCH NUMER            2
 First line =        3493
  Averages =   6.7848615E-02  6.8007983E-02  6.7382716E-02  6.4705074E-02
 Differences =   8.6242706E-04  1.0217950E-03  3.9652735E-04 -2.2811145E-03
  PATCH NUMER            3
 First line =        6985
  Averages =   6.8013795E-02  6.5015905E-02  6.4847313E-02  6.4279743E-02
 Differences =   2.4744868E-03 -5.2340329E-04 -6.9199502E-04 -1.2595654E-03
  PATCH NUMER            4
 First line =       10477
  Averages =   6.4940743E-02  6.4170592E-02  6.4795353E-02  6.6257253E-02
 Differences =  -1.0024756E-04 -8.7039918E-04 -2.4563819E-04  1.2162626E-03
  PATCH NUMER            5
 First line =       13969
  Averages =   6.4490750E-02  6.5918811E-02  6.6855989E-02  6.6578053E-02
 Differences =  -1.4701709E-03 -4.2110682E-05  8.9506805E-04  6.1713159E-04
  PATCH NUMER            6
 First line =       17461
  Averages =   6.6570446E-02  6.6878036E-02  6.5093160E-02  6.4695284E-02
 Differences =   7.6116621E-04  1.0687560E-03 -7.1612000E-04 -1.1139959E-03
  PATCH NUMER            7
 First line =       20953
  Averages =   6.5822348E-02  6.4564943E-02  6.3799962E-02  6.1707549E-02
 Differences =   1.8485114E-03  5.9110671E-04 -1.7387420E-04 -2.2662878E-03
  PATCH NUMER            8
 First line =       24445
  Averages =   6.4566508E-02  6.1892521E-02  6.0646497E-02  5.9975460E-02
 Differences =   2.7960800E-03  1.2209266E-04 -1.1239313E-03 -1.7949678E-03
  PATCH NUMER            9
 First line =       27937
  Averages =   6.1356988E-02  6.0200192E-02  5.9924744E-02  6.1036531E-02
 Differences =   7.2736293E-04 -4.2943284E-04 -7.0488080E-04  4.0690601E-04
  PATCH NUMER           10
 First line =       31429
  Averages =   5.9670679E-02  6.1211374E-02  6.0412824E-02  6.0108308E-02
 Differences =  -6.8012252E-04  8.6057186E-04  6.2022358E-05 -2.4249405E-04
  PATCH NUMER           11
 First line =       34921
  Averages =   6.0537111E-02  6.0106877E-02  6.0450099E-02  6.0210098E-02
 Differences =   2.1106005E-04 -2.1917373E-04  1.2404844E-04 -1.1595339E-04
  PATCH NUMER           12
 First line =       38413
  Averages =   6.0372863E-02  6.0147431E-02  6.0935788E-02  5.9221800E-02
 Differences =   2.0337850E-04 -2.2053719E-05  7.6630339E-04 -9.4768405E-04
  PATCH NUMER           13
 First line =       41905
  Averages =   6.0598761E-02  5.9821665E-02  5.8694590E-02  5.6339297E-02
 Differences =   1.7350391E-03  9.5794350E-04 -1.6913190E-04 -2.5244243E-03
  PATCH NUMER           14
 First line =       45397
  Averages =   5.9086863E-02  5.6669924E-02  5.5265997E-02  5.4442219E-02
 Differences =   2.7204379E-03  3.0349940E-04 -1.1004284E-03 -1.9242056E-03
  PATCH NUMER           15
 First line =       48889
  Averages =   5.5697728E-02  5.4705530E-02  5.4382637E-02  5.4467577E-02
 Differences =   8.8435411E-04 -1.0784343E-04 -4.3073669E-04 -3.4579635E-04
  PATCH NUMER           16
 First line =       52381
  Averages =   5.4234769E-02  5.4554239E-02  5.4338295E-02  5.4515537E-02
 Differences =  -1.7592311E-04  1.4354661E-04 -7.2397292E-05  1.0484457E-04
  PATCH NUMER           17
 First line =       55873
  Averages =   5.4382324E-02  5.4512322E-02  5.4381460E-02  5.3952228E-02
 Differences =   7.5247139E-05  2.0524487E-04  7.4382871E-05 -3.5484880E-04
  PATCH NUMER           18
 First line =       59365
  Averages =   5.4370284E-02  5.4323990E-02  5.3157344E-02  5.1429994E-02
 Differences =   1.0498203E-03  1.0035262E-03 -1.6311929E-04 -1.8904693E-03
  PATCH NUMER           19
 First line =       62857
  Averages =   5.3497266E-02  5.2001644E-02  5.0440546E-02  4.9389023E-02
 Differences =   2.1650493E-03  6.6942722E-04 -8.9167058E-04 -1.9431934E-03
  PATCH NUMER           20
 First line =       66349
  Averages =   5.0773647E-02  4.9860168E-02  4.8924532E-02  4.8778187E-02
 Differences =   1.1894815E-03  2.7600303E-04 -6.5963343E-04 -8.0597773E-04
  PATCH NUMER           21
 First line =       69841
  Averages =   4.8940651E-02  4.8908472E-02  4.8347961E-02  4.6988707E-02
 Differences =   6.4418092E-04  6.1200187E-04  5.1490963E-05 -1.3077632E-03
  PATCH NUMER           22
 First line =       73333
  Averages =   4.8565447E-02  4.7438439E-02  4.5564774E-02  4.4437140E-02
 Differences =   2.0638928E-03  9.3688443E-04 -9.3678012E-04 -2.0644143E-03
  PATCH NUMER           23
 First line =       76825
  Averages =   4.6237513E-02  4.4425692E-02  4.4855777E-02  4.4310696E-02
 Differences =   1.2800656E-03 -5.3175539E-04 -1.0167062E-04 -6.4675137E-04
  PATCH NUMER           24
 First line =       80317
  Averages =   4.4739202E-02  4.4359766E-02  4.4167172E-02  4.3705460E-02
 Differences =   4.9629435E-04  1.1685863E-04 -7.5735152E-05 -5.3744763E-04
  PATCH NUMER           25
 First line =       83809
  Averages =   4.4336669E-02  4.3753728E-02  4.3336846E-02  4.3147314E-02
 Differences =   6.9302320E-04  1.1008233E-04 -3.0680001E-04 -4.9633160E-04
  PATCH NUMER           26
 First line =       87301
  Averages =   4.3573000E-02  4.3030061E-02  4.3484140E-02  4.3915931E-02
 Differences =   7.2229654E-05 -4.7070906E-04 -1.6629696E-05  4.1516125E-04
  PATCH NUMER           27
 First line =       90793
  Averages =   4.3355383E-02  4.3832596E-02  4.3557584E-02  4.3547757E-02
 Differences =  -2.1794066E-04  2.5927275E-04 -1.5739352E-05 -2.5566667E-05
  PATCH NUMER           28
 First line =       94285
  Averages =   4.3757670E-02  4.3643694E-02  4.2577125E-02  4.0241029E-02
 Differences =   1.2027510E-03  1.0887757E-03  2.2206455E-05 -2.3138896E-03
  PATCH NUMER           29
 First line =       97777
  Averages =   4.2966019E-02  4.0950272E-02  3.9029777E-02  3.6851969E-02
 Differences =   3.0163415E-03  1.0005943E-03 -9.1990083E-04 -3.0977093E-03
  PATCH NUMER           30
 First line =      101269
  Averages =   3.9580815E-02  3.7419900E-02  3.5999987E-02  3.6165297E-02
 Differences =   2.2892505E-03  1.2833625E-04 -1.2915768E-03 -1.1262670E-03
  PATCH NUMER           31
 First line =      104761
  Averages =   3.6256563E-02  3.6215346E-02  3.5779599E-02  3.4602664E-02
 Differences =   5.4302067E-04  5.0180405E-04  6.6056848E-05 -1.1108778E-03
  PATCH NUMER           32
 First line =      108253
  Averages =   3.5827972E-02  3.5063192E-02  3.4365475E-02  3.4116801E-02
 Differences =   9.8459795E-04  2.1981820E-04 -4.7789887E-04 -7.2657317E-04
  PATCH NUMER           33
 First line =      111745
 last black mod_64:          56      119000      111745        8192
  Averages =   3.4534302E-02  3.3732738E-02  3.4218170E-02  3.4218796E-02
 Differences =   3.5829470E-04 -4.4326857E-04  4.2162836E-05  4.2788684E-05

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.pp                         

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_p.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.7012700    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   -1.450000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.030000      0.5300000    
  -0.2200000    
  Receive leverarm x,y,z              =    2.030000      0.5300000    
  -0.2200000    



  Name of raw data file?
 /export/air12/airops/1143/p_hh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_p.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.ph                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.3869997E-02
 reading motion compensation data
 WAYNE read motion compen    2.734871    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7863960    
 start range comp, time =      3.642

 WAYNE PREV   3.552936    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.856 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    50.36760592460632    
 ATTN ifrq ipol ln           0           1        8192   16.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989127    
  shift in azimuth *fractional pixel=  -0.4989127       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1419057846069336E-02
 TESTING  0.0000000E+00   6.557658     -9.1214143E-02
 WAYNE Motion comp. added to patch, time =    15.93931698799133    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6520490646362305E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.557658     -9.1214143E-02
 HEY,dt,fract,ye,pe  -0.4989127       1.000000      7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    301.1216869354248    
  Writing         4192 lines of data to file
 WAYNE write output data    14.82189404964447    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   382.2666829824448    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   386.124 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    93.30173802375793    
 ATTN ifrq ipol ln           0           1       11684   16.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989226    
  shift in azimuth *fractional pixel=  -0.4989226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1167049407958984E-02
 TESTING  0.0000000E+00   6.929072      0.6393618    
 WAYNE Motion comp. added to patch, time =    15.60204398632050    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5332093238830566E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.929072      0.6393618    
 HEY,dt,fract,ye,pe  -0.4989226       1.000000      6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    301.2801810503006    
  Writing         4192 lines of data to file
 WAYNE write output data    1.755434989929199    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   411.9775329828262    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   798.101 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    94.85690200328827    
 ATTN ifrq ipol ln           0           1       15176   16.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989824    
  shift in azimuth *fractional pixel=  -0.4989824       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1330962181091309E-02
 TESTING  0.0000000E+00   7.155544       1.372037    
 WAYNE Motion comp. added to patch, time =    15.34415900707245    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.8224000930786133E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.155544       1.372037    
 HEY,dt,fract,ye,pe  -0.4989824       1.000000      6.7825302E-02
   1.3694500E-02
 WAYNE Azim PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     3.912 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.58049595355988    
 ATTN ifrq ipol ln           0           1       67556   16.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4993735    
  shift in azimuth *fractional pixel=  -0.4993735       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1438965797424316E-02
 WAYNE Motion comp. added to patch, time =    16.48646700382233    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   2.5559663772583008E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.6206109523773    
  Writing         4192 lines of data to file
 WAYNE write output data    1.690427064895630    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   368.3937469720840    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   372.306 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.1648449897766    
 ATTN ifrq ipol ln           0           1       71048   16.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4993985    
  shift in azimuth *fractional pixel=  -0.4993985       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1301994323730469E-02
 WAYNE Motion comp. added to patch, time =    16.07644999027252    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.4777898788452148E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.3711569309235    
  Writing         4192 lines of data to file
 WAYNE write output data    1.553333044052124    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   422.1933109760284    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   794.500 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.71043407917023    
 ATTN ifrq ipol ln           0           1       74540   16.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4994311    
  shift in azimuth *fractional pixel=  -0.4994311       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1791944503784180E-02
 WAYNE Motion comp. added to patch, time =    15.83434402942657    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.3010969161987305E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.3591409921646    
  Writing         4192 lines of data to file
 WAYNE write output data    7.004210948944092    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   422.9444719552994    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1217.445 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.38602709770203    
 ATTN ifrq ipol ln           0           1       78032   16.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4994662    
  shift in azimuth *fractional pixel=  -0.4994662       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1145949363708496E-02
 WAYNE Motion comp. added to patch, time =    15.9122 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     3.939 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.72759401798248    
 ATTN ifrq ipol ln           0           1       95492   16.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996054    
  shift in azimuth *fractional pixel=  -0.4996054       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1488914489746094E-02
 WAYNE Motion comp. added to patch, time =    16.36469495296478    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5500059127807617E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.5465040206909    
  Writing         4192 lines of data to file
 WAYNE write output data    12.77696394920349    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   383.4317699670792    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   387.372 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.69129490852356    
 ATTN ifrq ipol ln           0           1       98984   16.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995995    
  shift in azimuth *fractional pixel=  -0.4995995       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1278986930847168E-02
 WAYNE Motion comp. added to patch, time =    15.81428897380829    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.3551940917968750E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.4532619714737    
  Writing         4192 lines of data to file
 WAYNE write output data    12.09915804862976    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   424.0947200059891    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   811.467 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.06719899177551    
 ATTN ifrq ipol ln           0           1      102476   16.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1368989944458008E-02
 WAYNE Motion comp. added to patch, time =    15.96824407577515    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.3595094680786133E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.0388420820236    
  Writing         4192 lines of data to file
 WAYNE write output data    6.609074950218201    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   409.7201139926910    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1221.188 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.37634789943695    
 ATTN ifrq ipol ln           0           1      105968   16.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4996396    
  shift in azimuth *fractional pixel=  -0.4996396       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1026024818420410E-02
 WAYNE Motion comp. added to patch, time =    15.4074 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     3.898 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.48126590251923    
 ATTN ifrq ipol ln           0           1       53588   16.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992400    
  shift in azimuth *fractional pixel=  -0.4992400       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1298894882202148E-02
 WAYNE Motion comp. added to patch, time =    16.41793894767761    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.5089979171752930E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.7858650684357    
  Writing         4192 lines of data to file
 WAYNE write output data    1.500741004943848    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   370.2016909122467    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   374.100 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.2654139995575    
 ATTN ifrq ipol ln           0           1       57080   16.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1219024658203125E-02
 WAYNE Motion comp. added to patch, time =    15.79241299629211    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.1938095092773438E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.1922171115875    
  Writing         4192 lines of data to file
 WAYNE write output data    1.538153052330017    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   422.8127570152283    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   796.913 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.23067307472229    
 ATTN ifrq ipol ln           0           1       60572   16.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993488    
  shift in azimuth *fractional pixel=  -0.4993488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1397957801818848E-02
 WAYNE Motion comp. added to patch, time =    15.64681494235992    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.3957023620605469E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.2798329591751    
  Writing         4192 lines of data to file
 WAYNE write output data    7.874921083450317    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   422.0593820810318    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1218.973 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.73873698711395    
 ATTN ifrq ipol ln           0           1       64064   16.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993504    
  shift in azimuth *fractional pixel=  -0.4993504       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1381983757019043E-02
 WAYNE Motion comp. added to patch, time =    15.5312 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     3.923 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.57024502754211    
 ATTN ifrq ipol ln           0           1       81524   16.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4995219    
  shift in azimuth *fractional pixel=  -0.4995219       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1664032936096191E-02
 WAYNE Motion comp. added to patch, time =    16.29043292999268    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.8700828552246094E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.1407660245895    
  Writing         4192 lines of data to file
 WAYNE write output data    1.629275083541870    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   369.6473079919815    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   373.571 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.9646489620209    
 ATTN ifrq ipol ln           0           1       85016   16.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4995501    
  shift in azimuth *fractional pixel=  -0.4995501       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1249065399169922E-02
 WAYNE Motion comp. added to patch, time =    15.88388192653656    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.9362916946411133E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.1844009160995    
  Writing         4192 lines of data to file
 WAYNE write output data    1.504097938537598    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   420.5790169239044    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   794.150 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.36173593997955    
 ATTN ifrq ipol ln           0           1       88508   16.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1243939399719238E-02
 WAYNE Motion comp. added to patch, time =    15.22504901885986    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0825982093811035E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.7510260343552    
  Writing         4192 lines of data to file
 WAYNE write output data    1.474442958831787    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   414.8465249538422    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1208.997 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.8786330223083    
 ATTN ifrq ipol ln           0           1       92000   16.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4995775    
  shift in azimuth *fractional pixel=  -0.4995775       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1274933815002441E-02
 WAYNE Motion comp. added to patch, time =    15.4216 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     3.952 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.59338498115540    
 ATTN ifrq ipol ln           0           1      109460   16.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4996869    
  shift in azimuth *fractional pixel=  -0.4996869       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1366963386535645E-02
 WAYNE Motion comp. added to patch, time =    16.16065001487732    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.6279687881469727E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.5009829998016    
  Writing         4192 lines of data to file
 WAYNE write output data    9.586842060089111    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   380.8580570220947    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   384.811 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.60137403011322    
 ATTN ifrq ipol ln           0           1      112952   16.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4997207    
  shift in azimuth *fractional pixel=  -0.4997207       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1304974555969238E-02
 WAYNE Motion comp. added to patch, time =    15.50907695293427    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5962948799133301E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.4360100030899    
  Writing         4192 lines of data to file
 WAYNE write output data    1.354781031608582    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   407.9399280548096    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   792.751 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.13402092456818    
 ATTN ifrq ipol ln           0           1      116444   16.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4997516    
  shift in azimuth *fractional pixel=  -0.4997516       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1335968971252441E-02
 WAYNE Motion comp. added to patch, time =    16.59500098228455    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4147987365722656E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3510569334030    
  Writing         4192 lines of data to file
 WAYNE write output data    1.412140965461731    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   415.5290780067444    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1208.280 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.8226170539856    
 ATTN ifrq ipol ln           0           1      118999   16.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4997542    
  shift in azimuth *fractional pixel=  -0.4997542       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1320948600769043E-02
 WAYNE Motion comp. added to patch, time =    15.2129 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     3.888 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.37263405323029    
 ATTN ifrq ipol ln           0           1       39620   16.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991252    
  shift in azimuth *fractional pixel=  -0.4991252       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1345028877258301E-02
 WAYNE Motion comp. added to patch, time =    16.56240701675415    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5449991226196289E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.6804459095001    
  Writing         4192 lines of data to file
 WAYNE write output data    15.20346295833588    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   385.8348209857941    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   389.723 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.41974294185638    
 ATTN ifrq ipol ln           0           1       43112   16.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4991429    
  shift in azimuth *fractional pixel=  -0.4991429       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1330008506774902E-02
 WAYNE Motion comp. added to patch, time =    15.25229001045227    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.9879293441772461E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3744029998779    
  Writing         4192 lines of data to file
 WAYNE write output data    9.607722043991089    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   418.6744750738144    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   808.398 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.43895792961121    
 ATTN ifrq ipol ln           0           1       46604   16.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4991569    
  shift in azimuth *fractional pixel=  -0.4991569       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1222958564758301E-02
 WAYNE Motion comp. added to patch, time =    15.32795703411102    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   7.2219371795654297E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5041450262070    
  Writing         4192 lines of data to file
 WAYNE write output data    1.510841965675354    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   401.8017899990082    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1210.200 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.5503720045090    
 ATTN ifrq ipol ln           0           1       50096   16.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4991666    
  shift in azimuth *fractional pixel=  -0.4991666       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1337995529174805E-02
 WAYNE Motion comp. added to patch, time =    15.2821 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     3.886 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.01982605457306    
 ATTN ifrq ipol ln           0           1       25652   16.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989845    
  shift in azimuth *fractional pixel=  -0.4989845       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1356949806213379E-02
 WAYNE Motion comp. added to patch, time =    16.08653199672699    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.5600194931030273E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3230309486389    
  Writing         4192 lines of data to file
 WAYNE write output data    1.576290011405945    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   368.0215729475021    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   371.908 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.7903519868851    
 ATTN ifrq ipol ln           0           1       29144   16.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989957    
  shift in azimuth *fractional pixel=  -0.4989957       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1416077613830566E-02
 WAYNE Motion comp. added to patch, time =    15.75025403499603    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.7019977569580078E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5183910131454    
  Writing         4192 lines of data to file
 WAYNE write output data    10.39049804210663    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   436.4898040294647    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   808.398 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.46923792362213    
 ATTN ifrq ipol ln           0           1       32636   16.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990538    
  shift in azimuth *fractional pixel=  -0.4990538       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1368036270141602E-02
 WAYNE Motion comp. added to patch, time =    16.02645301818848    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.2590994834899902E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.6618299484253    
  Writing         4192 lines of data to file
 WAYNE write output data    1.616912007331848    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   402.8100349903107    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1211.209 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.5925270318985    
 ATTN ifrq ipol ln           0           1       36128   16.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991188    
  shift in azimuth *fractional pixel=  -0.4991188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1510968208312988E-02
 WAYNE Motion comp. added to patch, time =    15.70894908828735    
 WAYNE Doppler estimation done, time =   2.0980834960937500E-05
 WAYNE write deskew done, time =   2.2578001022338867E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.3563480377197    
  Writing         4192 lines of data to file
 WAYNE write output data    1.458650946617126    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   411.1532939672470    
 ==w out          22       16771
5198726654    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.2513995170593262E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.9445099830627    
  Writing         4192 lines of data to file
 WAYNE write output data    1.447093009948730    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   409.2008410692215    
 ==w out          30       16771
1202430725    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.7215957641601563E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.7664250135422    
  Writing         4192 lines of data to file
 WAYNE write output data    1.493440032005310    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   422.6008609533310    
 ==w out          26       16771
3700618744    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.4619779586791992E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.0055990219116    
  Writing         4192 lines of data to file
 WAYNE write output data    1.862076997756958    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   414.1573621034622    
 ==w out          18       16771
2797641754    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   3.7312984466552734E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.5606999397278    
  Writing         4192 lines of data to file
 WAYNE write output data    1.822525024414063    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   423.2668950557709    
 ==w out          14       16771
7800540924    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.3331046104431152E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.4631619453430    
  Writing         4192 lines of data to file
 WAYNE write output data    1.810156941413879    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   425.3461070060730    
 ==w out          34       16771
7293090820    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7348041534423828E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.7810111045837    
  Writing         4192 lines of data to file
 WAYNE write output data    1.859863996505737    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   421.9835029840469    
 ==w out          10       16771
uth compression done, time =    316.7499020099640    
  Writing         4192 lines of data to file
 WAYNE write output data    6.979153990745544    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   433.9886460304260    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1232.090 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    79.50085401535034    
 ATTN ifrq ipol ln           0           1       18668   16.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989937    
  shift in azimuth *fractional pixel=  -0.4989937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1440038681030273E-02
 TESTING  0.0000000E+00   7.306723      0.7822260    
 WAYNE Motion comp. added to patch, time =    15.83397293090820    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0328044891357422E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.306723      0.7822260    
 HEY,dt,fract,ye,pe  -0.4989937       1.000000      6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    301.4659789800644    
  Writing         4192 lines of data to file
 WAYNE write output data    1.490429043769836    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   398.3243449926376    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1630.415 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    88.33515596389771    
 ATTN ifrq ipol ln           0           1       22160   16.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989852    
  shift in azimuth *fractional pixel=  -0.4989852       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0710000991821289E-02
 TESTING  0.0000000E+00   7.493953      0.3169968    
 WAYNE Motion comp. added to patch, time =    15.03182196617126    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1870136260986328E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.493953      0.3169968    
 HEY,dt,fract,ye,pe  -0.4989852       1.000000      6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    233.1077480316162    
  Writing         4192 lines of data to file
 WAYNE write output data    1.355296015739441    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   337.8440440893173    
 ==w out           6       20963
            1       29182           0
            2       29174           0
            3       29180           0
            4       29181           0
            5       29184           0
            6       29160           0
            7       29168           0
            8       29169           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1535470485687256    
 WAYNE LOOP TIME:     1973.289514064789    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_p.hh_j                     
 /export/air15/airops/1143/ts1143_p.mocomph                  
 /export/air15/airops/1143/ts1143_p.dop                      
 /export/air15/airops/1143/ts1143_p.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_p.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_p.dop                      
 globalfile /export/air15/airops/1143/ts1143_p.glb                      
 /export/air15/airops/1143/ts1143_p.glb                                38
 deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32904      -154.6674          138336
 last ra n_ns ns:   8608.929               1           1      139333
       138336
 lati loni:      139333   58.32901      -155.6191          139333           1
 center ra n_ns ns:   12869.28            1280        1280       70165
       138336
 lati loni:       70165   58.29058      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_p.hh_j                     
 WAYNE FINAL PROCESS   1977.049413919449    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_p.hh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_p.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.ph                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_p.hh                       
  Name of the line output file?
 /export/air15/airops/1143/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.217796087265015    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.1440       3012.596     -0.4989127     -0.4989127    
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.2678       2949.543     -0.4989226     -0.4989226    
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   952.8069       2897.419     -0.4989824     -0.4989824    
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   945.9302       2858.257     -0.4989937     -0.4989937    
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   959.9887       2858.125     -0.4989852     -0.4989852    
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   957.6888       2843.089     -0.4989845     -0.4989845    
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.3596       2780.570     -0.4989957     -0.4989957    
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   897.8807       2702.014     -0.4990538     -0.4990538    
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   881.6260       2635.921     -0.4991188     -0.4991188    
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.1435       2593.056     -0.4991252     -0.4991252    
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.1571       2564.640     -0.4991429     -0.4991429    
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   875.9108       2550.270     -0.4991569     -0.4991569    
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   856.6863       2496.494     -0.4991666     -0.4991666    
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.2824       2385.744     -0.4992400     -0.4992400    
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.2223       2280.499     -0.4993224     -0.4993224    
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.0464       2213.549     -0.4993488     -0.4993488    
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   791.8777       2176.603     -0.4993504     -0.4993504    
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.2493       2138.182     -0.4993735     -0.4993735    
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   747.7745       2077.829     -0.4993985     -0.4993985    
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.2706       2005.584     -0.4994311     -0.4994311    
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   703.9063       1919.286     -0.4994662     -0.4994662    
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   677.8998       1824.886     -0.4995219     -0.4995219    
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.4006       1753.386     -0.4995501     -0.4995501    
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.1741       1708.011     -0.4995614     -0.4995614    
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   636.8951       1651.709     -0.4995775     -0.4995775    
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.3211       1610.669     -0.4996054     -0.4996054    
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   636.6883       1585.211     -0.4995995     -0.4995995    
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.4575       1556.384     -0.4996032     -0.4996032    
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   582.9603       1477.182     -0.4996396     -0.4996396    
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.3648       1361.453     -0.4996869     -0.4996869    
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   521.9236       1262.443     -0.4997207     -0.4997207    
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   509.6246       1200.332     -0.4997516     -0.4997516    
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   499.9219       1172.083     -0.4997542     -0.4997542    
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    485.0239750146866    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    485.7608190774918    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.pp                         

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_p.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.7012700    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   -1.450000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.030000      0.5300000    
  -0.2200000    
  Receive leverarm x,y,z              =    2.030000      0.5300000    
  -0.2200000    



  Name of raw data file?
 /export/air12/airops/1143/p_hv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_p.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.ph                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5388001E-02
 reading motion compensation data
 WAYNE read motion compen    2.778272    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7867799    
 start range comp, time =      4.423

 WAYNE PREV   3.599699    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.612 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    53.34731602668762    
 ATTN ifrq ipol ln           0           2        8192   10.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989127    
  shift in azimuth *fractional pixel=  -0.4989127       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1561989784240723E-02
 TESTING  0.0000000E+00   6.557658     -9.1214143E-02
 WAYNE Motion comp. added to patch, time =    16.21625494956970    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.6289224624633789E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.557658     -9.1214143E-02
 HEY,dt,fract,ye,pe  -0.4989127       1.000000      7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    302.9922869205475    
  Writing         4192 lines of data to file
 WAYNE write output data    7.619598984718323    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   380.1915590763092    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   384.804 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    96.52147805690765    
 ATTN ifrq ipol ln           0           2       11684   10.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989226    
  shift in azimuth *fractional pixel=  -0.4989226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1916041374206543E-02
 TESTING  0.0000000E+00   6.929072      0.6393618    
 WAYNE Motion comp. added to patch, time =    15.72728800773621    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6559948921203613E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.929072      0.6393618    
 HEY,dt,fract,ye,pe  -0.4989226       1.000000      6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    300.7394009828568    
  Writing         4192 lines of data to file
 WAYNE write output data    1.356986999511719    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   414.3851339817047    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   799.189 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    97.60506391525269    
 ATTN ifrq ipol ln           0           2       15176   10.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989824    
  shift in azimuth *fractional pixel=  -0.4989824       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1650919914245605E-02
 TESTING  0.0000000E+00   7.155544       1.372037    
 WAYNE Motion comp. added to patch, time =    16.24604892730713    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4165034294128418E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.155544       1.372037    
 HEY,dt,fract,ye,pe  -0.4989824       1.000000      6.7825302E-02
   1.3694500E-02
 WAYNE Azim PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.677 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.63641595840454    
 ATTN ifrq ipol ln           0           2       67556   10.00000    
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4993735    
  shift in azimuth *fractional pixel=  -0.4993735       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1566042900085449E-02
 WAYNE Motion comp. added to patch, time =    17.20659601688385    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.8880834579467773E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.2484580278397    
  Writing         4192 lines of data to file
 WAYNE write output data    10.52529406547546    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   383.6331830024719    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   388.311 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.80524694919586    
 ATTN ifrq ipol ln           0           2       71048   10.00000    
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4993985    
  shift in azimuth *fractional pixel=  -0.4993985       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1342048645019531E-02
 WAYNE Motion comp. added to patch, time =    17.12442302703857    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   3.9239048957824707E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8145560026169    
  Writing         4192 lines of data to file
 WAYNE write output data    3.954728960990906    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   417.7511279582977    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   806.062 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.1732810735703    
 ATTN ifrq ipol ln           0           2       74540   10.00000    
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4994311    
  shift in azimuth *fractional pixel=  -0.4994311       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1247992515563965E-02
 WAYNE Motion comp. added to patch, time =    15.38649010658264    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1303057670593262E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.6294460296631    
  Writing         4192 lines of data to file
 WAYNE write output data    2.697534918785095    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   420.9207789897919    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1226.984 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.04209005832672    
 ATTN ifrq ipol ln           0           2       78032   10.00000    
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4994662    
  shift in azimuth *fractional pixel=  -0.4994662       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1138081550598145E-02
 WAYNE Motion comp. added to patch, time =    15.2245 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.662 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.79762196540833    
 ATTN ifrq ipol ln           0           2       53588   10.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992400    
  shift in azimuth *fractional pixel=  -0.4992400       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1342048645019531E-02
 WAYNE Motion comp. added to patch, time =    16.23420000076294    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.5690793991088867E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.6357769966125    
  Writing         4192 lines of data to file
 WAYNE write output data    11.40404403209686    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   385.0875040292740    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   389.750 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.03283298015594    
 ATTN ifrq ipol ln           0           2       57080   10.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1438012123107910E-02
 WAYNE Motion comp. added to patch, time =    15.50016391277313    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.8989992141723633E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4007359743118    
  Writing         4192 lines of data to file
 WAYNE write output data    5.214892029762268    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   418.1690390110016    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   807.919 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.6166039705276    
 ATTN ifrq ipol ln           0           2       60572   10.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993488    
  shift in azimuth *fractional pixel=  -0.4993488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1238098144531250E-02
 WAYNE Motion comp. added to patch, time =    15.41714501380920    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   6.7590475082397461E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.0011810064316    
  Writing         4192 lines of data to file
 WAYNE write output data    4.930894017219543    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   423.9855999946594    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1231.905 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.23881304264069    
 ATTN ifrq ipol ln           0           2       64064   10.00000    
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993504    
  shift in azimuth *fractional pixel=  -0.4993504       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1160969734191895E-02
 WAYNE Motion comp. added to patch, time =    15.8448 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.691 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.65256905555725    
 ATTN ifrq ipol ln           0           2       81524   10.00000    
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4995219    
  shift in azimuth *fractional pixel=  -0.4995219       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1325955390930176E-02
 WAYNE Motion comp. added to patch, time =    16.32736003398895    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5479793548583984E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.2959679365158    
  Writing         4192 lines of data to file
 WAYNE write output data    4.375618934631348    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   376.6674660444260    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   381.359 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.0682979822159    
 ATTN ifrq ipol ln           0           2       85016   10.00000    
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4995501    
  shift in azimuth *fractional pixel=  -0.4995501       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1886000633239746E-02
 WAYNE Motion comp. added to patch, time =    17.89715194702148    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.7102003097534180E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.2268669605255    
  Writing         4192 lines of data to file
 WAYNE write output data    11.16499197483063    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   434.3879120349884    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   815.748 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.37546896934509    
 ATTN ifrq ipol ln           0           2       88508   10.00000    
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1202096939086914E-02
 WAYNE Motion comp. added to patch, time =    15.27185702323914    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5372028350830078E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.9484399557114    
  Writing         4192 lines of data to file
 WAYNE write output data    1.519410014152527    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   401.1531220674515    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1216.901 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.1419609785080    
 ATTN ifrq ipol ln           0           2       92000   10.00000    
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4995775    
  shift in azimuth *fractional pixel=  -0.4995775       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1608958244323730E-02
 WAYNE Motion comp. added to patch, time =    15.3621 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.724 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.87735497951508    
 ATTN ifrq ipol ln           0           2      109460   10.00000    
 IPOL, ITOP nblock            2           0          30
  ****shift in azimuth (fractional pixel)=  -0.4996869    
  shift in azimuth *fractional pixel=  -0.4996869       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1920928955078125E-02
 WAYNE Motion comp. added to patch, time =    15.96962606906891    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4490356445312500E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.1533449888229    
  Writing         4192 lines of data to file
 WAYNE write output data    2.369938969612122    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   374.3865820169449    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   379.110 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.2732390165329    
 ATTN ifrq ipol ln           0           2      112952   10.00000    
 IPOL, ITOP nblock            2           0          31
  ****shift in azimuth (fractional pixel)=  -0.4997207    
  shift in azimuth *fractional pixel=  -0.4997207       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1372923851013184E-02
 WAYNE Motion comp. added to patch, time =    16.61698901653290    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   3.8348078727722168E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.6681299209595    
  Writing         4192 lines of data to file
 WAYNE write output data    1.488479018211365    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   423.0981509685516    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   802.209 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    109.6397210359573    
 ATTN ifrq ipol ln           0           2      116444   10.00000    
 IPOL, ITOP nblock            2           0          32
  ****shift in azimuth (fractional pixel)=  -0.4997516    
  shift in azimuth *fractional pixel=  -0.4997516       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1299967765808105E-02
 WAYNE Motion comp. added to patch, time =    15.51395595073700    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.8854975700378418E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.7638679742813    
  Writing         4192 lines of data to file
 WAYNE write output data    7.698029994964600    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   434.6480979919434    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1236.857 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.46893799304962    
 ATTN ifrq ipol ln           0           2      118999   10.00000    
 IPOL, ITOP nblock            2           0          33
  ****shift in azimuth (fractional pixel)=  -0.4997542    
  shift in azimuth *fractional pixel=  -0.4997542       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1199951171875000E-02
 WAYNE Motion comp. added to patch, time =    15.1810 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.707 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.96299600601196    
 ATTN ifrq ipol ln           0           2       95492   10.00000    
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996054    
  shift in azimuth *fractional pixel=  -0.4996054       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1617064476013184E-02
 WAYNE Motion comp. added to patch, time =    16.38902199268341    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6620626449584961E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.9308800697327    
  Writing         4192 lines of data to file
 WAYNE write output data    15.48734402656555    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   388.7867530584335    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   393.494 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.74792098999023    
 ATTN ifrq ipol ln           0           2       98984   10.00000    
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995995    
  shift in azimuth *fractional pixel=  -0.4995995       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1433959007263184E-02
 WAYNE Motion comp. added to patch, time =    16.01945900917053    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   6.7590475082397461E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.2435389757156    
  Writing         4192 lines of data to file
 WAYNE write output data    8.413336992263794    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   419.4444519281387    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   812.939 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    87.72821700572968    
 ATTN ifrq ipol ln           0           2      102476   10.00000    
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.2088060379028320E-02
 WAYNE Motion comp. added to patch, time =    15.86633598804474    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.4728059768676758E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.1633800268173    
  Writing         4192 lines of data to file
 WAYNE write output data    1.502110958099365    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   404.2983620166779    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1217.237 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.4022790193558    
 ATTN ifrq ipol ln           0           2      105968   10.00000    
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4996396    
  shift in azimuth *fractional pixel=  -0.4996396       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1273026466369629E-02
 WAYNE Motion comp. added to patch, time =    16.0376 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     4.631 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.01072299480438    
 ATTN ifrq ipol ln           0           2       25652   10.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989845    
  shift in azimuth *fractional pixel=  -0.4989845       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1422991752624512E-02
 WAYNE Motion comp. added to patch, time =    16.20136308670044    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.8220415115356445E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.6491889953613    
  Writing         4192 lines of data to file
 WAYNE write output data    1.473525047302246    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   371.3511270284653    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   375.982 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.8748680353165    
 ATTN ifrq ipol ln           0           2       29144   10.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989957    
  shift in azimuth *fractional pixel=  -0.4989957       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   2.9891967773437500E-02
 WAYNE Motion comp. added to patch, time =    16.04871094226837    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.7220010757446289E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.7836639881134    
  Writing         4192 lines of data to file
 WAYNE write output data    1.539743065834045    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   425.3054250478745    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   801.288 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    109.2874529361725    
 ATTN ifrq ipol ln           0           2       32636   10.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990538    
  shift in azimuth *fractional pixel=  -0.4990538       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1313915252685547E-02
 WAYNE Motion comp. added to patch, time =    15.89776003360748    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   6.7019462585449219E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.4574350118637    
  Writing         4192 lines of data to file
 WAYNE write output data    15.59044599533081    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   439.2527340650558    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1240.542 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    81.21631193161011    
 ATTN ifrq ipol ln           0           2       36128   10.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991188    
  shift in azimuth *fractional pixel=  -0.4991188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1186003684997559E-02
 WAYNE Motion comp. added to patch, time =    15.9067 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.647 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.86901199817657    
 ATTN ifrq ipol ln           0           2       39620   10.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991252    
  shift in azimuth *fractional pixel=  -0.4991252       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1604070663452148E-02
 WAYNE Motion comp. added to patch, time =    16.27960300445557    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.4770498275756836E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4706119298935    
  Writing         4192 lines of data to file
 WAYNE write output data    1.497310042381287    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   372.1325660943985    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   376.780 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.3225910663605    
 ATTN ifrq ipol ln           0           2       43112   10.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4991429    
  shift in azimuth *fractional pixel=  -0.4991429       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1320948600769043E-02
 WAYNE Motion comp. added to patch, time =    15.51943993568420    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   3.0979037284851074E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5744889974594    
  Writing         4192 lines of data to file
 WAYNE write output data    1.413709998130798    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   423.8739140033722    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   800.654 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.3427610397339    
 ATTN ifrq ipol ln           0           2       46604   10.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4991569    
  shift in azimuth *fractional pixel=  -0.4991569       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1409044265747070E-02
 WAYNE Motion comp. added to patch, time =    15.36737501621246    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0868062973022461E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.7745770215988    
  Writing         4192 lines of data to file
 WAYNE write output data    1.544407963752747    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   422.0629839897156    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1222.718 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.0538738965988    
 ATTN ifrq ipol ln           0           2       50096   10.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4991666    
  shift in azimuth *fractional pixel=  -0.4991666       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1380910873413086E-02
 WAYNE Motion comp. added to patch, time =    15.32527909584045    
 WAYNE Doppler estimation done, time =   2.5987625122070313E-05
 WAYNE write deskew done, time =   2.5942087173461914E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5887809991837    
  Writing         4192 lines of data to file
 WAYNE write output data    1.426477074623108    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   411.3260821104050    
 ==w out          22       16771
5904903412    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.7076969146728516E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.1277949810028    
  Writing         4192 lines of data to file
 WAYNE write output data    1.756190061569214    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   424.3542950153351    
 ==w out          30       16771
1298809052    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   6.4990520477294922E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.1434350013733    
  Writing         4192 lines of data to file
 WAYNE write output data    1.716392040252686    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   405.5297130346298    
 ==w out          34       16771
9095211029    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   6.4239501953125000E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.7130839824677    
  Writing         4192 lines of data to file
 WAYNE write output data    1.908549070358276    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   410.7247930765152    
 ==w out          18       16771
1801567078    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   6.6280364990234375E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.3093810081482    
  Writing         4192 lines of data to file
 WAYNE write output data    1.895580887794495    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   402.3478409051895    
 ==w out          10       16771
9699802399    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.9108047485351563E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.9892510175705    
  Writing         4192 lines of data to file
 WAYNE write output data    1.551323056221008    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   420.9631329774857    
 ==w out          14       16771
3994026184    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2527933120727539E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.7172609567642    
  Writing         4192 lines of data to file
 WAYNE write output data    4.175815939903259    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   427.4332929849625    
 ==w out          26       16771
uth compression done, time =    299.5240039825439    
  Writing         4192 lines of data to file
 WAYNE write output data    1.360216975212097    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   414.8003369569778    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1213.990 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    104.1981580257416    
 ATTN ifrq ipol ln           0           2       18668   10.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989937    
  shift in azimuth *fractional pixel=  -0.4989937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1163949966430664E-02
 TESTING  0.0000000E+00   7.306723      0.7822260    
 WAYNE Motion comp. added to patch, time =    16.56504797935486    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.8011083602905273E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.306723      0.7822260    
 HEY,dt,fract,ye,pe  -0.4989937       1.000000      6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    302.6435109376907    
  Writing         4192 lines of data to file
 WAYNE write output data    1.434182047843933    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   424.8816249370575    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1638.872 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    86.63759708404541    
 ATTN ifrq ipol ln           0           2       22160   10.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989852    
  shift in azimuth *fractional pixel=  -0.4989852       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0717988014221191E-02
 TESTING  0.0000000E+00   7.493953      0.3169968    
 WAYNE Motion comp. added to patch, time =    14.99309396743774    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1293997764587402E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.493953      0.3169968    
 HEY,dt,fract,ye,pe  -0.4989852       1.000000      6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    231.8847769498825    
  Writing         4192 lines of data to file
 WAYNE write output data    1.334313988685608    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   334.8831520080566    
 ==w out           6       20963
            1       29205           0
            2       29202           0
            3       29204           0
            4       29197           0
            5       29196           0
            6       29198           0
            7       29201           0
            8       29195           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1876120567321777    
 WAYNE LOOP TIME:     1978.017539024353    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_p.hv_j                     
 /export/air15/airops/1143/ts1143_p.mocomph                  
 /export/air15/airops/1143/ts1143_p.dop                      
 /export/air15/airops/1143/ts1143_p.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_p.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_p.dop                      
 globalfile /export/air15/airops/1143/ts1143_p.glb                      
 /export/air15/airops/1143/ts1143_p.glb                                38
 deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32904      -154.6674          138336
 last ra n_ns ns:   8608.929               1           1      139333
       138336
 lati loni:      139333   58.32901      -155.6191          139333           1
 center ra n_ns ns:   12869.28            1280        1280       70165
       138336
 lati loni:       70165   58.29058      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_p.hv_j                     
 WAYNE FINAL PROCESS   1982.573349952698    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_p.hv_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_p.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.ph                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_p.hv                       
  Name of the line output file?
 /export/air15/airops/1143/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.435464024543762    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.1440       3012.596     -0.4989127     -0.4989127    
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.2678       2949.543     -0.4989226     -0.4989226    
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   952.8069       2897.419     -0.4989824     -0.4989824    
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   945.9302       2858.257     -0.4989937     -0.4989937    
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   959.9887       2858.125     -0.4989852     -0.4989852    
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   957.6888       2843.089     -0.4989845     -0.4989845    
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.3596       2780.570     -0.4989957     -0.4989957    
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   897.8807       2702.014     -0.4990538     -0.4990538    
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   881.6260       2635.921     -0.4991188     -0.4991188    
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.1435       2593.056     -0.4991252     -0.4991252    
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.1571       2564.640     -0.4991429     -0.4991429    
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   875.9108       2550.270     -0.4991569     -0.4991569    
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   856.6863       2496.494     -0.4991666     -0.4991666    
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.2824       2385.744     -0.4992400     -0.4992400    
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.2223       2280.499     -0.4993224     -0.4993224    
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.0464       2213.549     -0.4993488     -0.4993488    
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   791.8777       2176.603     -0.4993504     -0.4993504    
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.2493       2138.182     -0.4993735     -0.4993735    
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   747.7745       2077.829     -0.4993985     -0.4993985    
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.2706       2005.584     -0.4994311     -0.4994311    
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   703.9063       1919.286     -0.4994662     -0.4994662    
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   677.8998       1824.886     -0.4995219     -0.4995219    
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.4006       1753.386     -0.4995501     -0.4995501    
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.1741       1708.011     -0.4995614     -0.4995614    
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   636.8951       1651.709     -0.4995775     -0.4995775    
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.3211       1610.669     -0.4996054     -0.4996054    
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   636.6883       1585.211     -0.4995995     -0.4995995    
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.4575       1556.384     -0.4996032     -0.4996032    
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   582.9603       1477.182     -0.4996396     -0.4996396    
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.3648       1361.453     -0.4996869     -0.4996869    
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   521.9236       1262.443     -0.4997207     -0.4997207    
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   509.6246       1200.332     -0.4997516     -0.4997516    
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   499.9219       1172.083     -0.4997542     -0.4997542    
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    476.9398939609528    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    477.7239259481430    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.pp                         

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_p.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.7012700    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   -1.450000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.030000      0.5300000    
  -0.2200000    
  Receive leverarm x,y,z              =    2.030000      0.5300000    
  -0.2200000    



  Name of raw data file?
 /export/air12/airops/1143/p_vh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_p.mocompv                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.pv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5354000E-02
 reading motion compensation data
 WAYNE read motion compen    2.772186    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7865613    
 start range comp, time =      3.825

 WAYNE PREV   3.593407    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.039 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    53.76562607288361    
 ATTN ifrq ipol ln           0           3        8192   10.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1244058609008789E-02
 TESTING  0.0000000E+00   6.557718     -9.1142833E-02
 WAYNE Motion comp. added to patch, time =    15.97823297977448    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6019811630249023E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.557718     -9.1142833E-02
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    302.5632259845734    
  Writing         4192 lines of data to file
 WAYNE write output data    2.654456973075867    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   374.9772109985352    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   379.016 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    107.0030200481415    
 ATTN ifrq ipol ln           0           3       11684   10.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1132955551147461E-02
 TESTING  0.0000000E+00   6.929115      0.6394990    
 WAYNE Motion comp. added to patch, time =    17.37002503871918    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1089911460876465E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.929115      0.6394990    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    301.6876289844513    
  Writing         4192 lines of data to file
 WAYNE write output data    1.625342965126038    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   427.7196489572525    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   806.736 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    100.9643589258194    
 ATTN ifrq ipol ln           0           3       15176   10.00000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1085987091064453E-02
 TESTING  0.0000000E+00   7.155566       1.372045    
 WAYNE Motion comp. added to patch, time =    16.05198204517365    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.9183039665222168E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.155566       1.372045    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7825302E-02
   1.3694500E-02
 WAYNE Azimuth compression done, time =    305.7438269853592    
  Writing         4192 lines of data to file
 WAYNE write output data    1.537312030792236    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   424.3292770385742    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.086 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.19882297515869    
 ATTN ifrq ipol ln           0           3       53588   10.00000    
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1348009109497070E-02
 WAYNE Motion comp. added to patch, time =    16.42643404006958    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5680065155029297E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.9188659191132    
  Writing         4192 lines of data to file
 WAYNE write output data    2.863155007362366    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   375.4231970310211    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   379.509 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.9543169736862    
 ATTN ifrq ipol ln           0           3       57080   10.00000    
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1379003524780273E-02
 WAYNE Motion comp. added to patch, time =    18.87741398811340    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.8691053390502930E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.3586460351944    
  Writing         4192 lines of data to file
 WAYNE write output data    13.32617592811584    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   441.5584429502487    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   821.068 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.32588398456573    
 ATTN ifrq ipol ln           0           3       60572   10.00000    
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.1120915412902832E-02
 WAYNE Motion comp. added to patch, time =    15.79942309856415    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   3.4244894981384277E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.3935739994049    
  Writing         4192 lines of data to file
 WAYNE write output data    1.477156996726990    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   407.0427060127258    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1228.111 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.9786649942398    
 ATTN ifrq ipol ln           0           3       64064   10.00000    
 IPOL, ITOP nblock            3           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1509060859680176E-02
 WAYNE Motion comp. added to patch, time =    16.24022901058197    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.5822043418884277E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.6250829696655    
  Writing         4192 lines of data to file
 WAYNE write output data    1.469464063644409    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   427.3521569967270    
 ==w out          18       16771
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.101 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    56.71227407455444    
 ATTN ifrq ipol ln           0           3       67556   10.00000    
 IPOL, ITOP nblock            3           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1587023735046387E-02
 WAYNE Motion comp. added to patch, time =    17.51560103893280    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.8790235519409180E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.6980310678482    
  Writing         4192 lines of data to file
 WAYNE write output data    13.87906098365784    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   388.8215889930725    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   392.923 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.75830399990082    
 ATTN ifrq ipol ln           0           3       71048   10.00000    
 IPOL, ITOP nblock            3           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.3491034507751465E-02
 WAYNE Motion comp. added to patch, time =    15.72639703750610    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   3.0207037925720215E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.9292730093002    
  Writing         4192 lines of data to file
 WAYNE write output data    14.10377204418182    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   429.5631930828094    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   822.487 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    82.51073288917542    
 ATTN ifrq ipol ln           0           3       74540   10.00000    
 IPOL, ITOP nblock            3           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.1241912841796875E-02
 WAYNE Motion comp. added to patch, time =    15.96931505203247    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.7407059669494629E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.5685629844666    
  Writing         4192 lines of data to file
 WAYNE write output data    1.502140998840332    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   406.5808420181274    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1229.068 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.2975910902023    
 ATTN ifrq ipol ln           0           3       78032   10.00000    
 IPOL, ITOP nblock            3           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1059999465942383E-02
 WAYNE Motion comp. added to patch, time =    19.06762492656708    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   3.8255095481872559E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.5716139078140    
  Writing         4192 lines of data to file
 WAYNE write output data    1.443910956382751    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   428.4315509796143    
 ==w out          22       16771
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.136 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.53050994873047    
 ATTN ifrq ipol ln           0           3       95492   10.00000    
 IPOL, ITOP nblock            3           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1336922645568848E-02
 WAYNE Motion comp. added to patch, time =    15.99209702014923    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6459693908691406E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.5314660072327    
  Writing         4192 lines of data to file
 WAYNE write output data    2.544229030609131    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   374.6139299869537    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   378.750 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.3993200063705    
 ATTN ifrq ipol ln           0           3       98984   10.00000    
 IPOL, ITOP nblock            3           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1191964149475098E-02
 WAYNE Motion comp. added to patch, time =    17.57960093021393    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.1542906761169434E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.1555368900299    
  Writing         4192 lines of data to file
 WAYNE write output data    10.36803805828094    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   438.5368690490723    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   817.288 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.2945261001587    
 ATTN ifrq ipol ln           0           3      102476   10.00000    
 IPOL, ITOP nblock            3           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1286020278930664E-02
 WAYNE Motion comp. added to patch, time =    16.36784100532532    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   3.2961964607238770E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.7751699686050    
  Writing         4192 lines of data to file
 WAYNE write output data    6.179328918457031    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   432.6629999876022    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1249.951 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.32669508457184    
 ATTN ifrq ipol ln           0           3      105968   10.00000    
 IPOL, ITOP nblock            3           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1151909828186035E-02
 WAYNE Motion comp. added to patch, time =    15.94381403923035    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5513052940368652E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.5937240123749    
  Writing         4192 lines of data to file
 WAYNE write output data    1.358950018882751    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   410.2612940073013    
 ==w out          30       16771
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.115 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.36935794353485    
 ATTN ifrq ipol ln           0           3       81524   10.00000    
 IPOL, ITOP nblock            3           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1252999305725098E-02
 WAYNE Motion comp. added to patch, time =    16.02328097820282    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6319026947021484E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.6220719814301    
  Writing         4192 lines of data to file
 WAYNE write output data    1.743363976478577    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   372.7739759683609    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   376.890 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    109.4118839502335    
 ATTN ifrq ipol ln           0           3       85016   10.00000    
 IPOL, ITOP nblock            3           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1197924613952637E-02
 WAYNE Motion comp. added to patch, time =    15.79959607124329    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6589989662170410E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.7222410440445    
  Writing         4192 lines of data to file
 WAYNE write output data    1.406044006347656    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   428.3790730237961    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   805.269 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.1196299791336    
 ATTN ifrq ipol ln           0           3       88508   10.00000    
 IPOL, ITOP nblock            3           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1451959609985352E-02
 WAYNE Motion comp. added to patch, time =    15.76704311370850    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.8705010414123535E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.1696319580078    
  Writing         4192 lines of data to file
 WAYNE write output data    5.768267989158630    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   443.8567429780960    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1249.126 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    86.37273406982422    
 ATTN ifrq ipol ln           0           3       92000   10.00000    
 IPOL, ITOP nblock            3           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1317014694213867E-02
 WAYNE Motion comp. added to patch, time =    15.85179996490479    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   7.5337052345275879E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.0568319559097    
  Writing         4192 lines of data to file
 WAYNE write output data    1.364410996437073    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   412.7340790033340    
 ==w out          26       16771
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.143 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.90566301345825    
 ATTN ifrq ipol ln           0           3      109460   10.00000    
 IPOL, ITOP nblock            3           0          30
 WAYNE Motion comp. coeff. calculated, time =   1.1222004890441895E-02
 WAYNE Motion comp. added to patch, time =    15.93239498138428    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6210546493530273E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.2201430797577    
  Writing         4192 lines of data to file
 WAYNE write output data    14.74484097957611    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   388.8188790082932    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   392.963 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.04127490520477    
 ATTN ifrq ipol ln           0           3      112952   10.00000    
 IPOL, ITOP nblock            3           0          31
 WAYNE Motion comp. coeff. calculated, time =   1.1257052421569824E-02
 WAYNE Motion comp. added to patch, time =    15.36696600914001    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   3.7739992141723633E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4245890378952    
  Writing         4192 lines of data to file
 WAYNE write output data    1.609580039978027    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   413.4931030273438    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   806.456 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    117.8178550004959    
 ATTN ifrq ipol ln           0           3      116444   10.00000    
 IPOL, ITOP nblock            3           0          32
 WAYNE Motion comp. coeff. calculated, time =   1.1417031288146973E-02
 WAYNE Motion comp. added to patch, time =    15.90353095531464    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5173068046569824E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.4152119159698    
  Writing         4192 lines of data to file
 WAYNE write output data    5.398118019104004    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   445.5735970735550    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1252.030 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.75764191150665    
 ATTN ifrq ipol ln           0           3      118999   10.00000    
 IPOL, ITOP nblock            3           0          33
 WAYNE Motion comp. coeff. calculated, time =   1.1077046394348145E-02
 WAYNE Motion comp. added to patch, time =    15.85379898548126    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   6.9370269775390625E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.0533369779587    
  Writing         4192 lines of data to file
 WAYNE write output data    1.367913007736206    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   411.0521439313889    
 ==w out          34       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.068 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.38468098640442    
 ATTN ifrq ipol ln           0           3       39620   10.00000    
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1365056037902832E-02
 WAYNE Motion comp. added to patch, time =    16.56324601173401    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.8120279312133789E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.6889179944992    
  Writing         4192 lines of data to file
 WAYNE write output data    17.07422101497650    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   391.7274149656296    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   395.797 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.58326792716980    
 ATTN ifrq ipol ln           0           3       43112   10.00000    
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1389970779418945E-02
 WAYNE Motion comp. added to patch, time =    15.23287093639374    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.8567085266113281E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.2590810060501    
  Writing         4192 lines of data to file
 WAYNE write output data    20.24022698402405    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   430.3470339775085    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   826.144 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    90.80597400665283    
 ATTN ifrq ipol ln           0           3       46604   10.00000    
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.1359930038452148E-02
 WAYNE Motion comp. added to patch, time =    15.71980094909668    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5255084037780762E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.9263750314713    
  Writing         4192 lines of data to file
 WAYNE write output data    1.547052979469299    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   414.0373840332031    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1240.182 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.7295249700546    
 ATTN ifrq ipol ln           0           3       50096   10.00000    
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1215925216674805E-02
 WAYNE Motion comp. added to patch, time =    15.75874590873718    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   7.0120096206665039E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.2349870204926    
  Writing         4192 lines of data to file
 WAYNE write output data    1.346284985542297    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   426.0894749164581    
 ==w out          14       16771
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     4.056 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.88683497905731    
 ATTN ifrq ipol ln           0           3       25652   10.00000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1585950851440430E-02
 WAYNE Motion comp. added to patch, time =    16.29253995418549    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4269819259643555E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4406599998474    
  Writing         4192 lines of data to file
 WAYNE write output data    2.067613005638123    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   373.7034190893173    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   377.760 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.0311759710312    
 ATTN ifrq ipol ln           0           3       29144   10.00000    
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1260986328125000E-02
 WAYNE Motion comp. added to patch, time =    15.34206604957581    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6804924011230469E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.3776110410690    
  Writing         4192 lines of data to file
 WAYNE write output data    1.482313990592957    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   425.2726099491119    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   803.033 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.5658059120178    
 ATTN ifrq ipol ln           0           3       32636   10.00000    
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.1350989341735840E-02
 WAYNE Motion comp. added to patch, time =    16.13895392417908    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   3.3656001091003418E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.6845539808273    
  Writing         4192 lines of data to file
 WAYNE write output data    1.700637936592102    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   438.1366720199585    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1241.170 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.5785290002823    
 ATTN ifrq ipol ln           0           3       36128   10.00000    
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1242985725402832E-02
 WAYNE Motion comp. added to patch, time =    16.34481596946716    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.7956008911132813E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.5645160675049    
  Writing         4192 lines of data to file
 WAYNE write output data    1.353306055068970    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   427.9110480546951    
 ==w out          10       16771
0477        18668 patch#            4
  reference line: 14572  1231.072 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    100.8650130033493    
 ATTN ifrq ipol ln           0           3       18668   10.00000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.1129021644592285E-02
 TESTING  0.0000000E+00   7.306753      0.7821053    
 WAYNE Motion comp. added to patch, time =    16.05990898609161    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.3899078369140625E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.306753      0.7821053    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    308.2862939834595    
  Writing         4192 lines of data to file
 WAYNE write output data    1.431483030319214    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   426.6855709552765    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1657.752 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    89.47102797031403    
 ATTN ifrq ipol ln           0           3       22160   10.00000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.0851025581359863E-02
 TESTING  0.0000000E+00   7.493968      0.3170151    
 WAYNE Motion comp. added to patch, time =    15.03391098976135    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1049976348876953E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.493968      0.3170151    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    231.6272909641266    
  Writing         4192 lines of data to file
 WAYNE write output data    1.336655020713806    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   337.4832210540771    
 ==w out           6       20963
            1       29240           0
            2       29232           0
            3       29237           0
            4       29236           0
            5       29242           0
            6       29239           0
            7       29233           0
            8       29226           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    6.2363028526306152E-02
 WAYNE LOOP TIME:     1999.978114008904    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_p.vh_j                     
 /export/air15/airops/1143/ts1143_p.mocompv                  
 /export/air15/airops/1143/ts1143_p.dop                      
 /export/air15/airops/1143/ts1143_p.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_p.mocompv                  
 dopfile /export/air15/airops/1143/ts1143_p.dop                      
 globalfile /export/air15/airops/1143/ts1143_p.glb                      
 /export/air15/airops/1143/ts1143_p.glb                                38
 deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32904      -154.6674          138336
 last ra n_ns ns:   8608.929               1           1      139333
       138336
 lati loni:      139333   58.32901      -155.6191          139333           1
 center ra n_ns ns:   12869.28            1280        1280       70165
       138336
 lati loni:       70165   58.29058      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_p.vh_j                     
 WAYNE FINAL PROCESS   2003.917960047722    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_p.vh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_p.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.pv                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_p.vh                       
  Name of the line output file?
 /export/air15/airops/1143/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.581568002700806    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.6429       3013.095      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.7665       2950.042      0.0000000E+00  0.0000000E+00
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   953.3058       2897.918      0.0000000E+00  0.0000000E+00
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   946.4292       2858.756      0.0000000E+00  0.0000000E+00
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   960.4877       2858.624      0.0000000E+00  0.0000000E+00
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   958.1877       2843.588      0.0000000E+00  0.0000000E+00
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.8583       2781.069      0.0000000E+00  0.0000000E+00
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   898.3798       2702.513      0.0000000E+00  0.0000000E+00
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   882.1251       2636.420      0.0000000E+00  0.0000000E+00
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.6426       2593.555      0.0000000E+00  0.0000000E+00
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.6563       2565.139      0.0000000E+00  0.0000000E+00
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   876.4097       2550.769      0.0000000E+00  0.0000000E+00
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   857.1854       2496.994      0.0000000E+00  0.0000000E+00
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.7817       2386.244      0.0000000E+00  0.0000000E+00
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.7216       2280.999      0.0000000E+00  0.0000000E+00
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.5457       2214.048      0.0000000E+00  0.0000000E+00
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   792.3770       2177.102      0.0000000E+00  0.0000000E+00
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.7487       2138.681      0.0000000E+00  0.0000000E+00
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   748.2739       2078.329      0.0000000E+00  0.0000000E+00
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.7701       2006.083      0.0000000E+00  0.0000000E+00
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   704.4057       1919.786      0.0000000E+00  0.0000000E+00
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   678.3992       1825.385      0.0000000E+00  0.0000000E+00
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.9001       1753.885      0.0000000E+00  0.0000000E+00
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.6737       1708.511      0.0000000E+00  0.0000000E+00
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   637.3947       1652.209      0.0000000E+00  0.0000000E+00
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.8207       1611.169      0.0000000E+00  0.0000000E+00
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   637.1879       1585.710      0.0000000E+00  0.0000000E+00
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.9570       1556.883      0.0000000E+00  0.0000000E+00
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   583.4598       1477.682      0.0000000E+00  0.0000000E+00
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.8645       1361.953      0.0000000E+00  0.0000000E+00
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   522.4233       1262.942      0.0000000E+00  0.0000000E+00
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   510.1244       1200.832      0.0000000E+00  0.0000000E+00
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   500.4217       1172.582      0.0000000E+00  0.0000000E+00
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    520.4710570573807    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    521.4404400587082    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.pp                         

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_p.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.7012700    
  ADC sampling frequency (MHz)         =    90.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    40.00000    
  Ashift                               =   -1.450000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =    2.030000      0.5300000    
  -0.2200000    
  Receive leverarm x,y,z              =    2.030000      0.5300000    
  -0.2200000    



  Name of raw data file?
 /export/air12/airops/1143/p_vv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_p.mocompv                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.pv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5325002E-02
 reading motion compensation data
 WAYNE read motion compen    2.773715    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7868330    
 start range comp, time =      3.831

 WAYNE PREV   3.594811    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.045 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    49.20538699626923    
 ATTN ifrq ipol ln           0           4        8192   16.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1468052864074707E-02
 TESTING  0.0000000E+00   6.557718     -9.1142833E-02
 WAYNE Motion comp. added to patch, time =    16.31046497821808    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5050640106201172E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.557718     -9.1142833E-02
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    305.2087560892105    
  Writing         4192 lines of data to file
 WAYNE write output data    1.658142089843750    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   372.3985680341721    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   376.444 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    103.2076580524445    
 ATTN ifrq ipol ln           0           4       11684   16.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1067032814025879E-02
 TESTING  0.0000000E+00   6.929115      0.6394990    
 WAYNE Motion comp. added to patch, time =    16.02495002746582    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.8259038925170898E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.929115      0.6394990    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    302.0805819034576    
  Writing         4192 lines of data to file
 WAYNE write output data    10.19812405109406    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   431.5523470640182    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   807.996 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    75.89132797718048    
 ATTN ifrq ipol ln           0           4       15176   16.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1418938636779785E-02
 TESTING  0.0000000E+00   7.155566       1.372045    
 WAYNE Motion comp. added to patch, time =    15.64215207099915    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.2978901863098145E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.155566       1.372045    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7825302E-02
   1.3694500E-02
 WAYNE Azimuth compression done, time =    302.1184029579163    
  Writing         4192 lines of data to file
 WAYNE write output data    20.63767302036285    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   414.3254120349884    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.146 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.70388305187225    
 ATTN ifrq ipol ln           0           4      109460   16.00000    
 IPOL, ITOP nblock            4           0          30
 WAYNE Motion comp. coeff. calculated, time =   1.1213064193725586E-02
 WAYNE Motion comp. added to patch, time =    16.27023994922638    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4559497833251953E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.8635619878769    
  Writing         4192 lines of data to file
 WAYNE write output data    16.40585899353027    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   388.2592189311981    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   392.406 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.39208495616913    
 ATTN ifrq ipol ln           0           4      112952   16.00000    
 IPOL, ITOP nblock            4           0          31
 WAYNE Motion comp. coeff. calculated, time =   1.1203050613403320E-02
 WAYNE Motion comp. added to patch, time =    15.40472793579102    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9043922424316406E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.9587008953094    
  Writing         4192 lines of data to file
 WAYNE write output data    1.610312938690186    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   404.3976600170135    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   796.804 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.76860606670380    
 ATTN ifrq ipol ln           0           4      116444   16.00000    
 IPOL, ITOP nblock            4           0          32
 WAYNE Motion comp. coeff. calculated, time =   1.1361956596374512E-02
 WAYNE Motion comp. added to patch, time =    15.97390806674957    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   3.2195925712585449E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.7930090427399    
  Writing         4192 lines of data to file
 WAYNE write output data    3.484790086746216    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   408.0653730630875    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1204.870 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.15493190288544    
 ATTN ifrq ipol ln           0           4      118999   16.00000    
 IPOL, ITOP nblock            4           0          33
 WAYNE Motion comp. coeff. calculated, time =   1.1219978332519531E-02
 WAYNE Motion comp. added to patch, time =    15.53638398647308    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   3.6767005920410156E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.1201870441437    
  Writing         4192 lines of data to file
 WAYNE write output data    1.532150030136108    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   404.3932160139084    
 ==w out          34       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.073 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.02177596092224    
 ATTN ifrq ipol ln           0           4       39620   16.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1321902275085449E-02
 WAYNE Motion comp. added to patch, time =    16.15827500820160    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6179552078247070E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.9743770360947    
  Writing         4192 lines of data to file
 WAYNE write output data    1.990260004997253    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   373.1607990264893    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   377.234 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.06872200965881    
 ATTN ifrq ipol ln           0           4       43112   16.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1234998703002930E-02
 WAYNE Motion comp. added to patch, time =    15.42427706718445    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1687984466552734E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.9457600116730    
  Writing         4192 lines of data to file
 WAYNE write output data    1.412826061248779    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   405.8859040737152    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   783.121 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.04411709308624    
 ATTN ifrq ipol ln           0           4       46604   16.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.1174082756042480E-02
 WAYNE Motion comp. added to patch, time =    15.93847692012787    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4606943130493164E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.9518510103226    
  Writing         4192 lines of data to file
 WAYNE write output data    1.360931038856506    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   407.3327280282974    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1190.454 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.06624805927277    
 ATTN ifrq ipol ln           0           4       50096   16.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1330008506774902E-02
 WAYNE Motion comp. added to patch, time =    27.81091904640198    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   3.4793019294738770E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.6570329666138    
  Writing         4192 lines of data to file
 WAYNE write output data    1.387480020523071    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   423.9695860147476    
 ==w out          14       16771
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.117 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.79958593845367    
 ATTN ifrq ipol ln           0           4       81524   16.00000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1274933815002441E-02
 WAYNE Motion comp. added to patch, time =    16.52086794376373    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4790763854980469E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.6037399768829    
  Writing         4192 lines of data to file
 WAYNE write output data    1.793849945068359    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   372.7338269948959    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   376.851 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.5453460216522    
 ATTN ifrq ipol ln           0           4       85016   16.00000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1164903640747070E-02
 WAYNE Motion comp. added to patch, time =    15.63378405570984    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.7897000312805176E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.1001030206680    
  Writing         4192 lines of data to file
 WAYNE write output data    9.948364973068237    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   430.2683730125427    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   807.120 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    76.29109203815460    
 ATTN ifrq ipol ln           0           4       88508   16.00000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1179089546203613E-02
 WAYNE Motion comp. added to patch, time =    15.36351001262665    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2269010543823242E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.9619410037994    
  Writing         4192 lines of data to file
 WAYNE write output data    18.90192997455597    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   414.5534629821777    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1221.674 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    87.66201698780060    
 ATTN ifrq ipol ln           0           4       92000   16.00000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1503934860229492E-02
 WAYNE Motion comp. added to patch, time =    15.41315293312073    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2834897041320801E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    297.7483040094376    
  Writing         4192 lines of data to file
 WAYNE write output data    1.359860062599182    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   402.2192909717560    
 ==w out          26       16771
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.102 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.51394093036652    
 ATTN ifrq ipol ln           0           4       67556   16.00000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1323094367980957E-02
 WAYNE Motion comp. added to patch, time =    17.39496195316315    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6949644088745117E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.2525150775909    
  Writing         4192 lines of data to file
 WAYNE write output data    14.00781500339508    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   387.1854950189590    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   391.288 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    75.73934698104858    
 ATTN ifrq ipol ln           0           4       71048   16.00000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1386036872863770E-02
 WAYNE Motion comp. added to patch, time =    15.66263997554779    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   6.9329738616943359E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.1513320207596    
  Writing         4192 lines of data to file
 WAYNE write output data    1.484801054000854    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   396.0579940080643    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   787.347 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.52814197540283    
 ATTN ifrq ipol ln           0           4       74540   16.00000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.1194944381713867E-02
 WAYNE Motion comp. added to patch, time =    20.01843500137329    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.3774037361145020E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.3618481159210    
  Writing         4192 lines of data to file
 WAYNE write output data    7.975720047950745    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   423.9108960628510    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1211.258 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.7590639591217    
 ATTN ifrq ipol ln           0           4       78032   16.00000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1447072029113770E-02
 WAYNE Motion comp. added to patch, time =    15.33928501605988    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6941061019897461E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.9009410142899    
  Writing         4192 lines of data to file
 WAYNE write output data    1.348437905311584    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   419.3877269029617    
 ==w out          22       16771
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     4.062 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.71856105327606    
 ATTN ifrq ipol ln           0           4       25652   16.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.2073040008544922E-02
 WAYNE Motion comp. added to patch, time =    16.05262696743011    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4640560150146484E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.9000899791718    
  Writing         4192 lines of data to file
 WAYNE write output data    15.57010495662689    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   387.2578029632568    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   391.320 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    86.61532199382782    
 ATTN ifrq ipol ln           0           4       29144   16.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1281967163085938E-02
 WAYNE Motion comp. added to patch, time =    15.91066694259644    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.0203957557678223E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.1878039836884    
  Writing         4192 lines of data to file
 WAYNE write output data    8.644723057746887    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   414.3816720247269    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   805.702 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    77.46540808677673    
 ATTN ifrq ipol ln           0           4       32636   16.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.1188030242919922E-02
 WAYNE Motion comp. added to patch, time =    15.83479201793671    
 WAYNE Doppler estimation done, time =   1.6927719116210938E-05
 WAYNE write deskew done, time =   1.3060927391052246E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.2450230121613    
  Writing         4192 lines of data to file
 WAYNE write output data    1.751693964004517    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   396.3227200508118    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1202.025 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.2295539379120    
 ATTN ifrq ipol ln           0           4       36128   16.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1509060859680176E-02
 WAYNE Motion comp. added to patch, time =    16.00022995471954    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.7742981910705566E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.8216619491577    
  Writing         4192 lines of data to file
 WAYNE write output data    1.410450935363770    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   430.5029579401016    
 ==w out          10       16771
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.088 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.09857606887817    
 ATTN ifrq ipol ln           0           4       53588   16.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1319041252136230E-02
 WAYNE Motion comp. added to patch, time =    17.35341203212738    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6400089263916016E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.9315460920334    
  Writing         4192 lines of data to file
 WAYNE write output data    12.58746397495270    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   386.9871419668198    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   391.076 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.63172996044159    
 ATTN ifrq ipol ln           0           4       57080   16.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1247992515563965E-02
 WAYNE Motion comp. added to patch, time =    15.36417305469513    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   6.4970254898071289E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3859469890594    
  Writing         4192 lines of data to file
 WAYNE write output data    5.166702985763550    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   410.5680549144745    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   801.644 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    80.27115297317505    
 ATTN ifrq ipol ln           0           4       60572   16.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.1224985122680664E-02
 WAYNE Motion comp. added to patch, time =    15.89554202556610    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2284984588623047E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8421009778976    
  Writing         4192 lines of data to file
 WAYNE write output data    1.633550047874451    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   399.6774519681931    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1201.322 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.5482059717178    
 ATTN ifrq ipol ln           0           4       64064   16.00000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1561989784240723E-02
 WAYNE Motion comp. added to patch, time =    15.96421802043915    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   7.0190429687500000E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    297.8356709480286    
  Writing         4192 lines of data to file
 WAYNE write output data    1.409268021583557    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   431.7774440050125    
 ==w out          18       16771
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.132 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.70083498954773    
 ATTN ifrq ipol ln           0           4       95492   16.00000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1318087577819824E-02
 WAYNE Motion comp. added to patch, time =    16.35665202140808    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5029182434082031E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.3647890090942    
  Writing         4192 lines of data to file
 WAYNE write output data    13.42102801799774    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   385.8591309785843    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   389.992 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    76.85155189037323    
 ATTN ifrq ipol ln           0           4       98984   16.00000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1228919029235840E-02
 WAYNE Motion comp. added to patch, time =    15.82272505760193    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1466970443725586E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.7412519454956    
  Writing         4192 lines of data to file
 WAYNE write output data    1.535997986793518    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   396.9857540130615    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   786.978 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.12647306919098    
 ATTN ifrq ipol ln           0           4      102476   16.00000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1250019073486328E-02
 WAYNE Motion comp. added to patch, time =    19.13652992248535    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5081992149353027E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8799189329147    
  Writing         4192 lines of data to file
 WAYNE write output data    1.481793999671936    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   413.6626589298248    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1200.641 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    123.5407071113586    
 ATTN ifrq ipol ln           0           4      105968   16.00000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1515021324157715E-02
 WAYNE Motion comp. added to patch, time =    16.08406305313110    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   7.1699619293212891E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    296.9570379257202    
  Writing         4192 lines of data to file
 WAYNE write output data    1.335553050041199    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   437.9383440017700    
 ==w out          30       16771
0477        18668 patch#            4
  reference line: 14572  1222.329 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    74.93004298210144    
 ATTN ifrq ipol ln           0           4       18668   16.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.1183977127075195E-02
 TESTING  0.0000000E+00   7.306753      0.7821053    
 WAYNE Motion comp. added to patch, time =    15.37186408042908    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4433016777038574E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.306753      0.7821053    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    298.4510329961777    
  Writing         4192 lines of data to file
 WAYNE write output data    1.346162915229797    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   390.1427099704742    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1612.465 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    88.03699898719788    
 ATTN ifrq ipol ln           0           4       22160   16.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.0714054107666016E-02
 TESTING  0.0000000E+00   7.493968      0.3170151    
 WAYNE Motion comp. added to patch, time =    14.95576608181000    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1159648895263672E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.493968      0.3170151    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    232.1496679782867    
  Writing         4192 lines of data to file
 WAYNE write output data    1.341417908668518    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   336.4978489875793    
 ==w out           6       20963
            1       36038           0
            2       36097           0
            3       36087           0
            4       36084           0
            5       36094           0
            6       36098           0
            7       36092           0
            8       36095           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1527140140533447    
 WAYNE LOOP TIME:     1953.823803067207    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_p.vv_j                     
 /export/air15/airops/1143/ts1143_p.mocompv                  
 /export/air15/airops/1143/ts1143_p.dop                      
 /export/air15/airops/1143/ts1143_p.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_p.mocompv                  
 dopfile /export/air15/airops/1143/ts1143_p.dop                      
 globalfile /export/air15/airops/1143/ts1143_p.glb                      
 /export/air15/airops/1143/ts1143_p.glb                                38
 deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8608.929    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32904      -154.6674          138336
 last ra n_ns ns:   8608.929               1           1      139333
       138336
 lati loni:      139333   58.32901      -155.6191          139333           1
 center ra n_ns ns:   12869.28            1280        1280       70165
       138336
 lati loni:       70165   58.29058      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_p.vv_j                     
 WAYNE FINAL PROCESS   1957.790086030960    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_p.vv_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_p.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.pv                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_p.vv                       
  Name of the line output file?
 /export/air15/airops/1143/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.512134909629822    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.6429       3013.095      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.7665       2950.042      0.0000000E+00  0.0000000E+00
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   953.3058       2897.918      0.0000000E+00  0.0000000E+00
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   946.4292       2858.756      0.0000000E+00  0.0000000E+00
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   960.4877       2858.624      0.0000000E+00  0.0000000E+00
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   958.1877       2843.588      0.0000000E+00  0.0000000E+00
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.8583       2781.069      0.0000000E+00  0.0000000E+00
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   898.3798       2702.513      0.0000000E+00  0.0000000E+00
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   882.1251       2636.420      0.0000000E+00  0.0000000E+00
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.6426       2593.555      0.0000000E+00  0.0000000E+00
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.6563       2565.139      0.0000000E+00  0.0000000E+00
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   876.4097       2550.769      0.0000000E+00  0.0000000E+00
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   857.1854       2496.994      0.0000000E+00  0.0000000E+00
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.7817       2386.244      0.0000000E+00  0.0000000E+00
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.7216       2280.999      0.0000000E+00  0.0000000E+00
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.5457       2214.048      0.0000000E+00  0.0000000E+00
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   792.3770       2177.102      0.0000000E+00  0.0000000E+00
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.7487       2138.681      0.0000000E+00  0.0000000E+00
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   748.2739       2078.329      0.0000000E+00  0.0000000E+00
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.7701       2006.083      0.0000000E+00  0.0000000E+00
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   704.4057       1919.786      0.0000000E+00  0.0000000E+00
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   678.3992       1825.385      0.0000000E+00  0.0000000E+00
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.9001       1753.885      0.0000000E+00  0.0000000E+00
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.6737       1708.511      0.0000000E+00  0.0000000E+00
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   637.3947       1652.209      0.0000000E+00  0.0000000E+00
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.8207       1611.169      0.0000000E+00  0.0000000E+00
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   637.1879       1585.710      0.0000000E+00  0.0000000E+00
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.9570       1556.883      0.0000000E+00  0.0000000E+00
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   583.4598       1477.682      0.0000000E+00  0.0000000E+00
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.8645       1361.953      0.0000000E+00  0.0000000E+00
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   522.4233       1262.942      0.0000000E+00  0.0000000E+00
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   510.1244       1200.832      0.0000000E+00  0.0000000E+00
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   500.4217       1172.582      0.0000000E+00  0.0000000E+00
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    473.6965839862823    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    474.4883929491043    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560      116219          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                  6456
   *************************************** 
   *****                             ***** 
   ***** 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
  Calculating the ratio of HV and VH....
 amvh,amhv   10.22728       5.097311    
 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 =   0.7059770       242.7741    
       116208        6456          18
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....   
 Correlation Surface at          246        3046
  0.046  0.000  0.013  0.060  0.441  0.140  0.022  0.011
  0.029  0.020  0.075  0.071  0.621  0.153  0.034  0.033
  0.016  0.059  0.166  0.082  0.809  0.153  0.040  0.055
  0.008  0.076  0.235  0.094  0.955  0.140  0.038  0.066
  0.003  0.058  0.241  0.105  1.000  0.118  0.034  0.061
  0.001  0.021  0.180  0.106  0.916  0.096  0.032  0.047
  0.000  0.000  0.089  0.094  0.729  0.079  0.035  0.032
  0.000  0.018  0.019  0.071  0.491  0.065  0.043  0.023
  0.000  0.067  0.000  0.044  0.264  0.051  0.054  0.021
 r_peak,r_snr =   0.1397806       11.64972    
  
 Correlation Surface of oversamples image at          246        3046
  0.333  0.032  0.124  0.634  0.889  0.573  0.176  0.029  0.009
  0.421  0.044  0.139  0.700  0.951  0.600  0.174  0.024  0.008
  0.511  0.062  0.146  0.743  0.979  0.603  0.161  0.015  0.005
  0.579  0.078  0.151  0.773  0.988  0.591  0.146  0.009  0.002
  0.593  0.084  0.164  0.812  1.000  0.588  0.143  0.007  0.001
  0.565  0.082  0.174  0.834  0.991  0.574  0.142  0.006  0.002
  0.518  0.083  0.168  0.803  0.927  0.525  0.128  0.005  0.001
  0.438  0.078  0.155  0.748  0.838  0.463  0.113  0.004  0.001
  0.316  0.057  0.156  0.711  0.772  0.423  0.113  0.008  0.005
     246    10.844    3046    -3.188   11.64972   0.005156   1.135356   0.018412
  
 Correlation Surface at          446        3046
  0.202  0.135  0.382  0.064  0.671  0.284
  0.246  0.142  0.242  0.162  0.795  0.162
  0.248  0.140  0.110  0.307  0.903  0.082
  0.203  0.125  0.022  0.484  0.980  0.038
  0.132  0.099  0.001  0.655  1.000  0.017
  0.064  0.069  0.029  0.763  0.926  0.007
  0.020  0.041  0.069  0.763  0.743  0.002
  0.002  0.023  0.082  0.644  0.483  0.000
  0.000  0.014  0.059  0.442  0.218  0.003
 r_peak,r_snr =   9.7700879E-02   4.699795    
  
 Correlation Surface of oversamples image at          446        3046
  0.001  0.020  0.181  0.585  0.919  0.672  0.170  0.000  0.051
  0.000  0.029  0.210  0.625  0.960  0.705  0.180  0.000  0.054
  0.000  0.039  0.232  0.645  0.972  0.717  0.186  0.000  0.053
  0.003  0.058  0.270  0.682  0.997  0.746  0.207  0.000  0.039
  0.010  0.081  0.306  0.704  1.000  0.763  0.228  0.003  0.023
  0.014  0.085  0.297  0.651  0.907  0.701  0.215  0.003  0.017
  0.013  0.077  0.263  0.558  0.760  0.591  0.181  0.002  0.013
  0.030  0.101  0.283  0.539  0.698  0.555  0.189  0.007  0.002
     446    12.563    3046     3.781    4.69980   0.042715   5.781056   0.411375
  
 Correlation Surface at          546        3046
  0.013  0.048  0.098  0.015  0.417  0.253  0.016
  0.019  0.074  0.109  0.067  0.599  0.374  0.045
  0.012  0.072  0.102  0.149  0.780  0.484  0.075
  0.002  0.053  0.083  0.241  0.927  0.564  0.097
  0.000  0.030  0.060  0.316  1.000  0.593  0.105
  0.004  0.013  0.035  0.351  0.976  0.565  0.096
  0.005  0.005  0.014  0.331  0.857  0.487  0.072
  0.001  0.003  0.003  0.261  0.673  0.364  0.038
  0.002  0.006  0.000  0.168  0.464  0.226  0.008
 r_peak,r_snr =   0.1427585       9.438993    
  
 Correlation Surface of oversamples image at          546        3046
  0.101  0.230  0.437  0.757  0.873  0.536  0.198  0.074  0.049
  0.108  0.259  0.484  0.808  0.913  0.563  0.219  0.096  0.074
  0.111  0.280  0.524  0.852  0.942  0.581  0.236  0.117  0.101
  0.113  0.298  0.564  0.900  0.975  0.601  0.255  0.141  0.133
  0.110  0.307  0.593  0.940  1.000  0.615  0.269  0.164  0.165
  0.096  0.294  0.594  0.947  0.993  0.604  0.269  0.175  0.184
  0.078  0.266  0.572  0.928  0.965  0.578  0.258  0.175  0.191
  0.062  0.239  0.549  0.912  0.943  0.560  0.251  0.176  0.197
  0.047  0.207  0.515  0.882  0.912  0.535  0.240  0.171  0.194
     546    12.313    3046     6.250    9.43899   0.017530   1.980933   0.080532
  
 Correlation Surface at          646        3046
  0.113  0.143  0.032  0.347  0.167  0.018  0.112  0.099  0.116
  0.139  0.206  0.024  0.496  0.372  0.007  0.162  0.073  0.067
  0.172  0.283  0.013  0.603  0.625  0.001  0.205  0.050  0.037
  0.205  0.357  0.003  0.632  0.859  0.002  0.231  0.032  0.018
  0.231  0.396  0.000  0.580  1.000  0.012  0.223  0.017  0.006
  0.244  0.377  0.004  0.466  0.993  0.033  0.181  0.007  0.000
  0.239  0.300  0.012  0.323  0.842  0.063  0.117  0.001  0.002
  0.215  0.192  0.016  0.193  0.616  0.099  0.052  0.001  0.012
  0.178  0.091  0.013  0.102  0.397  0.136  0.009  0.010  0.027
 r_peak,r_snr =   0.1528954       8.984775    
  
 Correlation Surface of oversamples image at          646        3046
  0.029  0.003  0.158  0.534  0.723  0.445  0.085  0.013  0.114
  0.036  0.001  0.145  0.558  0.831  0.571  0.134  0.007  0.121
  0.044  0.000  0.127  0.559  0.912  0.687  0.186  0.003  0.128
  0.051  0.000  0.108  0.546  0.966  0.792  0.241  0.000  0.130
  0.051  0.001  0.095  0.527  1.000  0.883  0.302  0.000  0.121
  0.047  0.002  0.082  0.496  0.999  0.944  0.360  0.004  0.105
  0.045  0.003  0.066  0.443  0.945  0.951  0.399  0.011  0.091
  0.041  0.003  0.051  0.381  0.856  0.915  0.422  0.019  0.072
  0.030  0.003  0.042  0.327  0.764  0.864  0.445  0.036  0.046
     646    -7.281    3046   -11.063    8.98477   0.007995   0.738289  -0.044281
  
 Correlation Surface at          846        3046
  0.000  0.053  0.027  0.052  0.273  0.327  0.207  0.000  0.047
  0.001  0.080  0.011  0.106  0.478  0.450  0.287  0.011  0.079
  0.001  0.092  0.002  0.178  0.703  0.539  0.308  0.032  0.093
  0.000  0.083  0.000  0.254  0.894  0.573  0.274  0.051  0.081
  0.000  0.061  0.003  0.317  1.000  0.541  0.202  0.057  0.052
  0.000  0.039  0.006  0.343  0.975  0.452  0.127  0.048  0.024
  0.002  0.025  0.008  0.320  0.811  0.326  0.070  0.032  0.007
  0.003  0.019  0.008  0.253  0.554  0.197  0.036  0.018  0.000
  0.002  0.021  0.007  0.168  0.280  0.094  0.022  0.012  0.001
 r_peak,r_snr =   0.1228718       9.254001    
  
 Correlation Surface of oversamples image at          846        3046
  0.025  0.107  0.293  0.537  0.638  0.541  0.435  0.374  0.274
  0.036  0.148  0.379  0.665  0.753  0.582  0.424  0.364  0.291
  0.049  0.193  0.465  0.787  0.859  0.617  0.407  0.344  0.294
  0.064  0.242  0.548  0.894  0.950  0.646  0.392  0.321  0.286
  0.080  0.284  0.611  0.962  1.000  0.654  0.369  0.289  0.264
  0.091  0.311  0.638  0.971  0.989  0.627  0.331  0.245  0.227
  0.099  0.327  0.638  0.932  0.928  0.575  0.287  0.201  0.187
  0.111  0.344  0.629  0.870  0.845  0.520  0.254  0.169  0.156
  0.120  0.349  0.594  0.771  0.728  0.451  0.221  0.142  0.128
     846   -10.719    3046     4.250    9.25400   0.023996   1.546414   0.099626
  
 Correlation Surface at          946        3046
  0.009  0.001  0.251  0.471  0.209  0.032  0.221  0.251  0.000
  0.010  0.002  0.241  0.685  0.402  0.004  0.249  0.211  0.025
  0.011  0.007  0.204  0.842  0.640  0.008  0.249  0.174  0.091
  0.014  0.010  0.148  0.896  0.866  0.064  0.216  0.140  0.166
  0.022  0.011  0.087  0.842  1.000  0.156  0.161  0.113  0.207
  0.036  0.009  0.042  0.710  0.984  0.231  0.103  0.091  0.192
  0.062  0.007  0.017  0.556  0.829  0.248  0.056  0.070  0.136
  0.104  0.005  0.010  0.428  0.609  0.209  0.026  0.047  0.075
  0.165  0.005  0.015  0.350  0.404  0.148  0.009  0.024  0.032
 r_peak,r_snr =   0.1360557       6.007052    
  
 Correlation Surface of oversamples image at          946        3046
  0.058  0.290  0.592  0.830  0.842  0.492  0.090  0.025  0.286
  0.038  0.241  0.554  0.846  0.921  0.596  0.152  0.005  0.225
  0.021  0.190  0.501  0.833  0.970  0.684  0.219  0.000  0.172
  0.010  0.144  0.439  0.799  0.994  0.756  0.287  0.007  0.127
  0.005  0.106  0.379  0.755  1.000  0.813  0.354  0.025  0.087
  0.002  0.076  0.323  0.702  0.984  0.847  0.410  0.049  0.057
  0.001  0.053  0.269  0.638  0.939  0.847  0.443  0.071  0.036
  0.000  0.038  0.226  0.575  0.879  0.821  0.454  0.088  0.023
  0.001  0.034  0.206  0.538  0.833  0.792  0.457  0.104  0.012
     946     8.563    3046    -2.281    6.00705   0.034660   1.145998  -0.150887
  
 Correlation Surface at         1046        3046
  0.141  0.001  0.014  0.049  0.203  0.113  0.128  0.031  0.007
  0.133  0.014  0.003  0.004  0.404  0.172  0.139  0.118  0.002
  0.107  0.039  0.060  0.018  0.650  0.214  0.155  0.257  0.038
  0.076  0.067  0.186  0.115  0.876  0.230  0.184  0.417  0.112
  0.052  0.090  0.360  0.279  1.000  0.214  0.230  0.558  0.194
 r_peak,r_snr =   9.4428577E-02   8.048874    
  
 Correlation Surface of oversamples image at         1046        3046
  0.020  0.031  0.206  0.677  0.795  0.356  0.046  0.002  0.031
  0.047  0.059  0.265  0.771  0.887  0.399  0.053  0.003  0.047
  0.087  0.095  0.320  0.841  0.950  0.428  0.056  0.005  0.069
  0.141  0.140  0.370  0.886  0.986  0.442  0.055  0.009  0.094
  0.211  0.193  0.418  0.913  1.000  0.447  0.051  0.015  0.122
  0.291  0.250  0.457  0.916  0.984  0.435  0.043  0.025  0.154
  0.369  0.299  0.473  0.880  0.924  0.397  0.030  0.041  0.196
  0.442  0.339  0.473  0.818  0.836  0.345  0.016  0.065  0.244
  0.525  0.387  0.478  0.765  0.757  0.300  0.009  0.086  0.279
    1046     8.313    3046    13.688    8.04887   0.048761   2.953519   0.313155
  
 Correlation Surface at         1146        3046
  0.028  0.053  0.000  0.408  0.653  0.001  0.000  0.237  0.002
  0.000  0.004  0.012  0.253  0.791  0.012  0.000  0.333  0.056
  0.032  0.017  0.027  0.154  0.926  0.054  0.000  0.384  0.169
  0.097  0.102  0.028  0.095  1.000  0.139  0.000  0.355  0.288
  0.166  0.231  0.015  0.059  0.948  0.243  0.000  0.258  0.352
  0.218  0.360  0.004  0.031  0.748  0.309  0.000  0.131  0.332
  0.247  0.448  0.000  0.008  0.472  0.297  0.001  0.032  0.243
  0.253  0.480  0.000  0.000  0.221  0.206  0.002  0.000  0.137
 r_peak,r_snr =   9.7315498E-02   9.363532    
  
 Correlation Surface of oversamples image at         1146        3046
  0.056  0.001  0.203  0.634  0.590  0.180  0.005  0.103  0.014
  0.053  0.004  0.182  0.677  0.707  0.271  0.001  0.067  0.009
  0.046  0.008  0.160  0.697  0.812  0.380  0.017  0.034  0.004
  0.031  0.008  0.147  0.719  0.922  0.516  0.064  0.007  0.000
  0.015  0.006  0.136  0.719  1.000  0.644  0.136  0.000  0.001
  0.006  0.006  0.113  0.663  0.997  0.718  0.205  0.009  0.005
  0.001  0.005  0.085  0.572  0.932  0.742  0.264  0.025  0.010
  0.001  0.002  0.068  0.493  0.861  0.753  0.327  0.053  0.018
  0.008  0.000  0.056  0.411  0.761  0.722  0.367  0.082  0.026
    1146   -10.031    3046   -11.813    9.36353   0.032008   3.459645  -0.279374
  
 Correlation Surface at         1246        3046
  0.046  0.201  0.014  0.027  0.395  0.162  0.092
  0.027  0.133  0.012  0.055  0.577  0.223  0.132
  0.020  0.092  0.001  0.122  0.776  0.287  0.127
  0.024  0.073  0.008  0.245  0.942  0.343  0.082
  0.040  0.065  0.058  0.416  1.000  0.383  0.027
  0.064  0.058  0.151  0.598  0.908  0.405  0.000
  0.087  0.048  0.253  0.727  0.693  0.404  0.020
  0.101  0.032  0.310  0.749  0.437  0.374  0.077
  0.103  0.015  0.294  0.656  0.220  0.328  0.136
 r_peak,r_snr =   0.1082640       5.753252    
  
 Correlation Surface of oversamples image at         1246        3046
  0.117  0.035  0.053  0.433  0.782  0.747  0.414  0.097  0.000
  0.096  0.020  0.082  0.521  0.875  0.799  0.440  0.108  0.000
  0.068  0.007  0.118  0.602  0.949  0.832  0.459  0.122  0.000
  0.041  0.000  0.162  0.671  0.990  0.835  0.464  0.135  0.002
  0.017  0.005  0.214  0.726  1.000  0.813  0.460  0.150  0.005
  0.002  0.026  0.276  0.769  0.990  0.781  0.454  0.169  0.014
  0.003  0.068  0.344  0.793  0.953  0.735  0.444  0.190  0.027
  0.022  0.125  0.405  0.781  0.874  0.662  0.418  0.205  0.043
  0.057  0.195  0.457  0.738  0.764  0.571  0.383  0.215  0.060
    1246    12.000    3046   -10.844    5.75325   0.032511   1.656197   0.139972
  
 Correlation Surface at         1346        3046
  0.002  0.027  0.152  0.292  0.173  0.010  0.082  0.228  0.480
  0.025  0.022  0.160  0.401  0.399  0.003  0.080  0.245  0.472
  0.073  0.019  0.181  0.478  0.666  0.047  0.060  0.254  0.434
  0.141  0.013  0.211  0.513  0.896  0.134  0.033  0.249  0.373
  0.211  0.006  0.239  0.500  1.000  0.233  0.011  0.226  0.301
 r_peak,r_snr =   0.1385366       6.592516    
  
 Correlation Surface of oversamples image at         1346        3046
  0.072  0.256  0.565  0.778  0.684  0.275  0.004  0.126  0.231
  0.074  0.252  0.581  0.852  0.809  0.381  0.025  0.075  0.182
  0.077  0.243  0.576  0.892  0.904  0.484  0.062  0.038  0.139
  0.082  0.236  0.559  0.903  0.969  0.579  0.111  0.013  0.099
  0.093  0.235  0.541  0.893  1.000  0.661  0.172  0.001  0.060
  0.106  0.234  0.512  0.850  0.984  0.711  0.233  0.003  0.030
  0.114  0.225  0.462  0.765  0.913  0.718  0.282  0.016  0.012
  0.116  0.211  0.404  0.657  0.808  0.695  0.321  0.035  0.003
  0.122  0.204  0.354  0.554  0.699  0.662  0.360  0.065  0.000
    1346    -7.125    3046    13.469    6.59252   0.016125   0.793829  -0.064382
  
 Correlation Surface at         1446        3046
  0.136  0.055  0.049  0.241  0.051
  0.025  0.101  0.021  0.476  0.296
  0.002  0.153  0.009  0.675  0.628
  0.042  0.199  0.005  0.765  0.895
  0.102  0.226  0.004  0.731  1.000
  0.146  0.229  0.003  0.607  0.961
  0.151  0.204  0.001  0.447  0.843
  0.117  0.151  0.000  0.307  0.699
  0.061  0.082  0.007  0.216  0.570
 r_peak,r_snr =   9.5642723E-02   5.802395    
  
 Correlation Surface of oversamples image at         1446        3046
  0.028  0.000  0.104  0.449  0.795  0.776  0.379  0.039  0.024
  0.030  0.001  0.117  0.503  0.897  0.873  0.426  0.049  0.019
  0.033  0.001  0.121  0.530  0.960  0.927  0.441  0.049  0.019
  0.034  0.001  0.118  0.535  0.985  0.941  0.426  0.040  0.025
  0.029  0.001  0.120  0.539  1.000  0.940  0.404  0.030  0.032
  0.020  0.003  0.121  0.533  0.993  0.920  0.373  0.020  0.041
  0.015  0.004  0.110  0.490  0.926  0.844  0.314  0.008  0.061
  0.010  0.005  0.093  0.424  0.818  0.729  0.240  0.001  0.090
  0.001  0.014  0.102  0.403  0.761  0.665  0.203  0.000  0.100
    1446    13.719    3046    10.750    5.80239   0.014562   2.117259  -0.057010
  
 Correlation Surface at         1646        3046
  0.001  0.248  0.477  0.404  0.120  0.002  0.002  0.076
  0.004  0.231  0.557  0.589  0.215  0.011  0.017  0.189
  0.001  0.225  0.620  0.776  0.306  0.021  0.039  0.306
  0.003  0.233  0.646  0.926  0.379  0.028  0.061  0.381
  0.025  0.253  0.633  1.000  0.430  0.034  0.077  0.393
  0.064  0.274  0.590  0.984  0.455  0.042  0.091  0.346
  0.103  0.284  0.522  0.900  0.458  0.059  0.108  0.269
  0.126  0.276  0.441  0.774  0.440  0.094  0.135  0.189
  0.124  0.251  0.361  0.634  0.415  0.152  0.177  0.124
 r_peak,r_snr =   0.1441481       5.657576    
  
 Correlation Surface of oversamples image at         1646        3046
  0.471  0.540  0.701  0.871  0.811  0.496  0.192  0.031  0.001
  0.465  0.532  0.710  0.911  0.871  0.536  0.204  0.032  0.001
  0.467  0.533  0.724  0.953  0.938  0.589  0.228  0.039  0.000
  0.465  0.530  0.730  0.978  0.989  0.640  0.257  0.049  0.000
  0.446  0.507  0.710  0.963  1.000  0.666  0.277  0.057  0.000
  0.418  0.479  0.680  0.930  0.988  0.681  0.296  0.067  0.000
  0.402  0.466  0.666  0.910  0.985  0.712  0.336  0.090  0.003
  0.385  0.454  0.651  0.882  0.969  0.739  0.382  0.121  0.009
  0.343  0.416  0.604  0.811  0.904  0.725  0.409  0.147  0.016
    1646   -11.719    3046     6.219    5.65758   0.024349   2.215373  -0.103231
  
 Correlation Surface at         1746        3046
  0.167  0.001  0.074  0.018  0.570
  0.093  0.002  0.044  0.026  0.667
  0.034  0.010  0.027  0.040  0.792
  0.003  0.020  0.018  0.058  0.920
  0.003  0.027  0.013  0.075  1.000
  0.018  0.029  0.010  0.089  0.997
  0.027  0.028  0.007  0.096  0.901
  0.022  0.026  0.005  0.094  0.738
  0.012  0.024  0.004  0.086  0.547
 r_peak,r_snr =   0.1063027       6.185071    
  
 Correlation Surface of oversamples image at         1746        3046
  0.006  0.040  0.248  0.669  0.884  0.559  0.144  0.021  0.036
  0.010  0.046  0.252  0.673  0.915  0.623  0.193  0.046  0.064
  0.018  0.055  0.265  0.688  0.955  0.699  0.257  0.085  0.108
  0.026  0.066  0.278  0.703  0.991  0.775  0.331  0.140  0.166
  0.032  0.073  0.285  0.702  1.000  0.827  0.402  0.204  0.235
  0.036  0.079  0.289  0.691  0.988  0.860  0.469  0.276  0.314
  0.041  0.088  0.302  0.692  0.984  0.896  0.547  0.364  0.411
  0.045  0.098  0.318  0.695  0.972  0.916  0.619  0.455  0.507
  0.039  0.095  0.313  0.665  0.911  0.880  0.647  0.514  0.568
    1746    14.094    3046     5.469    6.18507   0.011632   5.012522  -0.122951
  
 Correlation Surface at         1846        3046
  0.176  0.242  0.006  0.032  0.004  0.067
  0.346  0.429  0.039  0.024  0.002  0.026
  0.509  0.666  0.111  0.014  0.000  0.002
  0.587  0.884  0.209  0.006  0.004  0.007
  0.545  1.000  0.308  0.001  0.021  0.041
  0.414  0.958  0.375  0.001  0.053  0.082
  0.263  0.785  0.390  0.006  0.093  0.106
  0.138  0.543  0.359  0.018  0.127  0.102
  0.056  0.298  0.290  0.035  0.137  0.077
 r_peak,r_snr =   0.1114909       9.425145    
  
 Correlation Surface of oversamples image at         1846        3046
  0.002  0.070  0.367  0.643  0.737  0.624  0.312  0.078  0.024
  0.003  0.065  0.373  0.695  0.828  0.705  0.346  0.078  0.018
  0.004  0.057  0.360  0.720  0.897  0.770  0.371  0.076  0.012
  0.003  0.054  0.350  0.740  0.963  0.834  0.397  0.075  0.008
  0.001  0.051  0.330  0.736  1.000  0.875  0.410  0.072  0.006
  0.001  0.041  0.284  0.680  0.971  0.861  0.397  0.062  0.003
  0.001  0.030  0.229  0.595  0.898  0.812  0.370  0.053  0.001
  0.000  0.026  0.192  0.522  0.827  0.766  0.353  0.051  0.002
  0.000  0.024  0.156  0.443  0.733  0.697  0.327  0.049  0.003
    1846   -13.875    3046     5.094    9.42515   0.038151   1.477051  -0.159688
  
 Correlation Surface at         1946        3046
  0.299  0.048  0.003  0.016  0.302  0.478  0.063  0.007  0.014
  0.323  0.051  0.000  0.109  0.527  0.586  0.080  0.010  0.011
  0.326  0.044  0.001  0.267  0.772  0.638  0.081  0.016  0.012
  0.313  0.030  0.003  0.426  0.954  0.630  0.067  0.025  0.016
  0.294  0.016  0.003  0.505  1.000  0.568  0.048  0.035  0.024
  0.279  0.008  0.001  0.471  0.896  0.473  0.033  0.039  0.033
 r_peak,r_snr =   0.1508453       8.877098    
  
 Correlation Surface of oversamples image at         1946        3046
  0.000  0.012  0.134  0.434  0.715  0.823  0.764  0.569  0.266
  0.003  0.023  0.184  0.535  0.816  0.869  0.744  0.516  0.223
  0.006  0.033  0.225  0.613  0.887  0.890  0.712  0.456  0.179
  0.010  0.045  0.266  0.686  0.955  0.923  0.702  0.423  0.154
  0.015  0.055  0.296  0.734  1.000  0.945  0.695  0.397  0.136
  0.014  0.053  0.289  0.720  0.978  0.912  0.651  0.350  0.107
  0.011  0.043  0.258  0.663  0.913  0.854  0.597  0.304  0.082
  0.011  0.039  0.236  0.616  0.869  0.830  0.585  0.294  0.079
  0.011  0.035  0.210  0.560  0.817  0.806  0.582  0.297  0.084
    1946     2.656    3046    13.094    8.87710   0.022523   0.735699   0.053991
  
 Correlation Surface at         2046        3046
  0.054  0.276  0.640  0.794  0.784  0.798  0.622
  0.051  0.232  0.598  0.831  0.864  0.851  0.632
  0.057  0.214  0.582  0.879  0.951  0.905  0.636
  0.066  0.213  0.578  0.905  1.000  0.918  0.605
  0.072  0.217  0.562  0.880  0.975  0.862  0.530
  0.069  0.213  0.516  0.786  0.870  0.745  0.426
  0.051  0.189  0.434  0.638  0.712  0.602  0.320
  0.024  0.144  0.327  0.470  0.544  0.466  0.233
 r_peak,r_snr =   0.1511975       4.094520    
  
 Correlation Surface of oversamples image at         2046        3046
  0.517  0.654  0.766  0.845  0.872  0.810  0.669  0.506  0.356
  0.551  0.701  0.823  0.906  0.928  0.856  0.702  0.525  0.365
  0.571  0.730  0.857  0.941  0.959  0.876  0.713  0.529  0.362
  0.594  0.758  0.890  0.975  0.988  0.897  0.726  0.536  0.367
  0.603  0.770  0.905  0.991  1.000  0.904  0.729  0.538  0.368
  0.577  0.739  0.872  0.955  0.960  0.861  0.689  0.504  0.343
  0.536  0.687  0.814  0.891  0.891  0.791  0.625  0.452  0.304
  0.529  0.676  0.799  0.872  0.866  0.765  0.602  0.436  0.298
    2046    12.313    3046   -10.188    4.09452   0.523999   2.875283   0.260703
  
 At line =         3400
 Reading in data....   
 Correlation Surface at          146        3446
  0.055  0.014  0.086  0.076  0.229  0.166  0.079  0.119  0.161
  0.012  0.046  0.084  0.165  0.425  0.214  0.075  0.080  0.102
  0.001  0.101  0.100  0.303  0.665  0.279  0.060  0.054  0.041
  0.000  0.162  0.128  0.448  0.880  0.360  0.043  0.038  0.005
  0.001  0.204  0.161  0.521  1.000  0.444  0.029  0.028  0.003
 r_peak,r_snr =   0.1348897       9.166868    
  
 Correlation Surface of oversamples image at          146        3446
  0.330  0.366  0.475  0.738  0.750  0.397  0.106  0.009  0.001
  0.329  0.397  0.524  0.814  0.878  0.485  0.124  0.007  0.001
  0.304  0.397  0.540  0.839  0.953  0.550  0.136  0.005  0.000
  0.265  0.376  0.533  0.828  0.986  0.600  0.148  0.004  0.000
  0.230  0.350  0.524  0.807  1.000  0.650  0.169  0.005  0.000
  0.192  0.310  0.491  0.751  0.962  0.670  0.186  0.007  0.000
  0.139  0.240  0.410  0.630  0.835  0.618  0.175  0.005  0.000
  0.090  0.168  0.317  0.492  0.673  0.523  0.146  0.002  0.000
  0.075  0.139  0.278  0.422  0.573  0.470  0.141  0.004  0.000
     146     0.469    3446    15.594    9.16687   0.019943   1.022858  -0.038149
  
 Correlation Surface at          246        3446
  0.240  0.047  0.174  0.353  0.102  0.041  0.020
  0.291  0.131  0.432  0.381  0.089  0.048  0.033
  0.332  0.233  0.716  0.356  0.061  0.052  0.049
  0.351  0.320  0.929  0.291  0.032  0.049  0.059
  0.340  0.356  1.000  0.207  0.013  0.036  0.057
  0.294  0.322  0.909  0.129  0.004  0.016  0.038
  0.214  0.227  0.701  0.071  0.002  0.001  0.013
  0.116  0.112  0.465  0.034  0.002  0.012  0.000
  0.031  0.025  0.262  0.014  0.006  0.067  0.019
 r_peak,r_snr =   0.1121877       8.700168    
  
 Correlation Surface of oversamples image at          246        3446
  0.391  0.243  0.144  0.276  0.707  0.871  0.492  0.160  0.031
  0.440  0.287  0.190  0.354  0.817  0.914  0.460  0.126  0.017
  0.484  0.325  0.230  0.422  0.901  0.933  0.421  0.094  0.007
  0.526  0.363  0.269  0.483  0.966  0.942  0.388  0.070  0.002
  0.560  0.392  0.297  0.523  1.000  0.931  0.355  0.051  0.000
  0.567  0.399  0.301  0.524  0.978  0.880  0.309  0.033  0.000
  0.552  0.388  0.285  0.492  0.913  0.804  0.261  0.018  0.003
  0.535  0.378  0.267  0.452  0.842  0.736  0.230  0.011  0.004
  0.507  0.360  0.240  0.396  0.755  0.666  0.204  0.008  0.004
     246   -12.781    3446    -2.063    8.70017   0.015823   1.229715   0.063496
  
 Correlation Surface at          346        3446
  0.164  0.351  0.426  0.264  0.005  0.018  0.229  0.003
  0.161  0.329  0.521  0.520  0.041  0.012  0.273  0.032
  0.150  0.288  0.608  0.782  0.079  0.013  0.291  0.078
  0.142  0.248  0.656  0.961  0.097  0.020  0.270  0.109
  0.143  0.223  0.657  1.000  0.086  0.032  0.216  0.102
  0.156  0.212  0.604  0.900  0.053  0.048  0.141  0.059
  0.189  0.213  0.501  0.705  0.019  0.061  0.067  0.012
  0.241  0.220  0.372  0.489  0.001  0.058  0.013  0.004
  0.302  0.223  0.237  0.304  0.002  0.036  0.003  0.066
 r_peak,r_snr =   0.1089206       6.753028    
  
 Correlation Surface of oversamples image at          346        3446
  0.091  0.107  0.182  0.461  0.823  0.748  0.356  0.093  0.005
  0.084  0.097  0.181  0.492  0.894  0.820  0.394  0.099  0.004
  0.077  0.086  0.174  0.507  0.939  0.865  0.414  0.096  0.001
  0.081  0.086  0.177  0.528  0.983  0.908  0.433  0.095  0.001
  0.087  0.087  0.178  0.534  1.000  0.923  0.435  0.088  0.000
  0.084  0.079  0.162  0.504  0.959  0.884  0.402  0.067  0.002
  0.081  0.071  0.143  0.460  0.891  0.819  0.355  0.046  0.008
  0.093  0.076  0.139  0.433  0.839  0.769  0.324  0.034  0.014
  0.107  0.083  0.136  0.402  0.775  0.707  0.288  0.023  0.021
     346   -12.313    3446    -0.094    6.75303   0.014959   1.673862   0.024247
  
 Correlation Surface at          446        3446
  0.005  0.400  0.029  0.135  0.027  0.118
  0.013  0.603  0.061  0.084  0.060  0.148
  0.064  0.799  0.096  0.045  0.103  0.175
  0.108  0.944  0.122  0.020  0.150  0.189
  0.110  1.000  0.133  0.006  0.196  0.187
  0.078  0.952  0.133  0.000  0.239  0.172
  0.038  0.822  0.135  0.003  0.279  0.150
  0.013  0.656  0.148  0.013  0.320  0.131
  0.003  0.503  0.171  0.035  0.362  0.122
 r_peak,r_snr =   0.1267060       8.286236    
  
 Correlation Surface of oversamples image at          446        3446
  0.000  0.011  0.016  0.352  0.790
  0.001  0.003  0.033  0.417  0.888
  0.004  0.000  0.051  0.458  0.942
  0.009  0.002  0.075  0.502  0.988
  0.017  0.008  0.098  0.530  1.000
  0.018  0.010  0.098  0.496  0.915
  0.018  0.009  0.086  0.425  0.766
  0.035  0.021  0.107  0.421  0.706
     446   -10.438    3446     2.813    8.28624   0.006339   2.171679  -0.027399
  
 Correlation Surface at          546        3446
  0.022  0.023  0.244  0.557  0.704  0.187  0.066
  0.055  0.059  0.279  0.545  0.816  0.188  0.067
  0.097  0.094  0.297  0.490  0.915  0.208  0.079
  0.145  0.115  0.275  0.394  0.980  0.252  0.102
  0.197  0.118  0.213  0.275  1.000  0.320  0.137
  0.244  0.112  0.135  0.154  0.956  0.402  0.175
  0.269  0.112  0.069  0.058  0.845  0.473  0.201
  0.263  0.126  0.030  0.006  0.672  0.495  0.203
  0.233  0.160  0.015  0.007  0.471  0.440  0.171
 r_peak,r_snr =   0.1319666       7.717806    
  
 Correlation Surface of oversamples image at          546        3446
  0.043  0.127  0.433  0.894  0.956  0.588  0.297  0.196  0.152
  0.046  0.120  0.407  0.876  0.973  0.613  0.308  0.201  0.162
  0.051  0.115  0.383  0.850  0.986  0.643  0.323  0.210  0.175
  0.057  0.112  0.359  0.822  0.999  0.679  0.346  0.224  0.191
  0.061  0.107  0.332  0.782  1.000  0.713  0.371  0.238  0.206
  0.059  0.099  0.300  0.730  0.984  0.739  0.392  0.249  0.218
  0.054  0.088  0.268  0.674  0.959  0.760  0.414  0.260  0.228
  0.045  0.076  0.235  0.620  0.932  0.779  0.438  0.272  0.238
  0.035  0.060  0.201  0.563  0.894  0.785  0.456  0.282  0.246
     546    11.969    3446    -8.813    7.71781   0.120001  10.271797  -1.063691
  
 Correlation Surface at          646        3446
  0.003  0.266  0.323  0.077  0.000  0.000  0.048
  0.009  0.324  0.587  0.143  0.000  0.009  0.072
  0.009  0.350  0.833  0.204  0.001  0.038  0.099
  0.003  0.348  0.984  0.231  0.011  0.096  0.122
  0.001  0.321  1.000  0.205  0.045  0.180  0.133
  0.023  0.282  0.891  0.138  0.119  0.266  0.129
  0.083  0.248  0.711  0.063  0.223  0.326  0.108
 r_peak,r_snr =   0.1516338       13.34109    
  
 Correlation Surface of oversamples image at          646        3446
  0.018  0.052  0.296  0.622  0.797  0.641  0.304  0.062  0.000
  0.014  0.054  0.304  0.662  0.876  0.704  0.319  0.056  0.000
  0.008  0.059  0.309  0.688  0.935  0.752  0.326  0.046  0.003
  0.002  0.069  0.315  0.705  0.979  0.788  0.324  0.034  0.013
  0.000  0.084  0.320  0.710  1.000  0.804  0.312  0.021  0.032
  0.006  0.099  0.318  0.694  0.989  0.793  0.287  0.009  0.066
  0.019  0.115  0.311  0.667  0.956  0.759  0.254  0.001  0.113
  0.045  0.139  0.312  0.646  0.926  0.726  0.223  0.000  0.168
  0.082  0.165  0.313  0.627  0.893  0.688  0.193  0.004  0.227
     646   -12.938    3446    12.188   13.34109   0.006945   0.977892   0.013440
  
 Correlation Surface at          746        3446
  0.013  0.026  0.267  0.325  0.543  0.002  0.021  0.074  0.126
  0.036  0.007  0.267  0.383  0.724  0.003  0.090  0.030  0.078
  0.072  0.000  0.217  0.382  0.870  0.001  0.194  0.004  0.041
  0.109  0.010  0.143  0.332  0.963  0.000  0.299  0.001  0.019
  0.133  0.021  0.073  0.264  1.000  0.001  0.364  0.011  0.008
  0.132  0.021  0.029  0.203  0.981  0.002  0.370  0.022  0.004
  0.105  0.010  0.009  0.162  0.896  0.001  0.335  0.031  0.004
  0.062  0.001  0.005  0.139  0.740  0.000  0.280  0.039  0.004
  0.021  0.005  0.011  0.130  0.533  0.007  0.231  0.050  0.004
 r_peak,r_snr =   0.1263991       11.14546    
  
 Correlation Surface of oversamples image at          746        3446
  0.199  0.264  0.479  0.881  0.887  0.261  0.021  0.353  0.369
  0.166  0.231  0.459  0.896  0.924  0.265  0.032  0.436  0.460
  0.128  0.191  0.426  0.889  0.941  0.262  0.046  0.522  0.554
  0.104  0.166  0.410  0.900  0.973  0.267  0.057  0.587  0.624
  0.083  0.145  0.397  0.911  1.000  0.271  0.066  0.641  0.680
  0.054  0.113  0.362  0.883  0.984  0.256  0.084  0.708  0.749
  0.031  0.084  0.326  0.841  0.946  0.232  0.103  0.768  0.811
  0.024  0.077  0.322  0.836  0.937  0.225  0.110  0.780  0.823
  0.021  0.078  0.330  0.838  0.926  0.218  0.114  0.773  0.809
     746    -5.188    3446    -9.906   11.14546   0.012598   8.053556  -0.246894
  
 Correlation Surface at          846        3446
  0.019  0.227  0.378  0.322  0.005  0.004  0.039  0.105
  0.025  0.199  0.447  0.524  0.035  0.000  0.021  0.034
  0.047  0.130  0.475  0.742  0.084  0.000  0.006  0.001
  0.094  0.054  0.448  0.921  0.138  0.003  0.000  0.018
  0.173  0.006  0.371  1.000  0.184  0.004  0.005  0.076
  0.278  0.006  0.269  0.947  0.202  0.004  0.022  0.152
  0.379  0.050  0.167  0.775  0.185  0.001  0.047  0.230
  0.437  0.112  0.081  0.531  0.140  0.000  0.072  0.302
  0.417  0.161  0.023  0.283  0.083  0.002  0.091  0.372
 r_peak,r_snr =   0.1064699       7.980529    
  
 Correlation Surface of oversamples image at          846        3446
  0.213  0.529  0.670  0.731  0.743  0.518  0.266  0.179  0.181
  0.133  0.436  0.619  0.745  0.825  0.600  0.300  0.185  0.183
  0.068  0.341  0.558  0.743  0.890  0.668  0.324  0.182  0.174
  0.026  0.260  0.501  0.742  0.955  0.740  0.350  0.178  0.161
  0.003  0.183  0.438  0.726  1.000  0.797  0.367  0.167  0.139
  0.003  0.109  0.354  0.670  0.988  0.805  0.356  0.140  0.103
  0.028  0.052  0.269  0.593  0.938  0.780  0.331  0.110  0.067
  0.063  0.021  0.207  0.533  0.897  0.765  0.321  0.093  0.043
  0.102  0.005  0.154  0.468  0.839  0.737  0.309  0.078  0.026
     846   -11.906    3446    -3.781    7.98053   0.022197   2.194199  -0.138056
  
 Correlation Surface at          946        3446
  0.300  0.016  0.003  0.278  0.323  0.002
  0.374  0.073  0.003  0.395  0.503  0.001
  0.464  0.167  0.025  0.533  0.710  0.014
  0.569  0.275  0.063  0.674  0.892  0.033
  0.675  0.360  0.100  0.777  1.000  0.046
  0.770  0.386  0.114  0.790  0.983  0.047
  0.823  0.330  0.090  0.681  0.825  0.037
  0.783  0.206  0.040  0.475  0.584  0.024
  0.620  0.066  0.002  0.251  0.333  0.015
 r_peak,r_snr =   8.9476436E-02   4.597765    
  
 Correlation Surface of oversamples image at          946        3446
  0.000  0.029  0.013  0.432  0.881  0.426  0.004  0.136  0.261
  0.006  0.011  0.024  0.481  0.973  0.497  0.011  0.115  0.242
  0.017  0.005  0.028  0.486  0.999  0.528  0.016  0.104  0.229
  0.028  0.002  0.028  0.468  0.988  0.541  0.021  0.091  0.203
  0.050  0.000  0.034  0.471  1.000  0.575  0.034  0.061  0.146
  0.069  0.001  0.037  0.455  0.978  0.587  0.046  0.037  0.089
  0.058  0.000  0.020  0.360  0.833  0.506  0.038  0.032  0.059
  0.035  0.002  0.004  0.244  0.638  0.386  0.022  0.030  0.035
  0.038  0.001  0.003  0.205  0.553  0.345  0.027  0.010  0.003
     946    12.563    3446    -1.281    4.59777   0.021302   3.157757   0.030241
  
 Correlation Surface at         1046        3446
  0.134  0.128  0.002  0.115  0.196  0.003
  0.138  0.196  0.017  0.236  0.434  0.018
  0.094  0.218  0.045  0.366  0.690  0.065
  0.030  0.175  0.079  0.479  0.901  0.158
  0.000  0.093  0.101  0.546  1.000  0.269
  0.054  0.023  0.095  0.541  0.954  0.338
  0.192  0.000  0.064  0.457  0.786  0.312
  0.362  0.024  0.027  0.316  0.553  0.198
  0.491  0.070  0.004  0.172  0.321  0.073
 r_peak,r_snr =   0.1138744       6.563110    
  
 Correlation Surface of oversamples image at         1046        3446
  0.245  0.067  0.082  0.312  0.710  0.699  0.277  0.083  0.076
  0.281  0.111  0.136  0.401  0.827  0.817  0.373  0.148  0.122
  0.310  0.164  0.203  0.491  0.927  0.916  0.475  0.233  0.181
  0.322  0.217  0.270  0.568  0.993  0.980  0.565  0.328  0.242
  0.302  0.249  0.313  0.603  1.000  0.980  0.612  0.405  0.287
  0.258  0.256  0.326  0.595  0.952  0.921  0.608  0.450  0.310
  0.221  0.259  0.332  0.581  0.900  0.856  0.594  0.487  0.330
  0.178  0.246  0.319  0.547  0.835  0.782  0.564  0.504  0.336
  0.107  0.184  0.249  0.446  0.698  0.643  0.465  0.443  0.285
    1046    12.750    3446   -10.781    6.56311   0.022422   1.456975  -0.075556
  
 Correlation Surface at         1146        3446
  0.133  0.154  0.217  0.371  0.454  0.000  0.462  0.324  0.000
  0.127  0.213  0.281  0.512  0.634  0.010  0.413  0.225  0.000
  0.112  0.246  0.307  0.617  0.816  0.070  0.293  0.112  0.003
  0.081  0.236  0.287  0.653  0.957  0.202  0.154  0.032  0.007
  0.042  0.182  0.225  0.611  1.000  0.379  0.050  0.001  0.009
  0.011  0.108  0.149  0.515  0.918  0.533  0.004  0.008  0.005
  0.000  0.043  0.084  0.399  0.751  0.596  0.006  0.034  0.002
  0.008  0.006  0.038  0.289  0.552  0.551  0.030  0.065  0.000
  0.025  0.002  0.011  0.200  0.369  0.425  0.052  0.092  0.000
 r_peak,r_snr =   0.1410753       9.269227    
  
 Correlation Surface of oversamples image at         1146        3446
  0.327  0.397  0.506  0.705  0.918  0.808  0.336  0.008  0.177
  0.336  0.420  0.552  0.763  0.971  0.860  0.384  0.019  0.138
  0.325  0.421  0.577  0.795  0.992  0.882  0.418  0.034  0.103
  0.303  0.412  0.590  0.814  0.995  0.886  0.445  0.052  0.070
  0.283  0.403  0.606  0.836  1.000  0.888  0.473  0.076  0.039
  0.258  0.389  0.614  0.847  0.991  0.876  0.491  0.103  0.017
  0.219  0.355  0.593  0.825  0.947  0.830  0.483  0.121  0.005
  0.177  0.313  0.557  0.784  0.886  0.768  0.461  0.135  0.001
  0.146  0.282  0.528  0.750  0.836  0.718  0.443  0.151  0.001
    1146     3.625    3446    -5.781    9.26923   0.071407   1.970445  -0.327059
  
 Correlation Surface at         1246        3446
  0.004  0.004  0.024  0.345  0.327  0.107  0.068  0.032  0.042
  0.015  0.007  0.025  0.417  0.549  0.209  0.127  0.035  0.071
  0.020  0.008  0.032  0.449  0.768  0.310  0.189  0.047  0.084
  0.017  0.004  0.044  0.435  0.932  0.385  0.225  0.068  0.073
  0.009  0.000  0.060  0.386  1.000  0.429  0.220  0.094  0.041
  0.004  0.001  0.080  0.317  0.969  0.453  0.180  0.117  0.009
  0.003  0.003  0.104  0.241  0.864  0.462  0.124  0.134  0.002
  0.006  0.002  0.132  0.171  0.714  0.465  0.072  0.138  0.036
  0.015  0.000  0.160  0.108  0.549  0.460  0.038  0.128  0.112
 r_peak,r_snr =   0.1498279       9.358412    
  
 Correlation Surface of oversamples image at         1246        3446
  0.000  0.003  0.134  0.453  0.657  0.534  0.235  0.088  0.069
  0.000  0.006  0.154  0.522  0.796  0.683  0.324  0.125  0.088
  0.002  0.012  0.176  0.579  0.915  0.821  0.410  0.161  0.104
  0.005  0.019  0.191  0.603  0.982  0.916  0.476  0.186  0.111
  0.008  0.028  0.201  0.601  1.000  0.969  0.523  0.202  0.112
  0.013  0.042  0.215  0.587  0.983  0.989  0.557  0.216  0.112
  0.019  0.059  0.226  0.555  0.925  0.967  0.570  0.222  0.107
  0.023  0.076  0.227  0.497  0.819  0.895  0.554  0.215  0.093
  0.027  0.091  0.221  0.423  0.687  0.793  0.520  0.200  0.075
    1246    -4.250    3446    -4.750    9.35841   0.016579   1.760064  -0.096217
  
 Correlation Surface at         1346        3446
  0.052  0.124  0.230  0.048  0.128  0.000  0.001  0.220  0.339
  0.077  0.106  0.112  0.188  0.353  0.001  0.001  0.176  0.264
  0.076  0.080  0.023  0.402  0.636  0.012  0.000  0.086  0.141
  0.060  0.059  0.000  0.608  0.880  0.046  0.001  0.013  0.038
  0.044  0.049  0.022  0.706  1.000  0.097  0.000  0.011  0.000
  0.037  0.049  0.044  0.645  0.967  0.131  0.004  0.103  0.025
  0.044  0.058  0.042  0.471  0.800  0.120  0.051  0.259  0.079
  0.059  0.066  0.023  0.274  0.563  0.067  0.202  0.430  0.121
  0.080  0.062  0.007  0.125  0.323  0.011  0.507  0.573  0.132
 r_peak,r_snr =   0.1007743       7.292824    
  
 Correlation Surface of oversamples image at         1346        3446
  0.179  0.051  0.017  0.315  0.639  0.519  0.202  0.056  0.047
  0.142  0.025  0.047  0.429  0.781  0.610  0.238  0.067  0.052
  0.109  0.008  0.085  0.526  0.890  0.679  0.269  0.079  0.054
  0.075  0.001  0.126  0.603  0.961  0.725  0.296  0.090  0.054
  0.043  0.002  0.173  0.663  1.000  0.750  0.318  0.102  0.052
  0.018  0.014  0.217  0.693  0.994  0.743  0.327  0.107  0.046
  0.006  0.028  0.240  0.674  0.928  0.694  0.314  0.101  0.031
  0.001  0.040  0.245  0.619  0.820  0.614  0.284  0.085  0.015
  0.001  0.056  0.250  0.563  0.711  0.533  0.252  0.070  0.005
    1346    -4.469    3446    -9.281    7.29282   0.021270   1.674836  -0.067014
  
 Correlation Surface at         1446        3446
  0.052  0.102  0.016  0.158  0.176  0.030  0.127  0.002  0.013
  0.045  0.146  0.013  0.331  0.398  0.063  0.122  0.009  0.056
  0.037  0.166  0.004  0.556  0.659  0.107  0.103  0.022  0.110
  0.030  0.148  0.000  0.771  0.882  0.155  0.074  0.038  0.152
  0.026  0.107  0.009  0.892  1.000  0.189  0.047  0.047  0.163
  0.026  0.063  0.035  0.872  0.968  0.184  0.031  0.044  0.139
  0.034  0.033  0.071  0.740  0.800  0.129  0.025  0.030  0.096
  0.051  0.019  0.109  0.566  0.561  0.053  0.028  0.014  0.056
 r_peak,r_snr =   0.1132442       7.794757    
  
 Correlation Surface of oversamples image at         1446        3446
  0.002  0.028  0.166  0.396  0.640  0.722  0.527  0.189  0.011
  0.000  0.042  0.219  0.499  0.769  0.826  0.581  0.207  0.016
  0.000  0.062  0.279  0.598  0.877  0.906  0.620  0.222  0.022
  0.004  0.090  0.344  0.687  0.958  0.959  0.647  0.237  0.030
  0.012  0.123  0.407  0.754  1.000  0.972  0.650  0.247  0.039
  0.024  0.158  0.457  0.786  0.989  0.933  0.618  0.241  0.043
  0.040  0.194  0.493  0.783  0.931  0.852  0.561  0.223  0.043
  0.064  0.241  0.531  0.771  0.860  0.764  0.502  0.207  0.045
  0.094  0.292  0.563  0.745  0.775  0.663  0.433  0.184  0.045
    1446    -3.281    3446    11.031    7.79476   0.025695   1.321851   0.012296
  
 Correlation Surface at         1546        3446
  0.361  0.410  0.350  0.323  0.569  0.165  0.006  0.014  0.007
  0.276  0.340  0.347  0.379  0.678  0.133  0.001  0.002  0.023
  0.175  0.268  0.275  0.397  0.813  0.109  0.000  0.002  0.040
  0.086  0.197  0.167  0.377  0.936  0.092  0.000  0.022  0.052
  0.026  0.127  0.066  0.338  1.000  0.080  0.003  0.062  0.055
  0.001  0.057  0.007  0.294  0.963  0.072  0.014  0.115  0.047
  0.011  0.009  0.006  0.254  0.820  0.069  0.040  0.170  0.028
  0.051  0.006  0.048  0.225  0.625  0.069  0.085  0.210  0.011
  0.108  0.064  0.103  0.208  0.442  0.070  0.136  0.222  0.001
 r_peak,r_snr =   0.1215931       7.161097    
  
 Correlation Surface of oversamples image at         1546        3446
  0.213  0.208  0.345  0.679  0.868  0.625  0.259  0.057  0.000
  0.189  0.193  0.347  0.719  0.932  0.662  0.267  0.056  0.000
  0.158  0.169  0.336  0.740  0.975  0.684  0.269  0.053  0.000
  0.126  0.144  0.320  0.746  0.997  0.691  0.266  0.052  0.000
  0.098  0.123  0.307  0.744  1.000  0.688  0.263  0.053  0.000
  0.071  0.102  0.290  0.722  0.973  0.665  0.255  0.055  0.002
  0.044  0.078  0.260  0.669  0.903  0.615  0.236  0.055  0.004
  0.022  0.058  0.230  0.601  0.806  0.548  0.214  0.056  0.008
  0.010  0.047  0.212  0.544  0.715  0.488  0.200  0.064  0.018
    1546    -8.031    3446     2.219    7.16110   0.008208   2.501992  -0.020464
  
 Correlation Surface at         1646        3446
  0.306  0.852  0.474  0.171  0.195  0.196
  0.361  1.000  0.718  0.319  0.234  0.184
  0.381  0.946  0.832  0.441  0.218  0.165
  0.354  0.731  0.784  0.474  0.151  0.139
  0.276  0.451  0.620  0.409  0.071  0.111
  0.162  0.205  0.413  0.280  0.015  0.086
 r_peak,r_snr =   0.1158877       5.575499    
  
 Correlation Surface of oversamples image at         1646        3446
  0.268  0.355  0.546  0.749  0.698  0.476  0.296  0.274  0.375
  0.312  0.390  0.582  0.820  0.815  0.593  0.371  0.314  0.394
  0.360  0.423  0.604  0.869  0.914  0.706  0.447  0.353  0.405
  0.404  0.443  0.602  0.882  0.981  0.802  0.514  0.381  0.402
  0.428  0.439  0.566  0.847  1.000  0.858  0.554  0.388  0.377
  0.431  0.415  0.507  0.776  0.974  0.874  0.567  0.380  0.341
  0.426  0.385  0.445  0.694  0.927  0.870  0.571  0.370  0.311
  0.402  0.341  0.372  0.595  0.848  0.832  0.554  0.352  0.278
  0.338  0.265  0.276  0.460  0.712  0.732  0.491  0.305  0.228
    1646   -13.500    3446   -13.594    5.57550   0.035225   0.731178  -0.061886
  
 Correlation Surface at         1746        3446
  0.515  0.264  0.026  0.091  0.256  0.002  0.388  0.297  0.129
  0.340  0.168  0.061  0.222  0.486  0.014  0.344  0.272  0.058
  0.180  0.089  0.090  0.363  0.738  0.061  0.313  0.256  0.012
  0.072  0.039  0.098  0.449  0.932  0.111  0.276  0.233  0.000
  0.019  0.014  0.079  0.446  1.000  0.148  0.221  0.191  0.015
  0.001  0.004  0.043  0.362  0.918  0.174  0.143  0.129  0.042
  0.003  0.001  0.013  0.236  0.722  0.192  0.065  0.064  0.067
  0.016  0.000  0.000  0.108  0.474  0.205  0.014  0.016  0.084
  0.032  0.000  0.004  0.020  0.240  0.215  0.000  0.000  0.087
 r_peak,r_snr =   0.1146041       6.545002    
  
 Correlation Surface of oversamples image at         1746        3446
  0.002  0.072  0.403  0.748  0.786  0.492  0.062  0.148  0.698
  0.000  0.113  0.487  0.836  0.879  0.596  0.111  0.103  0.640
  0.001  0.147  0.549  0.894  0.943  0.678  0.158  0.072  0.596
  0.002  0.171  0.588  0.927  0.981  0.739  0.203  0.049  0.553
  0.005  0.185  0.607  0.939  1.000  0.784  0.247  0.029  0.500
  0.006  0.183  0.596  0.917  0.985  0.804  0.286  0.015  0.442
  0.004  0.158  0.541  0.845  0.923  0.786  0.311  0.006  0.386
  0.001  0.118  0.455  0.736  0.828  0.742  0.328  0.001  0.328
  0.000  0.081  0.364  0.623  0.733  0.703  0.351  0.000  0.257
    1746    -6.156    3446     0.375    6.54500   0.014614   1.356972  -0.058740
  
 Correlation Surface at         1846        3446
  0.502  0.170  0.001  0.264  0.404  0.000  0.017  0.009  0.097
  0.465  0.155  0.002  0.289  0.600  0.020  0.002  0.001  0.083
  0.385  0.091  0.003  0.320  0.803  0.094  0.002  0.000  0.057
  0.282  0.026  0.000  0.349  0.959  0.198  0.017  0.007  0.032
  0.180  0.000  0.002  0.356  1.000  0.273  0.040  0.021  0.014
  0.092  0.030  0.013  0.327  0.894  0.273  0.060  0.036  0.006
  0.030  0.097  0.025  0.260  0.673  0.200  0.067  0.049  0.003
  0.002  0.168  0.028  0.171  0.409  0.098  0.055  0.055  0.003
  0.004  0.212  0.020  0.087  0.182  0.020  0.029  0.049  0.005
 r_peak,r_snr =   0.1364627       7.120944    
  
 Correlation Surface of oversamples image at         1846        3446
  0.001  0.058  0.294  0.662  0.770  0.444  0.087  0.000  0.010
  0.002  0.062  0.326  0.734  0.855  0.507  0.118  0.003  0.002
  0.004  0.068  0.352  0.788  0.919  0.563  0.153  0.012  0.000
  0.008  0.077  0.380  0.835  0.973  0.619  0.197  0.031  0.006
  0.013  0.086  0.399  0.860  1.000  0.657  0.241  0.056  0.021
  0.016  0.086  0.395  0.843  0.976  0.658  0.269  0.082  0.041
  0.019  0.082  0.374  0.795  0.916  0.634  0.286  0.107  0.064
  0.022  0.079  0.355  0.748  0.854  0.607  0.306  0.138  0.094
  0.022  0.072  0.327  0.683  0.770  0.559  0.309  0.163  0.122
    1846    -6.125    3446     2.031    7.12094   0.010622   0.923534  -0.027429
  
 Correlation Surface at         1946        3446
  0.001  0.001  0.067  0.658  0.499  0.001  0.273  0.115  0.001
  0.000  0.000  0.057  0.656  0.684  0.016  0.174  0.092  0.002
  0.000  0.000  0.049  0.627  0.860  0.079  0.079  0.046  0.000
  0.001  0.000  0.039  0.562  0.980  0.169  0.020  0.010  0.000
  0.003  0.000  0.027  0.466  1.000  0.249  0.001  0.000  0.005
 r_peak,r_snr =   0.1560618       7.098539    
  
 Correlation Surface of oversamples image at         1946        3446
  0.114  0.301  0.619  0.909  0.874  0.475  0.087  0.007  0.088
  0.107  0.284  0.603  0.928  0.937  0.543  0.119  0.002  0.070
  0.098  0.263  0.579  0.930  0.981  0.601  0.152  0.000  0.053
  0.086  0.237  0.544  0.911  0.999  0.641  0.180  0.001  0.038
  0.075  0.213  0.508  0.882  1.000  0.668  0.205  0.005  0.025
  0.065  0.193  0.478  0.853  0.993  0.688  0.229  0.012  0.013
  0.055  0.174  0.446  0.814  0.969  0.690  0.245  0.019  0.006
  0.043  0.151  0.406  0.758  0.918  0.667  0.247  0.025  0.002
  0.034  0.132  0.367  0.695  0.853  0.629  0.240  0.028  0.000
    1946     9.844    3446    12.469    7.09854   0.020405   1.517688  -0.134271
  
 At line =         3800
 Reading in data....   
 Correlation Surface at          146        3846
  0.275  0.474  0.001  0.139  0.425  0.242  0.148  0.056  0.006
  0.251  0.636  0.017  0.156  0.577  0.313  0.173  0.071  0.006
  0.240  0.740  0.065  0.175  0.745  0.337  0.191  0.104  0.001
  0.232  0.746  0.157  0.194  0.902  0.323  0.194  0.148  0.004
  0.223  0.661  0.283  0.211  1.000  0.293  0.180  0.184  0.028
  0.202  0.517  0.408  0.229  0.994  0.259  0.150  0.193  0.070
  0.162  0.350  0.479  0.246  0.869  0.235  0.106  0.167  0.112
  0.106  0.196  0.454  0.255  0.644  0.222  0.060  0.119  0.134
  0.051  0.081  0.337  0.247  0.390  0.209  0.022  0.067  0.126
 r_peak,r_snr =   0.1088260       6.312462    
  
 Correlation Surface of oversamples image at          146        3846
  3.626  4.000  2.022  0.219  0.005  0.039
  3.644  3.902  2.096  0.274  0.007  0.024
  3.603  3.741  2.130  0.357  0.016  0.021
  3.503  3.540  2.144  0.472  0.043  0.027
  3.327  3.280  2.105  0.608  0.098  0.042
     146    -9.750    3846    -8.781    6.31246   0.014223   3.038225   0.078527
  
 Correlation Surface at          346        3846
  0.133  0.152  0.219  0.101  0.117  0.381  0.679
  0.153  0.314  0.454  0.197  0.182  0.348  0.615
  0.145  0.500  0.716  0.314  0.244  0.280  0.486
  0.108  0.656  0.920  0.423  0.285  0.193  0.319
  0.054  0.736  1.000  0.494  0.288  0.106  0.155
  0.010  0.724  0.943  0.497  0.251  0.037  0.039
  0.003  0.633  0.773  0.432  0.184  0.002  0.000
  0.045  0.490  0.537  0.317  0.111  0.011  0.039
  0.124  0.335  0.301  0.175  0.047  0.059  0.128
 r_peak,r_snr =   0.1225216       6.399283    
  
 Correlation Surface of oversamples image at          346        3846
  0.150  0.018  0.065  0.429  0.631  0.436  0.240  0.179  0.181
  0.123  0.012  0.082  0.498  0.736  0.514  0.283  0.203  0.189
  0.079  0.003  0.112  0.583  0.857  0.607  0.336  0.233  0.201
  0.037  0.000  0.147  0.662  0.964  0.688  0.382  0.257  0.207
  0.011  0.003  0.168  0.691  1.000  0.711  0.387  0.250  0.187
  0.000  0.011  0.179  0.683  0.983  0.693  0.366  0.223  0.153
  0.009  0.031  0.204  0.685  0.970  0.680  0.354  0.207  0.132
  0.048  0.065  0.231  0.675  0.933  0.649  0.333  0.189  0.113
  0.098  0.092  0.224  0.597  0.809  0.548  0.267  0.141  0.076
     346   -13.531    3846    -8.500    6.39928   0.040551   1.337954  -0.011973
  
 Correlation Surface at          446        3846
  0.135  0.016  0.050  0.022  0.709  0.323
  0.145  0.014  0.056  0.023  0.884  0.463
  0.132  0.008  0.055  0.021  0.981  0.574
  0.099  0.002  0.050  0.019  1.000  0.626
  0.058  0.000  0.050  0.018  0.961  0.606
  0.023  0.001  0.057  0.018  0.880  0.522
  0.004  0.001  0.073  0.017  0.767  0.399
  0.000  0.001  0.098  0.014  0.631  0.261
 r_peak,r_snr =   0.1448130       6.748685    
  
 Correlation Surface of oversamples image at          446        3846
  0.161  0.077  0.014  0.412  0.968  0.976  0.602  0.297  0.094
  0.155  0.067  0.021  0.433  0.974  0.990  0.624  0.300  0.085
  0.147  0.055  0.031  0.456  0.967  0.975  0.614  0.278  0.066
  0.126  0.036  0.051  0.502  0.983  0.968  0.598  0.250  0.047
  0.104  0.021  0.079  0.556  1.000  0.946  0.561  0.207  0.025
  0.098  0.014  0.098  0.579  0.965  0.865  0.471  0.138  0.004
  0.098  0.012  0.108  0.576  0.895  0.748  0.358  0.068  0.002
  0.072  0.003  0.150  0.639  0.910  0.706  0.298  0.035  0.016
     446    13.219    3846   -10.219    6.74868   0.006669   5.034317  -0.036532
  
 Correlation Surface at          546        3846
  0.023  0.031  0.113  0.659  0.413  0.037  0.096  0.291  0.451
  0.014  0.030  0.128  0.696  0.621  0.001  0.034  0.162  0.377
  0.006  0.016  0.119  0.683  0.828  0.019  0.005  0.070  0.264
  0.002  0.003  0.091  0.621  0.971  0.087  0.001  0.020  0.144
  0.001  0.001  0.056  0.522  1.000  0.174  0.008  0.003  0.049
  0.000  0.009  0.026  0.399  0.895  0.231  0.012  0.000  0.003
  0.000  0.023  0.008  0.277  0.688  0.230  0.007  0.004  0.011
  0.002  0.039  0.001  0.178  0.451  0.174  0.000  0.008  0.061
  0.014  0.059  0.000  0.109  0.250  0.104  0.004  0.015  0.132
 r_peak,r_snr =   0.1298139       8.790440    
  
 Correlation Surface of oversamples image at          546        3846
  0.053  0.325  0.655  0.817  0.706  0.263  0.025  0.002  0.016
  0.057  0.314  0.616  0.811  0.804  0.389  0.078  0.018  0.035
  0.059  0.297  0.568  0.788  0.885  0.524  0.153  0.048  0.057
  0.062  0.284  0.528  0.765  0.957  0.663  0.246  0.089  0.084
  0.065  0.268  0.485  0.731  1.000  0.785  0.341  0.133  0.109
  0.060  0.239  0.425  0.664  0.987  0.858  0.414  0.166  0.122
  0.052  0.204  0.360  0.583  0.934  0.885  0.460  0.186  0.125
  0.047  0.181  0.314  0.518  0.877  0.891  0.493  0.200  0.127
  0.041  0.158  0.275  0.458  0.802  0.860  0.497  0.201  0.122
     546    -1.875    3846    -4.688    8.79044   0.028938   1.582268  -0.167800
  
 Correlation Surface at          646        3846
  0.181  0.074  0.078  0.404  0.285  0.020  0.085  0.083  0.056
  0.212  0.101  0.053  0.507  0.550  0.007  0.175  0.102  0.022
  0.248  0.129  0.024  0.505  0.789  0.092  0.265  0.118  0.001
  0.280  0.147  0.005  0.418  0.942  0.249  0.320  0.113  0.013
  0.302  0.143  0.000  0.302  1.000  0.410  0.306  0.081  0.050
  0.298  0.109  0.001  0.194  0.959  0.487  0.218  0.036  0.084
  0.257  0.056  0.000  0.109  0.827  0.445  0.099  0.004  0.089
  0.180  0.010  0.001  0.047  0.625  0.302  0.015  0.006  0.063
  0.091  0.003  0.008  0.009  0.393  0.127  0.008  0.042  0.024
 r_peak,r_snr =   0.1008170       6.043880    
  
 Correlation Surface of oversamples image at          646        3846
  0.008  0.082  0.435  0.907  0.965  0.634  0.388  0.393  0.485
  0.000  0.039  0.335  0.828  0.978  0.691  0.421  0.384  0.430
  0.004  0.010  0.236  0.733  0.967  0.724  0.428  0.347  0.353
  0.016  0.001  0.170  0.670  0.981  0.772  0.440  0.320  0.297
  0.028  0.001  0.121  0.619  1.000  0.813  0.439  0.283  0.242
  0.047  0.012  0.073  0.544  0.976  0.803  0.394  0.215  0.165
  0.063  0.029  0.040  0.472  0.937  0.769  0.330  0.143  0.094
  0.058  0.036  0.027  0.445  0.944  0.763  0.287  0.097  0.053
  0.042  0.034  0.022  0.431  0.954  0.746  0.241  0.059  0.025
     646     0.063    3846     8.094    6.04388   0.141557   7.106997  -0.929628
  
 Correlation Surface at          746        3846
  0.042  0.324  0.011  0.086  0.359  0.009
  0.067  0.477  0.056  0.052  0.173  0.024
  0.107  0.671  0.125  0.026  0.035  0.054
  0.154  0.867  0.192  0.013  0.003  0.103
  0.190  1.000  0.228  0.009  0.078  0.174
  0.201  0.989  0.210  0.011  0.192  0.241
  0.180  0.811  0.139  0.023  0.259  0.289
 r_peak,r_snr =   0.1041231       7.925082    
  
 Correlation Surface of oversamples image at          746        3846
  0.015  0.012  0.094  0.462  0.697  0.391  0.090  0.011  0.012
  0.022  0.024  0.137  0.569  0.817  0.444  0.096  0.015  0.030
  0.033  0.043  0.192  0.676  0.921  0.482  0.095  0.017  0.055
  0.048  0.069  0.249  0.764  0.989  0.498  0.086  0.016  0.082
  0.062  0.094  0.294  0.810  1.000  0.481  0.068  0.011  0.100
  0.075  0.116  0.320  0.806  0.954  0.431  0.045  0.005  0.109
  0.098  0.143  0.337  0.774  0.875  0.370  0.026  0.001  0.115
  0.125  0.165  0.333  0.700  0.758  0.294  0.010  0.000  0.113
  0.141  0.166  0.286  0.562  0.582  0.196  0.000  0.006  0.089
     746    -9.625    3846    15.406    7.92508   0.011645   1.706754   0.015016
  
 Correlation Surface at          846        3846
  0.178  0.150  0.551  0.998  0.375  0.065  0.126
  0.212  0.189  0.456  0.925  0.561  0.125  0.135
  0.184  0.192  0.314  0.752  0.762  0.205  0.143
  0.112  0.164  0.168  0.527  0.927  0.287  0.146
  0.040  0.122  0.059  0.308  1.000  0.335  0.141
  0.003  0.084  0.008  0.139  0.955  0.322  0.124
  0.006  0.057  0.001  0.040  0.801  0.248  0.099
  0.033  0.048  0.008  0.003  0.587  0.142  0.068
  0.058  0.055  0.007  0.002  0.367  0.052  0.039
 r_peak,r_snr =   0.1054369       5.714149    
  
 Correlation Surface of oversamples image at          846        3846
  0.465  0.431  0.527  0.812  0.877  0.469  0.175  0.082  0.111
  0.334  0.317  0.422  0.746  0.914  0.547  0.204  0.076  0.081
  0.219  0.214  0.323  0.672  0.937  0.618  0.232  0.071  0.057
  0.133  0.137  0.247  0.619  0.974  0.707  0.273  0.075  0.043
  0.068  0.075  0.182  0.567  1.000  0.787  0.313  0.080  0.034
  0.021  0.027  0.116  0.492  0.977  0.818  0.327  0.075  0.022
  0.001  0.003  0.065  0.417  0.929  0.818  0.324  0.067  0.013
  0.003  0.001  0.037  0.370  0.901  0.830  0.337  0.070  0.011
  0.017  0.012  0.018  0.325  0.859  0.820  0.342  0.072  0.010
     846     8.625    3846     7.719    5.71415   0.067357   3.702142  -0.434439
  
 Correlation Surface at          946        3846
  0.188  0.031  0.099  0.281  0.537  0.137  0.008  0.043  0.014
  0.099  0.073  0.057  0.256  0.716  0.146  0.025  0.088  0.003
  0.023  0.131  0.026  0.218  0.871  0.128  0.030  0.126  0.000
  0.000  0.184  0.008  0.172  0.969  0.090  0.020  0.140  0.005
  0.031  0.212  0.000  0.128  1.000  0.050  0.006  0.123  0.009
  0.075  0.203  0.001  0.090  0.957  0.021  0.000  0.081  0.007
  0.093  0.158  0.007  0.061  0.842  0.006  0.005  0.037  0.001
  0.072  0.094  0.013  0.041  0.677  0.001  0.014  0.008  0.005
  0.034  0.038  0.018  0.029  0.503  0.000  0.020  0.000  0.031
 r_peak,r_snr =   0.1364701       11.95007    
  
 Correlation Surface of oversamples image at          946        3846
  0.129  0.268  0.607  0.938  0.842  0.414  0.077  0.000  0.001
  0.097  0.206  0.551  0.951  0.902  0.449  0.081  0.001  0.000
  0.070  0.154  0.495  0.958  0.957  0.477  0.083  0.001  0.001
  0.048  0.108  0.437  0.949  0.994  0.490  0.077  0.001  0.003
  0.029  0.071  0.374  0.915  1.000  0.480  0.062  0.000  0.002
  0.016  0.044  0.318  0.872  0.988  0.456  0.045  0.001  0.001
  0.007  0.027  0.275  0.837  0.977  0.431  0.030  0.006  0.000
  0.003  0.016  0.239  0.802  0.961  0.402  0.017  0.015  0.000
  0.000  0.008  0.206  0.755  0.921  0.360  0.006  0.031  0.002
     946    -4.219    3846    -0.781   11.95007   0.004785   3.584900   0.025696
  
 Correlation Surface at         1046        3846
  0.044  0.194  0.213  0.023  0.319  0.320  0.043  0.008  0.061
  0.052  0.198  0.326  0.003  0.593  0.538  0.110  0.000  0.088
  0.074  0.212  0.471  0.075  0.848  0.703  0.153  0.012  0.110
  0.105  0.219  0.584  0.212  0.994  0.728  0.130  0.076  0.120
  0.127  0.203  0.596  0.340  1.000  0.607  0.059  0.206  0.113
  0.124  0.161  0.478  0.388  0.887  0.399  0.003  0.368  0.086
 r_peak,r_snr =   9.1605887E-02   6.512111    
  
 Correlation Surface of oversamples image at         1046        3846
  0.182  0.542  0.670  0.646  0.655  0.674  0.515  0.203  0.011
  0.261  0.630  0.764  0.797  0.830  0.743  0.438  0.125  0.002
  0.324  0.670  0.803  0.897  0.945  0.739  0.319  0.051  0.001
  0.377  0.679  0.802  0.947  0.997  0.675  0.193  0.006  0.010
  0.428  0.682  0.790  0.964  1.000  0.581  0.093  0.004  0.027
  0.461  0.668  0.753  0.929  0.937  0.455  0.025  0.039  0.048
  0.454  0.609  0.664  0.817  0.786  0.295  0.000  0.120  0.078
  0.425  0.534  0.553  0.664  0.592  0.148  0.038  0.234  0.109
  0.413  0.487  0.472  0.536  0.426  0.055  0.118  0.333  0.116
    1046    -4.688    3846    12.438    6.51211   0.184507   5.688164   0.917539
  
 Correlation Surface at         1246        3846
  0.112  0.078  0.004  0.003  0.145  0.108  0.054  0.282  0.497
  0.214  0.076  0.006  0.025  0.341  0.244  0.106  0.249  0.304
  0.272  0.039  0.002  0.062  0.600  0.433  0.194  0.214  0.144
  0.266  0.002  0.001  0.100  0.851  0.632  0.307  0.181  0.045
  0.204  0.027  0.027  0.126  1.000  0.770  0.411  0.151  0.006
  0.121  0.161  0.120  0.141  0.992  0.782  0.463  0.125  0.000
  0.057  0.381  0.303  0.144  0.838  0.664  0.431  0.110  0.000
  0.021  0.584  0.524  0.134  0.606  0.477  0.332  0.110  0.006
  0.006  0.655  0.687  0.116  0.374  0.285  0.199  0.120  0.038
 r_peak,r_snr =   9.9422462E-02   6.170976    
  
 Correlation Surface of oversamples image at         1246        3846
  0.011  0.096  0.295  0.618  0.815  0.593  0.316  0.230  0.206
  0.015  0.108  0.325  0.673  0.900  0.679  0.377  0.275  0.234
  0.021  0.116  0.341  0.704  0.957  0.751  0.438  0.325  0.267
  0.031  0.123  0.347  0.716  0.993  0.817  0.507  0.388  0.311
  0.046  0.128  0.340  0.705  1.000  0.862  0.572  0.453  0.355
  0.063  0.125  0.313  0.660  0.959  0.865  0.611  0.502  0.388
  0.085  0.120  0.276  0.593  0.886  0.838  0.632  0.541  0.414
  0.122  0.122  0.246  0.534  0.818  0.813  0.659  0.590  0.452
  0.171  0.128  0.217  0.470  0.738  0.772  0.670  0.629  0.486
    1246     5.594    3846     8.906    6.17098   0.022967   1.548064  -0.016901
  
 Correlation Surface at         1346        3846
  0.337  0.140  0.089  0.088  0.237  0.001  0.180  0.223  0.144
  0.217  0.045  0.051  0.127  0.465  0.078  0.099  0.182  0.106
  0.123  0.002  0.019  0.148  0.720  0.269  0.036  0.131  0.065
  0.070  0.009  0.002  0.142  0.924  0.530  0.004  0.076  0.027
  0.047  0.038  0.001  0.106  1.000  0.780  0.005  0.029  0.004
  0.043  0.064  0.010  0.057  0.912  0.937  0.040  0.002  0.002
  0.047  0.073  0.025  0.017  0.690  0.961  0.107  0.008  0.023
  0.052  0.069  0.041  0.000  0.414  0.868  0.195  0.050  0.064
  0.049  0.060  0.053  0.005  0.184  0.712  0.290  0.115  0.119
 r_peak,r_snr =   0.1135816       6.545181    
  
 Correlation Surface of oversamples image at         1346        3846
  0.033  0.098  0.240  0.506  0.679  0.438  0.089  0.000  0.009
  0.032  0.107  0.272  0.590  0.806  0.532  0.119  0.002  0.005
  0.033  0.115  0.300  0.662  0.914  0.615  0.148  0.005  0.001
  0.033  0.119  0.315  0.706  0.985  0.676  0.174  0.010  0.000
  0.029  0.110  0.303  0.702  1.000  0.703  0.193  0.015  0.000
  0.023  0.095  0.275  0.665  0.978  0.711  0.211  0.022  0.003
  0.019  0.083  0.247  0.623  0.947  0.721  0.240  0.037  0.011
  0.016  0.070  0.213  0.560  0.889  0.715  0.269  0.058  0.027
  0.008  0.047  0.158  0.455  0.774  0.665  0.279  0.077  0.044
    1346    -8.469    3846   -10.625    6.54518   0.041518   1.486375  -0.192670
  
 Correlation Surface at         1546        3846
  0.008  0.023  0.031  0.262  0.352  0.153  0.078  0.062  0.016
  0.005  0.052  0.046  0.311  0.514  0.261  0.132  0.129  0.050
  0.003  0.069  0.047  0.334  0.704  0.417  0.206  0.223  0.098
  0.002  0.063  0.031  0.321  0.888  0.599  0.279  0.309  0.143
  0.001  0.040  0.011  0.275  1.000  0.748  0.315  0.345  0.166
  0.000  0.013  0.000  0.204  0.975  0.799  0.291  0.306  0.159
  0.001  0.000  0.006  0.134  0.820  0.726  0.218  0.218  0.124
  0.003  0.007  0.021  0.078  0.593  0.553  0.128  0.122  0.078
  0.005  0.028  0.034  0.041  0.360  0.338  0.053  0.050  0.037
 r_peak,r_snr =   0.1379796       9.481819    
  
 Correlation Surface of oversamples image at         1546        3846
  0.012  0.067  0.306  0.683  0.825  0.725  0.628  0.499  0.268
  0.011  0.066  0.322  0.740  0.916  0.824  0.713  0.556  0.299
  0.008  0.058  0.319  0.763  0.972  0.897  0.783  0.602  0.323
  0.004  0.047  0.300  0.758  0.997  0.948  0.839  0.641  0.343
  0.001  0.034  0.273  0.733  1.000  0.986  0.890  0.678  0.364
  0.000  0.021  0.238  0.685  0.971  0.995  0.921  0.703  0.378
  0.003  0.010  0.193  0.607  0.896  0.957  0.911  0.699  0.376
  0.010  0.002  0.147  0.516  0.798  0.890  0.875  0.676  0.363
  0.019  0.000  0.111  0.438  0.705  0.824  0.839  0.656  0.355
    1546    -2.781    3846     0.688    9.48182   0.031029   1.191651  -0.126206
  
 Correlation Surface at         1646        3846
  0.132  0.001  0.207  0.513  0.411  0.006  0.008  0.274
  0.178  0.000  0.356  0.660  0.487  0.010  0.020  0.342
  0.220  0.005  0.512  0.809  0.519  0.008  0.047  0.381
  0.254  0.018  0.615  0.932  0.508  0.001  0.096  0.373
  0.277  0.047  0.617  1.000  0.470  0.002  0.169  0.323
  0.289  0.100  0.510  0.992  0.429  0.016  0.256  0.240
  0.290  0.171  0.353  0.906  0.387  0.043  0.337  0.148
  0.284  0.237  0.211  0.768  0.341  0.075  0.395  0.071
 r_peak,r_snr =   0.1322911       7.003400    
  
 Correlation Surface of oversamples image at         1646        3846
  0.046  0.155  0.282  0.561  0.829  0.628  0.246  0.078  0.013
  0.047  0.198  0.351  0.628  0.895  0.693  0.285  0.088  0.008
  0.046  0.241  0.424  0.695  0.950  0.745  0.316  0.092  0.004
  0.044  0.277  0.489  0.751  0.989  0.779  0.336  0.091  0.001
  0.038  0.296  0.534  0.787  1.000  0.786  0.337  0.082  0.000
  0.028  0.294  0.556  0.797  0.979  0.759  0.317  0.064  0.004
  0.018  0.278  0.557  0.788  0.940  0.715  0.285  0.043  0.015
  0.010  0.254  0.545  0.774  0.901  0.670  0.252  0.026  0.032
  0.003  0.220  0.515  0.749  0.858  0.621  0.215  0.012  0.056
    1646   -11.469    3846     9.188    7.00340   0.024967   3.684641  -0.023752
  
 Correlation Surface at         1946        3846
  0.000  0.028  0.280  0.155  0.008  0.043  0.191  0.163
  0.001  0.039  0.442  0.329  0.041  0.046  0.270  0.219
  0.005  0.036  0.573  0.574  0.112  0.047  0.335  0.255
  0.005  0.024  0.620  0.831  0.211  0.047  0.381  0.272
  0.001  0.009  0.547  1.000  0.298  0.054  0.412  0.281
  0.003  0.001  0.373  0.986  0.321  0.072  0.452  0.294
  0.030  0.002  0.171  0.771  0.261  0.106  0.510  0.320
  0.094  0.012  0.029  0.442  0.150  0.156  0.574  0.355
  0.193  0.024  0.008  0.148  0.047  0.209  0.612  0.392
 r_peak,r_snr =   0.1391230       7.286120    
  
 Correlation Surface of oversamples image at         1946        3846
 10.566  6.868  1.696  0.014  0.754
 11.652  7.917  2.199  0.005  1.147
 12.412  8.773  2.694  0.001  1.579
 14.017 10.402  3.738  0.034  1.593
    1946   -15.844    3846     5.844    7.28612   0.021075   0.634997  -0.070304
  
 Correlation Surface at         2046        3846
  0.832  0.875  0.608  0.455  0.469  0.564  0.626  0.561  0.431
  0.784  0.928  0.737  0.629  0.687  0.743  0.677  0.526  0.396
  0.707  0.919  0.810  0.767  0.872  0.863  0.663  0.452  0.345
  0.621  0.862  0.815  0.840  0.980  0.899  0.595  0.360  0.289
  0.538  0.769  0.757  0.840  1.000  0.856  0.497  0.273  0.238
  0.464  0.654  0.656  0.777  0.940  0.756  0.393  0.202  0.197
  0.400  0.527  0.536  0.675  0.829  0.634  0.303  0.154  0.170
  0.349  0.404  0.413  0.556  0.699  0.521  0.240  0.129  0.158
  0.312  0.296  0.304  0.442  0.574  0.435  0.208  0.126  0.165
 r_peak,r_snr =   0.2125120       3.345567    
  
 Correlation Surface of oversamples image at         2046        3846
  0.494  0.552  0.640  0.727  0.764  0.726  0.635  0.527  0.430
  0.554  0.629  0.735  0.832  0.864  0.804  0.681  0.543  0.426
  0.597  0.686  0.806  0.909  0.934  0.853  0.703  0.540  0.407
  0.623  0.724  0.856  0.963  0.979  0.879  0.705  0.522  0.377
  0.636  0.748  0.887  0.994  1.000  0.882  0.691  0.494  0.343
  0.636  0.753  0.895  0.997  0.992  0.861  0.659  0.456  0.305
  0.620  0.739  0.879  0.973  0.957  0.817  0.612  0.411  0.266
  0.589  0.707  0.841  0.925  0.899  0.755  0.552  0.360  0.224
  0.550  0.665  0.791  0.863  0.828  0.684  0.489  0.309  0.186
    2046    -3.750    3846   -10.750    3.34557   0.086134   1.108444   0.094983
  
 At line =         4200
 Reading in data....   
 Correlation Surface at          246        4246
  0.968  0.000  0.576  0.057  0.812  0.191  0.330  1.630  0.167
  0.857  0.016  0.542  0.039  0.901  0.223  0.191  1.355  0.323
  0.672  0.034  0.467  0.037  0.964  0.209  0.147  0.986  0.432
  0.494  0.039  0.381  0.045  0.993  0.162  0.180  0.633  0.430
  0.370  0.030  0.305  0.060  1.000  0.114  0.291  0.361  0.316
  0.302  0.017  0.236  0.071  0.975  0.081  0.480  0.181  0.148
  0.268  0.008  0.170  0.073  0.925  0.061  0.719  0.082  0.023
  0.231  0.003  0.106  0.070  0.848  0.048  0.948  0.041  0.009
  0.177  0.002  0.050  0.063  0.713  0.036  1.114  0.032  0.100
 r_peak,r_snr =   8.5739955E-02   3.508731    
  
 Correlation Surface of oversamples image at          246        4246
  0.455  0.209  0.007  0.401  0.833  0.605  0.120  0.010  0.240
  0.372  0.177  0.009  0.409  0.863  0.642  0.115  0.026  0.322
  0.294  0.144  0.011  0.410  0.890  0.679  0.110  0.051  0.425
  0.203  0.099  0.016  0.428  0.945  0.745  0.119  0.073  0.517
  0.121  0.056  0.025  0.446  1.000  0.814  0.131  0.093  0.609
  0.071  0.032  0.027  0.420  0.987  0.826  0.125  0.130  0.741
  0.041  0.018  0.023  0.363  0.923  0.802  0.112  0.174  0.891
  0.009  0.002  0.033  0.352  0.925  0.847  0.133  0.176  0.946
     246     4.156    4246    -9.094    3.50873   0.067969  61.641693   1.880748
  
 Correlation Surface at          346        4246
  0.002  0.000  0.178  0.006  0.069  0.281  0.187  0.002  0.053
  0.008  0.001  0.108  0.056  0.255  0.210  0.156  0.005  0.169
  0.014  0.004  0.038  0.135  0.545  0.112  0.133  0.014  0.219
  0.016  0.003  0.001  0.203  0.836  0.031  0.112  0.009  0.143
  0.010  0.000  0.020  0.221  1.000  0.000  0.088  0.001  0.027
  0.002  0.005  0.096  0.186  0.975  0.020  0.053  0.001  0.016
  0.000  0.030  0.208  0.122  0.788  0.064  0.016  0.006  0.176
  0.002  0.084  0.313  0.061  0.525  0.095  0.000  0.003  0.417
  0.002  0.160  0.374  0.023  0.288  0.097  0.031  0.001  0.554
 r_peak,r_snr =   9.4420485E-02   6.908136    
  
 Correlation Surface of oversamples image at          346        4246
  0.061  0.072  0.351  0.823  0.617  0.045  0.062  0.020  0.078
  0.096  0.089  0.345  0.852  0.739  0.097  0.033  0.017  0.061
  0.147  0.114  0.346  0.878  0.868  0.176  0.010  0.013  0.045
  0.210  0.145  0.344  0.879  0.975  0.269  0.000  0.009  0.032
  0.267  0.165  0.313  0.811  1.000  0.343  0.003  0.007  0.019
  0.323  0.178  0.273  0.714  0.975  0.399  0.012  0.005  0.010
  0.403  0.208  0.258  0.654  0.970  0.472  0.033  0.001  0.008
  0.488  0.243  0.251  0.602  0.955  0.540  0.065  0.000  0.009
  0.518  0.239  0.212  0.501  0.856  0.539  0.082  0.001  0.008
     346   -10.188    4246     9.125    6.90814   0.012313   1.347119  -0.078212
  
 Correlation Surface at          546        4246
  0.002  0.009  0.035  0.190  0.044  0.071  0.973  1.130  1.303
  0.027  0.002  0.000  0.183  0.230  0.001  0.591  1.102  1.545
  0.152  0.003  0.007  0.218  0.520  0.081  0.268  0.930  1.592
  0.348  0.018  0.008  0.302  0.824  0.213  0.067  0.640  1.414
  0.520  0.068  0.000  0.415  1.000  0.304  0.001  0.329  1.083
  0.566  0.169  0.017  0.509  0.953  0.301  0.015  0.099  0.718
  0.467  0.297  0.061  0.515  0.699  0.214  0.041  0.003  0.416
  0.280  0.389  0.088  0.388  0.348  0.098  0.045  0.025  0.225
  0.106  0.396  0.061  0.186  0.071  0.014  0.029  0.087  0.141
 r_peak,r_snr =   7.6923162E-02   3.344306    
  
 Correlation Surface of oversamples image at          546        4246
  0.080  0.000  0.199  0.606  0.676  0.432  0.168  0.012  0.039
  0.069  0.002  0.243  0.701  0.828  0.572  0.248  0.031  0.027
  0.053  0.009  0.274  0.748  0.919  0.668  0.308  0.050  0.018
  0.028  0.026  0.316  0.787  0.988  0.738  0.354  0.073  0.008
  0.010  0.052  0.345  0.785  1.000  0.756  0.371  0.091  0.001
  0.003  0.069  0.318  0.685  0.897  0.683  0.336  0.092  0.000
  0.000  0.075  0.260  0.535  0.728  0.557  0.274  0.085  0.002
  0.001  0.088  0.215  0.409  0.578  0.452  0.230  0.090  0.013
  0.007  0.092  0.159  0.281  0.424  0.345  0.187  0.096  0.036
     546    -7.063    4246    -3.188    3.34431   0.035442   1.361393   0.037341
  
 Correlation Surface at          746        4246
  0.229  0.265  0.032  0.461  0.500  0.135  0.116  0.019  0.078
  0.187  0.159  0.088  0.501  0.719  0.183  0.163  0.067  0.110
  0.135  0.070  0.153  0.470  0.897  0.217  0.192  0.130  0.118
  0.082  0.016  0.206  0.373  0.994  0.241  0.197  0.195  0.105
  0.038  0.000  0.233  0.248  1.000  0.263  0.177  0.249  0.082
  0.011  0.018  0.227  0.136  0.938  0.288  0.136  0.287  0.060
  0.001  0.055  0.195  0.060  0.840  0.304  0.084  0.312  0.048
  0.001  0.096  0.152  0.022  0.732  0.307  0.040  0.327  0.046
  0.007  0.127  0.116  0.008  0.629  0.293  0.013  0.347  0.059
 r_peak,r_snr =   0.1142783       7.553014    
  
 Correlation Surface of oversamples image at          746        4246
  1.139  0.465  0.948  2.555  3.364  1.991
  0.982  0.329  0.789  2.468  3.375  1.933
  0.786  0.194  0.605  2.310  3.329  1.869
  0.742  0.153  0.565  2.416  3.628  2.102
     746    10.969    4246     8.813    7.55301   0.060493   8.795250  -0.657891
  
 Correlation Surface at          846        4246
  0.182  0.021  0.001  0.001  0.358  0.041  0.017  0.115
  0.073  0.007  0.000  0.012  0.559  0.053  0.055  0.148
  0.006  0.075  0.001  0.060  0.781  0.084  0.117  0.230
  0.015  0.147  0.002  0.126  0.953  0.135  0.183  0.349
  0.092  0.158  0.001  0.173  1.000  0.193  0.233  0.468
  0.205  0.102  0.001  0.169  0.881  0.231  0.252  0.550
  0.333  0.032  0.000  0.107  0.622  0.217  0.241  0.576
  0.461  0.000  0.001  0.029  0.322  0.153  0.214  0.549
  0.592  0.020  0.003  0.002  0.095  0.071  0.180  0.485
 r_peak,r_snr =   9.0657011E-02   5.539655    
  
 Correlation Surface of oversamples image at          846        4246
  0.000  0.080  0.340  0.655  0.720  0.419  0.070  0.020  0.141
  0.000  0.085  0.379  0.739  0.806  0.474  0.079  0.031  0.192
  0.000  0.093  0.419  0.826  0.903  0.545  0.094  0.039  0.239
  0.000  0.096  0.444  0.889  0.984  0.611  0.109  0.048  0.288
  0.000  0.082  0.424  0.884  1.000  0.633  0.110  0.064  0.350
  0.002  0.061  0.375  0.826  0.961  0.619  0.102  0.082  0.410
  0.004  0.048  0.336  0.773  0.924  0.610  0.102  0.087  0.429
  0.006  0.035  0.294  0.707  0.867  0.587  0.101  0.085  0.428
  0.017  0.013  0.208  0.562  0.716  0.486  0.075  0.098  0.454
     846    11.344    4246     4.313    5.53965   0.013975   1.759262  -0.023211
  
 Correlation Surface at          946        4246
  0.002  0.072  0.003  0.130  0.302  0.016  0.572  0.052  0.000
  0.000  0.007  0.000  0.186  0.578  0.001  0.642  0.024  0.001
  0.006  0.018  0.009  0.238  0.822  0.000  0.659  0.004  0.013
  0.019  0.116  0.046  0.294  0.972  0.003  0.627  0.000  0.050
  0.031  0.255  0.118  0.361  1.000  0.003  0.556  0.007  0.116
  0.033  0.355  0.221  0.443  0.924  0.002  0.450  0.013  0.179
  0.022  0.359  0.331  0.533  0.783  0.001  0.324  0.008  0.195
  0.005  0.267  0.407  0.603  0.626  0.000  0.196  0.000  0.142
  0.002  0.129  0.407  0.628  0.478  0.001  0.093  0.008  0.049
 r_peak,r_snr =   0.1253933       6.860924    
  
 Correlation Surface of oversamples image at          946        4246
  1.097  1.318  1.142  1.441  2.491  3.215  2.402  0.660  0.028
  0.949  1.326  1.344  1.776  2.834  3.276  2.183  0.526  0.032
  0.694  1.182  1.409  1.983  3.018  3.183  1.867  0.360  0.053
  0.585  1.192  1.646  2.408  3.479  3.408  1.828  0.324  0.036
     946    -0.781    4246     0.813    6.86092   0.007255   2.240697   0.056578
  
 Correlation Surface at         1046        4246
  0.008  0.003  0.017  0.321  0.818  0.444  0.229  0.030  0.011
  0.003  0.006  0.030  0.227  0.936  0.567  0.131  0.002  0.051
  0.002  0.017  0.051  0.133  1.000  0.724  0.069  0.058  0.108
  0.004  0.045  0.079  0.059  0.964  0.868  0.041  0.142  0.158
  0.014  0.098  0.110  0.016  0.813  0.944  0.039  0.188  0.178
  0.038  0.175  0.138  0.001  0.584  0.907  0.058  0.170  0.163
  0.079  0.265  0.153  0.002  0.338  0.747  0.101  0.107  0.119
 r_peak,r_snr =   0.1324595       7.381707    
  
 Correlation Surface of oversamples image at         1046        4246
  0.040  0.262  0.526  0.722  0.791  0.587  0.280  0.059  0.000
  0.034  0.228  0.492  0.747  0.871  0.648  0.286  0.043  0.004
  0.029  0.196  0.449  0.749  0.933  0.709  0.298  0.035  0.011
  0.029  0.174  0.408  0.737  0.984  0.778  0.326  0.034  0.014
  0.030  0.154  0.359  0.695  1.000  0.835  0.360  0.040  0.012
  0.028  0.127  0.291  0.607  0.951  0.849  0.381  0.045  0.010
  0.024  0.100  0.222  0.495  0.854  0.825  0.391  0.051  0.007
  0.031  0.094  0.180  0.410  0.770  0.816  0.428  0.073  0.001
    1046    -9.406    4246   -11.156    7.38171   0.087323   3.994363  -0.546902
  
 Correlation Surface at         1146        4246
  0.346  0.039  0.002  0.255  0.692  0.236  0.000  0.049  0.001
  0.476  0.037  0.001  0.320  0.810  0.165  0.005  0.073  0.026
  0.545  0.031  0.000  0.318  0.909  0.107  0.023  0.124  0.080
  0.521  0.024  0.000  0.251  0.977  0.065  0.066  0.192  0.129
  0.410  0.020  0.003  0.151  1.000  0.042  0.138  0.254  0.137
  0.260  0.018  0.006  0.063  0.961  0.030  0.223  0.274  0.092
  0.126  0.019  0.006  0.014  0.850  0.023  0.285  0.224  0.026
  0.040  0.021  0.003  0.000  0.677  0.016  0.291  0.123  0.001
  0.004  0.025  0.001  0.003  0.468  0.007  0.239  0.028  0.060
 r_peak,r_snr =   0.1095888       7.441056    
  
 Correlation Surface of oversamples image at         1146        4246
  0.001  0.058  0.333  0.763  0.935  0.619  0.230  0.039  0.002
  0.006  0.036  0.279  0.729  0.956  0.626  0.195  0.018  0.010
  0.015  0.017  0.219  0.676  0.968  0.633  0.165  0.005  0.026
  0.022  0.007  0.167  0.627  0.989  0.654  0.145  0.000  0.045
  0.029  0.001  0.119  0.568  1.000  0.674  0.128  0.001  0.065
  0.040  0.001  0.071  0.486  0.973  0.669  0.106  0.008  0.093
  0.048  0.007  0.036  0.404  0.931  0.651  0.084  0.021  0.124
  0.045  0.013  0.018  0.350  0.913  0.652  0.073  0.032  0.140
  0.038  0.017  0.009  0.307  0.892  0.651  0.064  0.042  0.146
    1146     0.063    4246     5.031    7.44106   0.014947   8.897654  -0.267903
  
 Correlation Surface at         1246        4246
  0.020  0.001  0.226  0.065  0.145  0.368
  0.017  0.001  0.177  0.023  0.331  0.580
  0.022  0.002  0.103  0.001  0.586  0.745
  0.034  0.006  0.037  0.061  0.844  0.814
  0.056  0.018  0.004  0.222  1.000  0.763
 r_peak,r_snr =   0.1346142       8.657504    
  
 Correlation Surface of oversamples image at         1246        4246
  0.049  0.001  0.100  0.419  0.743  0.878  0.634  0.162  0.025
  0.007  0.013  0.199  0.543  0.836  0.915  0.628  0.154  0.027
  0.005  0.073  0.332  0.679  0.926  0.942  0.616  0.147  0.026
  0.047  0.177  0.482  0.802  0.988  0.945  0.591  0.138  0.024
  0.122  0.307  0.622  0.883  1.000  0.906  0.542  0.120  0.024
  0.218  0.450  0.746  0.927  0.977  0.848  0.485  0.099  0.025
  0.332  0.606  0.862  0.954  0.948  0.798  0.442  0.086  0.023
  0.441  0.746  0.937  0.938  0.891  0.740  0.401  0.075  0.020
  0.505  0.820  0.931  0.847  0.776  0.644  0.340  0.056  0.025
    1246    13.656    4246    14.156    8.65750   0.079746   1.349298   0.293034
  
 Correlation Surface at         1346        4246
  1.603  0.157  0.500  0.783  0.451  0.011  0.243  0.252  0.044
  1.582  0.128  0.498  0.728  0.657  0.037  0.176  0.167  0.013
  1.464  0.104  0.413  0.583  0.852  0.093  0.144  0.104  0.000
  1.267  0.085  0.279  0.395  0.984  0.193  0.145  0.068  0.005
  1.029  0.072  0.141  0.211  1.000  0.328  0.181  0.056  0.010
  0.793  0.066  0.036  0.066  0.884  0.464  0.256  0.071  0.006
  0.587  0.067  0.001  0.001  0.674  0.553  0.360  0.114  0.001
  0.401  0.078  0.064  0.045  0.430  0.561  0.469  0.189  0.003
  0.232  0.103  0.227  0.194  0.212  0.494  0.561  0.273  0.020
 r_peak,r_snr =   8.6280525E-02   2.831259    
  
 Correlation Surface of oversamples image at         1346        4246
  0.052  0.147  0.392  0.719  0.705  0.316  0.043  0.005  0.017
  0.042  0.117  0.353  0.735  0.811  0.410  0.068  0.008  0.015
  0.031  0.086  0.303  0.723  0.893  0.502  0.099  0.012  0.013
  0.023  0.061  0.256  0.702  0.963  0.598  0.140  0.023  0.016
  0.015  0.039  0.208  0.660  1.000  0.683  0.188  0.039  0.024
  0.007  0.018  0.151  0.583  0.979  0.725  0.227  0.057  0.031
  0.001  0.004  0.096  0.489  0.914  0.729  0.255  0.075  0.040
  0.000  0.000  0.057  0.408  0.846  0.727  0.288  0.104  0.059
  0.002  0.004  0.028  0.328  0.760  0.704  0.320  0.141  0.088
    1346    12.031    4246    11.625    2.83126   0.223337   7.460337  -1.232832
  
 Correlation Surface at         1646        4246
  0.017  0.028  0.004  0.003  0.178  0.000  0.244  0.170  0.178
  0.006  0.001  0.000  0.002  0.416  0.062  0.114  0.129  0.300
  0.002  0.006  0.004  0.022  0.687  0.185  0.045  0.107  0.399
  0.004  0.018  0.008  0.060  0.903  0.279  0.016  0.102  0.432
  0.019  0.013  0.008  0.103  1.000  0.289  0.009  0.107  0.383
  0.072  0.000  0.006  0.128  0.965  0.227  0.009  0.117  0.280
  0.182  0.026  0.002  0.123  0.835  0.143  0.013  0.119  0.173
  0.339  0.143  0.000  0.100  0.674  0.084  0.015  0.103  0.093
  0.512  0.360  0.004  0.074  0.542  0.065  0.008  0.069  0.045
 r_peak,r_snr =   0.1039016       5.612352    
  
 Correlation Surface of oversamples image at         1646        4246
  0.436  0.182  0.001  0.039  0.040  0.010
  0.718  0.578  0.130  0.000  0.041  0.050
  1.020  1.170  0.492  0.034  0.044  0.132
  1.683  2.358  1.409  0.283  0.006  0.139
    1646     2.469    4246    10.906    5.61235   0.013755   2.129438   0.081220
  
 Correlation Surface at         1846        4246
  0.458  0.587  0.438  0.530  0.311  0.146  0.020  0.056  0.049
  0.391  0.448  0.462  0.639  0.557  0.322  0.007  0.053  0.012
  0.299  0.264  0.425  0.722  0.820  0.513  0.000  0.053  0.000
  0.210  0.102  0.331  0.748  0.997  0.629  0.002  0.055  0.004
  0.140  0.012  0.202  0.698  1.000  0.602  0.007  0.065  0.008
  0.092  0.006  0.086  0.578  0.816  0.439  0.009  0.085  0.006
  0.062  0.054  0.015  0.413  0.516  0.219  0.006  0.112  0.001
  0.040  0.108  0.001  0.243  0.222  0.050  0.001  0.140  0.001
  0.020  0.137  0.028  0.107  0.040  0.001  0.002  0.157  0.008
 r_peak,r_snr =   0.1253852       6.947367    
  
 Correlation Surface of oversamples image at         1846        4246
  0.295  0.419  0.574  0.648  0.674  0.587  0.276  0.016  0.053
  0.240  0.392  0.600  0.738  0.819  0.742  0.372  0.032  0.046
  0.174  0.345  0.598  0.792  0.922  0.861  0.452  0.048  0.042
  0.113  0.291  0.578  0.812  0.979  0.938  0.511  0.063  0.039
  0.067  0.244  0.554  0.811  1.000  0.978  0.552  0.079  0.033
  0.031  0.196  0.517  0.780  0.968  0.958  0.557  0.088  0.028
  0.007  0.141  0.451  0.697  0.862  0.857  0.505  0.080  0.030
  0.000  0.092  0.375  0.588  0.714  0.708  0.421  0.065  0.033
  0.008  0.061  0.319  0.497  0.579  0.567  0.343  0.054  0.031
    1846     3.219    4246     3.563    6.94737   0.048381   0.653276   0.013671
  
 Correlation Surface at         1946        4246
  0.000  0.006  0.083  0.377  0.301  0.114  0.206  0.130  0.047
  0.018  0.005  0.049  0.513  0.424  0.149  0.219  0.151  0.052
  0.073  0.008  0.018  0.611  0.621  0.241  0.254  0.174  0.054
  0.140  0.011  0.000  0.601  0.846  0.401  0.298  0.194  0.058
  0.169  0.009  0.019  0.465  1.000  0.607  0.336  0.205  0.069
  0.132  0.002  0.100  0.252  0.983  0.786  0.351  0.199  0.086
  0.056  0.003  0.249  0.064  0.766  0.851  0.331  0.172  0.106
  0.003  0.031  0.431  0.001  0.433  0.763  0.279  0.125  0.121
  0.017  0.085  0.565  0.090  0.138  0.558  0.210  0.073  0.118
 r_peak,r_snr =   0.1013759       7.982430    
  
 Correlation Surface of oversamples image at         1946        4246
  0.001  0.080  0.410  0.695  0.682  0.501  0.338  0.276  0.295
  0.005  0.064  0.414  0.759  0.769  0.562  0.365  0.280  0.291
  0.015  0.044  0.397  0.805  0.855  0.633  0.401  0.288  0.283
  0.028  0.026  0.367  0.833  0.942  0.720  0.454  0.306  0.280
  0.048  0.011  0.316  0.821  1.000  0.801  0.509  0.323  0.272
  0.084  0.000  0.233  0.741  0.989  0.836  0.536  0.321  0.244
  0.136  0.008  0.142  0.616  0.925  0.834  0.544  0.307  0.208
  0.187  0.033  0.075  0.495  0.852  0.834  0.566  0.308  0.186
  0.238  0.074  0.027  0.370  0.752  0.808  0.577  0.309  0.166
    1946     9.969    4246    -4.875    7.98243   0.274850   3.278655  -0.878836
  
 At line =         4600
 Reading in data....   
 Correlation Surface at          246        4646
  0.023  0.021  0.000  0.190  0.280  0.033  0.000  0.114  0.060
  0.031  0.041  0.004  0.298  0.484  0.107  0.003  0.201  0.107
  0.027  0.062  0.007  0.384  0.723  0.223  0.010  0.286  0.140
  0.014  0.078  0.008  0.406  0.926  0.356  0.017  0.353  0.139
  0.002  0.075  0.008  0.344  1.000  0.456  0.021  0.390  0.103
  0.001  0.053  0.009  0.224  0.891  0.475  0.017  0.390  0.051
  0.006  0.025  0.014  0.096  0.620  0.387  0.007  0.364  0.013
  0.008  0.005  0.026  0.017  0.305  0.234  0.000  0.325  0.000
  0.004  0.001  0.048  0.001  0.078  0.090  0.010  0.281  0.005
 r_peak,r_snr =   0.1253231       12.88336    
  
 Correlation Surface of oversamples image at          246        4646
  0.045  0.165  0.326  0.616  0.752  0.484  0.200  0.038  0.024
  0.038  0.150  0.326  0.659  0.846  0.590  0.277  0.072  0.011
  0.030  0.129  0.312  0.680  0.914  0.684  0.361  0.118  0.002
  0.024  0.107  0.293  0.691  0.971  0.777  0.459  0.181  0.000
  0.018  0.084  0.263  0.682  1.000  0.849  0.555  0.255  0.007
  0.012  0.058  0.217  0.631  0.969  0.866  0.619  0.319  0.018
  0.007  0.035  0.168  0.554  0.890  0.834  0.650  0.371  0.030
  0.006  0.024  0.132  0.485  0.809  0.791  0.675  0.428  0.048
  0.008  0.017  0.104  0.417  0.714  0.726  0.673  0.470  0.068
     246     6.063    4646     2.063   12.88336   0.023091   0.812497  -0.078717
  
 Correlation Surface at          346        4646
  0.033  0.159  0.228  0.142  0.386  0.002  0.001  0.033  0.004
  0.043  0.083  0.252  0.199  0.563  0.002  0.001  0.006  0.012
  0.053  0.033  0.266  0.256  0.761  0.002  0.001  0.001  0.021
  0.059  0.009  0.273  0.306  0.926  0.002  0.002  0.017  0.025
  0.065  0.000  0.274  0.340  1.000  0.001  0.003  0.039  0.021
  0.070  0.001  0.273  0.349  0.951  0.000  0.005  0.055  0.012
  0.075  0.004  0.267  0.329  0.796  0.001  0.012  0.057  0.003
  0.080  0.008  0.255  0.290  0.592  0.003  0.033  0.050  0.000
  0.080  0.013  0.232  0.240  0.400  0.003  0.076  0.040  0.010
 r_peak,r_snr =   0.1234530       7.901325    
  
 Correlation Surface of oversamples image at          346        4646
  0.322  0.209  0.219  0.506  0.777  0.471  0.087  0.003  0.008
  0.346  0.244  0.256  0.570  0.866  0.518  0.090  0.004  0.014
  0.368  0.276  0.288  0.622  0.937  0.554  0.091  0.004  0.024
  0.378  0.297  0.308  0.654  0.981  0.571  0.090  0.005  0.035
  0.380  0.310  0.320  0.672  1.000  0.574  0.087  0.006  0.050
  0.384  0.322  0.329  0.678  0.998  0.567  0.087  0.009  0.072
  0.381  0.323  0.325  0.660  0.965  0.544  0.085  0.014  0.098
  0.362  0.306  0.300  0.608  0.887  0.492  0.076  0.017  0.122
  0.336  0.281  0.267  0.540  0.782  0.425  0.065  0.020  0.145
     346     0.969    4646    -8.750    7.90133   0.006040   1.648463   0.024925
  
 Correlation Surface at          446        4646
  0.058  0.050  0.200  0.135  0.384  0.097  0.160  0.121  0.185
  0.046  0.015  0.228  0.241  0.558  0.134  0.163  0.137  0.188
  0.024  0.000  0.245  0.382  0.749  0.155  0.132  0.121  0.173
  0.007  0.007  0.244  0.526  0.917  0.149  0.080  0.083  0.148
  0.001  0.030  0.219  0.615  1.000  0.115  0.031  0.043  0.127
  0.000  0.061  0.180  0.615  0.968  0.067  0.004  0.020  0.115
  0.000  0.082  0.145  0.535  0.831  0.025  0.000  0.015  0.118
  0.002  0.087  0.127  0.418  0.636  0.002  0.003  0.023  0.136
  0.011  0.081  0.126  0.298  0.431  0.002  0.002  0.052  0.159
 r_peak,r_snr =   0.1085977       6.145980    
  
 Correlation Surface of oversamples image at          446        4646
  0.298  0.387  0.290  0.415  0.802  0.913  0.498  0.152  0.088
  0.274  0.421  0.361  0.501  0.888  0.959  0.494  0.135  0.069
  0.239  0.439  0.422  0.571  0.944  0.974  0.474  0.111  0.047
  0.200  0.444  0.476  0.634  0.984  0.977  0.451  0.089  0.029
  0.157  0.431  0.515  0.679  1.000  0.962  0.422  0.067  0.015
  0.106  0.390  0.522  0.685  0.968  0.906  0.374  0.042  0.004
  0.061  0.334  0.504  0.661  0.905  0.829  0.318  0.021  0.000
  0.032  0.287  0.489  0.638  0.850  0.769  0.280  0.011  0.003
  0.013  0.239  0.461  0.599  0.780  0.702  0.245  0.004  0.009
     446   -11.250    4646    -7.250    6.14598   0.023814   2.710114   0.152248
  
 Correlation Surface at          546        4646
  0.119  0.338  0.655  0.190  0.007  0.108  0.218
  0.123  0.331  0.759  0.238  0.027  0.230  0.285
  0.116  0.295  0.865  0.326  0.086  0.385  0.317
  0.110  0.246  0.954  0.452  0.199  0.546  0.305
  0.113  0.202  1.000  0.588  0.360  0.663  0.242
  0.134  0.177  0.990  0.696  0.526  0.695  0.144
  0.176  0.180  0.922  0.741  0.638  0.639  0.049
  0.242  0.212  0.810  0.704  0.649  0.523  0.001
  0.327  0.279  0.677  0.597  0.554  0.384  0.024
 r_peak,r_snr =   0.1257627       5.525675    
  
 Correlation Surface of oversamples image at          546        4646
  0.317  0.637  0.805  0.820  0.824  0.722  0.521  0.367  0.302
  0.279  0.604  0.821  0.880  0.933  0.855  0.608  0.376  0.250
  0.239  0.556  0.808  0.899  0.985  0.932  0.650  0.352  0.182
  0.208  0.511  0.781  0.887  0.987  0.951  0.652  0.308  0.115
  0.213  0.512  0.793  0.900  1.000  0.979  0.670  0.286  0.075
     546   -11.250    4646    -0.219    5.52567   0.078542  10.684909  -0.831321
  
 Correlation Surface at          746        4646
  0.022  0.001  0.145  0.930  0.512  0.014  0.055  0.125  0.234
  0.014  0.012  0.182  0.998  0.695  0.033  0.041  0.085  0.236
  0.005  0.032  0.211  0.932  0.850  0.064  0.033  0.048  0.228
  0.000  0.051  0.222  0.778  0.953  0.103  0.030  0.021  0.202
  0.003  0.058  0.212  0.598  1.000  0.138  0.030  0.006  0.156
  0.013  0.046  0.178  0.432  0.987  0.159  0.027  0.000  0.094
  0.022  0.021  0.131  0.301  0.915  0.153  0.019  0.001  0.035
  0.025  0.002  0.082  0.205  0.791  0.118  0.006  0.008  0.002
  0.018  0.007  0.040  0.134  0.623  0.066  0.000  0.022  0.009
 r_peak,r_snr =   0.1217211       9.906390    
  
 Correlation Surface of oversamples image at          746        4646
  0.038  0.260  0.698  0.972  0.820  0.418  0.080  0.000  0.007
  0.052  0.256  0.664  0.981  0.885  0.470  0.092  0.000  0.012
  0.072  0.254  0.619  0.966  0.940  0.531  0.111  0.000  0.014
  0.097  0.258  0.575  0.935  0.983  0.597  0.139  0.000  0.014
  0.123  0.258  0.522  0.878  1.000  0.660  0.174  0.001  0.012
  0.139  0.244  0.452  0.789  0.981  0.708  0.210  0.005  0.009
  0.148  0.227  0.383  0.693  0.946  0.753  0.256  0.012  0.006
  0.156  0.215  0.333  0.616  0.918  0.810  0.318  0.027  0.001
  0.155  0.202  0.289  0.544  0.882  0.861  0.389  0.051  0.000
     746     1.281    4646     1.469    9.90639   0.108946  11.630019  -1.057673
  
 Correlation Surface at          946        4646
  0.073  0.037  0.121  0.004  0.481  0.000  0.146  0.230  0.000
  0.021  0.093  0.058  0.004  0.708  0.002  0.156  0.224  0.003
  0.000  0.176  0.019  0.025  0.883  0.004  0.141  0.212  0.015
  0.009  0.266  0.001  0.045  0.981  0.003  0.104  0.193  0.042
  0.027  0.338  0.004  0.059  1.000  0.001  0.060  0.162  0.080
  0.030  0.358  0.026  0.065  0.952  0.000  0.022  0.120  0.131
  0.013  0.319  0.063  0.067  0.860  0.001  0.002  0.076  0.193
  0.000  0.234  0.108  0.064  0.752  0.003  0.002  0.039  0.267
  0.022  0.135  0.154  0.056  0.639  0.014  0.016  0.016  0.355
 r_peak,r_snr =   9.7570062E-02   6.777835    
  
 Correlation Surface of oversamples image at          946        4646
  0.002  0.101  0.069  0.096  0.777  0.753  0.166  0.024  0.118
  0.022  0.052  0.032  0.150  0.898  0.833  0.178  0.020  0.105
  0.053  0.025  0.013  0.191  0.961  0.864  0.174  0.013  0.080
  0.092  0.009  0.003  0.223  0.986  0.865  0.166  0.007  0.057
  0.148  0.000  0.000  0.261  1.000  0.860  0.164  0.005  0.043
  0.211  0.005  0.007  0.291  0.980  0.829  0.158  0.003  0.030
  0.256  0.016  0.017  0.292  0.897  0.748  0.139  0.001  0.016
  0.290  0.031  0.029  0.278  0.786  0.648  0.117  0.000  0.007
  0.342  0.061  0.052  0.280  0.697  0.569  0.108  0.000  0.004
     946     6.688    4646     7.250    6.77783   0.007356   9.355782   0.106591
  
 Correlation Surface at         1046        4646
  0.069  0.374  0.082  0.183  0.625  0.314
  0.143  0.583  0.155  0.120  0.559  0.317
  0.235  0.796  0.222  0.066  0.441  0.300
  0.313  0.953  0.261  0.033  0.308  0.259
  0.346  1.000  0.252  0.018  0.191  0.191
  0.322  0.916  0.196  0.016  0.106  0.110
  0.250  0.729  0.115  0.027  0.054  0.041
  0.166  0.506  0.041  0.058  0.025  0.003
  0.099  0.311  0.002  0.112  0.011  0.009
 r_peak,r_snr =   0.1576523       8.852209    
  
 Correlation Surface of oversamples image at         1046        4646
  0.164  0.142  0.241  0.488  0.714  0.652  0.312  0.040  0.020
  0.186  0.170  0.291  0.567  0.808  0.729  0.353  0.052  0.014
  0.204  0.195  0.336  0.637  0.883  0.787  0.383  0.061  0.010
  0.222  0.223  0.384  0.706  0.955  0.840  0.410  0.070  0.006
  0.235  0.244  0.422  0.756  1.000  0.866  0.419  0.072  0.005
  0.232  0.248  0.430  0.759  0.985  0.835  0.392  0.062  0.006
  0.218  0.239  0.418  0.730  0.927  0.766  0.343  0.045  0.010
  0.210  0.236  0.411  0.702  0.871  0.699  0.297  0.032  0.013
  0.199  0.229  0.396  0.660  0.795  0.616  0.245  0.019  0.017
    1046   -13.906    4646     9.125    8.85221   0.007494   0.840099   0.018554
  
 Correlation Surface at         1146        4646
  0.026  0.179  0.136  0.450  0.200  0.269  0.003  0.194  0.000
  0.001  0.124  0.065  0.519  0.380  0.186  0.002  0.167  0.006
  0.007  0.075  0.022  0.573  0.619  0.097  0.005  0.110  0.014
  0.029  0.044  0.003  0.587  0.855  0.030  0.018  0.047  0.018
  0.053  0.026  0.000  0.524  1.000  0.001  0.046  0.007  0.017
  0.075  0.018  0.005  0.378  0.972  0.007  0.095  0.003  0.012
  0.100  0.014  0.012  0.192  0.766  0.028  0.161  0.028  0.006
  0.141  0.011  0.017  0.045  0.461  0.044  0.235  0.068  0.002
  0.206  0.007  0.022  0.001  0.177  0.045  0.303  0.111  0.001
 r_peak,r_snr =   9.7826101E-02   4.216005    
  
 Correlation Surface of oversamples image at         1146        4646
  0.047  0.020  0.109  0.512  0.890  0.558  0.056  0.026  0.030
  0.029  0.010  0.096  0.525  0.957  0.627  0.073  0.022  0.033
  0.015  0.003  0.078  0.512  0.985  0.668  0.085  0.022  0.041
  0.006  0.000  0.063  0.491  0.992  0.694  0.093  0.022  0.050
  0.004  0.000  0.057  0.481  1.000  0.720  0.105  0.019  0.054
  0.002  0.000  0.052  0.461  0.983  0.723  0.112  0.016  0.058
  0.001  0.001  0.042  0.411  0.910  0.679  0.104  0.018  0.070
  0.000  0.001  0.032  0.351  0.808  0.609  0.090  0.022  0.085
  0.001  0.001  0.029  0.309  0.722  0.551  0.083  0.021  0.090
    1146     7.594    4646    -3.313    4.21601   0.020479   1.630683  -0.134180
  
 Correlation Surface at         1246        4646
  0.427  0.072  0.171  0.073  0.189  0.015  0.113  0.001  0.000
  0.323  0.052  0.160  0.016  0.446  0.067  0.154  0.002  0.009
  0.169  0.017  0.145  0.001  0.731  0.142  0.214  0.016  0.033
  0.050  0.000  0.134  0.032  0.934  0.213  0.275  0.053  0.062
  0.003  0.014  0.131  0.082  1.000  0.254  0.314  0.101  0.073
  0.004  0.045  0.138  0.114  0.931  0.260  0.309  0.128  0.054
  0.011  0.064  0.158  0.100  0.771  0.240  0.264  0.116  0.020
  0.004  0.051  0.188  0.054  0.582  0.211  0.202  0.075  0.001
  0.001  0.021  0.215  0.010  0.401  0.175  0.145  0.035  0.005
 r_peak,r_snr =   8.2620814E-02   4.575014    
  
 Correlation Surface of oversamples image at         1246        4646
  0.020  0.028  0.012  0.301  0.683  0.548  0.125  0.005  0.075
  0.020  0.021  0.024  0.371  0.799  0.639  0.149  0.006  0.102
  0.020  0.017  0.037  0.428  0.883  0.708  0.167  0.007  0.130
  0.017  0.010  0.057  0.492  0.960  0.771  0.191  0.006  0.142
  0.014  0.006  0.075  0.538  1.000  0.804  0.209  0.004  0.147
  0.016  0.006  0.078  0.531  0.961  0.772  0.203  0.005  0.159
  0.020  0.008  0.072  0.495  0.876  0.705  0.186  0.005  0.168
  0.017  0.007  0.073  0.472  0.807  0.651  0.181  0.003  0.153
  0.013  0.006  0.070  0.437  0.725  0.586  0.172  0.001  0.132
    1246     2.125    4646     3.000    4.57501   0.016684   3.311729   0.079565
  
 Correlation Surface at         1346        4646
  0.198  0.401  0.119  0.082  0.213  0.366  0.000  0.065  0.008
  0.226  0.398  0.188  0.244  0.442  0.355  0.017  0.166  0.027
  0.196  0.317  0.220  0.472  0.701  0.325  0.045  0.302  0.062
  0.132  0.206  0.196  0.696  0.916  0.275  0.063  0.423  0.109
  0.064  0.112  0.133  0.832  1.000  0.206  0.060  0.454  0.149
  0.019  0.055  0.065  0.815  0.898  0.127  0.040  0.368  0.163
  0.002  0.027  0.020  0.657  0.645  0.052  0.019  0.212  0.145
  0.001  0.017  0.002  0.427  0.344  0.006  0.006  0.068  0.109
  0.003  0.015  0.000  0.217  0.110  0.011  0.002  0.002  0.070
 r_peak,r_snr =   0.1101345       7.016627    
  
 Correlation Surface of oversamples image at         1346        4646
  0.233  0.192  0.240  0.432  0.624  0.662  0.680  0.711  0.506
  0.157  0.150  0.253  0.519  0.755  0.756  0.696  0.671  0.467
  0.102  0.116  0.265  0.606  0.878  0.838  0.696  0.616  0.422
  0.061  0.086  0.267  0.671  0.969  0.884  0.666  0.539  0.363
  0.030  0.056  0.248  0.692  1.000  0.872  0.592  0.431  0.284
  0.012  0.032  0.221  0.681  0.985  0.820  0.495  0.318  0.204
  0.005  0.021  0.202  0.668  0.956  0.759  0.405  0.225  0.141
  0.003  0.013  0.180  0.630  0.887  0.664  0.308  0.141  0.085
  0.001  0.005  0.137  0.537  0.744  0.511  0.189  0.060  0.032
    1346    -3.906    4646     5.469    7.01663   0.037643   1.040530   0.110607
  
 Correlation Surface at         1446        4646
  0.000  0.032  0.192  0.529  0.843  0.476  0.039  0.068  0.011
  0.001  0.022  0.166  0.525  0.933  0.442  0.035  0.014  0.033
  0.001  0.011  0.115  0.495  0.977  0.380  0.031  0.001  0.065
  0.000  0.003  0.064  0.452  0.998  0.316  0.028  0.030  0.092
  0.001  0.000  0.029  0.407  1.000  0.266  0.027  0.072  0.097
  0.005  0.006  0.011  0.364  0.990  0.236  0.026  0.099  0.078
  0.013  0.018  0.003  0.316  0.954  0.222  0.023  0.099  0.049
  0.021  0.028  0.001  0.258  0.873  0.218  0.018  0.079  0.025
  0.026  0.026  0.000  0.194  0.741  0.215  0.011  0.055  0.011
 r_peak,r_snr =   0.1288605       11.13916    
  
 Correlation Surface of oversamples image at         1446        4646
  0.280  0.499  0.619  0.676  0.840  0.976  0.625  0.081  0.061
  0.258  0.490  0.654  0.742  0.891  0.956  0.552  0.055  0.072
  0.231  0.473  0.685  0.809  0.938  0.929  0.479  0.035  0.080
  0.201  0.447  0.706  0.870  0.977  0.891  0.407  0.020  0.083
  0.167  0.407  0.707  0.915  1.000  0.840  0.335  0.009  0.084
  0.129  0.353  0.685  0.935  0.998  0.772  0.265  0.002  0.085
  0.094  0.296  0.648  0.936  0.980  0.701  0.207  0.000  0.085
  0.069  0.246  0.610  0.932  0.960  0.640  0.163  0.001  0.080
  0.050  0.200  0.566  0.914  0.929  0.579  0.127  0.003  0.075
    1446    -5.031    4646     8.250   11.13916   0.012430 140.458237   0.321754
  
 Correlation Surface at         1546        4646
  0.064  0.309  0.208  0.002  0.251  0.048  0.046  0.060  0.003
  0.100  0.303  0.160  0.001  0.519  0.168  0.017  0.109  0.000
  0.142  0.279  0.091  0.015  0.808  0.306  0.003  0.152  0.000
  0.190  0.245  0.029  0.050  1.000  0.390  0.000  0.162  0.000
  0.239  0.206  0.001  0.092  0.991  0.380  0.000  0.128  0.002
  0.275  0.169  0.008  0.109  0.782  0.300  0.000  0.065  0.011
  0.302  0.145  0.028  0.082  0.483  0.199  0.004  0.010  0.034
  0.323  0.136  0.031  0.032  0.221  0.120  0.017  0.005  0.062
 r_peak,r_snr =   0.1026384       7.327585    
  
 Correlation Surface of oversamples image at         1546        4646
  0.088  0.009  0.248  0.619  0.651  0.257  0.017  0.000  0.027
  0.077  0.015  0.303  0.736  0.778  0.330  0.033  0.001  0.043
  0.060  0.024  0.355  0.832  0.879  0.390  0.048  0.004  0.059
  0.039  0.038  0.408  0.914  0.961  0.441  0.064  0.011  0.081
  0.021  0.055  0.447  0.960  1.000  0.467  0.075  0.018  0.103
  0.010  0.065  0.451  0.938  0.968  0.451  0.073  0.020  0.111
  0.003  0.070  0.427  0.869  0.887  0.406  0.062  0.018  0.109
  0.000  0.078  0.402  0.793  0.800  0.360  0.052  0.017  0.110
  0.002  0.081  0.358  0.692  0.692  0.302  0.040  0.014  0.103
    1546    -1.719    4646   -11.938    7.32759   0.011410   0.886215   0.024095
  
 Correlation Surface at         1646        4646
  0.395  0.739  0.663  0.018  0.304  0.087  0.110  0.143  0.057
  0.569  0.712  0.502  0.079  0.514  0.150  0.181  0.179  0.088
  0.706  0.596  0.304  0.163  0.751  0.237  0.229  0.179  0.112
  0.756  0.425  0.138  0.224  0.937  0.335  0.238  0.146  0.120
  0.676  0.246  0.041  0.236  1.000  0.411  0.214  0.100  0.108
  0.486  0.103  0.005  0.202  0.925  0.433  0.172  0.058  0.081
  0.258  0.021  0.000  0.144  0.759  0.391  0.128  0.030  0.050
  0.074  0.000  0.000  0.085  0.570  0.310  0.092  0.012  0.021
  0.000  0.010  0.002  0.040  0.412  0.222  0.068  0.003  0.004
 r_peak,r_snr =   0.1164986       6.639277    
  
 Correlation Surface of oversamples image at         1646        4646
  0.065  0.049  0.402  0.638  0.503  0.268  0.176  0.206  0.328
  0.039  0.064  0.441  0.739  0.651  0.391  0.242  0.214  0.289
  0.018  0.081  0.482  0.843  0.807  0.526  0.311  0.221  0.255
  0.006  0.094  0.506  0.922  0.938  0.644  0.366  0.216  0.217
  0.002  0.092  0.491  0.940  1.000  0.701  0.377  0.184  0.159
  0.001  0.081  0.454  0.914  0.999  0.701  0.352  0.140  0.101
  0.000  0.076  0.429  0.892  0.985  0.685  0.327  0.110  0.066
  0.000  0.070  0.402  0.852  0.936  0.638  0.290  0.084  0.042
  0.000  0.049  0.340  0.748  0.806  0.521  0.215  0.047  0.016
    1646    -6.688    4646     5.156    6.63928   0.014969   1.509277  -0.047927
  
 Correlation Surface at         1746        4646
  0.370  0.065  0.228  0.031  0.132  0.134  0.111  0.040  0.373
  0.370  0.081  0.198  0.003  0.363  0.222  0.116  0.126  0.253
  0.354  0.109  0.132  0.010  0.653  0.317  0.107  0.196  0.146
  0.335  0.154  0.060  0.066  0.897  0.385  0.087  0.209  0.069
  0.321  0.214  0.013  0.152  1.000  0.387  0.058  0.160  0.026
  0.323  0.290  0.000  0.223  0.919  0.312  0.029  0.082  0.007
  0.344  0.372  0.006  0.235  0.689  0.182  0.007  0.022  0.002
  0.379  0.445  0.010  0.175  0.403  0.057  0.000  0.001  0.001
  0.419  0.495  0.005  0.078  0.161  0.000  0.010  0.004  0.001
 r_peak,r_snr =   0.1186718       8.024948    
  
 Correlation Surface of oversamples image at         1746        4646
  0.157  0.037  0.040  0.364  0.688  0.619  0.371  0.368  0.620
  0.097  0.011  0.086  0.478  0.815  0.725  0.438  0.405  0.642
  0.051  0.000  0.144  0.579  0.911  0.812  0.500  0.435  0.640
  0.018  0.007  0.214  0.669  0.982  0.885  0.564  0.466  0.628
  0.002  0.031  0.284  0.724  1.000  0.918  0.607  0.483  0.592
  0.000  0.062  0.331  0.717  0.937  0.879  0.604  0.466  0.518
  0.006  0.093  0.358  0.665  0.821  0.790  0.567  0.428  0.430
  0.017  0.133  0.388  0.611  0.703  0.695  0.527  0.398  0.360
  0.030  0.170  0.404  0.537  0.563  0.569  0.461  0.355  0.293
    1746     7.625    4646     6.875    8.02495   0.015740   0.886813   0.067881
  
 Correlation Surface at         1846        4646
  0.035  0.137  0.273  0.089  0.491  0.290  0.007  0.038
  0.014  0.104  0.263  0.045  0.661  0.316  0.002  0.007
  0.001  0.070  0.225  0.010  0.824  0.335  0.000  0.000
  0.002  0.045  0.176  0.001  0.944  0.334  0.001  0.003
  0.011  0.033  0.131  0.022  1.000  0.306  0.005  0.005
  0.020  0.028  0.096  0.065  0.989  0.256  0.014  0.003
  0.022  0.030  0.073  0.110  0.927  0.195  0.032  0.000
  0.013  0.037  0.061  0.138  0.845  0.137  0.061  0.000
  0.002  0.051  0.055  0.144  0.767  0.092  0.099  0.001
 r_peak,r_snr =   0.1358741       9.163274    
  
 Correlation Surface of oversamples image at         1846        4646
  1.135  0.713  0.058  2.414  4.000  2.250  0.747  0.360  0.256
  1.251  0.733  0.071  2.459  3.957  2.151  0.649  0.265  0.150
  1.331  0.712  0.092  2.484  3.857  2.024  0.553  0.187  0.077
  1.280  0.599  0.150  2.617  3.882  2.015  0.531  0.158  0.047
  1.183  0.470  0.227  2.722  3.862  1.997  0.517  0.137  0.026
    1846    11.438    4646     5.219    9.16327   0.026176   5.887061   0.350543
  
 At line =         5000
 Reading in data....   
 Correlation Surface at          246        5046
  0.036  0.073  0.141  0.434  0.341  0.191  0.216  0.144  0.128
  0.039  0.066  0.126  0.420  0.520  0.107  0.129  0.116  0.098
  0.044  0.049  0.110  0.382  0.723  0.029  0.054  0.097  0.092
  0.056  0.034  0.112  0.334  0.900  0.000  0.009  0.082  0.102
  0.080  0.023  0.136  0.283  1.000  0.045  0.002  0.063  0.122
  0.122  0.015  0.174  0.229  0.969  0.143  0.027  0.039  0.145
  0.178  0.009  0.202  0.178  0.805  0.241  0.064  0.015  0.163
  0.233  0.004  0.202  0.131  0.552  0.278  0.088  0.001  0.165
  0.276  0.001  0.164  0.089  0.294  0.229  0.085  0.002  0.148
 r_peak,r_snr =   0.1089897       7.829945    
  
 Correlation Surface of oversamples image at          246        5046
  0.376  0.370  0.553  0.878  0.811  0.320  0.020  0.036  0.148
  0.374  0.366  0.529  0.861  0.862  0.390  0.042  0.018  0.108
  0.362  0.359  0.504  0.836  0.904  0.465  0.075  0.005  0.071
  0.355  0.365  0.492  0.819  0.960  0.571  0.136  0.000  0.033
  0.341  0.369  0.477  0.790  1.000  0.684  0.221  0.015  0.008
  0.305  0.357  0.447  0.731  0.991  0.768  0.310  0.046  0.000
  0.268  0.345  0.419  0.666  0.958  0.835  0.409  0.094  0.005
  0.249  0.354  0.415  0.622  0.936  0.914  0.535  0.171  0.025
  0.236  0.370  0.421  0.585  0.906  0.979  0.666  0.267  0.063
     246     7.500    5046    -5.781    7.82995   0.032593   2.678469  -0.255054
  
 Correlation Surface at          346        5046
  0.294  0.040  0.043  0.037  0.331  0.066  0.005  0.151  0.240
  0.238  0.031  0.020  0.027  0.536  0.158  0.061  0.056  0.138
  0.173  0.024  0.003  0.017  0.748  0.283  0.151  0.012  0.054
  0.118  0.020  0.004  0.008  0.918  0.410  0.227  0.001  0.007
  0.087  0.019  0.042  0.002  1.000  0.495  0.264  0.001  0.003
  0.077  0.022  0.118  0.000  0.965  0.498  0.256  0.004  0.026
  0.084  0.032  0.215  0.001  0.814  0.422  0.217  0.005  0.053
  0.100  0.047  0.305  0.007  0.600  0.300  0.172  0.005  0.065
  0.111  0.065  0.360  0.015  0.391  0.176  0.133  0.006  0.058
 r_peak,r_snr =   0.1232867       9.470129    
  
 Correlation Surface of oversamples image at          346        5046
  0.468  0.550  0.640  0.836  0.726  0.486  0.336  0.159  0.012
  0.396  0.473  0.606  0.882  0.829  0.590  0.431  0.241  0.050
  0.328  0.401  0.569  0.916  0.921  0.688  0.526  0.332  0.111
  0.254  0.323  0.518  0.924  0.985  0.765  0.604  0.416  0.184
  0.169  0.236  0.446  0.888  1.000  0.801  0.648  0.475  0.246
  0.096  0.158  0.369  0.828  0.979  0.802  0.665  0.512  0.296
  0.046  0.101  0.307  0.769  0.945  0.788  0.670  0.543  0.343
  0.015  0.059  0.251  0.700  0.888  0.747  0.652  0.555  0.378
  0.000  0.024  0.187  0.599  0.784  0.662  0.595  0.531  0.381
     346    -8.188    5046    -7.781    9.47013   0.008490   1.848646  -0.057255
  
 Correlation Surface at          446        5046
  0.208  0.000  0.121  0.000  0.022  0.060  0.768
  0.137  0.029  0.264  0.006  0.215  0.060  0.922
  0.068  0.134  0.483  0.010  0.550  0.050  0.915
  0.026  0.320  0.756  0.007  0.865  0.033  0.756
  0.009  0.529  0.997  0.001  1.000  0.021  0.508
  0.005  0.684  1.092  0.001  0.897  0.015  0.259
  0.007  0.730  0.988  0.004  0.619  0.013  0.082
  0.012  0.675  0.717  0.004  0.311  0.012  0.004
  0.017  0.552  0.393  0.001  0.095  0.010  0.018
 r_peak,r_snr =   7.2194576E-02   4.665255    
  
 Correlation Surface of oversamples image at          446        5046
  4.886  0.328 22.817 65.602 83.466
  6.084  0.194 22.071 65.710 85.545
  6.895  0.130 21.151 64.338 85.608
 10.182  0.035 15.670 53.872 74.933
     446     6.000    5046    -2.125    4.66525   0.008115   1.402347  -0.029832
  
 Correlation Surface at          546        5046
  0.172  0.025  0.009  0.032  0.348  0.156  0.027  0.004  0.041
  0.215  0.104  0.010  0.048  0.551  0.285  0.097  0.006  0.013
  0.239  0.195  0.006  0.043  0.771  0.425  0.181  0.003  0.000
  0.232  0.249  0.000  0.019  0.944  0.529  0.242  0.000  0.011
  0.191  0.234  0.007  0.000  1.000  0.557  0.250  0.005  0.038
  0.129  0.163  0.043  0.022  0.921  0.495  0.207  0.019  0.057
  0.073  0.083  0.112  0.094  0.734  0.368  0.137  0.034  0.053
  0.037  0.028  0.182  0.181  0.507  0.231  0.071  0.039  0.031
  0.021  0.005  0.216  0.234  0.312  0.117  0.027  0.030  0.008
 r_peak,r_snr =   0.1160623       11.03166    
  
 Correlation Surface of oversamples image at          546        5046
  0.000  0.062  0.320  0.666  0.840  0.724  0.477  0.210  0.027
  0.000  0.049  0.337  0.750  0.942  0.787  0.475  0.203  0.038
  0.003  0.032  0.326  0.780  0.985  0.840  0.505  0.180  0.024
  0.010  0.022  0.327  0.811  0.995  0.867  0.583  0.217  0.014
  0.024  0.009  0.309  0.827  1.000  0.850  0.598  0.256  0.018
  0.056  0.000  0.244  0.780  0.965  0.788  0.519  0.221  0.020
  0.104  0.010  0.170  0.693  0.884  0.709  0.446  0.170  0.011
  0.145  0.031  0.120  0.622  0.806  0.647  0.426  0.162  0.006
  0.188  0.062  0.078  0.547  0.725  0.570  0.386  0.160  0.006
     546    -2.563    5046     0.938   11.03166   0.012971   1.726414  -0.096283
  
 Correlation Surface at          646        5046
  0.008  0.071  0.010  0.000  0.475  0.137  0.001  0.000  0.003
  0.000  0.014  0.000  0.004  0.686  0.210  0.000  0.004  0.001
  0.009  0.001  0.001  0.030  0.865  0.277  0.000  0.010  0.001
  0.018  0.018  0.003  0.099  0.978  0.317  0.001  0.010  0.015
  0.016  0.038  0.002  0.215  1.000  0.316  0.001  0.004  0.056
 r_peak,r_snr =   0.1328268       11.84851    
  
 Correlation Surface of oversamples image at          646        5046
  0.089  0.057  0.122  0.427  0.755  0.565  0.082  0.072  0.276
  0.078  0.068  0.155  0.490  0.832  0.644  0.116  0.056  0.275
  0.071  0.083  0.196  0.553  0.891  0.709  0.155  0.038  0.262
  0.076  0.115  0.257  0.631  0.955  0.778  0.208  0.018  0.226
  0.086  0.157  0.331  0.707  1.000  0.828  0.262  0.004  0.180
  0.092  0.196  0.394  0.750  0.991  0.826  0.298  0.000  0.141
  0.099  0.238  0.453  0.771  0.948  0.792  0.321  0.002  0.103
  0.125  0.306  0.538  0.812  0.924  0.771  0.355  0.014  0.057
  0.157  0.379  0.624  0.849  0.896  0.737  0.379  0.036  0.022
     646     4.094    5046    14.156   11.84851   0.036258   3.938025   0.329260
  
 Correlation Surface at          746        5046
  0.238  0.441  0.092  0.181  0.769  0.420  0.055  0.012  0.262
  0.367  0.579  0.168  0.189  0.830  0.446  0.016  0.022  0.228
  0.456  0.683  0.249  0.209  0.906  0.433  0.001  0.027  0.165
  0.472  0.707  0.327  0.232  0.971  0.386  0.002  0.032  0.107
  0.416  0.631  0.395  0.240  1.000  0.321  0.011  0.036  0.071
  0.327  0.472  0.452  0.223  0.973  0.245  0.021  0.040  0.058
  0.237  0.274  0.484  0.181  0.865  0.162  0.026  0.040  0.058
  0.173  0.100  0.476  0.128  0.682  0.085  0.026  0.035  0.065
  0.145  0.011  0.426  0.078  0.458  0.027  0.021  0.022  0.074
 r_peak,r_snr =   9.4751403E-02   5.311068    
  
 Correlation Surface of oversamples image at          746        5046
  0.323  0.146  0.023  0.572  0.960  0.611  0.187  0.015  0.003
  0.370  0.166  0.025  0.613  0.986  0.572  0.149  0.008  0.003
  0.411  0.186  0.024  0.635  0.988  0.522  0.111  0.003  0.004
  0.420  0.191  0.027  0.665  0.998  0.486  0.085  0.001  0.004
  0.404  0.184  0.032  0.689  1.000  0.450  0.064  0.000  0.004
  0.395  0.186  0.029  0.664  0.942  0.382  0.038  0.001  0.007
  0.383  0.188  0.023  0.605  0.839  0.297  0.015  0.007  0.013
  0.312  0.150  0.031  0.600  0.791  0.253  0.007  0.010  0.011
     746    -9.094    5046    -8.188    5.31107   0.033333  15.572668   0.497438
  
 Correlation Surface at          946        5046
  0.308  0.731  0.040  0.000  0.125  0.011
  0.300  0.938  0.094  0.004  0.166  0.006
  0.242  1.000  0.153  0.015  0.213  0.003
  0.154  0.905  0.194  0.030  0.257  0.001
  0.065  0.711  0.210  0.044  0.278  0.001
  0.010  0.504  0.205  0.046  0.263  0.001
  0.003  0.340  0.192  0.033  0.213  0.003
 r_peak,r_snr =   0.1192940       9.677464    
  
 Correlation Surface of oversamples image at          946        5046
  7.511  5.028  4.634  5.305  4.835
  9.166  5.500  4.856  5.437  4.323
 10.734  5.871  4.890  5.279  3.566
 13.207  6.924  5.473  5.632  3.286
     946   -17.906    5046    -9.156    9.67746   0.014401   1.227142  -0.084810
  
 Correlation Surface at         1046        5046
  0.050  0.218  0.000  0.293  0.662  0.434  0.020  0.007  0.005
  0.027  0.153  0.001  0.382  0.900  0.557  0.000  0.001  0.000
  0.016  0.104  0.010  0.427  1.000  0.582  0.009  0.000  0.000
  0.010  0.068  0.027  0.432  0.935  0.504  0.024  0.005  0.002
  0.007  0.041  0.053  0.408  0.753  0.367  0.035  0.014  0.005
  0.005  0.022  0.084  0.372  0.539  0.223  0.038  0.028  0.008
  0.003  0.009  0.112  0.336  0.365  0.112  0.035  0.043  0.010
 r_peak,r_snr =   0.1462873       14.37433    
  
 Correlation Surface of oversamples image at         1046        5046
  0.039  0.181  0.354  0.580  0.739  0.536  0.114  0.001  0.014
  0.041  0.191  0.392  0.656  0.842  0.638  0.170  0.001  0.004
  0.048  0.206  0.429  0.724  0.931  0.733  0.233  0.012  0.000
  0.059  0.220  0.456  0.770  0.991  0.807  0.291  0.029  0.003
  0.070  0.226  0.461  0.777  1.000  0.838  0.333  0.048  0.010
  0.085  0.230  0.453  0.754  0.968  0.835  0.361  0.066  0.019
  0.113  0.249  0.453  0.730  0.926  0.822  0.386  0.088  0.035
  0.153  0.277  0.455  0.697  0.867  0.786  0.398  0.109  0.053
  0.187  0.292  0.436  0.631  0.762  0.700  0.374  0.115  0.063
    1046     6.594    5046   -12.656   14.37433   0.017937   0.627353   0.023068
  
 Correlation Surface at         1246        5046
  0.343  0.076  0.228  0.051  0.295  0.267  0.211
  0.332  0.204  0.475  0.087  0.298  0.302  0.188
  0.300  0.364  0.727  0.113  0.247  0.284  0.137
  0.254  0.519  0.917  0.120  0.165  0.221  0.079
  0.205  0.636  1.000  0.107  0.087  0.145  0.033
  0.159  0.698  0.969  0.080  0.033  0.079  0.006
  0.117  0.700  0.846  0.047  0.007  0.034  0.000
  0.083  0.647  0.662  0.016  0.000  0.010  0.012
  0.058  0.549  0.460  0.001  0.002  0.002  0.032
 r_peak,r_snr =   0.1069700       6.202844    
  
 Correlation Surface of oversamples image at         1246        5046
  0.590  0.375  0.040  0.142  0.603  0.467  0.122  0.070  0.283
  0.570  0.316  0.015  0.214  0.731  0.560  0.147  0.062  0.219
  0.550  0.267  0.003  0.289  0.831  0.627  0.163  0.049  0.151
  0.494  0.204  0.001  0.382  0.934  0.692  0.183  0.042  0.104
  0.434  0.151  0.013  0.469  1.000  0.722  0.190  0.033  0.063
  0.408  0.127  0.025  0.503  0.976  0.675  0.163  0.015  0.021
  0.392  0.114  0.034  0.512  0.912  0.596  0.125  0.003  0.001
  0.338  0.085  0.057  0.555  0.890  0.550  0.105  0.000  0.002
  0.281  0.060  0.082  0.590  0.856  0.491  0.082  0.001  0.012
    1246   -13.406    5046    10.125    6.20284   0.023957   2.828385   0.152404
  
 Correlation Surface at         1346        5046
  0.014  0.209  0.184  0.008  0.549  0.511  0.022  0.031  0.100
  0.020  0.215  0.144  0.018  0.723  0.655  0.065  0.030  0.055
  0.037  0.195  0.074  0.046  0.885  0.744  0.145  0.021  0.011
  0.072  0.171  0.019  0.102  0.988  0.726  0.239  0.010  0.003
  0.136  0.162  0.000  0.185  1.000  0.588  0.297  0.001  0.050
 r_peak,r_snr =   0.1065154       9.386593    
  
 Correlation Surface of oversamples image at         1346        5046
  0.423  0.551  0.482  0.534  0.650  0.584  0.502  0.356  0.234
  0.435  0.621  0.568  0.616  0.732  0.656  0.531  0.323  0.162
  0.490  0.743  0.703  0.739  0.855  0.770  0.596  0.312  0.113
  0.551  0.864  0.833  0.851  0.967  0.880  0.655  0.296  0.069
  0.570  0.913  0.886  0.884  1.000  0.924  0.665  0.251  0.026
  0.574  0.922  0.888  0.864  0.983  0.930  0.654  0.202  0.003
  0.604  0.946  0.887  0.837  0.958  0.937  0.653  0.169  0.001
  0.625  0.938  0.842  0.762  0.884  0.900  0.627  0.133  0.014
  0.587  0.841  0.703  0.601  0.716  0.768  0.534  0.082  0.048
    1346    -7.438    5046    12.344    9.38659   0.164082   6.797243   0.995880
  
 Correlation Surface at         1446        5046
  0.326  0.156  0.076  0.191  0.966  0.725  0.240  0.058  0.182
  0.432  0.146  0.083  0.203  1.000  0.685  0.114  0.009  0.173
  0.469  0.127  0.085  0.191  0.988  0.587  0.022  0.006  0.139
  0.410  0.104  0.085  0.157  0.916  0.453  0.002  0.055  0.093
  0.280  0.081  0.085  0.116  0.797  0.314  0.042  0.133  0.049
  0.137  0.063  0.087  0.083  0.658  0.195  0.103  0.205  0.017
 r_peak,r_snr =   0.1254402       8.094409    
  
 Correlation Surface of oversamples image at         1446        5046
  0.032  0.139  0.444  0.802  0.864  0.599  0.299  0.139  0.076
  0.035  0.128  0.403  0.778  0.898  0.631  0.286  0.104  0.042
  0.039  0.116  0.364  0.753  0.931  0.659  0.268  0.070  0.016
  0.046  0.110  0.334  0.737  0.971  0.692  0.251  0.043  0.003
  0.051  0.102  0.303  0.714  1.000  0.714  0.228  0.020  0.001
  0.049  0.086  0.260  0.669  0.997  0.707  0.190  0.004  0.016
  0.044  0.068  0.218  0.619  0.979  0.684  0.149  0.000  0.049
  0.045  0.060  0.193  0.591  0.977  0.672  0.120  0.008  0.090
  0.047  0.054  0.174  0.566  0.966  0.650  0.094  0.024  0.135
    1446    -7.469    5046   -13.750    8.09441   0.027174  11.932584   0.363641
  
 Correlation Surface at         1646        5046
  0.006  0.028  0.001  0.008  0.484  0.026  0.000  0.171  0.157
  0.012  0.014  0.000  0.020  0.692  0.075  0.001  0.151  0.126
  0.028  0.035  0.004  0.035  0.873  0.164  0.001  0.161  0.106
  0.061  0.121  0.043  0.048  0.987  0.293  0.001  0.204  0.099
  0.108  0.314  0.147  0.052  1.000  0.438  0.001  0.276  0.103
  0.154  0.596  0.301  0.045  0.907  0.560  0.001  0.367  0.114
  0.186  0.893  0.424  0.030  0.722  0.608  0.001  0.463  0.137
  0.200  1.103  0.442  0.013  0.487  0.546  0.000  0.551  0.171
  0.197  1.162  0.338  0.001  0.265  0.390  0.003  0.625  0.205
 r_peak,r_snr =   8.5445985E-02   4.002489    
  
 Correlation Surface of oversamples image at         1646        5046
  0.150  0.015  0.070  0.480  0.706  0.399  0.061  0.054  0.419
  0.144  0.011  0.075  0.502  0.782  0.484  0.085  0.055  0.465
  0.133  0.007  0.076  0.511  0.848  0.562  0.105  0.061  0.520
  0.100  0.001  0.087  0.538  0.934  0.654  0.131  0.061  0.543
  0.063  0.000  0.096  0.552  1.000  0.727  0.150  0.061  0.555
  0.043  0.001  0.082  0.505  0.981  0.724  0.135  0.081  0.608
  0.026  0.001  0.059  0.427  0.909  0.669  0.102  0.116  0.682
  0.002  0.009  0.063  0.413  0.912  0.669  0.093  0.122  0.662
    1646     1.563    5046    11.906    4.00249   0.029352   5.322566  -0.266479
  
 Correlation Surface at         1746        5046
  0.269  0.072  0.118  0.056  0.659  0.687  0.469
  0.500  0.286  0.357  0.000  0.403  0.613  0.410
  0.685  0.526  0.646  0.091  0.158  0.469  0.313
  0.762  0.683  0.886  0.305  0.022  0.311  0.201
  0.716  0.703  1.000  0.537  0.006  0.181  0.102
  0.584  0.599  0.964  0.671  0.054  0.093  0.037
  0.422  0.434  0.816  0.650  0.094  0.042  0.006
  0.275  0.274  0.627  0.508  0.093  0.019  0.000
  0.161  0.157  0.464  0.332  0.061  0.010  0.003
 r_peak,r_snr =   0.1199307       4.998749    
  
 Correlation Surface of oversamples image at         1746        5046
  0.698  0.544  0.595  0.807  0.779  0.411  0.103  0.000  0.071
  0.630  0.490  0.574  0.856  0.911  0.555  0.193  0.015  0.031
  0.521  0.397  0.505  0.842  0.978  0.654  0.271  0.040  0.013
  0.402  0.296  0.419  0.793  0.994  0.708  0.322  0.062  0.005
  0.306  0.216  0.348  0.749  1.000  0.742  0.358  0.081  0.001
  0.223  0.149  0.282  0.696  0.977  0.738  0.364  0.087  0.000
  0.138  0.083  0.205  0.603  0.883  0.658  0.312  0.067  0.001
  0.072  0.036  0.139  0.502  0.754  0.533  0.224  0.033  0.007
  0.048  0.023  0.122  0.475  0.696  0.456  0.166  0.015  0.012
    1746   -12.500    5046    -3.313    4.99875   0.124047   1.814107  -0.383351
  
 Correlation Surface at         1846        5046
  0.067  0.000  0.001  0.282  0.678  0.182  0.000  0.082  0.003
  0.053  0.001  0.009  0.376  0.798  0.209  0.000  0.092  0.001
  0.024  0.002  0.012  0.443  0.906  0.258  0.000  0.087  0.000
  0.002  0.000  0.008  0.478  0.980  0.327  0.002  0.070  0.001
  0.009  0.001  0.002  0.475  1.000  0.411  0.010  0.051  0.003
 r_peak,r_snr =   0.1515492       12.18419    
  
 Correlation Surface of oversamples image at         1846        5046
  0.008  0.001  0.119  0.531  0.916  0.822  0.400  0.108  0.004
  0.005  0.002  0.119  0.541  0.937  0.821  0.370  0.083  0.000
  0.003  0.002  0.118  0.545  0.952  0.820  0.347  0.064  0.000
  0.001  0.003  0.119  0.556  0.981  0.844  0.350  0.059  0.001
  0.001  0.003  0.115  0.558  1.000  0.867  0.360  0.058  0.002
  0.001  0.001  0.104  0.537  0.986  0.865  0.362  0.057  0.003
  0.002  0.000  0.093  0.514  0.967  0.863  0.373  0.062  0.002
  0.003  0.000  0.087  0.505  0.968  0.890  0.413  0.081  0.000
  0.004  0.000  0.081  0.492  0.961  0.916  0.461  0.108  0.000
    1846    -7.344    5046    12.219   12.18419   0.039402   6.084331  -0.403954
  
 Correlation Surface at         1946        5046
  0.002  0.020  0.353  0.846  0.641  0.823  0.798  0.382  0.041
  0.013  0.025  0.324  0.926  0.753  0.777  0.675  0.351  0.048
  0.019  0.015  0.232  0.928  0.858  0.698  0.516  0.295  0.053
  0.013  0.003  0.123  0.861  0.947  0.609  0.354  0.220  0.052
  0.004  0.002  0.042  0.744  1.000  0.523  0.216  0.140  0.043
  0.000  0.020  0.004  0.596  0.987  0.440  0.115  0.071  0.025
  0.000  0.049  0.002  0.448  0.892  0.355  0.054  0.026  0.009
  0.000  0.068  0.013  0.323  0.734  0.272  0.025  0.007  0.001
  0.003  0.065  0.019  0.227  0.540  0.197  0.015  0.002  0.000
 r_peak,r_snr =   0.1544596       6.230275    
  
 Correlation Surface of oversamples image at         1946        5046
  0.023  0.184  0.480  0.791  0.900  0.750  0.573  0.543  0.664
  0.028  0.186  0.479  0.808  0.952  0.820  0.625  0.558  0.640
  0.029  0.175  0.458  0.801  0.986  0.884  0.677  0.570  0.608
  0.028  0.158  0.422  0.772  1.000  0.941  0.732  0.588  0.582
  0.024  0.131  0.369  0.717  0.986  0.977  0.778  0.601  0.550
  0.016  0.097  0.302  0.639  0.942  0.987  0.804  0.598  0.502
  0.009  0.064  0.234  0.553  0.881  0.979  0.819  0.588  0.451
  0.004  0.039  0.175  0.471  0.814  0.961  0.829  0.581  0.407
    1946     7.094    5046   -11.750    6.23027   0.029904   3.409668  -0.086202
  
 At line =         5400
 Reading in data....   
 Correlation Surface at          146        5446
  0.042  0.000  0.376  0.003  0.286  0.302  0.262  0.828  0.181
  0.045  0.000  0.365  0.025  0.426  0.209  0.159  0.692  0.151
  0.027  0.005  0.335  0.068  0.636  0.122  0.067  0.489  0.129
  0.005  0.043  0.287  0.127  0.864  0.057  0.015  0.279  0.120
  0.003  0.133  0.238  0.192  1.000  0.021  0.000  0.115  0.123
  0.028  0.245  0.206  0.251  0.971  0.005  0.003  0.025  0.128
  0.057  0.325  0.193  0.293  0.790  0.001  0.008  0.000  0.130
  0.061  0.347  0.192  0.299  0.544  0.002  0.011  0.006  0.118
  0.035  0.320  0.196  0.258  0.320  0.012  0.011  0.011  0.088
 r_peak,r_snr =   0.1272100       9.627698    
  
 Correlation Surface of oversamples image at          146        5446
  0.300  0.232  0.368  2.695  4.000  1.750  0.684  2.020  2.374
  0.338  0.247  0.284  2.227  3.586  1.641  0.560  1.689  1.994
  0.406  0.292  0.235  1.811  3.111  1.456  0.413  1.346  1.635
  0.521  0.396  0.229  1.472  2.615  1.225  0.265  1.007  1.310
  0.658  0.546  0.251  1.181  2.099  0.947  0.128  0.670  0.998
     146     4.438    5446   -12.813    9.62770   0.008330   0.920138   0.053584
  
 Correlation Surface at          246        5446
  0.001  0.333  0.045  0.569  0.917  0.312  0.080  0.007  0.013
  0.001  0.303  0.071  0.521  1.000  0.360  0.129  0.031  0.001
  0.002  0.253  0.092  0.422  0.983  0.350  0.187  0.066  0.001
  0.002  0.198  0.108  0.286  0.864  0.289  0.241  0.102  0.006
  0.004  0.155  0.124  0.151  0.673  0.203  0.280  0.126  0.012
  0.008  0.140  0.143  0.053  0.458  0.125  0.302  0.129  0.017
 r_peak,r_snr =   0.1381097       6.666734    
  
 Correlation Surface of oversamples image at          246        5446
  0.140  0.000  0.233  0.656  0.838  0.732  0.464  0.245  0.145
  0.164  0.003  0.209  0.665  0.890  0.808  0.545  0.300  0.177
  0.182  0.009  0.188  0.676  0.944  0.879  0.618  0.356  0.214
  0.193  0.016  0.167  0.679  0.988  0.936  0.675  0.404  0.253
  0.204  0.026  0.140  0.659  1.000  0.955  0.698  0.433  0.284
  0.211  0.038  0.111  0.619  0.983  0.940  0.690  0.445  0.309
  0.204  0.044  0.091  0.583  0.963  0.920  0.678  0.458  0.343
  0.188  0.047  0.074  0.540  0.928  0.886  0.655  0.465  0.377
  0.186  0.057  0.049  0.457  0.831  0.795  0.586  0.437  0.385
     246     1.656    5446   -13.531    6.66673   0.020894   2.038091  -0.111275
  
 Correlation Surface at          346        5446
  0.009  0.001  0.087  0.575  0.345  0.264  0.407  0.151  0.000
  0.013  0.000  0.069  0.791  0.604  0.226  0.224  0.131  0.000
  0.013  0.000  0.047  0.877  0.855  0.181  0.099  0.105  0.001
  0.008  0.000  0.023  0.802  1.000  0.135  0.029  0.074  0.000
  0.002  0.005  0.006  0.615  0.973  0.092  0.003  0.043  0.000
  0.001  0.022  0.000  0.391  0.775  0.055  0.002  0.017  0.000
  0.009  0.058  0.003  0.194  0.471  0.026  0.012  0.002  0.002
  0.024  0.109  0.012  0.067  0.177  0.004  0.028  0.004  0.005
 r_peak,r_snr =   0.1247144       5.468102    
  
 Correlation Surface of oversamples image at          346        5446
  0.003  0.163  0.613  0.878  0.725  0.414  0.142  0.031  0.030
  0.002  0.148  0.605  0.947  0.840  0.489  0.154  0.023  0.018
  0.002  0.136  0.586  0.988  0.937  0.564  0.171  0.020  0.011
  0.001  0.118  0.541  0.978  0.990  0.619  0.184  0.016  0.005
  0.000  0.101  0.484  0.927  1.000  0.654  0.194  0.013  0.002
  0.000  0.094  0.439  0.870  0.993  0.685  0.213  0.014  0.001
  0.001  0.091  0.396  0.794  0.950  0.694  0.232  0.018  0.001
  0.000  0.080  0.333  0.672  0.838  0.648  0.230  0.019  0.000
  0.000  0.066  0.263  0.525  0.680  0.556  0.209  0.017  0.000
     346     9.750    5446   -11.531    5.46810   0.015821   0.801450  -0.009247
  
 Correlation Surface at          446        5446
  0.004  0.000  0.052  0.060  0.265  0.301  0.239  0.098  0.035
  0.011  0.000  0.128  0.055  0.491  0.419  0.187  0.101  0.083
  0.026  0.000  0.186  0.058  0.735  0.524  0.113  0.076  0.149
  0.044  0.000  0.184  0.069  0.920  0.583  0.046  0.035  0.209
  0.054  0.005  0.122  0.084  1.000  0.571  0.008  0.005  0.226
  0.050  0.025  0.045  0.094  0.951  0.489  0.001  0.003  0.183
  0.033  0.071  0.003  0.084  0.797  0.369  0.012  0.028  0.100
  0.012  0.142  0.008  0.051  0.575  0.250  0.025  0.068  0.024
  0.000  0.213  0.033  0.012  0.348  0.160  0.025  0.104  0.001
 r_peak,r_snr =   0.1064602       8.510541    
  
 Correlation Surface of oversamples image at          446        5446
  0.003  0.028  0.184  0.469  0.699  0.730  0.594  0.370  0.205
  0.005  0.033  0.216  0.545  0.793  0.778  0.559  0.290  0.141
  0.002  0.045  0.255  0.617  0.871  0.808  0.516  0.218  0.088
  0.000  0.070  0.311  0.695  0.947  0.833  0.481  0.166  0.052
  0.006  0.109  0.373  0.761  1.000  0.838  0.442  0.126  0.030
  0.024  0.150  0.417  0.781  0.994  0.796  0.384  0.088  0.014
  0.056  0.192  0.443  0.767  0.947  0.725  0.319  0.057  0.005
  0.111  0.248  0.480  0.767  0.916  0.674  0.276  0.043  0.002
  0.180  0.299  0.500  0.745  0.864  0.615  0.236  0.034  0.002
     446     5.531    5446    -9.781    8.51054   0.015670   2.115994   0.063827
  
 Correlation Surface at          746        5446
  0.010  0.047  0.082  0.001  0.655  0.505  0.067
  0.009  0.048  0.054  0.016  0.876  0.690  0.025
  0.006  0.047  0.040  0.028  1.000  0.779  0.010
  0.003  0.044  0.036  0.025  0.999  0.741  0.008
  0.001  0.038  0.040  0.011  0.886  0.597  0.020
  0.000  0.033  0.050  0.000  0.701  0.404  0.053
  0.000  0.027  0.066  0.007  0.497  0.228  0.118
 r_peak,r_snr =   0.1467456       10.35024    
  
 Correlation Surface of oversamples image at          746        5446
  0.090  0.000  0.151  0.533  0.789  0.573  0.105  0.017  0.097
  0.076  0.000  0.177  0.595  0.873  0.642  0.130  0.011  0.092
  0.063  0.002  0.196  0.638  0.935  0.691  0.150  0.007  0.088
  0.050  0.004  0.212  0.671  0.982  0.729  0.166  0.004  0.082
  0.038  0.007  0.218  0.681  1.000  0.741  0.172  0.003  0.078
  0.033  0.007  0.206  0.656  0.971  0.711  0.159  0.004  0.081
  0.031  0.005  0.183  0.608  0.913  0.657  0.136  0.007  0.089
  0.028  0.004  0.163  0.561  0.855  0.606  0.116  0.010  0.093
  0.025  0.003  0.139  0.506  0.781  0.542  0.093  0.015  0.099
     746    12.563    5446   -13.063   10.35024   0.007570   1.045196   0.001242
  
 Correlation Surface at          846        5446
  0.152  0.032  0.075  0.415  0.417  0.114  0.466  0.685  0.118
  0.262  0.072  0.067  0.567  0.617  0.099  0.486  0.613  0.227
  0.458  0.141  0.041  0.665  0.810  0.072  0.482  0.466  0.363
  0.722  0.225  0.014  0.669  0.945  0.046  0.444  0.293  0.476
  0.977  0.284  0.001  0.585  1.000  0.029  0.375  0.146  0.507
  1.105  0.267  0.001  0.454  0.971  0.021  0.288  0.053  0.431
  1.032  0.170  0.001  0.336  0.889  0.020  0.207  0.015  0.273
  0.774  0.048  0.004  0.259  0.784  0.021  0.149  0.008  0.105
  0.431  0.001  0.047  0.223  0.684  0.022  0.119  0.023  0.006
 r_peak,r_snr =   8.7746784E-02   4.654675    
  
 Correlation Surface of oversamples image at          846        5446
  1.792  1.788  0.264  0.350
  1.538  1.307  0.078  0.624
  1.222  0.828  0.000  1.028
  0.924  0.448  0.065  1.492
  0.711  0.215  0.223  1.862
  0.546  0.080  0.418  2.105
  0.357  0.007  0.680  2.344
  0.203  0.010  0.936  2.463
  0.140  0.036  0.987  2.207
     846     3.906    5446    -3.500    4.65467   0.018954   7.698981  -0.139442
  
 Correlation Surface at          946        5446
  0.000  0.000  0.025  0.248  0.987
  0.014  0.018  0.001  0.352  1.000
  0.044  0.043  0.001  0.386  0.927
  0.076  0.065  0.002  0.349  0.793
  0.103  0.087  0.003  0.260  0.619
  0.118  0.112  0.003  0.154  0.447
 r_peak,r_snr =   0.1010238       6.845403    
  
 Correlation Surface of oversamples image at          946        5446
  0.729  0.048  0.550  3.001  4.000  1.714  0.048  0.387  1.139
  0.532  0.023  0.562  2.922  3.888  1.593  0.021  0.484  1.257
  0.356  0.006  0.566  2.765  3.641  1.400  0.003  0.594  1.373
  0.190  0.001  0.613  2.671  3.444  1.265  0.000  0.613  1.342
  0.079  0.016  0.653  2.546  3.202  1.118  0.001  0.598  1.257
     946    14.375    5446   -17.813    6.84540   0.037781   6.220038   0.384388
  
 Correlation Surface at         1046        5446
  0.117  0.063  0.101  0.195  0.275  0.044  0.457  0.359  0.495
  0.064  0.093  0.069  0.273  0.565  0.009  0.414  0.296  0.377
  0.024  0.109  0.036  0.326  0.836  0.001  0.351  0.243  0.281
  0.003  0.105  0.011  0.334  0.989  0.023  0.276  0.206  0.212
  0.001  0.083  0.000  0.293  1.000  0.060  0.200  0.187  0.174
  0.011  0.049  0.004  0.220  0.902  0.096  0.133  0.178  0.163
  0.030  0.017  0.021  0.142  0.758  0.123  0.082  0.173  0.178
  0.046  0.000  0.051  0.075  0.608  0.143  0.042  0.166  0.217
  0.052  0.009  0.090  0.029  0.482  0.161  0.015  0.146  0.267
 r_peak,r_snr =   0.1294156       6.509562    
  
 Correlation Surface of oversamples image at         1046        5446
  0.156  0.077  0.193  0.538  0.717  0.304  0.000  0.243  0.487
  0.119  0.066  0.212  0.608  0.827  0.387  0.002  0.205  0.449
  0.084  0.054  0.221  0.651  0.903  0.460  0.009  0.168  0.411
  0.058  0.046  0.231  0.689  0.968  0.536  0.026  0.123  0.352
  0.036  0.037  0.233  0.703  1.000  0.597  0.051  0.082  0.291
  0.015  0.024  0.212  0.665  0.964  0.613  0.072  0.056  0.249
  0.003  0.012  0.179  0.598  0.890  0.599  0.090  0.036  0.214
  0.000  0.007  0.158  0.545  0.831  0.598  0.118  0.016  0.164
  0.002  0.003  0.134  0.485  0.763  0.588  0.148  0.004  0.120
    1046     2.969    5446    -8.000    6.50956   0.013368   2.112139  -0.120978
  
 Correlation Surface at         1146        5446
  0.004  0.068  0.403  0.700  0.935  0.048  0.013  0.079  0.418
  0.039  0.091  0.405  0.850  0.965  0.051  0.007  0.006  0.273
  0.089  0.100  0.319  0.922  0.973  0.050  0.003  0.016  0.135
  0.138  0.100  0.200  0.915  0.991  0.053  0.001  0.093  0.046
  0.174  0.096  0.097  0.841  1.000  0.062  0.000  0.188  0.008
  0.194  0.089  0.031  0.702  0.959  0.078  0.001  0.254  0.000
  0.195  0.076  0.002  0.513  0.843  0.099  0.004  0.271  0.000
  0.177  0.058  0.005  0.313  0.652  0.120  0.008  0.243  0.000
  0.144  0.040  0.030  0.143  0.424  0.130  0.015  0.187  0.004
 r_peak,r_snr =   0.1027676       5.658554    
  
 Correlation Surface of oversamples image at         1146        5446
  0.122  0.255  0.502  0.761  0.859  0.614  0.169  0.000  0.037
  0.108  0.232  0.484  0.764  0.895  0.655  0.188  0.000  0.030
  0.097  0.212  0.468  0.775  0.946  0.715  0.221  0.004  0.019
  0.085  0.187  0.441  0.774  0.992  0.780  0.264  0.012  0.009
  0.065  0.148  0.391  0.740  1.000  0.821  0.300  0.024  0.003
  0.045  0.109  0.333  0.688  0.985  0.846  0.334  0.040  0.000
  0.035  0.084  0.290  0.647  0.977  0.887  0.387  0.069  0.002
  0.028  0.063  0.246  0.592  0.944  0.915  0.444  0.107  0.012
  0.015  0.033  0.178  0.485  0.833  0.866  0.458  0.130  0.020
    1146    -1.406    5446     5.438    5.65855   0.066511  17.797028  -0.924818
  
 Correlation Surface at         1246        5446
  0.015  0.156  0.099  0.000  0.008  0.006  0.103
  0.033  0.274  0.303  0.019  0.001  0.001  0.084
  0.037  0.385  0.582  0.076  0.002  0.001  0.054
  0.022  0.457  0.846  0.176  0.018  0.011  0.026
  0.004  0.476  1.000  0.300  0.043  0.029  0.010
  0.002  0.443  0.982  0.403  0.060  0.048  0.003
  0.024  0.368  0.805  0.434  0.059  0.056  0.002
  0.054  0.273  0.539  0.379  0.041  0.047  0.003
  0.068  0.182  0.281  0.267  0.019  0.025  0.007
 r_peak,r_snr =   0.1209721       11.83754    
  
 Correlation Surface of oversamples image at         1246        5446
  0.058  0.003  0.263  0.639  0.643  0.398  0.125  0.017  0.000
  0.037  0.004  0.274  0.710  0.758  0.501  0.187  0.035  0.000
  0.013  0.011  0.299  0.789  0.876  0.605  0.257  0.061  0.000
  0.000  0.023  0.325  0.853  0.970  0.684  0.315  0.087  0.001
  0.006  0.039  0.335  0.868  1.000  0.710  0.340  0.100  0.001
  0.029  0.063  0.343  0.855  0.986  0.697  0.339  0.105  0.001
  0.080  0.105  0.372  0.857  0.976  0.684  0.337  0.112  0.001
  0.146  0.155  0.400  0.844  0.941  0.646  0.312  0.108  0.002
  0.191  0.184  0.387  0.761  0.826  0.544  0.244  0.080  0.000
    1246   -13.625    5446    -3.500   11.83754   0.021993   0.935681  -0.076762
  
 Correlation Surface at         1446        5446
  0.005  0.073  0.020  0.696  0.343  0.004  0.159  0.246  0.033
  0.010  0.076  0.011  0.833  0.508  0.025  0.081  0.198  0.017
  0.022  0.068  0.007  0.894  0.708  0.088  0.010  0.114  0.008
  0.045  0.056  0.005  0.862  0.893  0.218  0.013  0.038  0.003
  0.081  0.045  0.002  0.747  1.000  0.412  0.109  0.002  0.002
  0.131  0.040  0.000  0.583  0.986  0.625  0.250  0.006  0.001
  0.189  0.043  0.003  0.403  0.855  0.799  0.359  0.023  0.000
  0.247  0.054  0.014  0.253  0.657  0.890  0.386  0.030  0.000
  0.292  0.068  0.029  0.153  0.454  0.879  0.328  0.020  0.002
 r_peak,r_snr =   0.1263516       7.356360    
  
 Correlation Surface of oversamples image at         1446        5446
  0.001  0.013  0.183  0.595  0.831  0.578  0.247  0.110  0.085
  0.000  0.017  0.197  0.636  0.920  0.678  0.315  0.155  0.128
  0.000  0.020  0.202  0.648  0.971  0.758  0.380  0.201  0.172
  0.000  0.022  0.201  0.641  0.992  0.822  0.448  0.253  0.221
  0.001  0.026  0.204  0.632  1.000  0.881  0.527  0.322  0.285
  0.001  0.030  0.204  0.610  0.982  0.917  0.601  0.396  0.353
  0.001  0.028  0.190  0.562  0.917  0.905  0.648  0.454  0.405
  0.000  0.023  0.171  0.502  0.830  0.862  0.673  0.501  0.445
  0.000  0.022  0.163  0.462  0.761  0.827  0.705  0.562  0.497
    1446    -7.344    5446    -2.250    7.35636   0.463607   6.299880  -1.653804
  
 Correlation Surface at         1546        5446
  0.136  0.152  0.003  0.240  0.886  0.360  0.078  0.224  0.200
  0.159  0.147  0.005  0.292  1.000  0.502  0.051  0.276  0.235
  0.188  0.139  0.005  0.314  0.958  0.570  0.025  0.286  0.247
  0.221  0.136  0.005  0.309  0.790  0.530  0.009  0.252  0.233
  0.254  0.147  0.005  0.285  0.575  0.403  0.003  0.193  0.192
  0.280  0.175  0.005  0.250  0.381  0.248  0.003  0.135  0.138
 r_peak,r_snr =   0.1582338       8.688931    
  
 Correlation Surface of oversamples image at         1546        5446
  0.005  0.026  0.155  0.508  0.772  0.605  0.217  0.007  0.027
  0.007  0.036  0.189  0.579  0.863  0.687  0.263  0.014  0.026
  0.010  0.044  0.218  0.635  0.930  0.752  0.304  0.021  0.024
  0.011  0.052  0.247  0.684  0.980  0.802  0.343  0.031  0.019
  0.012  0.059  0.271  0.717  1.000  0.824  0.370  0.042  0.013
  0.011  0.060  0.280  0.720  0.978  0.806  0.377  0.050  0.009
  0.007  0.056  0.279  0.698  0.923  0.758  0.367  0.055  0.006
  0.005  0.053  0.277  0.675  0.866  0.706  0.355  0.061  0.003
  0.004  0.049  0.271  0.643  0.798  0.643  0.334  0.065  0.001
    1546     5.063    5446   -14.000    8.68893   0.010136   0.582696  -0.018044
  
 Correlation Surface at         1646        5446
  0.557  0.192  0.037  0.042  0.222  0.206  0.055  0.026  0.007
  0.454  0.181  0.036  0.008  0.399  0.304  0.032  0.021  0.008
  0.272  0.160  0.020  0.005  0.641  0.418  0.010  0.014  0.014
  0.105  0.137  0.002  0.064  0.874  0.516  0.000  0.007  0.026
  0.015  0.121  0.004  0.178  1.000  0.564  0.005  0.001  0.043
  0.002  0.120  0.036  0.308  0.962  0.545  0.020  0.000  0.065
  0.020  0.134  0.095  0.405  0.771  0.463  0.036  0.001  0.092
  0.027  0.161  0.167  0.438  0.512  0.342  0.046  0.003  0.126
  0.012  0.191  0.238  0.413  0.284  0.216  0.049  0.003  0.162
 r_peak,r_snr =   0.1220164       8.009061    
  
 Correlation Surface of oversamples image at         1646        5446
  0.006  0.029  0.275  0.641  0.757  0.519  0.134  0.001  0.043
  0.000  0.054  0.339  0.734  0.855  0.592  0.168  0.001  0.022
  0.002  0.085  0.401  0.808  0.924  0.641  0.195  0.005  0.009
  0.010  0.123  0.462  0.868  0.970  0.671  0.216  0.012  0.002
  0.026  0.168  0.522  0.917  1.000  0.690  0.235  0.022  0.000
  0.049  0.215  0.571  0.942  0.999  0.685  0.246  0.034  0.004
  0.073  0.252  0.593  0.923  0.951  0.646  0.241  0.041  0.009
  0.098  0.282  0.594  0.871  0.873  0.591  0.227  0.046  0.015
  0.130  0.317  0.595  0.817  0.797  0.542  0.220  0.054  0.023
    1646     4.344    5446     3.813    8.00906   0.022741   1.076941   0.100209
  
 Correlation Surface at         1746        5446
  0.112  0.541  0.182  0.099  0.398  0.346  0.321  0.002  0.045
  0.050  0.472  0.116  0.104  0.579  0.404  0.336  0.000  0.035
  0.012  0.378  0.066  0.111  0.765  0.453  0.330  0.003  0.014
  0.000  0.281  0.030  0.108  0.916  0.485  0.300  0.012  0.000
  0.001  0.203  0.009  0.090  1.000  0.490  0.254  0.025  0.007
  0.001  0.149  0.001  0.059  0.984  0.453  0.199  0.031  0.029
  0.001  0.119  0.001  0.027  0.862  0.372  0.148  0.023  0.053
  0.013  0.103  0.005  0.005  0.664  0.265  0.111  0.008  0.063
  0.048  0.095  0.008  0.001  0.439  0.160  0.090  0.000  0.058
 r_peak,r_snr =   0.1063947       5.488759    
  
 Correlation Surface of oversamples image at         1746        5446
  0.110  0.009  0.044  0.367  0.721  0.654  0.484  0.440  0.401
  0.083  0.006  0.049  0.419  0.813  0.708  0.488  0.417  0.373
  0.061  0.004  0.054  0.468  0.902  0.762  0.492  0.395  0.346
  0.041  0.002  0.057  0.506  0.972  0.804  0.489  0.369  0.317
  0.022  0.000  0.054  0.516  1.000  0.813  0.465  0.329  0.277
  0.009  0.000  0.047  0.503  0.989  0.793  0.427  0.282  0.235
  0.002  0.002  0.041  0.485  0.966  0.770  0.395  0.246  0.206
  0.000  0.005  0.035  0.454  0.919  0.732  0.358  0.214  0.185
  0.003  0.012  0.021  0.386  0.810  0.642  0.295  0.166  0.151
    1746     4.094    5446     4.563    5.48876   0.013600   3.450701  -0.055591
  
 Correlation Surface at         1846        5446
  0.065  0.017  0.050  0.060  0.251  0.078  0.000  0.091  0.022
  0.041  0.037  0.026  0.117  0.472  0.167  0.000  0.092  0.010
  0.010  0.049  0.007  0.181  0.711  0.271  0.000  0.078  0.002
  0.001  0.042  0.000  0.231  0.906  0.357  0.000  0.052  0.000
  0.035  0.023  0.007  0.246  1.000  0.399  0.000  0.023  0.002
  0.103  0.005  0.020  0.217  0.960  0.384  0.001  0.003  0.004
 r_peak,r_snr =   0.1420176       11.83786    
  
 Correlation Surface of oversamples image at         1846        5446
  0.005  0.067  0.273  0.627  0.837  0.605  0.230  0.045  0.005
  0.000  0.050  0.284  0.698  0.932  0.671  0.253  0.048  0.006
  0.002  0.031  0.271  0.731  0.985  0.703  0.260  0.047  0.007
  0.011  0.013  0.241  0.726  0.997  0.704  0.253  0.042  0.006
  0.022  0.004  0.211  0.713  1.000  0.703  0.251  0.041  0.006
  0.033  0.000  0.179  0.678  0.978  0.687  0.246  0.041  0.008
  0.052  0.002  0.127  0.586  0.883  0.615  0.213  0.032  0.005
  0.083  0.016  0.071  0.458  0.734  0.502  0.161  0.018  0.001
  0.094  0.028  0.044  0.379  0.641  0.439  0.138  0.015  0.002
    1846    -2.000    5446    14.688   11.83786   0.009365   0.996764  -0.011345
  
 Correlation Surface at         1946        5446
  0.011  0.000  0.129  0.110  0.053  0.188  0.126
  0.016  0.019  0.355  0.232  0.039  0.163  0.071
  0.018  0.082  0.635  0.403  0.017  0.136  0.032
  0.015  0.176  0.877  0.583  0.002  0.110  0.011
  0.006  0.291  1.000  0.703  0.004  0.089  0.003
  0.000  0.411  0.963  0.710  0.020  0.076  0.001
  0.006  0.517  0.794  0.598  0.035  0.068  0.002
  0.031  0.591  0.562  0.417  0.036  0.062  0.006
  0.071  0.623  0.351  0.246  0.026  0.055  0.012
 r_peak,r_snr =   0.1150759       6.339097    
  
 Correlation Surface of oversamples image at         1946        5446
  0.012  0.063  0.218  0.484  0.618  0.399  0.115  0.002  0.015
  0.015  0.082  0.263  0.573  0.748  0.520  0.179  0.013  0.007
  0.021  0.104  0.306  0.652  0.869  0.644  0.256  0.033  0.002
  0.028  0.124  0.338  0.704  0.961  0.752  0.333  0.059  0.000
  0.032  0.136  0.346  0.713  1.000  0.822  0.395  0.085  0.000
  0.034  0.139  0.334  0.682  0.984  0.846  0.433  0.104  0.001
  0.041  0.145  0.319  0.637  0.940  0.844  0.460  0.123  0.002
  0.049  0.150  0.297  0.573  0.863  0.808  0.467  0.137  0.004
  0.049  0.136  0.249  0.470  0.729  0.711  0.429  0.131  0.003
    1946   -12.406    5446     1.656    6.33910   0.029565   1.180754   0.076279
  
 Correlation Surface at         2046        5446
  0.410  0.487  0.567  0.561  0.468  0.176  0.003  0.012  0.001
  0.370  0.483  0.619  0.691  0.638  0.276  0.013  0.009  0.002
  0.312  0.446  0.631  0.797  0.818  0.408  0.041  0.002  0.001
  0.246  0.380  0.594  0.845  0.958  0.537  0.087  0.000  0.000
  0.180  0.296  0.512  0.813  1.000  0.609  0.132  0.007  0.002
  0.120  0.206  0.398  0.705  0.916  0.579  0.145  0.013  0.002
  0.070  0.125  0.275  0.544  0.722  0.445  0.112  0.011  0.001
  0.034  0.063  0.166  0.373  0.482  0.262  0.054  0.002  0.001
  0.012  0.024  0.088  0.229  0.268  0.105  0.009  0.002  0.016
 r_peak,r_snr =   0.2107183       7.633286    
  
 Correlation Surface of oversamples image at         2046        5446
 16.000 15.374 14.841 13.995 12.693
 15.644 15.369 15.089 14.364 13.053
 15.303 15.317 15.275 14.703 13.450
 14.652 14.902 15.093 14.747 13.659
 13.563 13.982 14.396 14.326 13.500
    2046    -3.813    5446   -14.781    7.63329   0.027415   0.476684  -0.047898
  
 At line =         5800
 Reading in data....   
 Correlation Surface at          146        5846
  0.024  0.039  0.172  0.050  0.229  0.350  0.001  0.003  0.011
  0.001  0.064  0.303  0.049  0.455  0.392  0.000  0.009  0.003
  0.016  0.088  0.404  0.025  0.717  0.403  0.001  0.054  0.001
  0.081  0.096  0.395  0.003  0.921  0.391  0.009  0.117  0.002
  0.179  0.082  0.272  0.004  1.000  0.372  0.023  0.183  0.009
  0.272  0.050  0.110  0.017  0.938  0.352  0.039  0.235  0.026
  0.309  0.012  0.009  0.019  0.767  0.338  0.051  0.271  0.047
  0.270  0.003  0.023  0.007  0.543  0.325  0.051  0.280  0.059
  0.188  0.064  0.133  0.000  0.331  0.300  0.034  0.239  0.049
 r_peak,r_snr =   0.1023384       8.655335    
  
 Correlation Surface of oversamples image at          146        5846
  0.096  0.003  0.006  0.576  0.830  0.440  0.247  0.208  0.165
  0.080  0.005  0.000  0.532  0.890  0.454  0.223  0.197  0.156
  0.059  0.008  0.003  0.467  0.920  0.450  0.191  0.177  0.138
  0.048  0.006  0.009  0.420  0.968  0.466  0.172  0.169  0.131
  0.037  0.002  0.013  0.375  1.000  0.481  0.155  0.162  0.124
  0.017  0.002  0.023  0.289  0.935  0.438  0.112  0.127  0.096
  0.002  0.002  0.036  0.197  0.814  0.364  0.064  0.084  0.063
  0.001  0.000  0.023  0.170  0.790  0.357  0.050  0.077  0.065
     146     5.500    5846     4.844    8.65534   0.008873   1.937501  -0.053255
  
 Correlation Surface at          446        5846
  0.111  0.360  0.293  0.463  0.529  0.338  0.005  0.007  0.061
  0.113  0.435  0.442  0.684  0.736  0.519  0.024  0.007  0.080
  0.103  0.493  0.560  0.839  0.893  0.690  0.057  0.004  0.095
  0.081  0.510  0.623  0.901  0.985  0.828  0.098  0.001  0.110
  0.051  0.465  0.638  0.872  1.000  0.923  0.139  0.000  0.134
  0.020  0.358  0.604  0.773  0.935  0.946  0.173  0.000  0.170
  0.001  0.219  0.533  0.636  0.793  0.872  0.187  0.000  0.216
  0.008  0.095  0.445  0.482  0.597  0.703  0.168  0.002  0.260
  0.042  0.022  0.351  0.332  0.390  0.481  0.120  0.011  0.288
 r_peak,r_snr =   0.1194052       6.874457    
  
 Correlation Surface of oversamples image at          446        5846
  0.732  0.749  0.869  0.930  0.910  0.745  0.353  0.084  0.009
  0.752  0.753  0.873  0.948  0.951  0.807  0.407  0.107  0.013
  0.752  0.739  0.860  0.952  0.978  0.856  0.460  0.135  0.020
  0.744  0.718  0.840  0.951  0.998  0.900  0.517  0.172  0.033
  0.719  0.681  0.804  0.931  1.000  0.926  0.566  0.212  0.049
  0.662  0.615  0.735  0.876  0.963  0.915  0.589  0.242  0.062
  0.594  0.540  0.653  0.803  0.906  0.884  0.601  0.269  0.076
  0.542  0.482  0.588  0.744  0.859  0.864  0.625  0.309  0.099
  0.484  0.420  0.517  0.675  0.800  0.832  0.641  0.344  0.120
     446    -9.406    5846     3.844    6.87446   1.826785   8.033185  -3.168433
  
 Correlation Surface at          546        5846
  0.064  0.128  0.043  0.435  0.311  0.000  0.044  0.005  0.041
  0.142  0.126  0.019  0.510  0.537  0.024  0.067  0.007  0.083
  0.233  0.130  0.001  0.502  0.759  0.087  0.082  0.008  0.116
  0.295  0.143  0.005  0.418  0.926  0.163  0.082  0.007  0.120
  0.291  0.164  0.021  0.290  1.000  0.215  0.068  0.006  0.095
  0.226  0.188  0.030  0.165  0.974  0.222  0.046  0.006  0.059
  0.138  0.208  0.022  0.075  0.852  0.182  0.023  0.010  0.030
  0.069  0.217  0.006  0.025  0.665  0.113  0.008  0.020  0.014
  0.034  0.211  0.000  0.005  0.455  0.042  0.001  0.032  0.009
 r_peak,r_snr =   0.1171710       10.54908    
  
 Correlation Surface of oversamples image at          546        5846
  0.021  0.030  0.137  0.500  0.773  0.483  0.098  0.001  0.000
  0.014  0.022  0.135  0.532  0.862  0.585  0.148  0.008  0.001
  0.008  0.013  0.124  0.548  0.934  0.684  0.206  0.021  0.003
  0.004  0.006  0.108  0.547  0.983  0.769  0.266  0.038  0.009
  0.002  0.001  0.086  0.525  1.000  0.831  0.320  0.058  0.015
  0.000  0.000  0.060  0.478  0.981  0.862  0.361  0.075  0.020
  0.000  0.004  0.036  0.418  0.933  0.866  0.390  0.089  0.023
  0.000  0.009  0.019  0.356  0.872  0.856  0.412  0.103  0.026
  0.000  0.014  0.008  0.293  0.797  0.828  0.424  0.113  0.027
     546     8.656    5846     8.250   10.54908   0.033254   3.534468  -0.282866
  
 Correlation Surface at          646        5846
  0.044  0.003  0.053  0.208  0.531  0.040  0.003  0.005  0.007
  0.020  0.003  0.071  0.291  0.737  0.089  0.009  0.003  0.033
  0.007  0.001  0.088  0.354  0.903  0.151  0.016  0.000  0.062
  0.004  0.000  0.100  0.383  0.997  0.216  0.021  0.009  0.067
  0.005  0.006  0.103  0.373  1.000  0.265  0.020  0.036  0.042
  0.010  0.016  0.098  0.325  0.912  0.280  0.013  0.069  0.008
  0.022  0.029  0.089  0.252  0.758  0.252  0.005  0.090  0.005
  0.041  0.040  0.078  0.171  0.571  0.191  0.001  0.089  0.054
  0.060  0.047  0.067  0.101  0.389  0.123  0.000  0.075  0.141
 r_peak,r_snr =   0.1422534       12.03389    
  
 Correlation Surface of oversamples image at          646        5846
  0.213  0.257  0.397  0.640  0.696  0.413  0.114  0.008  0.001
  0.209  0.286  0.454  0.731  0.806  0.483  0.128  0.008  0.001
  0.204  0.316  0.510  0.814  0.905  0.549  0.141  0.006  0.002
  0.204  0.343  0.553  0.870  0.975  0.602  0.156  0.007  0.002
  0.202  0.360  0.574  0.888  1.000  0.627  0.164  0.007  0.002
  0.191  0.365  0.574  0.872  0.979  0.617  0.159  0.005  0.003
  0.179  0.362  0.560  0.829  0.923  0.580  0.145  0.003  0.006
  0.172  0.356  0.537  0.768  0.844  0.531  0.131  0.002  0.007
  0.165  0.344  0.502  0.686  0.741  0.465  0.114  0.001  0.008
     646   -11.125    5846     0.188   12.03389   0.011690   2.183627  -0.074244
  
 Correlation Surface at          746        5846
  0.153  0.102  0.449  0.592  1.000  0.284  0.002  0.002  0.415
  0.243  0.160  0.387  0.460  1.000  0.311  0.009  0.003  0.246
  0.342  0.223  0.298  0.308  0.937  0.318  0.022  0.004  0.131
  0.415  0.271  0.201  0.175  0.846  0.317  0.036  0.008  0.069
  0.425  0.293  0.118  0.085  0.755  0.320  0.054  0.015  0.044
  0.364  0.281  0.060  0.031  0.670  0.337  0.080  0.028  0.038
 r_peak,r_snr =   0.1135497       5.124734    
  
 Correlation Surface of oversamples image at          746        5846
  0.108  0.157  0.827  2.210  2.443  1.466  0.861  0.851  0.911
  0.068  0.140  0.890  2.477  2.764  1.636  0.906  0.851  0.930
  0.025  0.101  0.880  2.618  2.978  1.748  0.912  0.806  0.892
  0.021  0.119  1.014  2.992  3.462  2.095  1.093  0.917  1.008
     746    -9.656    5846   -10.156    5.12473   0.089015  10.300077  -0.857315
  
 Correlation Surface at          846        5846
  0.285  0.075  0.073  0.178  0.079  0.014  0.142  0.114
  0.221  0.032  0.132  0.423  0.196  0.062  0.207  0.117
  0.164  0.009  0.190  0.719  0.333  0.116  0.233  0.099
  0.114  0.002  0.234  0.946  0.412  0.138  0.206  0.069
  0.082  0.002  0.256  1.000  0.382  0.110  0.148  0.039
 r_peak,r_snr =   0.1101554       8.541336    
  
 Correlation Surface of oversamples image at          846        5846
  0.129  2.104  7.418 11.616
  0.145  2.106  7.365 11.438
  0.145  2.039  7.111 10.931
  0.122  1.908  6.773 10.343
  0.070  1.636  6.159  9.450
     846    -8.125    5846    10.188    8.54134   0.016883   0.765133   0.039147
  
 Correlation Surface at         1046        5846
  0.002  0.000  0.035  0.549  0.492
  0.021  0.011  0.025  0.668  0.658
  0.042  0.036  0.020  0.721  0.837
  0.046  0.058  0.023  0.705  0.972
  0.031  0.065  0.036  0.639  1.000
  0.009  0.057  0.056  0.541  0.901
  0.000  0.039  0.069  0.429  0.706
  0.013  0.021  0.062  0.316  0.476
  0.042  0.010  0.036  0.208  0.278
 r_peak,r_snr =   0.1439240       9.899830    
  
 Correlation Surface of oversamples image at         1046        5846
  0.019  0.254  0.691  0.901  0.790  0.539  0.236  0.052  0.017
  0.014  0.230  0.663  0.927  0.870  0.589  0.218  0.026  0.003
  0.013  0.212  0.624  0.924  0.933  0.641  0.207  0.009  0.001
  0.017  0.209  0.592  0.906  0.984  0.703  0.210  0.003  0.009
  0.024  0.212  0.554  0.860  1.000  0.753  0.220  0.001  0.023
  0.032  0.208  0.495  0.770  0.954  0.763  0.221  0.000  0.044
  0.041  0.204  0.432  0.661  0.867  0.741  0.220  0.000  0.066
  0.056  0.212  0.391  0.570  0.777  0.715  0.232  0.000  0.074
  0.070  0.218  0.352  0.479  0.668  0.660  0.240  0.000  0.072
    1046    13.969    5846    -3.125    9.89983   0.013682   1.138763  -0.062111
  
 Correlation Surface at         1146        5846
  0.177  0.394  0.106  0.039  0.044  0.077  0.004
  0.201  0.544  0.322  0.188  0.042  0.180  0.000
  0.249  0.686  0.603  0.441  0.021  0.264  0.006
  0.314  0.781  0.858  0.717  0.003  0.279  0.010
  0.372  0.801  1.000  0.906  0.004  0.216  0.005
  0.396  0.733  0.979  0.922  0.027  0.116  0.000
  0.361  0.589  0.809  0.762  0.055  0.035  0.012
  0.259  0.405  0.548  0.498  0.064  0.002  0.050
  0.123  0.227  0.286  0.240  0.047  0.005  0.104
 r_peak,r_snr =   0.1330947       5.874663    
  
 Correlation Surface of oversamples image at         1146        5846
  0.440  0.457  0.491  0.609  0.634  0.360  0.061  0.003  0.027
  0.515  0.561  0.613  0.751  0.768  0.435  0.070  0.006  0.042
  0.574  0.649  0.716  0.867  0.881  0.503  0.080  0.009  0.056
  0.616  0.717  0.795  0.950  0.965  0.561  0.093  0.010  0.066
  0.632  0.755  0.835  0.985  1.000  0.596  0.104  0.010  0.071
  0.613  0.748  0.824  0.956  0.974  0.596  0.110  0.009  0.073
  0.564  0.702  0.768  0.876  0.900  0.568  0.112  0.008  0.070
  0.500  0.635  0.689  0.771  0.801  0.527  0.114  0.005  0.058
  0.422  0.548  0.589  0.644  0.677  0.466  0.112  0.002  0.044
    1146   -12.219    5846    -0.969    5.87466   0.342873   0.990235  -0.331960
  
 Correlation Surface at         1246        5846
  0.043  0.017  0.165  0.051  0.124  0.029  0.306  0.007  0.009
  0.052  0.008  0.295  0.108  0.322  0.009  0.257  0.009  0.016
  0.056  0.005  0.378  0.159  0.591  0.145  0.183  0.005  0.034
  0.052  0.004  0.377  0.178  0.852  0.415  0.109  0.000  0.068
  0.042  0.004  0.300  0.157  1.000  0.713  0.054  0.003  0.120
  0.029  0.004  0.191  0.106  0.965  0.900  0.021  0.019  0.178
  0.016  0.005  0.093  0.049  0.755  0.890  0.006  0.045  0.227
  0.008  0.007  0.034  0.011  0.469  0.704  0.001  0.072  0.253
  0.002  0.010  0.008  0.000  0.221  0.443  0.001  0.087  0.242
 r_peak,r_snr =   0.1256787       12.15211    
  
 Correlation Surface of oversamples image at         1246        5846
  0.172  0.149  0.274  0.558  0.620  0.198  0.005  0.126  0.085
  0.185  0.175  0.328  0.665  0.756  0.273  0.000  0.108  0.082
  0.189  0.193  0.371  0.755  0.875  0.346  0.002  0.090  0.076
  0.183  0.202  0.398  0.815  0.961  0.406  0.007  0.074  0.068
  0.164  0.194  0.400  0.833  1.000  0.441  0.012  0.063  0.062
  0.133  0.172  0.377  0.810  0.991  0.451  0.016  0.054  0.056
  0.103  0.145  0.342  0.762  0.952  0.446  0.020  0.044  0.047
  0.075  0.115  0.295  0.688  0.880  0.422  0.022  0.037  0.038
  0.045  0.078  0.229  0.576  0.758  0.363  0.017  0.036  0.036
    1246    -8.625    5846     0.625   12.15211   0.034533   0.944439  -0.137322
  
 Correlation Surface at         1346        5846
  0.163  0.000  0.001  0.002  0.254  0.379  0.050
  0.040  0.004  0.023  0.082  0.459  0.510  0.055
  0.002  0.035  0.091  0.278  0.694  0.592  0.055
  0.080  0.110  0.219  0.535  0.896  0.581  0.048
  0.247  0.214  0.373  0.733  1.000  0.470  0.029
  0.407  0.291  0.485  0.766  0.984  0.301  0.008
  0.463  0.300  0.502  0.626  0.863  0.142  0.001
  0.383  0.242  0.416  0.392  0.684  0.044  0.023
  0.214  0.145  0.265  0.168  0.486  0.005  0.088
 r_peak,r_snr =   8.6351350E-02   5.590201    
  
 Correlation Surface of oversamples image at         1346        5846
  1.275  0.047  0.255  5.067
  1.101  0.001  0.013  3.299
  0.914  0.071  0.072  1.864
  0.765  0.210  0.351  0.932
  0.551  0.442  0.838  0.325
    1346    15.938    5846     1.156    5.59020   0.407419   7.343270   1.564682
  
 Correlation Surface at         1446        5846
  0.108  0.157  0.045  0.479  0.779  0.131  0.081  0.250  0.000
  0.077  0.069  0.015  0.595  0.873  0.149  0.060  0.132  0.039
  0.051  0.020  0.002  0.688  0.945  0.158  0.041  0.057  0.113
  0.035  0.001  0.001  0.726  0.992  0.164  0.024  0.017  0.162
  0.026  0.003  0.008  0.694  1.000  0.168  0.011  0.002  0.165
  0.020  0.015  0.018  0.601  0.961  0.171  0.003  0.001  0.138
  0.014  0.030  0.024  0.464  0.869  0.172  0.000  0.009  0.102
  0.007  0.041  0.023  0.313  0.728  0.173  0.001  0.024  0.074
  0.001  0.046  0.015  0.184  0.563  0.169  0.005  0.042  0.061
 r_peak,r_snr =   0.1276499       7.341864    
  
 Correlation Surface of oversamples image at         1446        5846
  0.083  0.017  0.341  0.852  0.950  0.552  0.169  0.014  0.010
  0.073  0.018  0.342  0.859  0.968  0.573  0.176  0.013  0.009
  0.057  0.022  0.352  0.869  0.973  0.578  0.178  0.013  0.007
  0.040  0.029  0.377  0.900  0.992  0.588  0.183  0.013  0.006
  0.026  0.038  0.401  0.927  1.000  0.585  0.183  0.012  0.005
  0.015  0.045  0.417  0.931  0.976  0.555  0.169  0.010  0.005
  0.007  0.054  0.431  0.928  0.938  0.512  0.151  0.007  0.006
  0.001  0.064  0.449  0.931  0.906  0.475  0.137  0.006  0.006
  0.000  0.073  0.459  0.922  0.865  0.434  0.123  0.005  0.005
    1446    -2.219    5846    -2.781    7.34186   0.023280  10.960160  -0.312883
  
 Correlation Surface at         1546        5846
  0.160  0.786  0.454  0.051  0.378  0.155
  0.246  0.874  0.415  0.030  0.472  0.344
  0.311  0.934  0.354  0.010  0.496  0.515
  0.338  0.978  0.301  0.000  0.454  0.596
  0.324  1.000  0.268  0.002  0.373  0.556
  0.271  0.993  0.255  0.004  0.285  0.428
  0.195  0.945  0.255  0.002  0.205  0.275
  0.118  0.858  0.260  0.000  0.143  0.143
  0.059  0.746  0.260  0.012  0.106  0.055
 r_peak,r_snr =   0.1131279       5.116858    
  
 Correlation Surface of oversamples image at         1546        5846
  0.076  0.186  0.450  0.751  0.861  0.551  0.131  0.000  0.001
  0.030  0.118  0.406  0.780  0.904  0.562  0.132  0.000  0.002
  0.007  0.066  0.354  0.785  0.929  0.567  0.132  0.001  0.001
  0.001  0.038  0.315  0.798  0.971  0.595  0.146  0.003  0.000
  0.000  0.020  0.277  0.795  1.000  0.624  0.163  0.007  0.000
  0.003  0.007  0.220  0.735  0.962  0.604  0.161  0.010  0.001
  0.007  0.001  0.163  0.643  0.881  0.556  0.148  0.010  0.002
  0.003  0.001  0.142  0.601  0.859  0.560  0.163  0.021  0.010
    1546   -14.094    5846    11.844    5.11686   0.013953  34.018112  -0.160569
  
 Correlation Surface at         1646        5846
  0.017  0.084  0.000  0.018  0.195  0.126  0.000  0.000  0.076
  0.043  0.092  0.003  0.091  0.398  0.229  0.002  0.006  0.017
  0.062  0.076  0.008  0.177  0.648  0.344  0.005  0.023  0.002
  0.063  0.041  0.017  0.234  0.873  0.450  0.006  0.048  0.047
  0.048  0.008  0.034  0.243  1.000  0.521  0.006  0.070  0.130
  0.026  0.002  0.069  0.220  0.999  0.534  0.007  0.082  0.207
 r_peak,r_snr =   0.1267032       8.098307    
  
 Correlation Surface of oversamples image at         1646        5846
  0.202  0.292  0.485  0.722  0.752  0.449  0.120  0.002  0.021
  0.214  0.329  0.567  0.827  0.850  0.532  0.161  0.006  0.021
  0.219  0.350  0.628  0.910  0.926  0.603  0.202  0.012  0.019
  0.220  0.360  0.667  0.963  0.976  0.659  0.243  0.020  0.016
  0.220  0.360  0.684  0.988  1.000  0.698  0.280  0.031  0.012
  0.218  0.348  0.678  0.983  0.994  0.714  0.308  0.043  0.008
  0.216  0.331  0.652  0.947  0.956  0.705  0.325  0.055  0.005
  0.225  0.322  0.623  0.895  0.900  0.681  0.337  0.068  0.002
  0.245  0.321  0.595  0.832  0.826  0.638  0.337  0.080  0.000
    1646     8.250    5846    13.188    8.09831   0.014590   1.382005  -0.035676
  
 Correlation Surface at         1746        5846
  0.014  0.126  0.002  0.365  0.357  0.015  0.065  0.009  0.106
  0.005  0.045  0.000  0.351  0.598  0.003  0.066  0.001  0.057
  0.000  0.002  0.010  0.309  0.829  0.001  0.058  0.028  0.029
  0.019  0.013  0.043  0.262  0.981  0.014  0.042  0.084  0.011
  0.075  0.062  0.105  0.222  1.000  0.039  0.025  0.158  0.001
  0.162  0.121  0.187  0.192  0.881  0.070  0.011  0.235  0.005
  0.256  0.167  0.264  0.172  0.665  0.097  0.004  0.297  0.037
  0.318  0.191  0.304  0.158  0.421  0.113  0.001  0.323  0.113
  0.320  0.199  0.293  0.150  0.219  0.110  0.001  0.313  0.243
 r_peak,r_snr =   9.6289687E-02   5.787498    
  
 Correlation Surface of oversamples image at         1746        5846
  0.301  0.102  0.037  0.531  0.906  0.524  0.061  0.023  0.098
  0.297  0.113  0.026  0.511  0.958  0.608  0.086  0.022  0.128
  0.280  0.120  0.016  0.474  0.979  0.680  0.114  0.022  0.162
  0.232  0.108  0.013  0.451  1.000  0.758  0.153  0.017  0.186
  0.176  0.089  0.011  0.420  0.996  0.819  0.194  0.011  0.204
  0.129  0.073  0.007  0.371  0.946  0.839  0.226  0.008  0.224
  0.084  0.055  0.005  0.321  0.875  0.832  0.251  0.005  0.237
  0.040  0.032  0.006  0.284  0.805  0.816  0.279  0.002  0.228
    1746     7.594    5846     7.281    5.78750   0.013983   2.355666  -0.102851
  
 Correlation Surface at         1946        5846
  0.420  0.001  0.250  0.516  0.150  0.053  0.009  0.067  0.342
  0.418  0.027  0.135  0.637  0.373  0.145  0.011  0.118  0.418
  0.371  0.061  0.060  0.704  0.653  0.255  0.010  0.161  0.434
  0.295  0.079  0.022  0.696  0.896  0.346  0.010  0.175  0.373
  0.208  0.076  0.008  0.610  1.000  0.378  0.008  0.158  0.272
  0.133  0.056  0.005  0.467  0.914  0.327  0.004  0.124  0.169
  0.083  0.031  0.007  0.305  0.667  0.204  0.000  0.094  0.094
  0.058  0.011  0.017  0.164  0.359  0.067  0.004  0.082  0.052
  0.051  0.002  0.033  0.064  0.112  0.000  0.030  0.088  0.040
 r_peak,r_snr =   9.5589682E-02   4.218131    
  
 Correlation Surface of oversamples image at         1946        5846
  0.027  0.197  0.495  0.710  0.710  0.564  0.404  0.256  0.094
  0.018  0.182  0.512  0.792  0.826  0.650  0.438  0.259  0.092
  0.010  0.160  0.506  0.843  0.913  0.709  0.449  0.245  0.080
  0.005  0.135  0.485  0.866  0.969  0.741  0.439  0.219  0.064
  0.002  0.115  0.459  0.871  1.000  0.752  0.417  0.191  0.050
  0.001  0.097  0.426  0.852  0.997  0.732  0.379  0.157  0.036
  0.000  0.077  0.377  0.795  0.944  0.671  0.318  0.114  0.020
  0.000  0.060  0.322  0.715  0.855  0.582  0.246  0.072  0.007
  0.000  0.053  0.283  0.642  0.763  0.493  0.183  0.042  0.002
    1946    -8.094    5846     1.750    4.21813   0.042713   1.248770  -0.080594
  
 Correlation Surface at         2046        5846
  0.000  0.015  0.266  0.697  0.811  0.624  0.352  0.133  0.050
  0.004  0.010  0.282  0.794  0.961  0.735  0.401  0.137  0.036
  0.012  0.004  0.256  0.795  1.000  0.771  0.415  0.134  0.024
  0.025  0.000  0.192  0.689  0.912  0.722  0.394  0.123  0.015
  0.047  0.004  0.109  0.504  0.721  0.601  0.346  0.111  0.011
  0.082  0.023  0.036  0.293  0.480  0.439  0.281  0.100  0.010
  0.131  0.062  0.001  0.117  0.253  0.277  0.213  0.094  0.012
 r_peak,r_snr =   0.2275630       6.408552    
  
 Correlation Surface of oversamples image at         2046        5846
  0.205  0.382  0.568  0.697  0.725  0.657  0.522  0.366  0.228
  0.219  0.417  0.631  0.788  0.833  0.762  0.608  0.424  0.259
  0.225  0.440  0.677  0.860  0.923  0.854  0.684  0.475  0.286
  0.220  0.443  0.696  0.898  0.979  0.915  0.735  0.508  0.301
  0.205  0.428  0.687  0.904  1.000  0.945  0.764  0.527  0.308
  0.184  0.399  0.659  0.884  0.995  0.954  0.778  0.538  0.314
  0.154  0.355  0.607  0.835  0.959  0.934  0.770  0.537  0.315
  0.115  0.291  0.525  0.748  0.882  0.874  0.730  0.513  0.302
  0.075  0.220  0.426  0.637  0.775  0.786  0.667  0.474  0.283
    2046   -11.406    5846   -13.750    6.40855   0.035461   0.372133  -0.026786
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.1538182       9.839363    
     146     6.500    3046     4.219    9.83936   0.007394   2.006198  -0.022811
 r_peak,r_snr =   0.1347453       9.285398    
     246    -1.406    3046     9.031    9.28540   0.014346   0.421814   0.031055
 r_peak,r_snr =   9.2229158E-02   3.287455    
     346   -15.500    3046   -12.281    3.28746   0.018170   4.074100   0.223549
 r_peak,r_snr =   0.1271880       9.421523    
     446    -8.656    3046     8.844    9.42152   0.012891   1.491120  -0.018520
 r_peak,r_snr =   0.1457153       8.533762    
     546    12.125    3046   -12.750    8.53376   0.014282   3.943438  -0.097444
 r_peak,r_snr =   0.1029575       5.947355    
     646    -1.313    3046    12.281    5.94735   0.014502   3.330256  -0.027510
 r_peak,r_snr =   0.1333520       9.191950    
     746     7.688    3046    -9.094    9.19195   0.018289   1.794682  -0.079798
 r_peak,r_snr =   0.1228354       6.420299    
     846    -7.156    3046    -2.625    6.42030   0.013252   0.932727   0.018737
 r_peak,r_snr =   0.1133357       7.495686    
     946     8.375    3046    -3.938    7.49569   0.015652   0.555585   0.029564
 r_peak,r_snr =   0.1373826       7.735194    
    1046    -1.063    3046     0.969    7.73519   0.011062   0.895414  -0.046292
 r_peak,r_snr =   0.1328787       7.731606    
    1146     8.906    3046     6.688    7.73161   0.035596   3.935207  -0.290613
 r_peak,r_snr =   0.1254652       6.583857    
    1246   -13.688    3046    10.406    6.58386   0.030738   0.961698  -0.049360
 r_peak,r_snr =   0.1201479       6.896023    
    1346     1.406    3046     2.813    6.89602   0.012461   4.774798  -0.035847
 r_peak,r_snr =   0.1362695       7.379919    
    1446   -13.375    3046    -6.125    7.37992   0.023882   1.617325  -0.067280
 r_peak,r_snr =   0.1122855       7.053201    
    1546     7.031    3046    -4.813    7.05320   0.076918   2.162202   0.141971
 r_peak,r_snr =   0.1006291       7.700846    
    1846    15.000    3046     4.563    7.70085   0.013236   2.469362   0.081088
 r_peak,r_snr =   0.1336795       5.012922    
    1946    12.875    3046   -11.938    5.01292   0.024951   1.308356  -0.061987
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   9.9531770E-02   12.86384    
     146    13.750    3446    12.469   12.86384   0.018421   1.429183  -0.110877
 r_peak,r_snr =   0.1346806       6.729069    
     246   -13.094    3446    -5.188    6.72907   0.005844  12.909666   0.038133
 r_peak,r_snr =   0.1410745       9.143465    
     346    10.625    3446    -5.781    9.14347   0.026239   2.109235  -0.167322
 r_peak,r_snr =   0.1087208       6.025105    
     546     6.594    3446     9.219    6.02510   0.038935   2.084984  -0.066725
 r_peak,r_snr =   0.1167069       9.465551    
     646   -11.094    3446    -2.219    9.46555   0.007900   0.671744  -0.013923
 r_peak,r_snr =   0.1352155       6.287659    
     746     2.563    3446     3.188    6.28766   0.103313   9.318889  -0.864487
 r_peak,r_snr =   0.1250140       5.969311    
     846   -12.063    3446    -1.750    5.96931   0.011273   1.625756   0.029875
 r_peak,r_snr =   0.1120062       4.401910    
    1146     9.969    3446    -7.844    4.40191   0.021470   2.003093   0.106208
 r_peak,r_snr =   0.1447185       7.242050    
    1246    10.813    3446    12.906    7.24205   0.008192   0.602419  -0.022232
 r_peak,r_snr =   9.9174984E-02   4.823794    
    1346   -11.469    3446     4.844    4.82379   0.073100   9.246225   0.722188
 r_peak,r_snr =   0.1297391       7.166142    
    1446     6.375    3446     6.969    7.16614   0.012042   0.608292  -0.026332
 r_peak,r_snr =   0.1368497       6.496013    
    1546     0.125    3446    -5.188    6.49601   0.014094   2.012841   0.038742
 r_peak,r_snr =   0.1175837       9.193913    
    1646     5.156    3446   -12.250    9.19391   0.011492   2.644258  -0.040088
 r_peak,r_snr =   0.1400373       10.76733    
    1846     8.750    3446     8.469   10.76733   0.014704   1.947261  -0.096563
 r_peak,r_snr =   0.1988422       4.652841    
    1946     9.563    3446   -12.781    4.65284   0.118803   3.601067  -0.624146
 r_peak,r_snr =   0.2368206       6.291262    
    2046    -4.219    3446    12.688    6.29126   0.035504   0.414254  -0.025961
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.1094394       8.013997    
     146     7.844    3846   -10.875    8.01400   0.012952   2.265213  -0.102592
 r_peak,r_snr =   0.1433554       11.24607    
     246     2.906    3846     7.906   11.24607   0.010039   0.568634   0.006439
 r_peak,r_snr =   7.8857318E-02   5.357545    
     346    -5.781    3846    10.281    5.35755   0.020135   1.522794   0.063656
 r_peak,r_snr =   0.1020281       7.565996    
     446     2.125    3846    -8.781    7.56600   0.035859   1.521570  -0.149052
 r_peak,r_snr =   0.1289959       8.816987    
     546    10.500    3846    10.875    8.81699   0.021305   4.636832  -0.230911
 r_peak,r_snr =   0.1214324       6.504368    
     646     5.938    3846   -16.813    6.50437   0.043658   0.915212  -0.140264
 r_peak,r_snr =   0.1114374       6.793138    
     746     8.000    3846    13.500    6.79314   0.007522   0.786827   0.007628
 r_peak,r_snr =   0.1441750       11.34509    
     846   -12.813    3846    10.188   11.34509   0.010605   0.808315  -0.046150
 r_peak,r_snr =   0.1122411       6.724498    
     946    -6.375    3846   -13.813    6.72450   0.010674   7.202728  -0.090509
 r_peak,r_snr =   0.1082976       7.788313    
    1046    10.094    3846     4.938    7.78831   0.010251   0.978852  -0.026788
 r_peak,r_snr =   0.1020455       8.023227    
    1146    14.875    3846    -0.969    8.02323   0.032453   1.771107  -0.190250
 r_peak,r_snr =   0.1691753       10.27593    
    1246    -8.594    3846     7.781   10.27593   0.011297   1.295549  -0.058815
 r_peak,r_snr =   0.1803340       11.79153    
    1346    -1.813    3846     3.313   11.79153   0.017585   1.364036  -0.058018
 r_peak,r_snr =   9.7057335E-02   5.754872    
    1446     2.563    3846    -0.625    5.75487   0.059432   2.089938   0.034220
 r_peak,r_snr =   9.9070236E-02   6.039125    
    1546    -0.094    3846    -1.813    6.03913   0.020362   4.375786   0.044421
 r_peak,r_snr =   0.1180619       9.573926    
    1646     9.438    3846    -0.063    9.57393   0.052133   1.400382  -0.172544
 r_peak,r_snr =   0.1128417       8.430540    
    1746    -9.594    3846    -9.344    8.43054   0.009544   1.335023   0.008897
 r_peak,r_snr =   0.1041710       6.470094    
    1846    12.906    3846    -3.188    6.47009   0.025204  18.393354   0.526754
 r_peak,r_snr =   0.1316012       7.335899    
    1946     0.156    3846    -1.156    7.33590   0.042302   1.150618  -0.106849
 r_peak,r_snr =   0.2105961       3.527652    
    2046     0.094    3846   -10.156    3.52765   0.483926   3.637954  -1.140174
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   8.8589989E-02   5.148691    
     246    -3.438    4246    10.188    5.14869   0.219763  24.933744  -2.301024
 r_peak,r_snr =   0.1564126       11.24389    
     346    14.188    4246    14.250   11.24389   0.007034   0.500416  -0.031435
 r_peak,r_snr =   0.1116995       8.779975    
     446    -4.469    4246     2.031    8.77997   0.012991   0.869971  -0.039924
 r_peak,r_snr =   0.1161093       8.454490    
     546    -0.375    4246     9.906    8.45449   0.020310   2.909246  -0.155922
 r_peak,r_snr =   0.1144742       6.725059    
     846    13.500    4246    10.938    6.72506   0.030180   0.386351  -0.044782
 r_peak,r_snr =   0.1052155       7.035402    
     946     8.375    4246     6.813    7.03540   0.007868   2.262922  -0.051385
 r_peak,r_snr =   0.1283034       9.347589    
    1046   -12.844    4246   -11.688    9.34759   0.008447   5.360806  -0.119915
 r_peak,r_snr =   0.1315288       7.581441    
    1146     5.031    4246    -7.219    7.58144   0.041665   3.099595   0.185895
 r_peak,r_snr =   0.1338581       6.574014    
    1246    12.500    4246   -11.688    6.57401   0.015528   1.911401   0.035202
 r_peak,r_snr =   0.1158414       5.887113    
    1346    -2.531    4246    16.813    5.88711   0.069249   8.979022   0.676897
 r_peak,r_snr =   0.1063887       6.823759    
    1446    -9.219    4246    -0.031    6.82376   0.020034   1.228524   0.078894
 r_peak,r_snr =   0.1142620       5.908087    
    1546     4.750    4246    11.313    5.90809   0.010933   0.740089  -0.001332
 r_peak,r_snr =   0.1470875       10.11265    
    1746     5.469    4246   -11.125   10.11265   0.009084   1.043697  -0.010195
 r_peak,r_snr =   0.1008326       4.295036    
    1846    13.344    4246     8.750    4.29504  36.516594 990.289368 **********
 r_peak,r_snr =   0.1202091       7.768129    
    1946     6.875    4246     5.188    7.76813   0.011592   3.290589  -0.082158
 r_peak,r_snr =   0.2326455       4.064352    
    2046     4.000    4246    -6.750    4.06435   0.119943   1.172244  -0.311110
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.1059992       10.38528    
     146    -4.875    4646    -1.188   10.38528   0.004751   1.246880   0.011583
 r_peak,r_snr =   0.1331024       8.275739    
     346     7.313    4646    -8.000    8.27574   0.011465   1.456926  -0.017053
 r_peak,r_snr =   0.1257220       7.378122    
     546    -8.219    4646    -9.219    7.37812   0.045175   0.934198  -0.092065
 r_peak,r_snr =   7.5019151E-02   3.345160    
     646    -9.219    4646     6.813    3.34516   0.952825   8.303695  -2.661176
 r_peak,r_snr =   0.1566275       7.163740    
     746     8.625    4646     6.250    7.16374   0.020787   0.854518  -0.024621
 r_peak,r_snr =   0.1005909       6.389827    
     846    -0.750    4646     6.250    6.38983   0.051656   1.901854   0.242803
 r_peak,r_snr =   8.1483334E-02   3.926030    
     946     9.813    4646     2.875    3.92603   0.083558   1.917778   0.125394
 r_peak,r_snr =   0.1147216       6.480101    
    1046     5.188    4646     7.813    6.48010   0.011231   6.892495   0.109199
 r_peak,r_snr =   0.1207853       7.816349    
    1146    -7.469    4646    10.094    7.81635   0.012735   0.888973  -0.022672
 r_peak,r_snr =   9.4392836E-02   5.382075    
    1246    -9.469    4646    10.781    5.38208   0.031088   1.421518  -0.026431
 r_peak,r_snr =   0.1083190       6.200150    
    1346   -11.031    4646     2.219    6.20015   1.052951  72.287865   8.669632
 r_peak,r_snr =   0.1391123       7.200006    
    1546   -13.344    4646    14.969    7.20001   0.085293   5.213541   0.617598
 r_peak,r_snr =   0.1273840       7.018747    
    1646    -8.563    4646    -6.688    7.01875   0.081777   1.423086   0.062902
 r_peak,r_snr =   0.1068390       4.403940    
    1746    10.563    4646    14.000    4.40394   0.024475   1.253188   0.048537
 r_peak,r_snr =   0.1090330       6.534968    
    1846    13.500    4646    -1.813    6.53497   0.023933   2.526890  -0.141358
 r_peak,r_snr =   0.1675901       8.580173    
    1946    11.500    4646     7.438    8.58017   0.022061   0.807952  -0.041892
 r_peak,r_snr =   0.1532551       4.704682    
    2046    -4.063    4646    -8.875    4.70468   0.106558   1.354200   0.227735
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   9.9144824E-02   7.156135    
     146    -5.656    5046    11.969    7.15613   0.038979  10.795883  -0.613153
 r_peak,r_snr =   0.1063257       6.361565    
     246    -7.906    5046    -1.156    6.36157   0.023432   3.987718  -0.095822
 r_peak,r_snr =   0.1217405       5.898006    
     446     2.938    5046    -1.813    5.89801   0.016958   2.407860  -0.071843
 r_peak,r_snr =   0.1176741       8.199600    
     546    13.438    5046    -3.125    8.19960   0.005614   1.211761  -0.018818
 r_peak,r_snr =   9.5099278E-02   4.430626    
     646     7.188    5046    -5.688    4.43063   0.013404   5.179455   0.089308
 r_peak,r_snr =   0.1103344       10.24803    
     746     0.781    5046     0.188   10.24803   0.017770   3.678874   0.102002
 r_peak,r_snr =   0.1384159       5.713003    
     846   -12.844    5046    -1.813    5.71300   0.018691   3.566107  -0.062531
 r_peak,r_snr =   0.1166450       5.963168    
     946    10.969    5046    -3.938    5.96317   0.012590   0.813409  -0.043124
 r_peak,r_snr =   0.1037269       4.940323    
    1046    -8.906    5046     4.344    4.94032   0.026115   2.292997  -0.169763
 r_peak,r_snr =   9.3763828E-02   6.567579    
    1146    -5.406    5046   -15.719    6.56758   0.014519   2.390762  -0.078667
 r_peak,r_snr =   9.9087775E-02   6.123935    
    1246     8.969    5046    -1.156    6.12393   0.014588   1.182825  -0.013593
 r_peak,r_snr =   9.2178889E-02   5.422774    
    1346    12.531    5046    10.188    5.42277   0.022240   7.379811   0.154794
 r_peak,r_snr =   0.1429820       7.083830    
    1446   -11.906    5046    -8.844    7.08383   0.029896   1.487555  -0.115667
 r_peak,r_snr =   0.1226128       7.231407    
    1546     3.844    5046     9.344    7.23141   0.375778   7.805176  -1.629179
 r_peak,r_snr =   9.5356844E-02   3.679621    
    1746     8.125    5046    17.813    3.67962   0.009973   2.146755  -0.082068
 r_peak,r_snr =   0.1333233       7.594572    
    1846    -2.156    5046    -0.844    7.59457   0.048595   1.330475  -0.149277
 r_peak,r_snr =   0.1147602       6.158222    
    1946     3.094    5046    -2.625    6.15822   0.033291   0.694383   0.028098
 r_peak,r_snr =   0.1907167       4.126972    
    2046   -10.938    5046   -11.750    4.12697   0.057128   6.781888   0.445650
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.1377246       8.692511    
     146    11.031    5446    -7.688    8.69251   0.003334   0.474576  -0.001515
 r_peak,r_snr =   0.1025303       6.702002    
     246   -12.125    5446    -6.688    6.70200   0.007090   2.759633  -0.057726
 r_peak,r_snr =   0.1540857       7.955575    
     346   -11.719    5446    12.781    7.95557   0.008468   1.471385  -0.042079
 r_peak,r_snr =   0.1281414       6.872061    
     446    -3.125    5446    13.313    6.87206   0.008337   0.709185  -0.011764
 r_peak,r_snr =   0.1396592       9.769625    
     546   -12.188    5446    -3.219    9.76962   0.011294   2.246921   0.064347
 r_peak,r_snr =   0.1230787       6.492624    
     746     2.094    5446     5.250    6.49262   0.035449   4.375478   0.166438
 r_peak,r_snr =   0.1121539       6.016557    
     846   -14.563    5446    -3.844    6.01656   0.085424   1.553618  -0.301317
 r_peak,r_snr =   0.1260903       8.669003    
     946     6.375    5446   -13.250    8.66900   0.014445   1.463114  -0.060190
 r_peak,r_snr =   0.1380613       8.639580    
    1146    -1.313    5446     4.188    8.63958   0.011426   1.344885  -0.045137
 r_peak,r_snr =   0.1064573       7.219707    
    1246    -9.938    5446    -9.188    7.21971   0.031101   8.072928  -0.095836
 r_peak,r_snr =   0.1284573       10.13892    
    1346   -13.281    5446     7.281   10.13892   0.007665   2.118975  -0.083258
 r_peak,r_snr =   0.1339072       8.228127    
    1746     1.906    5446   -13.875    8.22813   0.022686   0.873444  -0.096429
 r_peak,r_snr =   0.1281993       7.798461    
    1846     8.250    5446     6.469    7.79846   0.027518   1.791883   0.120029
 r_peak,r_snr =   0.1341990       5.097460    
    1946    11.531    5446     2.844    5.09746   2.075478 113.680176  15.267216
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.1229002       9.983375    
     246    -2.219    5846   -10.844    9.98337   0.014664   1.354943  -0.048557
 r_peak,r_snr =   9.8725870E-02   6.821442    
     346    -5.719    5846    -6.719    6.82144   0.038134   2.000088   0.128629
 r_peak,r_snr =   0.1288117       6.744674    
     546     8.938    5846     4.250    6.74467   0.034706   1.655915   0.105206
 r_peak,r_snr =   9.0449139E-02   4.496710    
     646    11.125    5846     3.781    4.49671   0.026914   5.329184  -0.329650
 r_peak,r_snr =   0.1139372       4.448444    
     746    11.781    5846   -14.188    4.44844   0.047947   1.493255  -0.091467
 r_peak,r_snr =   0.1224203       6.917944    
     846     3.906    5846    -8.250    6.91794   0.016157   4.889529  -0.014800
 r_peak,r_snr =   9.8563433E-02   7.512148    
     946     9.594    5846    -7.188    7.51215   0.082645   2.973485  -0.448194
 r_peak,r_snr =   0.1092809       6.467169    
    1246   -12.813    5846    -3.344    6.46717   0.274188   4.549629  -1.067593
 r_peak,r_snr =   0.1162428       5.557009    
    1346     9.781    5846   -13.750    5.55701   0.028769   1.249222  -0.114790
 r_peak,r_snr =   0.1345063       6.012619    
    1446    -4.188    5846   -13.000    6.01262   0.016612   0.702585  -0.043111
 r_peak,r_snr =   0.1035970       6.872838    
    1546    10.156    5846    13.000    6.87284   0.119197  11.169839  -0.847399
 r_peak,r_snr =   0.1451923       12.53219    
    1646     2.594    5846     4.781   12.53219   0.019221   0.460124  -0.000594
 r_peak,r_snr =   0.1297019       8.703732    
    1746    -2.094    5846    11.844    8.70373   0.049581  11.998309   0.671973
 r_peak,r_snr =   0.1206068       6.504545    
    1846    11.031    5846    -6.719    6.50455   0.037590   2.272374   0.187091
 r_peak,r_snr =   0.1519918       7.555042    
    1946     8.031    5846    -4.219    7.55504   0.055185   2.871518  -0.365655
 r_peak,r_snr =   0.1879230       4.916471    
    2046    10.406    5846   -11.813    4.91647   0.959607   0.964726  -0.769445
 /u/sardine0/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.
 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/sardine0/airops/OPS/data_proc/recal0.dat                 
    40.00000    
 abs gain:   140.1230       139.6390       140.1230       139.6390    
 caltone:   83.70000       85.80000       83.70000       86.10000    
 *** 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:   3.845000       75.21700       46.53000    
 sigma zero:  0.0000000E+00  0.0000000E+00  0.0000000E+00  0.0000000E+00
 hddt bw ha T :       96022   40.00000       7604.200       10.00000    
 $tphase,phasedat:   344.3000       242.8000    
 $rphase,phasevh,phasehv:   101.5000       48.00000      -53.50000    
 $tphase,phasedat:   344.3000       242.8000    
 Enter H Ant pattern file:
 POLSAR H-ANT:/u/sardine0/airops/OPS/data_proc/AIRSAR.PH                  
 Enter V Ant pattern file:
 POLSAR V-ANT:/u/sardine0/airops/OPS/data_proc/AIRSAR.PV                  
  Enter the name of the motion compensation file.
 motion lun:          15
  How many lines of raw data?
   Cross pol phase difference is:  242.80 deg
   Receiver phase difference is  101.50 deg
   Transmitter phase difference is  344.30 deg
   Cable phase difference is    3.85 deg
 $ghv,phasedat,phi: (-0.4570979,-0.8894164)   242.8000      -117.2000    
 $phico aphase:   453.4900       3.845000    
 $fhh,fhv,fvh: (-6.0874160E-02,-0.9981455) (-0.9786706,-0.2054359)
 (0.2646306,0.9643499)
  Reading data to estimate cross-talk.
          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,ip): (0.0000000E+00,0.0000000E+00) (0.0000000E+00,0.0000000E+00)
   Finished estimating cross-talk.
  Enter the file with the lines per pixel.
 lines  lun:          18
  Is there a DEM available?
  Enter the name of the DEM file.
  DEM lun :          19
  Byte offset to DEM data:            0
  Enter the name of the global reference file.
  Enter the scattering area file name. ha maphgt   8767.300       1163.100    
 scattering area lun:          20
  Now doing the actual calibration.
            1        6456
          257        6456
          513        6456
          769        6456
         1025        6456
         1281        6456
         1537        6456
         1793        6456
         2049        6456
         2305        6456
         2561        6456
         2817        6456
         3073        6456
         3329        6456
         3585        6456
         3841        6456
         4097        6456
         4353        6456
         4609        6456
         4865        6456
         5121        6456
         5377        6456
         5633        6456
         5889        6456
         6145        6456
         6401        6456
   *********************************************
   *****                                   ***** 
   *****    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.
  Enter the name of input <Shh Shv*> file.
  Enter the name of input <Shh Svv*> file.
  Enter the name of input <Shv Shv*> file.
  Enter the name of input <Shv Svv*> file.
  Enter the name of input <Svv Svv*> file.
  Enter the name of output file.
  Please choose the type of compression:
     (1)  Stokes matrix (AIRSAR standard)
     (2)  Cross-products (SIR-C standard)
 hddt:       96022
  Finished writing headers.
          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
   ************************************************** 
   *****                                        ***** 
   *****      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 COMPRESSED STOKES MATRIX data.
  Projecting dem?
  Enter the name of the s,c file.
  Enter the range and azimuth pixel spacing.
  Enter the output file name.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_c.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
 nsampr O/p:        1131   17131.07       7604.200       4032.031    
    10.00000    
  Number of header no123:            6           1           1           4
  Byte offset to calibration header:         22620
  Byte offset to dem header:                     0
  Byte offset to first data line:            67860
 NewHead nsamp nline:        1131        4598
 1 nbytes  calvec:          10                   76
  headers_sgi:           3          10                   76
                 33930
 2 nbytes  calvec:          10                  102
  headers_sgi:           3          10                  102
                 45240
 3 nbytes  calvec:          10                  128
  headers_sgi:           3          10                  128
                 56550
 Reading data.       25600        1131        1131        6456
+  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 =    4032.031    
  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.
+  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
  Near Range =    4032.031    
  Resampling 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
+ 6400
  Filling in 1 and 2 pixel holes.
   Number of pixels without data =               1278121
    Number of holes filled by WAYNE (c10) =                     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
  Enter number of set to convert: 
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
  *** 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
3300
3400
3500
3600
3700
3800
3900
4000
4100
4200
4300
4400
4500
4600
Wed Apr 26 10:14:59 PDT 2000

 *****************************************************
 *                                                   *
 *           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.        *
 *                                                   *
 *****************************************************

 Enter command file name ==>  Opening command file...
 CRD-xdealy:  0.3800200    


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

  Data acquired after 1994.
  
 J2000 time    =   -111944368.6784580    
 GPS J2000 time    =   -111944370.3146220    
  
 Message 1
 Time          =   -111944368.6784580    
 INS Time      =   -1.603904000000000    
 Roll angle    =  -0.8569335937500000    
 Pitch angle   =   0.8789062500000000    
 Heading angle =   -85.73181152343750    
 Long. acc     =   8.0000000000000002E-02
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.710000000000001    
 East vel.     =   -216.3750000000000    
 North vel.    =    1.635000000000000    
 Up vel.       =   0.1270000000000000    
 True Grnd Spd =    216.3750000000000    
 Altitude      =    8767.000000000000    
 Latitude      =    58.36528315208852    
 Longitude     =   -154.6608634851873    
  
 Message 6
 Week          =          857
 GPS Time      =   -111944370.3146220    
 GDOP          =    4.046875000000000    
 PDOP          =    3.484375000000000    
 HDOP          =    1.687500000000000    
 VDOP          =    3.046875000000000    
 TDOP          =    2.062500000000000    
 Spherical Acc =    15.00000000000000    
 Time Acc      =   1.4000000000000001E-08
 GPS Lat       =    58.36528372810317    
 GPS Lon       =   -154.6551004792599    
 GPS Alt       =    8774.000000000000    
 GPS East Vel  =   -216.3900000000000    
 GPS North Vel =    1.740000000000000    
 GPS Up Vel    =   0.1100000000000000    
  
 Message 3
 Del INU Time  =    1.950400000000000    
 Del vel east  =  -2.5390625000000000E-02
 Del vel north =  -1.9042968750000000E-02
 Del vel up    =  -4.9316406250000000E-02
 Del pos east  =    1.375000000000000    
 Del pos north =   -1.250000000000000    
 Del pos up    =   -3.250000000000000    
  
 Message 4
 Sigma Pos x   =    1.625000000000000    
 Sigma Pos y   =    1.500000000000000    
 Sigma Pos z   =    2.750000000000000    
 Sigma Vel x   =   1.2329101562500000E-02
 Sigma Vel y   =   9.2773437500000000E-03
 Sigma Vel z   =   1.8432617187500000E-02
  
 Message 7
 Satellites used =  25  6 24  5 29  6
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 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
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 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
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 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Retrived Honeywell data...       10893
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 CPA @ 20:11:59 FC=12,450,500 IDR=103200 drft 3.2; looking goodE
 dward Brown Jr., Walter Felix Skotnicki, Takeshi Sato, Yunjin Ki
 m, Yunling Lou, Leon Maldonado, Michael Kobrick, Timothy William
 Miller-outine David Ryan Haub, Lori Ann Carrico, Timothy W. 
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
  Which frequency? (C,L or P) 
 number of channels transferred: 
 number of bytes/chan: 
 total # of lines transferred: 
 window delay: 
 enter the .par filename : 
 enter first header to read: 
 enter year data taken: 
 enter HDDT ID for raw data: 
  SONY tapeid:            596022         96022
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        1143
 prod ID1:11431143
 prod ID:1143                        
  SONY tapeid: 96022       96022
 tapeid:9602296022  
 tapeid par:96022
 prod ID:1143
 chrp_delay from subcomm header tapeID:    27.20000           96022
  chrp_delay is 32.5 usec       96022   27.20000    
 Is this 98039< x >98001 for P-bnad?:       96022
 1998 P-band fc?   22.50000    
 idelay,chrp_delay,xdelay          85   27.20000      0.3800200    
 near range delr windela:   8607.038       3.331027               0
  f_cal   43.59375       1216.406    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   4.40  25  4 24  5 29  6      
 digdelay startrng(us):85     85.00000000000000    
 startrng(m) elecdelay:   8664.003250000000      2.7200000000000000E-05
  
 >> start range =  8664.0032
 >> ccal_amp = -90.39999
 >> ccal_atn = 32
 >> ratn_phh = 0  6 10   
 >> ratn_phv = 0  0 10   
 >> ratn_pvh = 0  0 10   
 >> ratn_pvv = 0  6 10   
 >> ratn_lhh = 0 10  0   
 >> ratn_lhv = 0 10  0   
 >> ratn_lvh = 0 10  0   
 >> ratn_lvv = 0 10  0   
 >> ratn_chh = 0 10 10   
 >> ratn_chv = 0 10 10   
 >> ratn_cvh = 0 10 10   
 >> ratn_cvv = 0 10 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
  
 Done decoding data from header array...
  
 Data collected on ==> 14-JUN-1996                                                                     
  
 Starting and end GPS times for SAR data  -111944368.7660   -111944149.8100
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71147      -87.87415      -85.70435     0.6592161      0
 trc            -89.88422      -90.23729      -89.56627     0.2032029      0
 tgs            216.07740      215.51563      217.07813     0.4524072      0
 roll            -0.64848       -0.97229       -0.37354     0.1133146      0
 pitch            0.82005        0.71411        0.93384     0.0484600      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26534     6584.28960     8488.98480   480.8056696      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43631      272.00000      274.50000     0.6568049      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            57.89961       40.26197       58.36621     2.8645423      0
 long          -159.33239     -320.39338     -154.66010    26.2132687      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8636.63965     8780.28027    51.3228213     48
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.07626     -310.12562     -154.66087     1.5036035      0
 hwalt         8771.61377     8766.83480     8777.92232     3.2247050      0
 hwev          -216.08175     -217.07400     -215.51500     0.4525549      0
 hwnv             0.43614       -0.89900        1.63500     0.7659083      0
 hwuv             0.03658       -0.42200        0.48100     0.1742699      0
 hwroll          -0.64837       -0.97229       -0.37354     0.1132735      0
 hwpitch          0.82004        0.71411        0.93384     0.0484496      0
 hwhdg          -86.71872     -173.46313      -85.70435     1.0604387      0
 hwtrc          -89.89227     -179.80170      -89.56706     0.8850842      0
 hwtgs          216.07632      215.51563      217.06250     0.4521517      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
  
 Finished correcting GPS times for pulses...
  
 Finished correcting GPS times for SIXGUN data...
   -111944378.9992618    
 i_yearind        19965
  
 GPS time for first pulse =   -111944368.7640346      -111944368.7660000    
  
  
 New start and number of records =           95      237823
 New start and number of blocks  =            1        1859
  
 GPS trend coefficients =   -58.22549977921517       10.77556468928285    
    154.3294564197827    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71170      -87.87415      -85.70435     0.6589897      0
 trc            -89.88429      -90.23729      -89.56654     0.2031158      0
 tgs            216.07714      215.51563      217.06250     0.4523325      0
 roll            -0.64839       -0.97229       -0.37354     0.1132693      0
 pitch            0.82003        0.71411        0.93384     0.0484578      0
 delx             0.19792        0.00000        0.19798     0.0004066      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26517     6584.28960     8488.98480   480.8057073      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43679      272.20000      274.50000     0.6560773      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            58.36597       58.36544       58.36621     0.0002284      0
 long          -155.06009     -155.45973     -154.66010     0.2318663      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8656.18815     8726.82903    15.1183678      0
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.06206     -155.46387     -154.66094     0.2317022      0
 hwalt         8771.61377     8766.83487     8777.92228     3.2247049      0
 hwev          -216.08170     -217.07400     -215.51500     0.4525039      0
 hwnv             0.43616       -0.89700        1.63500     0.7658876      0
 hwuv             0.03658       -0.42200        0.48100     0.1742700      0
 hwroll          -0.64838       -0.97229       -0.37903     0.1132565      0
 hwpitch          0.82002        0.71411        0.92834     0.0484179      0
 hwhdg          -86.71080      -87.87415      -85.70435     0.6586195      0
 hwtrc          -89.88404      -90.23676      -89.56706     0.2030126      0
 hwtgs          216.07628      215.51563      217.06250     0.4520805      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    8851.035716837097    
 Average Radar Altitude      =    7604.265171382473    
 Average GPS Altitude        =    8704.367495266279    
 >>Record # :          128
 >>GPS Stuff =   4.40  25  4 24  5 2
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to gps(+1) or
  bar(-1) or IGI (0)  ==>
  
  Enter a name for the peg data file.
  
  Positions and Distances   
  
 Start position =    58.3652910 -154.6609394    8767.345
 End position   =    58.3661302 -155.4638677    8776.709
 Loxodromic Heading (deg) =   -89.8860424
 Loxodromic Distance (km) =     46994.4915677
 Geodesic Heading (deg)   =   -89.5442308
 Geodesic Distance (km)   =     46994.2124027
  
 Peg latitude and longitude =    58.3663655 -155.0624011
 Peg heading =   -89.8930136
  
 Rotation matrix 
 First row =   -0.475586697 -0.420188611 -0.772825222
 Second row =  -0.221139447  0.907436263 -0.357290880
 Third row =    0.851419191  0.000979353 -0.524484893
  
 Translation vector 
 Vector =        -0.01966       -0.00914   -36442.11451
  
 Local Radius of Curvature =    6393669.598797007    
  
 Start and end pulse used =           95      237917
 Ellipsoidal delta s (m) =   0.1976024606750813    
  
 Delta s on reference surface =   0.1976024623952627    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    4152.120364260899    
 Time orgin =           -111944368.7640346    
 Pulse spacing =        0.1979190365452924    
 First frame  =           12990200

 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.
 /export/air15/airops/1143/ts1143_l.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air15/airops/1143/ts1143_l.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air15/airops/1143/ts1143_l.mocompv                 
 How many lines per polarization?
       119000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001
 +      220001
 +      230001

  *********************************************
  *                                           *
  *         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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_hh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_hh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (31.62278,0.0000000E+00) (-66.40783,0.0000000E+00)
 (31.62278,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.4058320E+07
 Pulse#/128:         129        1057  7.5110888E+07
 Pulse#/128:         257        1057  7.3292576E+07
 Pulse#/128:         385        1057  7.2303360E+07
 Pulse#/128:         513        1057  7.4877216E+07
 Pulse#/128:         641        1057  7.4999888E+07
 Pulse#/128:         769        1057  7.3361312E+07
 Pulse#/128:         897        1057  7.2220512E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   78.67801    Power RMS:  0.1126735    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   8588.409    Amp.  RMS:   62.35383    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   41.73582    Phase RMS:   1.092075    
 Incoherent PH 1st:   41.78516    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   78.68280    
 CalTone Power Coherently dB  :   78.67801    
 Incoherent PW  - Coherent PW :  4.7912598E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   8587.280    
 CalTone Amplitude Coherently   :   8588.409    
 Incoherent Amp.- Coherent Amp. :  -1.128906    
       ------------ *** ------------
 running time (sec):     52.27
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_hv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_hv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (18.97367,0.0000000E+00) (-15.81139,0.0000000E+00)
 (15.81139,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.9530784E+07
 Pulse#/128:         129        1057  8.4674704E+07
 Pulse#/128:         257        1057  8.3512568E+07
 Pulse#/128:         385        1057  8.4632224E+07
 Pulse#/128:         513        1057  8.4644592E+07
 Pulse#/128:         641        1057  8.4403048E+07
 Pulse#/128:         769        1057  8.6389256E+07
 Pulse#/128:         897        1057  8.5163512E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   79.24500    Power RMS:  9.6318968E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   9168.370    Amp.  RMS:   128.6857    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -82.84765    Phase RMS:  0.6019175    
 Incoherent PH 1st:  -82.90835    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   79.25691    
 CalTone Power Coherently dB  :   79.24500    
 Incoherent PW  - Coherent PW :  1.1917114E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   9186.024    
 CalTone Amplitude Coherently   :   9168.370    
 Incoherent Amp.- Coherent Amp. :   17.65430    
       ------------ *** ------------
 running time (sec):     51.32
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_vh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_vh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (9.486834,0.0000000E+00) (-3.162278,0.0000000E+00)
 (15.81139,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.3565664E+07
 Pulse#/128:         129        1057  7.4693432E+07
 Pulse#/128:         257        1057  7.3345776E+07
 Pulse#/128:         385        1057  7.2926256E+07
 Pulse#/128:         513        1057  7.4663232E+07
 Pulse#/128:         641        1057  7.4965224E+07
 Pulse#/128:         769        1057  7.4326696E+07
 Pulse#/128:         897        1057  7.2794872E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   78.68285    Power RMS:  0.1189965    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   8593.114    Amp.  RMS:   44.89989    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   41.88786    Phase RMS:   1.081686    
 Incoherent PH 1st:   41.85519    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   78.68633    
 CalTone Power Coherently dB  :   78.68285    
 Incoherent PW  - Coherent PW :  3.4866333E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   8604.247    
 CalTone Amplitude Coherently   :   8593.114    
 Incoherent Amp.- Coherent Amp. :   11.13281    
       ------------ *** ------------
 running time (sec):     51.62
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_vv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_vv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (15.81139,0.0000000E+00) (-9.486834,0.0000000E+00)
 (22.13594,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  8.0444432E+07
 Pulse#/128:         129        1057  8.6030592E+07
 Pulse#/128:         257        1057  8.3917776E+07
 Pulse#/128:         385        1057  8.5049928E+07
 Pulse#/128:         513        1057  8.5914640E+07
 Pulse#/128:         641        1057  8.5368072E+07
 Pulse#/128:         769        1057  8.7062208E+07
 Pulse#/128:         897        1057  8.6224264E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   79.28510    Power RMS:  0.1288470    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   9210.764    Amp.  RMS:   126.2062    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -81.98325    Phase RMS:  0.5867182    
 Incoherent PH 1st:  -82.07871    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   79.29222    
 CalTone Power Coherently dB  :   79.28510    
 Incoherent PW  - Coherent PW :  7.1182251E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   9224.712    
 CalTone Amplitude Coherently   :   9210.764    
 Incoherent Amp.- Coherent Amp. :   13.94824    
       ------------ *** ------------
 running time (sec):     53.40
  ********** 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: 
    6.003536     -4.0557970E-05
  z fit: constant and linear terms: 
  -0.9250849      4.3690296E-05
  y and z standard deviations (meters)   1.961044       1.188407    
  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 =           32
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   0.1974497      0.1953990      0.1916390      0.1929938    
 Differences =   3.0792207E-03  1.0285228E-03 -2.7315170E-03 -1.3766885E-03
  PATCH NUMER            2
 First line =        3493
  Averages =   0.1922377      0.1926893      0.1909177      0.1833310    
 Differences =   2.4435520E-03  2.8951019E-03  1.1235029E-03 -6.4631552E-03
  PATCH NUMER            3
 First line =        6985
  Averages =   0.1927058      0.1842117      0.1837341      0.1821259    
 Differences =   7.0110410E-03 -1.4829785E-03 -1.9606352E-03 -3.5687685E-03
  PATCH NUMER            4
 First line =       10477
  Averages =   0.1839988      0.1818167      0.1835868      0.1877289    
 Differences =  -2.8404593E-04 -2.4661422E-03 -6.9598854E-04  3.4460574E-03
  PATCH NUMER            5
 First line =       13969
  Averages =   0.1827238      0.1867700      0.1894253      0.1886378    
 Differences =  -4.1654706E-03 -1.1931360E-04  2.5360286E-03  1.7485470E-03
  PATCH NUMER            6
 First line =       17461
  Averages =   0.1886163      0.1894878      0.1844306      0.1833033    
 Differences =   2.1566302E-03  3.0281395E-03 -2.0290166E-03 -3.1563342E-03
  PATCH NUMER            7
 First line =       20953
  Averages =   0.1864967      0.1829340      0.1807666      0.1748381    
 Differences =   5.2374452E-03  1.6748011E-03 -4.9264729E-04 -6.4211488E-03
  PATCH NUMER            8
 First line =       24445
  Averages =   0.1829385      0.1753621      0.1718318      0.1699305    
 Differences =   7.9222322E-03  3.4591556E-04 -3.1844676E-03 -5.0857514E-03
  PATCH NUMER            9
 First line =       27937
  Averages =   0.1738448      0.1705672      0.1697868      0.1729368    
 Differences =   2.0608604E-03 -1.2167245E-03 -1.9971579E-03  1.1529028E-03
  PATCH NUMER           10
 First line =       31429
  Averages =   0.1690669      0.1734322      0.1711697      0.1703069    
 Differences =  -1.9270182E-03  2.4382770E-03  1.7571449E-04 -6.8707764E-04
  PATCH NUMER           11
 First line =       34921
  Averages =   0.1715218      0.1703028      0.1712753      0.1705953    
 Differences =   5.9801340E-04 -6.2099099E-04  3.5147369E-04 -3.2854080E-04
  PATCH NUMER           12
 First line =       38413
  Averages =   0.1710564      0.1704177      0.1726514      0.1677951    
 Differences =   5.7622790E-04 -6.2495470E-05  2.1711886E-03 -2.6851147E-03
  PATCH NUMER           13
 First line =       41905
  Averages =   0.1716965      0.1694947      0.1663013      0.1596280    
 Differences =   4.9159527E-03  2.7141720E-03 -4.7920644E-04 -7.1525425E-03
  PATCH NUMER           14
 First line =       45397
  Averages =   0.1674128      0.1605648      0.1565870      0.1542530    
 Differences =   7.7079087E-03  8.5991621E-04 -3.1178892E-03 -5.4519176E-03
  PATCH NUMER           15
 First line =       48889
  Averages =   0.1578102      0.1549990      0.1540841      0.1543248    
 Differences =   2.5056750E-03 -3.0554831E-04 -1.2204200E-03 -9.7975135E-04
  PATCH NUMER           16
 First line =       52381
  Averages =   0.1536652      0.1545704      0.1539585      0.1544607    
 Differences =  -4.9844384E-04  4.0672719E-04 -2.0512938E-04  2.9705465E-04
  PATCH NUMER           17
 First line =       55873
  Averages =   0.1540833      0.1544516      0.1540808      0.1528646    
 Differences =   2.1319091E-04  5.8151782E-04  2.1074712E-04 -1.0054111E-03
  PATCH NUMER           18
 First line =       59365
  Averages =   0.1540491      0.1539180      0.1506125      0.1457183    
 Differences =   2.9744953E-03  2.8433353E-03 -4.6215951E-04 -5.3563267E-03
  PATCH NUMER           19
 First line =       62857
  Averages =   0.1515756      0.1473380      0.1429149      0.1399356    
 Differences =   6.1343163E-03  1.8967241E-03 -2.5264025E-03 -5.5057108E-03
  PATCH NUMER           20
 First line =       66349
  Averages =   0.1438587      0.1412705      0.1386195      0.1382049    
 Differences =   3.3701956E-03  7.8199804E-04 -1.8689632E-03 -2.2836030E-03
  PATCH NUMER           21
 First line =       69841
  Averages =   0.1386652      0.1385740      0.1369859      0.1331347    
 Differences =   1.8251836E-03  1.7340034E-03  1.4589727E-04 -3.7053227E-03
  PATCH NUMER           22
 First line =       73333
  Averages =   0.1376021      0.1344089      0.1291002      0.1259052    
 Differences =   5.8476925E-03  2.6544929E-03 -2.6542097E-03 -5.8491826E-03
  PATCH NUMER           23
 First line =       76825
  Averages =   0.1310063      0.1258728      0.1270914      0.1255470    
 Differences =   3.6268532E-03 -1.5066564E-03 -2.8808415E-04 -1.8324703E-03
  PATCH NUMER           24
 First line =       80317
  Averages =   0.1267611      0.1256860      0.1251403      0.1238321    
 Differences =   1.4061779E-03  3.3110380E-04 -2.1457672E-04 -1.5227571E-03
  PATCH NUMER           25
 First line =       83809
  Averages =   0.1256206      0.1239689      0.1227877      0.1222507    
 Differences =   1.9635707E-03  3.1189620E-04 -8.6926669E-04 -1.4062747E-03
  PATCH NUMER           26
 First line =       87301
  Averages =   0.1234568      0.1219185      0.1232051      0.1244285    
 Differences =   2.0465255E-04 -1.3336763E-03 -4.7110021E-05  1.1762977E-03
  PATCH NUMER           27
 First line =       90793
  Averages =   0.1228403      0.1241924      0.1234132      0.1233853    
 Differences =  -6.1749667E-04  7.3461235E-04 -4.4591725E-05 -7.2441995E-05
  PATCH NUMER           28
 First line =       94285
  Averages =   0.1239801      0.1236571      0.1206352      0.1140162    
 Differences =   3.4077913E-03  3.0848607E-03  6.2920153E-05 -6.5560266E-03
  PATCH NUMER           29
 First line =       97777
  Averages =   0.1217371      0.1160258      0.1105844      0.1044139    
 Differences =   8.5462928E-03  2.8350130E-03 -2.6063845E-03 -8.7768510E-03
  PATCH NUMER           30
 First line =      101269
  Averages =   0.1121456      0.1060231      0.1020000      0.1024683    
 Differences =   6.4862147E-03  3.6361814E-04 -3.6594644E-03 -3.1910911E-03
  PATCH NUMER           31
 First line =      104761
  Averages =   0.1027269      0.1026101      0.1013755      9.8040879E-02
 Differences =   1.5385598E-03  1.4217794E-03  1.8716604E-04 -3.1474903E-03
  PATCH NUMER           32
 First line =      108253
  Averages =   0.1015126      9.9345721E-02  9.7368851E-02  9.6664272E-02
 Differences =   2.7896985E-03  6.2282383E-04 -1.3540462E-03 -2.0586252E-03
  PATCH NUMER           33
 First line =      111745
 last black mod_64:          56      119000      111745        8192
  Averages =   9.7847186E-02  9.5576100E-02  9.6951492E-02  9.6953258E-02
 Differences =   1.0151640E-03 -1.2559220E-03  1.1947006E-04  1.2123585E-04

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hh96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5200000       1.233909    
    1.601338    
  Receive leverarm x,y,z              =   0.5200000       1.233909    
    1.601338    



  Name of raw data file?
 /export/air12/airops/1143/l_hh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.4000997E-02
 reading motion compensation data
 WAYNE read motion compen    2.781303    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7843287    
 start range comp, time =      3.745

 WAYNE PREV   3.595776    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.942 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    50.42448699474335    
 ATTN ifrq ipol ln           4           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989127    
  shift in azimuth *fractional pixel=  -0.4989127       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1550903320312500E-02
 TESTING  0.0000000E+00   7.363063       1.706113    
 WAYNE Motion comp. added to patch, time =    16.82953000068665    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5579929351806641E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.363063       1.706113    
 HEY,dt,fract,ye,pe  -0.4989127       1.000000      7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    316.3220610618591    
  Writing         4192 lines of data to file
 WAYNE write output data    14.81731808185577    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   398.4093930721283    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   402.352 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    87.92229795455933    
 ATTN ifrq ipol ln           4           1       11684   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989226    
  shift in azimuth *fractional pixel=  -0.4989226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1320114135742188E-02
 TESTING  0.0000000E+00   7.731897       2.437955    
 WAYNE Motion comp. added to patch, time =    16.23767101764679    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.0603895187377930E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.731897       2.437955    
 HEY,dt,fract,ye,pe  -0.4989226       1.000000      6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    316.8643360137939    
  Writing         4192 lines of data to file
 WAYNE write output data    8.559970021247864    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   429.6176739931107    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   831.970 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    90.48398005962372    
 ATTN ifrq ipol ln           4           1       15176   10.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989824    
  shift in azimuth *fractional pixel=  -0.4989824       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1397957801818848E-02
 TESTING  0.0000000E+00   7.957554       3.171340    
 WAYNE Motion comp. added to patch, time =    15.80523705482483    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.9309034347534180E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.957554       3.171340    
 HEY,dt,fract,ye,pe  -0.4989824       1.000000      6.7825302E-02
   1.3694500E-02
 WAYNE Azim PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.103 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.07028305530548    
 ATTN ifrq ipol ln           4           1       67556   10.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4993735    
  shift in azimuth *fractional pixel=  -0.4993735       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1456012725830078E-02
 WAYNE Motion comp. added to patch, time =    17.30863296985626    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.6860237121582031E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.2730720043182    
  Writing         4192 lines of data to file
 WAYNE write output data    14.59322094917297    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   399.2615590095520    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   403.365 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.75344598293304    
 ATTN ifrq ipol ln           4           1       71048   10.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4993985    
  shift in azimuth *fractional pixel=  -0.4993985       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1661052703857422E-02
 WAYNE Motion comp. added to patch, time =    15.72430193424225    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   6.4690113067626953E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    317.5555679798126    
  Writing         4192 lines of data to file
 WAYNE write output data    10.86624503135681    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   433.9197120666504    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   837.285 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    75.92851495742798    
 ATTN ifrq ipol ln           4           1       74540   10.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4994311    
  shift in azimuth *fractional pixel=  -0.4994311       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1222004890441895E-02
 WAYNE Motion comp. added to patch, time =    15.56080389022827    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5327920913696289E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.5435479879379    
  Writing         4192 lines of data to file
 WAYNE write output data    1.525935053825378    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   408.5967010259628    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1245.882 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.54525601863861    
 ATTN ifrq ipol ln           4           1       78032   10.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4994662    
  shift in azimuth *fractional pixel=  -0.4994662       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1852979660034180E-02
 WAYNE Motion comp. added to patch, time =    15.6486 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.313 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.53746199607849    
 ATTN ifrq ipol ln           4           1       95492   10.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996054    
  shift in azimuth *fractional pixel=  -0.4996054       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1419057846069336E-02
 WAYNE Motion comp. added to patch, time =    16.74563801288605    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.8389692306518555E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.7798320055008    
  Writing         4192 lines of data to file
 WAYNE write output data    15.06299102306366    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   399.1424109935760    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   403.456 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.49872004985809    
 ATTN ifrq ipol ln           4           1       98984   10.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995995    
  shift in azimuth *fractional pixel=  -0.4995995       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1367082595825195E-02
 WAYNE Motion comp. added to patch, time =    15.95488500595093    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   4.5647025108337402E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.8583509922028    
  Writing         4192 lines of data to file
 WAYNE write output data    1.472913026809692    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   417.8434789180756    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   821.299 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    90.94510495662689    
 ATTN ifrq ipol ln           4           1      102476   10.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1261940002441406E-02
 WAYNE Motion comp. added to patch, time =    16.67102098464966    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.8514981269836426E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.4545860290527    
  Writing         4192 lines of data to file
 WAYNE write output data    2.256534934043884    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   425.3684819936752    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1246.668 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.44480204582214    
 ATTN ifrq ipol ln           4           1      105968   10.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4996396    
  shift in azimuth *fractional pixel=  -0.4996396       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1456966400146484E-02
 WAYNE Motion comp. added to patch, time =    17.2039 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     3.959 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.09392595291138    
 ATTN ifrq ipol ln           4           1       25652   10.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989845    
  shift in azimuth *fractional pixel=  -0.4989845       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1247992515563965E-02
 WAYNE Motion comp. added to patch, time =    16.43048596382141    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4479627609252930E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.4277839660645    
  Writing         4192 lines of data to file
 WAYNE write output data    1.506677985191345    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   383.4745980501175    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   387.434 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.5866780281067    
 ATTN ifrq ipol ln           4           1       29144   10.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989957    
  shift in azimuth *fractional pixel=  -0.4989957       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1368036270141602E-02
 WAYNE Motion comp. added to patch, time =    16.69360399246216    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   6.9930553436279297E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.3992350101471    
  Writing         4192 lines of data to file
 WAYNE write output data    8.326663970947266    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   443.0259720087051    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   830.461 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.55807006359100    
 ATTN ifrq ipol ln           4           1       32636   10.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990538    
  shift in azimuth *fractional pixel=  -0.4990538       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1237025260925293E-02
 WAYNE Motion comp. added to patch, time =    15.99840605258942    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.9270133972167969E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.7401720285416    
  Writing         4192 lines of data to file
 WAYNE write output data    3.564999938011169    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   431.8815629482269    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1262.343 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.75097298622131    
 ATTN ifrq ipol ln           4           1       36128   10.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991188    
  shift in azimuth *fractional pixel=  -0.4991188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1245965957641602E-02
 WAYNE Motion comp. added to patch, time =    15.7780 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.018 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.80030703544617    
 ATTN ifrq ipol ln           4           1       53588   10.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992400    
  shift in azimuth *fractional pixel=  -0.4992400       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1312007904052734E-02
 WAYNE Motion comp. added to patch, time =    16.89214599132538    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.8240680694580078E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    317.0788249969482    
  Writing         4192 lines of data to file
 WAYNE write output data    12.72219300270081    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   396.5093939304352    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   400.528 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.28155303001404    
 ATTN ifrq ipol ln           4           1       57080   10.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1198043823242188E-02
 WAYNE Motion comp. added to patch, time =    16.43680202960968    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.6512980461120605E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.3852779865265    
  Writing         4192 lines of data to file
 WAYNE write output data    1.545904994010925    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   421.6887650489807    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   822.218 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    107.5291470289230    
 ATTN ifrq ipol ln           4           1       60572   10.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993488    
  shift in azimuth *fractional pixel=  -0.4993488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1552929878234863E-02
 WAYNE Motion comp. added to patch, time =    15.95794594287872    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5478005409240723E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.4004319906235    
  Writing         4192 lines of data to file
 WAYNE write output data    7.750702023506165    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   446.6773959398270    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1268.895 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    79.67901206016541    
 ATTN ifrq ipol ln           4           1       64064   10.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993504    
  shift in azimuth *fractional pixel=  -0.4993504       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1245965957641602E-02
 WAYNE Motion comp. added to patch, time =    15.7374 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.012 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.40941500663757    
 ATTN ifrq ipol ln           4           1       39620   10.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991252    
  shift in azimuth *fractional pixel=  -0.4991252       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1880040168762207E-02
 WAYNE Motion comp. added to patch, time =    16.62180101871490    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4689435958862305E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.8780260086060    
  Writing         4192 lines of data to file
 WAYNE write output data    2.541108012199402    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   385.4666290283203    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   389.478 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.43958294391632    
 ATTN ifrq ipol ln           4           1       43112   10.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4991429    
  shift in azimuth *fractional pixel=  -0.4991429       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1300921440124512E-02
 WAYNE Motion comp. added to patch, time =    16.46317398548126    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.3831019401550293E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    317.0463559627533    
  Writing         4192 lines of data to file
 WAYNE write output data    5.473072052001953    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   438.4486119747162    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   827.928 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.1831150054932    
 ATTN ifrq ipol ln           4           1       46604   10.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4991569    
  shift in azimuth *fractional pixel=  -0.4991569       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1349916458129883E-02
 WAYNE Motion comp. added to patch, time =    15.52453696727753    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2400975227355957E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.0180389881134    
  Writing         4192 lines of data to file
 WAYNE write output data    3.380448937416077    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   438.1417499780655    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1266.070 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    83.75499308109283    
 ATTN ifrq ipol ln           4           1       50096   10.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4991666    
  shift in azimuth *fractional pixel=  -0.4991666       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1394023895263672E-02
 WAYNE Motion comp. added to patch, time =    15.5735 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.106 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.98442292213440    
 ATTN ifrq ipol ln           4           1       81524   10.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4995219    
  shift in azimuth *fractional pixel=  -0.4995219       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1626958847045898E-02
 WAYNE Motion comp. added to patch, time =    16.48840200901031    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5160312652587891E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.1432869434357    
  Writing         4192 lines of data to file
 WAYNE write output data    2.383071064949036    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   385.0155450105667    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   389.122 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.44158208370209    
 ATTN ifrq ipol ln           4           1       85016   10.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4995501    
  shift in azimuth *fractional pixel=  -0.4995501       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1204004287719727E-02
 WAYNE Motion comp. added to patch, time =    15.51546907424927    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4756073951721191E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.4930419921875    
  Writing         4192 lines of data to file
 WAYNE write output data    1.564007043838501    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   431.0514490604401    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   820.174 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.02547001838684    
 ATTN ifrq ipol ln           4           1       88508   10.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1288046836853027E-02
 WAYNE Motion comp. added to patch, time =    16.19729900360107    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1943926811218262E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.9616409540176    
  Writing         4192 lines of data to file
 WAYNE write output data    1.714010000228882    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   432.9333299398422    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1253.108 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.2701770067215    
 ATTN ifrq ipol ln           4           1       92000   10.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4995775    
  shift in azimuth *fractional pixel=  -0.4995775       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1434078216552734E-02
 WAYNE Motion comp. added to patch, time =    15.6853 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.422 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.24215996265411    
 ATTN ifrq ipol ln           4           1      109460   10.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4996869    
  shift in azimuth *fractional pixel=  -0.4996869       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1316061019897461E-02
 WAYNE Motion comp. added to patch, time =    16.42672991752625    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.4830102920532227E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.4512350559235    
  Writing         4192 lines of data to file
 WAYNE write output data    4.540277004241943    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   387.6764199733734    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   392.099 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.68609201908112    
 ATTN ifrq ipol ln           4           1      112952   10.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4997207    
  shift in azimuth *fractional pixel=  -0.4997207       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1340975761413574E-02
 WAYNE Motion comp. added to patch, time =    16.70099091529846    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   7.0810317993164063E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.8268899917603    
  Writing         4192 lines of data to file
 WAYNE write output data    12.31954801082611    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   443.5536040067673    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   835.653 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.95074796676636    
 ATTN ifrq ipol ln           4           1      116444   10.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4997516    
  shift in azimuth *fractional pixel=  -0.4997516       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1420011520385742E-02
 WAYNE Motion comp. added to patch, time =    15.40529596805573    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.2898087501525879E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.0230109691620    
  Writing         4192 lines of data to file
 WAYNE write output data    1.549070000648499    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   417.9538979530334    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1253.607 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.8962429761887    
 ATTN ifrq ipol ln           4           1      118999   10.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4997542    
  shift in azimuth *fractional pixel=  -0.4997542       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1625051498413086E-02
 WAYNE Motion comp. added to patch, time =    15.49947091178894    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.4559974670410156E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.8686739206314    
  Writing         4192 lines of data to file
 WAYNE write output data    1.445298075675964    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   425.5507820844650    
 ==w out          22       16771
2608642578    
 WAYNE Doppler estimation done, time =   2.5033950805664063E-05
 WAYNE write deskew done, time =   4.7561049461364746E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.9253580570221    
  Writing         4192 lines of data to file
 WAYNE write output data    2.587175011634827    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   426.2228699922562    
 ==w out          30       16771
9894084930    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.0789027214050293E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.1919859647751    
  Writing         4192 lines of data to file
 WAYNE write output data    1.357454061508179    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   415.1124750375748    
 ==w out          10       16771
3700981140    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5045990943908691E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.2064740657806    
  Writing         4192 lines of data to file
 WAYNE write output data    1.406633019447327    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   410.0678939819336    
 ==w out          18       16771
0707054138    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4165987968444824E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.8726739883423    
  Writing         4192 lines of data to file
 WAYNE write output data    1.408642053604126    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   413.6472610235214    
 ==w out          14       16771
9202213287    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1873950958251953E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.1297630071640    
  Writing         4192 lines of data to file
 WAYNE write output data    1.356379985809326    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   432.4775140285492    
 ==w out          26       16771
8096275330    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.5561094284057617E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.0336509943008    
  Writing         4192 lines of data to file
 WAYNE write output data    1.323608994483948    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   433.7926859855652    
 ==w out          34       16771
uth compression done, time =    317.2460790872574    
  Writing         4192 lines of data to file
 WAYNE write output data    1.525474071502686    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   425.1169279813766    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1257.087 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    95.40367805957794    
 ATTN ifrq ipol ln           4           1       18668   10.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989937    
  shift in azimuth *fractional pixel=  -0.4989937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1958003044128418E-02
 TESTING  0.0000000E+00   8.109041       2.580774    
 WAYNE Motion comp. added to patch, time =    15.70384597778320    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2274017333984375E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   8.109041       2.580774    
 HEY,dt,fract,ye,pe  -0.4989937       1.000000      6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    314.2680900096893    
  Writing         4192 lines of data to file
 WAYNE write output data    1.334537982940674    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   426.7457469701767    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1683.833 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    78.85224997997284    
 ATTN ifrq ipol ln           4           1       22160   10.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989852    
  shift in azimuth *fractional pixel=  -0.4989852       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0745048522949219E-02
 TESTING  0.0000000E+00   8.293831       2.114860    
 WAYNE Motion comp. added to patch, time =    14.91625297069550    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.1469593048095703E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   8.293831       2.114860    
 HEY,dt,fract,ye,pe  -0.4989852       1.000000      6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    237.6874059438705    
  Writing         4192 lines of data to file
 WAYNE write output data    1.293630957603455    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   332.7638089656830    
 ==w out           6       20963
            1       38831           0
            2       38839           0
            3       38835           0
            4       38833           0
            5       38832           0
            6       38834           0
            7       38840           0
            8       38825           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1219860315322876    
 WAYNE LOOP TIME:     2021.464781999588    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_l.hh_j                     
 /export/air15/airops/1143/ts1143_l.mocomph                  
 /export/air15/airops/1143/ts1143_l.dop                      
 /export/air15/airops/1143/ts1143_l.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_l.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_l.dop                      
 globalfile /export/air15/airops/1143/ts1143_l.glb                      
 /export/air15/airops/1143/ts1143_l.glb                                38
 deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32909      -154.6674          138336
 last ra n_ns ns:   8606.355               0           1      139333
       138336
 lati loni:      139333   58.32906      -155.6191          139333           1
 center ra n_ns ns:   12866.70            1279        1279       70165
       138336
 lati loni:       70165   58.29065      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_l.hh_j                     
 WAYNE FINAL PROCESS   2025.332967042923    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_l.hh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_l.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.lh                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_l.TT                       
  Name of the line output file?
 /export/air15/airops/1143/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS

  Deskewing           33 patches
 Processing block number            1
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4       13567         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 sj>s1:       13567       11471
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
        13567       14977          14        1396
 patch iptc,sj,dgj,dgi,id:           5       14977         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:       14977       13567
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

        14977       17073           0        2096
 patch iptc,sj,dgj,dgi,id:           5         689         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 s1>sj:       14977         689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
          689        2083          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        2083         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        2083         689
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         2083        4179           0        2096
 patch iptc,sj,dgj,dgi,id:           6        4179         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        4179        2083
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
         4179        5547         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        5547         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        5547        4179
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         5547        7643           0        2096
 patch iptc,sj,dgj,dgi,id:           7        7643         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:        7643        5547
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
         7643        9007         -32        1396
 patch iptc,sj,dgj,dgi,id:           8        9007         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:        9007        7643
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

         9007       11103           0        2096
 patch iptc,sj,dgj,dgi,id:           8       11103         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:       11103        9007
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
        11103       12483         -16        1396
 patch iptc,sj,dgj,dgi,id:           9       12483         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:       12483       11103
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

        12483       14579           0        2096
 patch iptc,sj,dgj,dgi,id:           9       14579         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:       14579       12483
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
        14579       15971          -4        1396
 patch iptc,sj,dgj,dgi,id:          10       15971         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:       15971       14579
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

        15971       18067           0        2096
 patch iptc,sj,dgj,dgi,id:          10        1683         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 s1>sj:       15971        1683
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
         1683        3079           0        1396
 patch iptc,sj,dgj,dgi,id:          11        3079         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:        3079        1683
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

         3079        5175           0        2096
 patch iptc,sj,dgj,dgi,id:          11        5175         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:        5175        3079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
         5175        6569          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        6569         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        6569        5175
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         6569        8665           0        2096
 patch iptc,sj,dgj,dgi,id:          12        8665         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        8665        6569
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
         8665       10042         -19        1396
 patch iptc,sj,dgj,dgi,id:          13       10042         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:       10042        8665
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

        10042       12138           0        2096
 patch iptc,sj,dgj,dgi,id:          13       12138         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:       12138       10042
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
        12138       13497         -37        1396
 patch iptc,sj,dgj,dgi,id:          14       13497         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:       13497       12138
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

        13497       15593           0        2096
 patch iptc,sj,dgj,dgi,id:          14       15593         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       15593       13497
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
        15593       16967         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       15593         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18       13134         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       13134       11038
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
        13134       14501         -29        1396
 patch iptc,sj,dgj,dgi,id:          19       14501         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:       14501       13134
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

        14501       16597           0        2096
 patch iptc,sj,dgj,dgi,id:          19         213         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 s1>sj:       14501         213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
          213        1583         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        1583         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        1583         213
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         1583        3679           0        2096
 patch iptc,sj,dgj,dgi,id:          20        3679         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        3679        1583
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
         3679        5057         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        5057         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        5057        3679
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         5057        7153           0        2096
 patch iptc,sj,dgj,dgi,id:          21        7153         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:        7153        5057
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
         7153        8523         -26        1396
 patch iptc,sj,dgj,dgi,id:          22        8523         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:        8523        7153
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

         8523       10619           0        2096
 patch iptc,sj,dgj,dgi,id:          22       10619         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:       10619        8523
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
        10619       11992         -23        1396
 patch iptc,sj,dgj,dgi,id:          23       11992         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:       11992       10619
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

        11992       14088           0        2096
 patch iptc,sj,dgj,dgi,id:          23       14088         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:       14088       11992
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
        14088       15474         -10        1396
 patch iptc,sj,dgj,dgi,id:          24       15474         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:       15474       14088
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

        15474       17570           0        2096
 patch iptc,sj,dgj,dgi,id:          24        1186         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 s1>sj:       15474        1186
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
         1186        2574          -8        1396
 patch iptc,sj,dgj,dgi,id:          25        2574         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        2574        1186
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

         2574        4670           0        2096
 patch iptc,sj,dgj,dgi,id:          25        4670         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:        4670        2574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
         4670        6064          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        6064         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        6064        4670
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         6064        8160           0        2096
 patch iptc,sj,dgj,dgi,id:          26        8160         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        8160        6064
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
         8160        9558           2        1396
 patch iptc,sj,dgj,dgi,id:          27        9558         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        9558        8160
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         9558       11654           0        2096
 patch iptc,sj,dgj,dgi,id:          27       11654         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:       11654        9558
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
        11654       13034         -16        1396
 patch iptc,sj,dgj,dgi,id:          28       13034         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:       13034       11654
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

        13034       15130           0        2096
 patch iptc,sj,dgj,dgi,id:          28       15130         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       15130       13034
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
        15130       16488         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       15130         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32       12603         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 sj>s1:       12603       10507
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
        12603       13052         -10         459
 patch iptc,sj,dgj,dgi,id:          33       13052         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:       13052       12603
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

        13052       15148           0        2096
 patch iptc,sj,dgj,dgi,id:          33       15148         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:       15148       13052
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:       15148        1172         500
   Writing the last         2768 lines
 last half sj<s1        1532       15148      113451
  Total # of output lines =       116219

  Writing new header..
  Closing files ..
 ileni=           39
 ilend=           35
 /export/air12/airops/1143/ts1143_l.hh_j.0                   
 /export/air12/airops/1143/deskew.lh.0                       
 /export/air12/airops/1143/ts1143_l.hh_j.1                   
 /export/air12/airops/1143/deskew.lh.1                       
 /export/air12/airops/1143/ts1143_l.hh_j.2                   
 /export/air12/airops/1143/deskew.lh.2                       
 /export/air12/airops/1143/ts1143_l.hh_j.3                   
 /export/air12/airops/1143/deskew.lh.3                       
 /export/air12/airops/1143/ts1143_l.hh_j.4                   
 /export/air12/airops/1143/deskew.lh.4                       
 /export/air12/airops/1143/ts1143_l.hh_j.5                   
 /export/air12/airops/1143/deskew.lh.5                       
 /export/air12/airops/1143/ts1143_l.hh_j.6                   
 /export/air12/airops/1143/deskew.lh.6                       
 /export/air12/airops/1143/ts1143_l.hh_j.7                   
 /export/air12/airops/1143/deskew.lh.7                       

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hv96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =  -0.3850000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5200000       1.233909    
    1.601338    
  Receive leverarm x,y,z              =   0.5400000      0.5060908    
  -0.2513379    



  Name of raw data file?
 /export/air12/airops/1143/l_hv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5255999E-02
 reading motion compensation data
 WAYNE read motion compen    2.806923    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7863111    
 start range comp, time =      3.947

 WAYNE PREV   3.627870    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
Killed
CRASH AT processor_slk
Wed Apr 26 14:16:02 PDT 2000

 *****************************************************
 *                                                   *
 *           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.        *
 *                                                   *
 *****************************************************

 Enter command file name ==>  Opening command file...
 CRD-xdealy:  0.3800200    


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

  Data acquired after 1994.
  
 J2000 time    =   -111944368.6784580    
 GPS J2000 time    =   -111944370.3146220    
  
 Message 1
 Time          =   -111944368.6784580    
 INS Time      =   -1.603904000000000    
 Roll angle    =  -0.8569335937500000    
 Pitch angle   =   0.8789062500000000    
 Heading angle =   -85.73181152343750    
 Long. acc     =   8.0000000000000002E-02
 Lat. acc      =   0.1100000000000000    
 Norm.  acc    =   -9.710000000000001    
 East vel.     =   -216.3750000000000    
 North vel.    =    1.635000000000000    
 Up vel.       =   0.1270000000000000    
 True Grnd Spd =    216.3750000000000    
 Altitude      =    8767.000000000000    
 Latitude      =    58.36528315208852    
 Longitude     =   -154.6608634851873    
  
 Message 6
 Week          =          857
 GPS Time      =   -111944370.3146220    
 GDOP          =    4.046875000000000    
 PDOP          =    3.484375000000000    
 HDOP          =    1.687500000000000    
 VDOP          =    3.046875000000000    
 TDOP          =    2.062500000000000    
 Spherical Acc =    15.00000000000000    
 Time Acc      =   1.4000000000000001E-08
 GPS Lat       =    58.36528372810317    
 GPS Lon       =   -154.6551004792599    
 GPS Alt       =    8774.000000000000    
 GPS East Vel  =   -216.3900000000000    
 GPS North Vel =    1.740000000000000    
 GPS Up Vel    =   0.1100000000000000    
  
 Message 3
 Del INU Time  =    1.950400000000000    
 Del vel east  =  -2.5390625000000000E-02
 Del vel north =  -1.9042968750000000E-02
 Del vel up    =  -4.9316406250000000E-02
 Del pos east  =    1.375000000000000    
 Del pos north =   -1.250000000000000    
 Del pos up    =   -3.250000000000000    
  
 Message 4
 Sigma Pos x   =    1.625000000000000    
 Sigma Pos y   =    1.500000000000000    
 Sigma Pos z   =    2.750000000000000    
 Sigma Vel x   =   1.2329101562500000E-02
 Sigma Vel y   =   9.2773437500000000E-03
 Sigma Vel z   =   1.8432617187500000E-02
  
 Message 7
 Satellites used =  25  6 24  5 29  6
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 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Problem with Honeywell data
 Retrived Honeywell data...       10893
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 CPA @ 20:11:59 FC=12,450,500 IDR=103200 drft 3.2; looking goodE
 dward Brown Jr., Walter Felix Skotnicki, Takeshi Sato, Yunjin Ki
 m, Yunling Lou, Leon Maldonado, Michael Kobrick, Timothy William
 Miller-outine David Ryan Haub, Lori Ann Carrico, Timothy W. 
  - - - - - - - - - - - - - - - - - - - - -
 enter filename for headers (entire path): 
  Which frequency? (C,L or P) 
 number of channels transferred: 
 number of bytes/chan: 
 total # of lines transferred: 
 window delay: 
 enter the .par filename : 
 enter first header to read: 
 enter year data taken: 
 enter HDDT ID for raw data: 
  SONY tapeid:            596022         96022
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        1143
 prod ID1:11431143
 prod ID:1143                        
  SONY tapeid: 96022       96022
 tapeid:9602296022  
 tapeid par:96022
 prod ID:1143
 chrp_delay from subcomm header tapeID:    27.20000           96022
  chrp_delay is 32.5 usec       96022   27.20000    
 Is this 98039< x >98001 for P-bnad?:       96022
 1998 P-band fc?   22.50000    
 idelay,chrp_delay,xdelay          85   27.20000      0.3800200    
 near range delr windela:   8607.038       3.331027               0
  f_cal   43.59375       1216.406    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   4.40  25  4 24  5 29  6      
 digdelay startrng(us):85     85.00000000000000    
 startrng(m) elecdelay:   8664.003250000000      2.7200000000000000E-05
  
 >> start range =  8664.0032
 >> ccal_amp = -90.39999
 >> ccal_atn = 32
 >> ratn_phh = 0  6 10   
 >> ratn_phv = 0  0 10   
 >> ratn_pvh = 0  0 10   
 >> ratn_pvv = 0  6 10   
 >> ratn_lhh = 0 10  0   
 >> ratn_lhv = 0 10  0   
 >> ratn_lvh = 0 10  0   
 >> ratn_lvv = 0 10  0   
 >> ratn_chh = 0 10 10   
 >> ratn_chv = 0 10 10   
 >> ratn_cvh = 0 10 10   
 >> ratn_cvv = 0 10 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
  
 Done decoding data from header array...
  
 Data collected on ==> 14-JUN-1996                                                                     
  
 Starting and end GPS times for SAR data  -111944368.7660   -111944149.8100
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71147      -87.87415      -85.70435     0.6592161      0
 trc            -89.88422      -90.23729      -89.56627     0.2032029      0
 tgs            216.07740      215.51563      217.07813     0.4524072      0
 roll            -0.64848       -0.97229       -0.37354     0.1133146      0
 pitch            0.82005        0.71411        0.93384     0.0484600      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26534     6584.28960     8488.98480   480.8056696      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43631      272.00000      274.50000     0.6568049      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            57.89961       40.26197       58.36621     2.8645423      0
 long          -159.33239     -320.39338     -154.66010    26.2132687      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8636.63965     8780.28027    51.3228213     48
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.07626     -310.12562     -154.66087     1.5036035      0
 hwalt         8771.61377     8766.83480     8777.92232     3.2247050      0
 hwev          -216.08175     -217.07400     -215.51500     0.4525549      0
 hwnv             0.43614       -0.89900        1.63500     0.7659083      0
 hwuv             0.03658       -0.42200        0.48100     0.1742699      0
 hwroll          -0.64837       -0.97229       -0.37354     0.1132735      0
 hwpitch          0.82004        0.71411        0.93384     0.0484496      0
 hwhdg          -86.71872     -173.46313      -85.70435     1.0604387      0
 hwtrc          -89.89227     -179.80170      -89.56706     0.8850842      0
 hwtgs          216.07632      215.51563      217.06250     0.4521517      0
  
 Finished analysis of raw data...
 Putting in mirror values...
  
 Finished with mirror samples...
 Median filter data...
 Completed median filter of data...
  
 Finished correcting GPS times for pulses...
  
 Finished correcting GPS times for SIXGUN data...
   -111944378.9992618    
 i_yearind        19965
  
 GPS time for first pulse =   -111944368.7640346      -111944368.7660000    
  
  
 New start and number of records =           95      237823
 New start and number of blocks  =            1        1859
  
 GPS trend coefficients =   -58.22549977921517       10.77556468928285    
    154.3294564197827    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00092        0.00091        0.00092     0.0000019      0
 hdg            -86.71170      -87.87415      -85.70435     0.6589897      0
 trc            -89.88429      -90.23729      -89.56654     0.2031158      0
 tgs            216.07714      215.51563      217.06250     0.4523325      0
 roll            -0.64839       -0.97229       -0.37354     0.1132693      0
 pitch            0.82003        0.71411        0.93384     0.0484578      0
 delx             0.19792        0.00000        0.19798     0.0004066      0
 lati            58.36615       58.36528       58.36646     0.0003271      0
 loni          -155.05665     -155.45877     -154.65511     0.2319509      0
 latd            58.36576       58.36500       58.36667     0.0008297      0
 lond          -155.04367     -155.44667     -154.64333     0.2317709      0
 balt          8851.03572     8848.34400     8853.83040     1.2739808      0
 ralt          7604.26517     6584.28960     8488.98480   480.8057073      0
 dpth             0.85438        0.70000        1.00000     0.0559132      0
 droll           -0.52985       -0.90000       -0.30000     0.1209899      0
 thd            273.43679      272.20000      274.50000     0.6560773      0
 dad             -3.54320       -4.30000       -2.60000     0.4650342      0
 latg            58.36597       58.36544       58.36621     0.0002284      0
 long          -155.06009     -155.45973     -154.66010     0.2318663      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8704.36750     8656.18815     8726.82903    15.1183678      0
 phh_aten        16.00000       16.00000       16.00000     0.0000002      0
 phv_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 pvv_aten        16.00000       16.00000       16.00000     0.0000002      0
 lhh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lhv_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvh_aten        10.00000       10.00000       10.00000     0.0000001      0
 lvv_aten        10.00000       10.00000       10.00000     0.0000001      0
 chh_aten        20.00000       20.00000       20.00000     0.0000002      0
 chv_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvh_aten        20.00000       20.00000       20.00000     0.0000002      0
 cvv_aten        20.00000       20.00000       20.00000     0.0000002      0
 hwlat           58.36615       58.36529       58.36644     0.0003218      0
 hwlon         -155.06206     -155.46387     -154.66094     0.2317022      0
 hwalt         8771.61377     8766.83487     8777.92228     3.2247049      0
 hwev          -216.08170     -217.07400     -215.51500     0.4525039      0
 hwnv             0.43616       -0.89700        1.63500     0.7658876      0
 hwuv             0.03658       -0.42200        0.48100     0.1742700      0
 hwroll          -0.64838       -0.97229       -0.37903     0.1132565      0
 hwpitch          0.82002        0.71411        0.92834     0.0484179      0
 hwhdg          -86.71080      -87.87415      -85.70435     0.6586195      0
 hwtrc          -89.88404      -90.23676      -89.56706     0.2030126      0
 hwtgs          216.07628      215.51563      217.06250     0.4520805      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    8851.035716837097    
 Average Radar Altitude      =    7604.265171382473    
 Average GPS Altitude        =    8704.367495266279    
 >>Record # :          128
 >>GPS Stuff =   4.40  25  4 24  5 2
 >>Record # :            0
 >>GPS Stuff = 
  
  Lock vertical accel to gps(+1) or
  bar(-1) or IGI (0)  ==>
  
  Enter a name for the peg data file.
  
  Positions and Distances   
  
 Start position =    58.3652910 -154.6609394    8767.345
 End position   =    58.3661302 -155.4638677    8776.709
 Loxodromic Heading (deg) =   -89.8860424
 Loxodromic Distance (km) =     46994.4915677
 Geodesic Heading (deg)   =   -89.5442308
 Geodesic Distance (km)   =     46994.2124027
  
 Peg latitude and longitude =    58.3663655 -155.0624011
 Peg heading =   -89.8930136
  
 Rotation matrix 
 First row =   -0.475586697 -0.420188611 -0.772825222
 Second row =  -0.221139447  0.907436263 -0.357290880
 Third row =    0.851419191  0.000979353 -0.524484893
  
 Translation vector 
 Vector =        -0.01966       -0.00914   -36442.11451
  
 Local Radius of Curvature =    6393669.598797007    
  
 Start and end pulse used =           95      237917
 Ellipsoidal delta s (m) =   0.1976024606750813    
  
 Delta s on reference surface =   0.1976024623952627    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    4152.120364260899    
 Time orgin =           -111944368.7640346    
 Pulse spacing =        0.1979190365452924    
 First frame  =           12990200

 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.
 /export/air15/airops/1143/ts1143_l.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air15/airops/1143/ts1143_l.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air15/airops/1143/ts1143_l.mocompv                 
 How many lines per polarization?
       119000
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001
 +      220001
 +      230001

  *********************************************
  *                                           *
  *         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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_hh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_hh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (31.62278,0.0000000E+00) (-66.40783,0.0000000E+00)
 (31.62278,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.4058320E+07
 Pulse#/128:         129        1057  7.5110888E+07
 Pulse#/128:         257        1057  7.3292576E+07
 Pulse#/128:         385        1057  7.2303360E+07
 Pulse#/128:         513        1057  7.4877216E+07
 Pulse#/128:         641        1057  7.4999888E+07
 Pulse#/128:         769        1057  7.3361312E+07
 Pulse#/128:         897        1057  7.2220512E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   78.67801    Power RMS:  0.1126735    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   8588.409    Amp.  RMS:   62.35383    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   41.73582    Phase RMS:   1.092075    
 Incoherent PH 1st:   41.78516    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   78.68280    
 CalTone Power Coherently dB  :   78.67801    
 Incoherent PW  - Coherent PW :  4.7912598E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   8587.280    
 CalTone Amplitude Coherently   :   8588.409    
 Incoherent Amp.- Coherent Amp. :  -1.128906    
       ------------ *** ------------
 running time (sec):     53.67
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_hv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_hv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (18.97367,0.0000000E+00) (-15.81139,0.0000000E+00)
 (15.81139,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.9530784E+07
 Pulse#/128:         129        1057  8.4674704E+07
 Pulse#/128:         257        1057  8.3512568E+07
 Pulse#/128:         385        1057  8.4632224E+07
 Pulse#/128:         513        1057  8.4644592E+07
 Pulse#/128:         641        1057  8.4403048E+07
 Pulse#/128:         769        1057  8.6389256E+07
 Pulse#/128:         897        1057  8.5163512E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   79.24500    Power RMS:  9.6318968E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   9168.370    Amp.  RMS:   128.6857    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -82.84765    Phase RMS:  0.6019175    
 Incoherent PH 1st:  -82.90835    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   79.25691    
 CalTone Power Coherently dB  :   79.24500    
 Incoherent PW  - Coherent PW :  1.1917114E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   9186.024    
 CalTone Amplitude Coherently   :   9168.370    
 Incoherent Amp.- Coherent Amp. :   17.65430    
       ------------ *** ------------
 running time (sec):     52.63
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_vh                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_vh.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (9.486834,0.0000000E+00) (-3.162278,0.0000000E+00)
 (15.81139,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  7.3565664E+07
 Pulse#/128:         129        1057  7.4693432E+07
 Pulse#/128:         257        1057  7.3345776E+07
 Pulse#/128:         385        1057  7.2926256E+07
 Pulse#/128:         513        1057  7.4663232E+07
 Pulse#/128:         641        1057  7.4965224E+07
 Pulse#/128:         769        1057  7.4326696E+07
 Pulse#/128:         897        1057  7.2794872E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   78.68285    Power RMS:  0.1189965    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   8593.114    Amp.  RMS:   44.89989    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   41.88786    Phase RMS:   1.081686    
 Incoherent PH 1st:   41.85519    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   78.68633    
 CalTone Power Coherently dB  :   78.68285    
 Incoherent PW  - Coherent PW :  3.4866333E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   8604.247    
 CalTone Amplitude Coherently   :   8593.114    
 Incoherent Amp.- Coherent Amp. :   11.13281    
       ------------ *** ------------
 running time (sec):     52.66
  ********** 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.
 /export/air15/airops/1143/ts1143_l.par                      
  Enter the raw data file name.
 /export/air12/airops/1143/l_vv                              
  Enter the motion compensation file name.
 /export/air15/airops/1143/ts1143_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air15/airops/1143/db_l_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air15/airops/1143/1st_l_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air15/airops/1143/pw_hist_l_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air15/airops/1143/ph_hist_l_vv.dat                  
  How many lines of raw data?
       119000
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  Sampling frequency =    90.00000    
  Raw data samples per line =         5119
  Caltone frequency =    43.59380    
  Prediction cal_bin        1057
  start/end pulse:           1      118785
  128-Loop Count:         929
 cmplx raw(1 2 3): (15.81139,0.0000000E+00) (-9.486834,0.0000000E+00)
 (22.13594,0.0000000E+00)
 attenuation (dB):    10.00000    
 Pulse#/128:           1        1057  8.0444432E+07
 Pulse#/128:         129        1057  8.6030592E+07
 Pulse#/128:         257        1057  8.3917776E+07
 Pulse#/128:         385        1057  8.5049928E+07
 Pulse#/128:         513        1057  8.5914640E+07
 Pulse#/128:         641        1057  8.5368072E+07
 Pulse#/128:         769        1057  8.7062208E+07
 Pulse#/128:         897        1057  8.6224264E+07
 plot_x:         929
 Estimate Caltone :        1057          33
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1057        1057
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   79.28510    Power RMS:  0.1288470    
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   9210.764    Amp.  RMS:   126.2062    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -81.98325    Phase RMS:  0.5867182    
 Incoherent PH 1st:  -82.07871    
  max_bin with Incoherent averaging:         1057
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   79.29222    
 CalTone Power Coherently dB  :   79.28510    
 Incoherent PW  - Coherent PW :  7.1182251E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   9224.712    
 CalTone Amplitude Coherently   :   9210.764    
 Incoherent Amp.- Coherent Amp. :   13.94824    
       ------------ *** ------------
 running time (sec):     53.93
  ********** 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: 
    6.003531     -4.0557941E-05
  z fit: constant and linear terms: 
  -0.9250833      4.3690303E-05
  y and z standard deviations (meters)   1.961043       1.188407    
  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 =           32
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =   0.1974497      0.1953990      0.1916390      0.1929938    
 Differences =   3.0792207E-03  1.0285228E-03 -2.7315170E-03 -1.3766885E-03
  PATCH NUMER            2
 First line =        3493
  Averages =   0.1922377      0.1926893      0.1909177      0.1833310    
 Differences =   2.4435520E-03  2.8951019E-03  1.1235029E-03 -6.4631552E-03
  PATCH NUMER            3
 First line =        6985
  Averages =   0.1927058      0.1842117      0.1837341      0.1821259    
 Differences =   7.0110410E-03 -1.4829785E-03 -1.9606352E-03 -3.5687685E-03
  PATCH NUMER            4
 First line =       10477
  Averages =   0.1839988      0.1818167      0.1835868      0.1877289    
 Differences =  -2.8404593E-04 -2.4661422E-03 -6.9598854E-04  3.4460574E-03
  PATCH NUMER            5
 First line =       13969
  Averages =   0.1827238      0.1867700      0.1894253      0.1886378    
 Differences =  -4.1654706E-03 -1.1931360E-04  2.5360286E-03  1.7485470E-03
  PATCH NUMER            6
 First line =       17461
  Averages =   0.1886163      0.1894878      0.1844306      0.1833033    
 Differences =   2.1566302E-03  3.0281395E-03 -2.0290166E-03 -3.1563342E-03
  PATCH NUMER            7
 First line =       20953
  Averages =   0.1864967      0.1829340      0.1807666      0.1748381    
 Differences =   5.2374452E-03  1.6748011E-03 -4.9264729E-04 -6.4211488E-03
  PATCH NUMER            8
 First line =       24445
  Averages =   0.1829385      0.1753621      0.1718318      0.1699305    
 Differences =   7.9222322E-03  3.4591556E-04 -3.1844676E-03 -5.0857514E-03
  PATCH NUMER            9
 First line =       27937
  Averages =   0.1738448      0.1705672      0.1697868      0.1729368    
 Differences =   2.0608604E-03 -1.2167245E-03 -1.9971579E-03  1.1529028E-03
  PATCH NUMER           10
 First line =       31429
  Averages =   0.1690669      0.1734322      0.1711697      0.1703069    
 Differences =  -1.9270182E-03  2.4382770E-03  1.7571449E-04 -6.8707764E-04
  PATCH NUMER           11
 First line =       34921
  Averages =   0.1715218      0.1703028      0.1712753      0.1705953    
 Differences =   5.9801340E-04 -6.2099099E-04  3.5147369E-04 -3.2854080E-04
  PATCH NUMER           12
 First line =       38413
  Averages =   0.1710564      0.1704177      0.1726514      0.1677951    
 Differences =   5.7622790E-04 -6.2495470E-05  2.1711886E-03 -2.6851147E-03
  PATCH NUMER           13
 First line =       41905
  Averages =   0.1716965      0.1694947      0.1663013      0.1596280    
 Differences =   4.9159527E-03  2.7141720E-03 -4.7920644E-04 -7.1525425E-03
  PATCH NUMER           14
 First line =       45397
  Averages =   0.1674128      0.1605648      0.1565870      0.1542530    
 Differences =   7.7079087E-03  8.5991621E-04 -3.1178892E-03 -5.4519176E-03
  PATCH NUMER           15
 First line =       48889
  Averages =   0.1578102      0.1549990      0.1540841      0.1543248    
 Differences =   2.5056750E-03 -3.0554831E-04 -1.2204200E-03 -9.7975135E-04
  PATCH NUMER           16
 First line =       52381
  Averages =   0.1536652      0.1545704      0.1539585      0.1544607    
 Differences =  -4.9844384E-04  4.0672719E-04 -2.0512938E-04  2.9705465E-04
  PATCH NUMER           17
 First line =       55873
  Averages =   0.1540833      0.1544516      0.1540808      0.1528646    
 Differences =   2.1319091E-04  5.8151782E-04  2.1074712E-04 -1.0054111E-03
  PATCH NUMER           18
 First line =       59365
  Averages =   0.1540491      0.1539180      0.1506125      0.1457183    
 Differences =   2.9744953E-03  2.8433353E-03 -4.6215951E-04 -5.3563267E-03
  PATCH NUMER           19
 First line =       62857
  Averages =   0.1515756      0.1473380      0.1429149      0.1399356    
 Differences =   6.1343163E-03  1.8967241E-03 -2.5264025E-03 -5.5057108E-03
  PATCH NUMER           20
 First line =       66349
  Averages =   0.1438587      0.1412705      0.1386195      0.1382049    
 Differences =   3.3701956E-03  7.8199804E-04 -1.8689632E-03 -2.2836030E-03
  PATCH NUMER           21
 First line =       69841
  Averages =   0.1386652      0.1385740      0.1369859      0.1331347    
 Differences =   1.8251836E-03  1.7340034E-03  1.4589727E-04 -3.7053227E-03
  PATCH NUMER           22
 First line =       73333
  Averages =   0.1376021      0.1344089      0.1291002      0.1259052    
 Differences =   5.8476925E-03  2.6544929E-03 -2.6542097E-03 -5.8491826E-03
  PATCH NUMER           23
 First line =       76825
  Averages =   0.1310063      0.1258728      0.1270914      0.1255470    
 Differences =   3.6268532E-03 -1.5066564E-03 -2.8808415E-04 -1.8324703E-03
  PATCH NUMER           24
 First line =       80317
  Averages =   0.1267611      0.1256860      0.1251403      0.1238321    
 Differences =   1.4061779E-03  3.3110380E-04 -2.1457672E-04 -1.5227571E-03
  PATCH NUMER           25
 First line =       83809
  Averages =   0.1256206      0.1239689      0.1227877      0.1222507    
 Differences =   1.9635707E-03  3.1189620E-04 -8.6926669E-04 -1.4062747E-03
  PATCH NUMER           26
 First line =       87301
  Averages =   0.1234568      0.1219185      0.1232051      0.1244285    
 Differences =   2.0465255E-04 -1.3336763E-03 -4.7110021E-05  1.1762977E-03
  PATCH NUMER           27
 First line =       90793
  Averages =   0.1228403      0.1241924      0.1234132      0.1233853    
 Differences =  -6.1749667E-04  7.3461235E-04 -4.4591725E-05 -7.2441995E-05
  PATCH NUMER           28
 First line =       94285
  Averages =   0.1239801      0.1236571      0.1206352      0.1140162    
 Differences =   3.4077913E-03  3.0848607E-03  6.2920153E-05 -6.5560266E-03
  PATCH NUMER           29
 First line =       97777
  Averages =   0.1217371      0.1160258      0.1105844      0.1044139    
 Differences =   8.5462928E-03  2.8350130E-03 -2.6063845E-03 -8.7768510E-03
  PATCH NUMER           30
 First line =      101269
  Averages =   0.1121456      0.1060231      0.1020000      0.1024683    
 Differences =   6.4862147E-03  3.6361814E-04 -3.6594644E-03 -3.1910911E-03
  PATCH NUMER           31
 First line =      104761
  Averages =   0.1027269      0.1026101      0.1013755      9.8040879E-02
 Differences =   1.5385598E-03  1.4217794E-03  1.8716604E-04 -3.1474903E-03
  PATCH NUMER           32
 First line =      108253
  Averages =   0.1015126      9.9345721E-02  9.7368851E-02  9.6664272E-02
 Differences =   2.7896985E-03  6.2282383E-04 -1.3540462E-03 -2.0586252E-03
  PATCH NUMER           33
 First line =      111745
 last black mod_64:          56      119000      111745        8192
  Averages =   9.7847186E-02  9.5576100E-02  9.6951492E-02  9.6953258E-02
 Differences =   1.0151640E-03 -1.2559220E-03  1.1947006E-04  1.2123585E-04

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hh96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5200000       1.233909    
    1.601338    
  Receive leverarm x,y,z              =   0.5200000       1.233909    
    1.601338    



  Name of raw data file?
 /export/air12/airops/1143/l_hh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.3847001E-02
 reading motion compensation data
 WAYNE read motion compen    2.777094    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7851171    
 start range comp, time =      3.676

 WAYNE PREV   3.593527    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.823 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    54.15315401554108    
 ATTN ifrq ipol ln           4           1        8192   10.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989127    
  shift in azimuth *fractional pixel=  -0.4989127       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1404037475585938E-02
 TESTING  0.0000000E+00   7.363063       1.706113    
 WAYNE Motion comp. added to patch, time =    17.94660508632660    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5590658187866211E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.363063       1.706113    
 HEY,dt,fract,ye,pe  -0.4989127       1.000000      7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    332.3362261056900    
  Writing         4192 lines of data to file
 WAYNE write output data    11.29614496231079    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   415.7481579780579    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   419.571 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    94.92278194427490    
 ATTN ifrq ipol ln           4           1       11684   10.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989226    
  shift in azimuth *fractional pixel=  -0.4989226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1272907257080078E-02
 TESTING  0.0000000E+00   7.731897       2.437955    
 WAYNE Motion comp. added to patch, time =    17.76536107063293    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   6.7740678787231445E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.731897       2.437955    
 HEY,dt,fract,ye,pe  -0.4989226       1.000000      6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    326.7671729326248    
  Writing         4192 lines of data to file
 WAYNE write output data    8.988029956817627    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   448.4627699851990    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   868.035 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    78.02334690093994    
 ATTN ifrq ipol ln           4           1       15176   10.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989824    
  shift in azimuth *fractional pixel=  -0.4989824       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1463999748229980E-02
 TESTING  0.0000000E+00   7.957554       3.171340    
 WAYNE Motion comp. added to patch, time =    17.11314296722412    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.6177048683166504E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.957554       3.171340    
 HEY,dt,fract,ye,pe  -0.4989824       1.000000      6.7825302E-02
   1.3694500E-02
 WAYNE Azim PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     3.816 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.51371693611145    
 ATTN ifrq ipol ln           4           1       25652   10.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989845    
  shift in azimuth *fractional pixel=  -0.4989845       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1969089508056641E-02
 WAYNE Motion comp. added to patch, time =    17.93046605587006    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4650096893310547E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    331.7114030122757    
  Writing         4192 lines of data to file
 WAYNE write output data    2.200678944587708    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   405.3727749586105    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   409.189 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.4263399839401    
 ATTN ifrq ipol ln           4           1       29144   10.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989957    
  shift in azimuth *fractional pixel=  -0.4989957       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1198043823242188E-02
 WAYNE Motion comp. added to patch, time =    17.02964103221893    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   5.4807066917419434E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    327.0474990606308    
  Writing         4192 lines of data to file
 WAYNE write output data    9.853298068046570    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   460.4248889684677    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   869.614 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    78.04707300662994    
 ATTN ifrq ipol ln           4           1       32636   10.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990538    
  shift in azimuth *fractional pixel=  -0.4990538       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1296987533569336E-02
 WAYNE Motion comp. added to patch, time =    17.45472002029419    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   3.3755898475646973E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    329.4204128980637    
  Writing         4192 lines of data to file
 WAYNE write output data    1.717419028282166    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   426.6863400936127    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1296.301 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    90.55611801147461    
 ATTN ifrq ipol ln           4           1       36128   10.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991188    
  shift in azimuth *fractional pixel=  -0.4991188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1124968528747559E-02
 WAYNE Motion comp. added to patch, time =    17.5043 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     3.891 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.65310800075531    
 ATTN ifrq ipol ln           4           1      109460   10.00000    
 IPOL, ITOP nblock            1           0          30
  ****shift in azimuth (fractional pixel)=  -0.4996869    
  shift in azimuth *fractional pixel=  -0.4996869       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1392951011657715E-02
 WAYNE Motion comp. added to patch, time =    17.79974305629730    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4380683898925781E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    332.2991110086441    
  Writing         4192 lines of data to file
 WAYNE write output data    8.275429010391235    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   412.0431489944458    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   415.934 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    82.10260903835297    
 ATTN ifrq ipol ln           4           1      112952   10.00000    
 IPOL, ITOP nblock            1           0          31
  ****shift in azimuth (fractional pixel)=  -0.4997207    
  shift in azimuth *fractional pixel=  -0.4997207       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1417984962463379E-02
 WAYNE Motion comp. added to patch, time =    17.66647005081177    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7256011962890625E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    327.8942790031433    
  Writing         4192 lines of data to file
 WAYNE write output data    1.635254025459290    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   429.3386100530624    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   845.273 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.57286202907562    
 ATTN ifrq ipol ln           4           1      116444   10.00000    
 IPOL, ITOP nblock            1           0          32
  ****shift in azimuth (fractional pixel)=  -0.4997516    
  shift in azimuth *fractional pixel=  -0.4997516       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.2087941169738770E-02
 WAYNE Motion comp. added to patch, time =    16.84292900562286    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.3179969787597656E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.2868770360947    
  Writing         4192 lines of data to file
 WAYNE write output data    1.492429971694946    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   440.2718089818954    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1285.545 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.24456906318665    
 ATTN ifrq ipol ln           4           1      118999   10.00000    
 IPOL, ITOP nblock            1           0          33
  ****shift in azimuth (fractional pixel)=  -0.4997542    
  shift in azimuth *fractional pixel=  -0.4997542       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1278986930847168E-02
 WAYNE Motion comp. added to patch, time =    19.6443 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     3.828 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.69874906539917    
 ATTN ifrq ipol ln           4           1       53588   10.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992400    
  shift in azimuth *fractional pixel=  -0.4992400       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1794090270996094E-02
 WAYNE Motion comp. added to patch, time =    17.93384099006653    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4690628051757813E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    333.0347639322281    
  Writing         4192 lines of data to file
 WAYNE write output data    15.82545900344849    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   420.5095459222794    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   424.338 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.41279196739197    
 ATTN ifrq ipol ln           4           1       57080   10.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1757969856262207E-02
 WAYNE Motion comp. added to patch, time =    17.07081997394562    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   0.1102830171585083    
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    328.2123060226440    
  Writing         4192 lines of data to file
 WAYNE write output data    6.521378993988037    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   440.3413269519806    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   864.680 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    80.56605303287506    
 ATTN ifrq ipol ln           4           1       60572   10.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993488    
  shift in azimuth *fractional pixel=  -0.4993488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1347055435180664E-02
 WAYNE Motion comp. added to patch, time =    17.20863699913025    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   9.5507979393005371E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.9018479585648    
  Writing         4192 lines of data to file
 WAYNE write output data    9.269983053207397    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   438.0550260543823    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1302.735 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.56536698341370    
 ATTN ifrq ipol ln           4           1       64064   10.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993504    
  shift in azimuth *fractional pixel=  -0.4993504       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1226058006286621E-02
 WAYNE Motion comp. added to patch, time =    17.3168 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     3.859 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    55.27438592910767    
 ATTN ifrq ipol ln           4           1       67556   10.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4993735    
  shift in azimuth *fractional pixel=  -0.4993735       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1462926864624023E-02
 WAYNE Motion comp. added to patch, time =    18.43659400939941    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.4809837341308594E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    332.3811140060425    
  Writing         4192 lines of data to file
 WAYNE write output data    14.27150297164917    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   420.3795839548111    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   424.239 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    79.89551603794098    
 ATTN ifrq ipol ln           4           1       71048   10.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4993985    
  shift in azimuth *fractional pixel=  -0.4993985       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1177062988281250E-02
 WAYNE Motion comp. added to patch, time =    17.07901906967163    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   6.8249702453613281E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    328.9654070138931    
  Writing         4192 lines of data to file
 WAYNE write output data    1.552667975425720    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   427.5120189189911    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   851.751 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.14010393619537    
 ATTN ifrq ipol ln           4           1       74540   10.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4994311    
  shift in azimuth *fractional pixel=  -0.4994311       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1480927467346191E-02
 WAYNE Motion comp. added to patch, time =    17.06345701217651    
 WAYNE Doppler estimation done, time =   6.9141387939453125E-06
 WAYNE write deskew done, time =   9.5324993133544922E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.0271489620209    
  Writing         4192 lines of data to file
 WAYNE write output data    1.659802079200745    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   439.9986770153046    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1291.750 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.25620400905609    
 ATTN ifrq ipol ln           4           1       78032   10.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4994662    
  shift in azimuth *fractional pixel=  -0.4994662       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1247992515563965E-02
 WAYNE Motion comp. added to patch, time =    16.8789 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     3.857 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.42708098888397    
 ATTN ifrq ipol ln           4           1       81524   10.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4995219    
  shift in azimuth *fractional pixel=  -0.4995219       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1511087417602539E-02
 WAYNE Motion comp. added to patch, time =    17.74831199645996    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4240016937255859E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    332.4369329214096    
  Writing         4192 lines of data to file
 WAYNE write output data    4.353340029716492    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   407.9814060926437    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   411.838 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.1853510141373    
 ATTN ifrq ipol ln           4           1       85016   10.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4995501    
  shift in azimuth *fractional pixel=  -0.4995501       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1194109916687012E-02
 WAYNE Motion comp. added to patch, time =    17.11340403556824    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   3.2730937004089355E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    328.0492789745331    
  Writing         4192 lines of data to file
 WAYNE write output data    2.515375018119812    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   447.9089169502258    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   859.748 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.73299002647400    
 ATTN ifrq ipol ln           4           1       88508   10.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1457920074462891E-02
 WAYNE Motion comp. added to patch, time =    17.21697998046875    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.2047004699707031E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    327.8971719741821    
  Writing         4192 lines of data to file
 WAYNE write output data    3.598044991493225    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   448.5209000110626    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1308.269 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    79.94855701923370    
 ATTN ifrq ipol ln           4           1       92000   10.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4995775    
  shift in azimuth *fractional pixel=  -0.4995775       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1080980300903320E-02
 WAYNE Motion comp. added to patch, time =    17.3202 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     3.822 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.08800995349884    
 ATTN ifrq ipol ln           4           1       39620   10.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991252    
  shift in azimuth *fractional pixel=  -0.4991252       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1424064636230469E-02
 WAYNE Motion comp. added to patch, time =    18.23818600177765    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.4499893188476563E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    332.0129100084305    
  Writing         4192 lines of data to file
 WAYNE write output data    9.530855059623718    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   413.8858590126038    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   417.708 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    82.73157608509064    
 ATTN ifrq ipol ln           4           1       43112   10.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4991429    
  shift in azimuth *fractional pixel=  -0.4991429       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1242032051086426E-02
 WAYNE Motion comp. added to patch, time =    17.26330804824829    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   9.3547940254211426E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    328.2651129961014    
  Writing         4192 lines of data to file
 WAYNE write output data    1.918022036552429    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   430.2844359874725    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   847.993 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.04541790485382    
 ATTN ifrq ipol ln           4           1       46604   10.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4991569    
  shift in azimuth *fractional pixel=  -0.4991569       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1276960372924805E-02
 WAYNE Motion comp. added to patch, time =    17.10593092441559    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.5203943252563477E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    329.9509479999542    
  Writing         4192 lines of data to file
 WAYNE write output data    3.897174000740051    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   443.0372499227524    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1291.031 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.38643896579742    
 ATTN ifrq ipol ln           4           1       50096   10.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4991666    
  shift in azimuth *fractional pixel=  -0.4991666       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1577963829040527E-02
 WAYNE Motion comp. added to patch, time =    17.1433 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     3.890 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.73603391647339    
 ATTN ifrq ipol ln           4           1       95492   10.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996054    
  shift in azimuth *fractional pixel=  -0.4996054       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1407017707824707E-02
 WAYNE Motion comp. added to patch, time =    17.83360505104065    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4870634078979492E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    332.9225139617920    
  Writing         4192 lines of data to file
 WAYNE write output data    5.321138024330139    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   409.8292499780655    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   413.720 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.38374006748199    
 ATTN ifrq ipol ln           4           1       98984   10.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995995    
  shift in azimuth *fractional pixel=  -0.4995995       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1162042617797852E-02
 WAYNE Motion comp. added to patch, time =    17.45480096340179    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.2787928581237793E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    329.0385999679565    
  Writing         4192 lines of data to file
 WAYNE write output data    2.179741978645325    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   443.0923409461975    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   856.812 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    87.24211001396179    
 ATTN ifrq ipol ln           4           1      102476   10.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1482954025268555E-02
 WAYNE Motion comp. added to patch, time =    17.53584408760071    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   9.5352053642272949E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.5866810083389    
  Writing         4192 lines of data to file
 WAYNE write output data    3.920846104621887    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   439.3939779996872    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1296.207 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.99400699138641    
 ATTN ifrq ipol ln           4           1      105968   10.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4996396    
  shift in azimuth *fractional pixel=  -0.4996396       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1279940605163574E-02
 WAYNE Motion comp. added to patch, time =    17.37194599876404    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   7.4984908103942871E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.5003689527512    
  Writing         4192 lines of data to file
 WAYNE write output data    2.002627968788147    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   451.4803779125214    
 ==w out          34       16771
0798530579    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.8435955047607422E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    331.3035409450531    
  Writing         4192 lines of data to file
 WAYNE write output data    4.839658021926880    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   438.0569709539413    
 ==w out          18       16771
5504112244    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.3524055480957031E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.6871249675751    
  Writing         4192 lines of data to file
 WAYNE write output data    5.867113947868347    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   433.8499230146408    
 ==w out          26       16771
8993492126    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.8558979034423828E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    331.0124260187149    
  Writing         4192 lines of data to file
 WAYNE write output data    7.022109985351563    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   451.2018010616302    
 ==w out          22       16771
3403110504    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   5.0377964973449707E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    330.0944589376450    
  Writing         4192 lines of data to file
 WAYNE write output data    8.063971996307373    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   452.7525780200958    
 ==w out          14       16771
8106060028    
 WAYNE Doppler estimation done, time =   3.3974647521972656E-05
 WAYNE write deskew done, time =   2.4289011955261230E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    331.0562629699707    
  Writing         4192 lines of data to file
 WAYNE write output data    7.743424057960510    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   446.9430559873581    
 ==w out          10       16771
8400497437    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   9.3118071556091309E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    329.1527719497681    
  Writing         4192 lines of data to file
 WAYNE write output data    9.412675976753235    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   456.0384479761124    
 ==w out          30       16771
uth compression done, time =    329.4939749240875    
  Writing         4192 lines of data to file
 WAYNE write output data    11.02474701404572    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   435.7237141132355    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1303.759 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    84.05954504013062    
 ATTN ifrq ipol ln           4           1       18668   10.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989937    
  shift in azimuth *fractional pixel=  -0.4989937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.3309001922607422E-02
 TESTING  0.0000000E+00   8.109041       2.580774    
 WAYNE Motion comp. added to patch, time =    17.12769591808319    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.6611933708190918E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   8.109041       2.580774    
 HEY,dt,fract,ye,pe  -0.4989937       1.000000      6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    329.9067069292068    
  Writing         4192 lines of data to file
 WAYNE write output data    2.023804903030396    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   433.1490598917007    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1736.908 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    86.73496603965759    
 ATTN ifrq ipol ln           4           1       22160   10.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989852    
  shift in azimuth *fractional pixel=  -0.4989852       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1175036430358887E-02
 TESTING  0.0000000E+00   8.293831       2.114860    
 WAYNE Motion comp. added to patch, time =    15.17216491699219    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5838971138000488E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   8.293831       2.114860    
 HEY,dt,fract,ye,pe  -0.4989852       1.000000      6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    236.7558310031891    
  Writing         4192 lines of data to file
 WAYNE write output data    1.321168065071106    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   340.0224499702454    
 ==w out           6       20963
            1       45635           0
            2       45616           0
            3       45623           0
            4       45631           0
            5       45499           0
            6       45630           0
            7       45624           0
            8       45619           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.3195570707321167    
 WAYNE LOOP TIME:     2082.077249050140    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_l.hh_j                     
 /export/air15/airops/1143/ts1143_l.mocomph                  
 /export/air15/airops/1143/ts1143_l.dop                      
 /export/air15/airops/1143/ts1143_l.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_l.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_l.dop                      
 globalfile /export/air15/airops/1143/ts1143_l.glb                      
 /export/air15/airops/1143/ts1143_l.glb                                38
 deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32909      -154.6674          138336
 last ra n_ns ns:   8606.355               0           1      139333
       138336
 lati loni:      139333   58.32906      -155.6191          139333           1
 center ra n_ns ns:   12866.70            1279        1279       70165
       138336
 lati loni:       70165   58.29065      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_l.hh_j                     
 WAYNE FINAL PROCESS   2085.872434973717    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_l.hh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_l.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.lh                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_l.TT                       
  Name of the line output file?
 /export/air15/airops/1143/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.518074989318848    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.1440       3012.596     -0.4989127     -0.4989127    
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.2678       2949.543     -0.4989226     -0.4989226    
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   952.8069       2897.419     -0.4989824     -0.4989824    
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   945.9302       2858.257     -0.4989937     -0.4989937    
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   959.9887       2858.125     -0.4989852     -0.4989852    
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   957.6888       2843.089     -0.4989845     -0.4989845    
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.3596       2780.570     -0.4989957     -0.4989957    
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   897.8807       2702.014     -0.4990538     -0.4990538    
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   881.6260       2635.921     -0.4991188     -0.4991188    
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.1435       2593.056     -0.4991252     -0.4991252    
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.1571       2564.640     -0.4991429     -0.4991429    
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   875.9108       2550.270     -0.4991569     -0.4991569    
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   856.6863       2496.494     -0.4991666     -0.4991666    
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.2824       2385.744     -0.4992400     -0.4992400    
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.2223       2280.499     -0.4993224     -0.4993224    
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.0464       2213.549     -0.4993488     -0.4993488    
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   791.8777       2176.603     -0.4993504     -0.4993504    
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.2493       2138.182     -0.4993735     -0.4993735    
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   747.7745       2077.829     -0.4993985     -0.4993985    
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.2706       2005.584     -0.4994311     -0.4994311    
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   703.9063       1919.286     -0.4994662     -0.4994662    
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   677.8998       1824.886     -0.4995219     -0.4995219    
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.4006       1753.386     -0.4995501     -0.4995501    
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.1741       1708.011     -0.4995614     -0.4995614    
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   636.8951       1651.709     -0.4995775     -0.4995775    
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.3211       1610.669     -0.4996054     -0.4996054    
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   636.6883       1585.211     -0.4995995     -0.4995995    
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.4575       1556.384     -0.4996032     -0.4996032    
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   582.9603       1477.182     -0.4996396     -0.4996396    
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.3648       1361.453     -0.4996869     -0.4996869    
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   521.9236       1262.443     -0.4997207     -0.4997207    
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   509.6246       1200.332     -0.4997516     -0.4997516    
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   499.9219       1172.083     -0.4997542     -0.4997542    
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    477.5012339353561    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    478.2192779779434    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.hv96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =  -0.3850000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5200000       1.233909    
    1.601338    
  Receive leverarm x,y,z              =   0.5400000      0.5060908    
  -0.2513379    



  Name of raw data file?
 /export/air12/airops/1143/l_hv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocomph                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5257001E-02
 reading motion compensation data
 WAYNE read motion compen    2.810218    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7870641    
 start range comp, time =      4.002

 WAYNE PREV   3.629103    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.277 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    49.59324097633362    
 ATTN ifrq ipol ln           4           2        8192   10.00000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4989127    
  shift in azimuth *fractional pixel=  -0.4989127       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1335968971252441E-02
 TESTING  1.0000020E-02   6.999154      0.7797745    
 WAYNE Motion comp. added to patch, time =    15.97666704654694    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5799274444580078E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  1.0000020E-02   6.999154      0.7797745    
 HEY,dt,fract,ye,pe  -0.4989127       1.000000      7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    314.4610909223557    
  Writing         4192 lines of data to file
 WAYNE write output data    14.05607199668884    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   394.1030529737473    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   398.381 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    86.74076390266418    
 ATTN ifrq ipol ln           4           2       11684   10.00000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4989226    
  shift in azimuth *fractional pixel=  -0.4989226       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1217951774597168E-02
 TESTING  1.0000020E-02   7.367988       1.511617    
 WAYNE Motion comp. added to patch, time =    15.56546998023987    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.3980021476745605E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  1.0000020E-02   7.367988       1.511617    
 HEY,dt,fract,ye,pe  -0.4989226       1.000000      6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    315.0587170124054    
  Writing         4192 lines of data to file
 WAYNE write output data    11.35307788848877    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   428.7549129724503    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   827.136 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    85.41187298297882    
 ATTN ifrq ipol ln           4           2       15176   10.00000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4989824    
  shift in azimuth *fractional pixel=  -0.4989824       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1196970939636230E-02
 TESTING  1.0000020E-02   7.593645       2.245003    
 WAYNE Motion comp. added to patch, time =    15.52150392532349    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.0372986793518066E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  1.0000020E-02   7.593645       2.245003    
 HEY,dt,fract,ye,pe  -0.4989824       1.000000      6.7825302E-02
   1.3694500E-02
 WAYNE Azim PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     4.285 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.82222700119019    
 ATTN ifrq ipol ln           4           2       25652   10.00000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4989845    
  shift in azimuth *fractional pixel=  -0.4989845       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1213064193725586E-02
 WAYNE Motion comp. added to patch, time =    15.99034297466278    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4840831756591797E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8740090131760    
  Writing         4192 lines of data to file
 WAYNE write output data    1.696483016014099    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   378.3987629413605    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   382.684 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.9262789487839    
 ATTN ifrq ipol ln           4           2       29144   10.00000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4989957    
  shift in azimuth *fractional pixel=  -0.4989957       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1443018913269043E-02
 WAYNE Motion comp. added to patch, time =    15.25730097293854    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   1.7303943634033203E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.5544029474258    
  Writing         4192 lines of data to file
 WAYNE write output data    18.44717907905579    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   448.2155710458755    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   830.901 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    73.58878099918365    
 ATTN ifrq ipol ln           4           2       32636   10.00000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4990538    
  shift in azimuth *fractional pixel=  -0.4990538       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1509060859680176E-02
 WAYNE Motion comp. added to patch, time =    15.83626103401184    
 WAYNE Doppler estimation done, time =   7.0333480834960938E-06
 WAYNE write deskew done, time =   2.9330968856811523E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.5885829925537    
  Writing         4192 lines of data to file
 WAYNE write output data    1.385336041450500    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   398.4411569833755    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1229.342 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.57372796535492    
 ATTN ifrq ipol ln           4           2       36128   10.00000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4991188    
  shift in azimuth *fractional pixel=  -0.4991188       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1322975158691406E-02
 WAYNE Motion comp. added to patch, time =    16.9141 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.345 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.93399894237518    
 ATTN ifrq ipol ln           4           2       67556   10.00000    
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4993735    
  shift in azimuth *fractional pixel=  -0.4993735       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1329889297485352E-02
 WAYNE Motion comp. added to patch, time =    16.58258795738220    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5260448455810547E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8738310337067    
  Writing         4192 lines of data to file
 WAYNE write output data    9.527173042297363    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   387.9336570501328    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   392.279 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.34046304225922    
 ATTN ifrq ipol ln           4           2       71048   10.00000    
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4993985    
  shift in azimuth *fractional pixel=  -0.4993985       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1302947998046875E-02
 WAYNE Motion comp. added to patch, time =    15.58370006084442    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.5982022285461426E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.7161039113998    
  Writing         4192 lines of data to file
 WAYNE write output data    7.555413961410522    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   428.2345359325409    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   820.515 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    84.21285390853882    
 ATTN ifrq ipol ln           4           2       74540   10.00000    
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4994311    
  shift in azimuth *fractional pixel=  -0.4994311       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1178016662597656E-02
 WAYNE Motion comp. added to patch, time =    15.29944694042206    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7793049812316895E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.5146270990372    
  Writing         4192 lines of data to file
 WAYNE write output data    1.366513967514038    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   410.4337779283524    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1230.948 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.27509105205536    
 ATTN ifrq ipol ln           4           2       78032   10.00000    
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4994662    
  shift in azimuth *fractional pixel=  -0.4994662       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1863946914672852E-02
 WAYNE Motion comp. added to patch, time =    16.0751 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.347 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.65857791900635    
 ATTN ifrq ipol ln           4           2       53588   10.00000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4992400    
  shift in azimuth *fractional pixel=  -0.4992400       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1649012565612793E-02
 WAYNE Motion comp. added to patch, time =    16.14917004108429    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.8699636459350586E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.3969449996948    
  Writing         4192 lines of data to file
 WAYNE write output data    6.842832922935486    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   385.0636849403381    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   389.412 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.67254006862640    
 ATTN ifrq ipol ln           4           2       57080   10.00000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4993224    
  shift in azimuth *fractional pixel=  -0.4993224       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1270046234130859E-02
 WAYNE Motion comp. added to patch, time =    15.48776292800903    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2624015808105469E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.4213989973068    
  Writing         4192 lines of data to file
 WAYNE write output data    1.536671042442322    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   421.1535390615463    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   810.565 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.39552998542786    
 ATTN ifrq ipol ln           4           2       60572   10.00000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4993488    
  shift in azimuth *fractional pixel=  -0.4993488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1798977851867676E-02
 WAYNE Motion comp. added to patch, time =    16.42181301116943    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6645064353942871E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.8517690896988    
  Writing         4192 lines of data to file
 WAYNE write output data    1.651669979095459    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   424.3605239391327    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1234.926 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.63237500190735    
 ATTN ifrq ipol ln           4           2       64064   10.00000    
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4993504    
  shift in azimuth *fractional pixel=  -0.4993504       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1173963546752930E-02
 WAYNE Motion comp. added to patch, time =    16.3993 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.546 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.22430002689362    
 ATTN ifrq ipol ln           4           2      109460   10.00000    
 IPOL, ITOP nblock            2           0          30
  ****shift in azimuth (fractional pixel)=  -0.4996869    
  shift in azimuth *fractional pixel=  -0.4996869       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1456012725830078E-02
 WAYNE Motion comp. added to patch, time =    16.48426795005798    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   2.9809474945068359E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.9702370166779    
  Writing         4192 lines of data to file
 WAYNE write output data    5.785187005996704    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   383.4805200099945    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   388.027 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.74202692508698    
 ATTN ifrq ipol ln           4           2      112952   10.00000    
 IPOL, ITOP nblock            2           0          31
  ****shift in azimuth (fractional pixel)=  -0.4997207    
  shift in azimuth *fractional pixel=  -0.4997207       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1195063591003418E-02
 WAYNE Motion comp. added to patch, time =    16.72894299030304    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.2974014282226563E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.7921370267868    
  Writing         4192 lines of data to file
 WAYNE write output data    1.609535932540894    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   424.9082959890366    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   812.936 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    107.9912739992142    
 ATTN ifrq ipol ln           4           2      116444   10.00000    
 IPOL, ITOP nblock            2           0          32
  ****shift in azimuth (fractional pixel)=  -0.4997516    
  shift in azimuth *fractional pixel=  -0.4997516       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   2.2260069847106934E-02
 WAYNE Motion comp. added to patch, time =    15.31937706470490    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.8856048583984375E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.3323339223862    
  Writing         4192 lines of data to file
 WAYNE write output data    4.210929989814758    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   435.8967639207840    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1248.833 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    77.06004095077515    
 ATTN ifrq ipol ln           4           2      118999   10.00000    
 IPOL, ITOP nblock            2           0          33
  ****shift in azimuth (fractional pixel)=  -0.4997542    
  shift in azimuth *fractional pixel=  -0.4997542       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1270046234130859E-02
 WAYNE Motion comp. added to patch, time =    16.3024 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.346 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.80713605880737    
 ATTN ifrq ipol ln           4           2       81524   10.00000    
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4995219    
  shift in azimuth *fractional pixel=  -0.4995219       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1337041854858398E-02
 WAYNE Motion comp. added to patch, time =    16.01917493343353    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.6409626007080078E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.5772800445557    
  Writing         4192 lines of data to file
 WAYNE write output data    2.352499008178711    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   379.7722060680389    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   384.118 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.40805101394653    
 ATTN ifrq ipol ln           4           2       85016   10.00000    
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4995501    
  shift in azimuth *fractional pixel=  -0.4995501       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1652112007141113E-02
 WAYNE Motion comp. added to patch, time =    16.43781602382660    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   3.2118916511535645E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.8767189979553    
  Writing         4192 lines of data to file
 WAYNE write output data    1.582475900650024    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   426.3504329919815    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   810.469 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.4405599832535    
 ATTN ifrq ipol ln           4           2       88508   10.00000    
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4995614    
  shift in azimuth *fractional pixel=  -0.4995614       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1335968971252441E-02
 WAYNE Motion comp. added to patch, time =    15.50771403312683    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.7791023254394531E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.7507790327072    
  Writing         4192 lines of data to file
 WAYNE write output data    2.027453064918518    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   435.7677400112152    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1246.237 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    79.61773300170898    
 ATTN ifrq ipol ln           4           2       92000   10.00000    
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4995775    
  shift in azimuth *fractional pixel=  -0.4995775       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1325955390930176E-02
 WAYNE Motion comp. added to patch, time =    16.4875 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.387 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.20501303672791    
 ATTN ifrq ipol ln           4           2       95492   10.00000    
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4996054    
  shift in azimuth *fractional pixel=  -0.4996054       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1611938476562500E-02
 WAYNE Motion comp. added to patch, time =    15.90638601779938    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6000738143920898E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.4663909673691    
  Writing         4192 lines of data to file
 WAYNE write output data    13.04080903530121    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   392.6346110105515    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   397.022 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.66700708866119    
 ATTN ifrq ipol ln           4           2       98984   10.00000    
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4995995    
  shift in azimuth *fractional pixel=  -0.4995995       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1266946792602539E-02
 WAYNE Motion comp. added to patch, time =    15.64191997051239    
 WAYNE Doppler estimation done, time =   9.8943710327148438E-06
 WAYNE write deskew done, time =   1.5065908432006836E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.7812060117722    
  Writing         4192 lines of data to file
 WAYNE write output data    1.642374038696289    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   414.7602330446243    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   811.783 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.96070098876953    
 ATTN ifrq ipol ln           4           2      102476   10.00000    
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4996032    
  shift in azimuth *fractional pixel=  -0.4996032       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1180996894836426E-02
 WAYNE Motion comp. added to patch, time =    16.04968798160553    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6465058326721191E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.7251729965210    
  Writing         4192 lines of data to file
 WAYNE write output data    1.634928941726685    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   421.4095129966736    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1233.192 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.59194397926331    
 ATTN ifrq ipol ln           4           2      105968   10.00000    
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4996396    
  shift in azimuth *fractional pixel=  -0.4996396       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1329054832458496E-02
 WAYNE Motion comp. added to patch, time =    16.8531 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.336 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.52403903007507    
 ATTN ifrq ipol ln           4           2       39620   10.00000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4991252    
  shift in azimuth *fractional pixel=  -0.4991252       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1445999145507813E-02
 WAYNE Motion comp. added to patch, time =    16.86790001392365    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6280879974365234E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.2560679912567    
  Writing         4192 lines of data to file
 WAYNE write output data    1.833063960075378    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   378.4971079826355    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   382.833 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.9228969812393    
 ATTN ifrq ipol ln           4           2       43112   10.00000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4991429    
  shift in azimuth *fractional pixel=  -0.4991429       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1322975158691406E-02
 WAYNE Motion comp. added to patch, time =    15.45497596263885    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.4675965309143066E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.0886200666428    
  Writing         4192 lines of data to file
 WAYNE write output data    9.009537935256958    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   438.5135250091553    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   821.347 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.1911239624023    
 ATTN ifrq ipol ln           4           2       46604   10.00000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4991569    
  shift in azimuth *fractional pixel=  -0.4991569       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1635899543762207E-02
 WAYNE Motion comp. added to patch, time =    15.28607201576233    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   3.0070066452026367E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.9193040132523    
  Writing         4192 lines of data to file
 WAYNE write output data    4.220206975936890    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   435.6604099273682    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1257.008 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    71.31116104125977    
 ATTN ifrq ipol ln           4           2       50096   10.00000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4991666    
  shift in azimuth *fractional pixel=  -0.4991666       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1124968528747559E-02
 WAYNE Motion comp. added to patch, time =    16.21009804096222    
 WAYNE Doppler estimation done, time =   3.0994415283203125E-05
 WAYNE write deskew done, time =   2.4351954460144043E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.0066649913788    
  Writing         4192 lines of data to file
 WAYNE write output data    1.351053953170776    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   420.9795590639114    
 ==w out          10       16771
0197162628    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   8.4280014038085938E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.1578400135040    
  Writing         4192 lines of data to file
 WAYNE write output data    1.349303007125854    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   420.9554579257965    
 ==w out          22       16771
4802055359    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   9.7048997879028320E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8118009567261    
  Writing         4192 lines of data to file
 WAYNE write output data    1.388488054275513    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   418.3423269987106    
 ==w out          18       16771
6396770477    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.0508050918579102E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6438019275665    
  Writing         4192 lines of data to file
 WAYNE write output data    1.452409029006958    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   408.2355059385300    
 ==w out          26       16771
6305465698    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.1770954132080078E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.4016820192337    
  Writing         4192 lines of data to file
 WAYNE write output data    1.439861059188843    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   406.2390570640564    
 ==w out          34       16771
3808917999    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4206042289733887E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.9861539602280    
  Writing         4192 lines of data to file
 WAYNE write output data    1.425776958465576    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   423.8949869871140    
 ==w out          30       16771
2197265625    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9734025001525879E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.9333059787750    
  Writing         4192 lines of data to file
 WAYNE write output data    1.456884980201721    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   400.9444160461426    
 ==w out          14       16771
uth compression done, time =    307.8868800401688    
  Writing         4192 lines of data to file
 WAYNE write output data    2.251302003860474    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   411.1153839826584    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1238.251 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    89.11031007766724    
 ATTN ifrq ipol ln           4           2       18668   10.00000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4989937    
  shift in azimuth *fractional pixel=  -0.4989937       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1342048645019531E-02
 TESTING  1.0000020E-02   7.745132       1.654436    
 WAYNE Motion comp. added to patch, time =    16.47324597835541    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.8914928436279297E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  1.0000020E-02   7.745132       1.654436    
 HEY,dt,fract,ye,pe  -0.4989937       1.000000      6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    312.2628890275955    
  Writing         4192 lines of data to file
 WAYNE write output data    1.461551904678345    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   419.3498779535294    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1657.602 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    75.02061200141907    
 ATTN ifrq ipol ln           4           2       22160   10.00000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4989852    
  shift in azimuth *fractional pixel=  -0.4989852       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0840058326721191E-02
 TESTING  1.0000020E-02   7.929922       1.188522    
 WAYNE Motion comp. added to patch, time =    14.87563705444336    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1160840988159180E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  1.0000020E-02   7.929922       1.188522    
 HEY,dt,fract,ye,pe  -0.4989852       1.000000      6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    238.3910470008850    
  Writing         4192 lines of data to file
 WAYNE write output data    1.332382082939148    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   329.6341420412064    
 ==w out           6       20963
            1       47412           0
            2       47424           0
            3       47408           0
            4       47423           0
            5       47418           0
            6       47411           0
            7       47419           0
            8       47417           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1187930107116699    
 WAYNE LOOP TIME:     1991.860820055008    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_l.hv_j                     
 /export/air15/airops/1143/ts1143_l.mocomph                  
 /export/air15/airops/1143/ts1143_l.dop                      
 /export/air15/airops/1143/ts1143_l.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_l.mocomph                  
 dopfile /export/air15/airops/1143/ts1143_l.dop                      
 globalfile /export/air15/airops/1143/ts1143_l.glb                      
 /export/air15/airops/1143/ts1143_l.glb                                38
 deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32909      -154.6674          138336
 last ra n_ns ns:   8606.355               0           1      139333
       138336
 lati loni:      139333   58.32906      -155.6191          139333           1
 center ra n_ns ns:   12866.70            1279        1279       70165
       138336
 lati loni:       70165   58.29065      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_l.hv_j                     
 WAYNE FINAL PROCESS   1996.009657025337    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_l.hv_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_l.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.lh                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_l.TB                       
  Name of the line output file?
 /export/air15/airops/1143/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.789704084396362    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.1187       3012.571     -0.4989127     -0.4989127    
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.2425       2949.518     -0.4989226     -0.4989226    
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   952.7816       2897.394     -0.4989824     -0.4989824    
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   945.9049       2858.231     -0.4989937     -0.4989937    
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   959.9634       2858.099     -0.4989852     -0.4989852    
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   957.6636       2843.064     -0.4989845     -0.4989845    
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.3342       2780.545     -0.4989957     -0.4989957    
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   897.8554       2701.989     -0.4990538     -0.4990538    
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          881   881.6007       2635.896     -0.4991188     -0.4991188    
         2911        4290         -17        1396
 patch iptc,sj,dgj,dgi,id:           9        4290         881         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4290        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28865

         4290        6386           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6386         881         881
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6386        4290
   Zeroing lines in arrays 
  Total # of output lines =            9       30961

 Processing block number           10
 DEBUG          878   878.1182       2593.031     -0.4991252     -0.4991252    
         6386        7779          -3        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         881
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6386
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.1318       2564.614     -0.4991429     -0.4991429    
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   875.8855       2550.245     -0.4991569     -0.4991569    
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   856.6610       2496.469     -0.4991666     -0.4991666    
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.2571       2385.719     -0.4992400     -0.4992400    
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.1970       2280.474     -0.4993224     -0.4993224    
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.0211       2213.524     -0.4993488     -0.4993488    
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   791.8524       2176.578     -0.4993504     -0.4993504    
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2176        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2176        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.2241       2138.157     -0.4993735     -0.4993735    
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   747.7493       2077.804     -0.4993985     -0.4993985    
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.2453       2005.559     -0.4994311     -0.4994311    
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   703.8809       1919.261     -0.4994662     -0.4994662    
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   677.8745       1824.861     -0.4995219     -0.4995219    
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.3753       1753.361     -0.4995501     -0.4995501    
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.1489       1707.986     -0.4995614     -0.4995614    
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   636.8699       1651.684     -0.4995775     -0.4995775    
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.2958       1610.644     -0.4996054     -0.4996054    
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   636.6631       1585.185     -0.4995995     -0.4995995    
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.4323       1556.359     -0.4996032     -0.4996032    
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   582.9350       1477.157     -0.4996396     -0.4996396    
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.3395       1361.428     -0.4996869     -0.4996869    
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   521.8984       1262.417     -0.4997207     -0.4997207    
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          509   509.5993       1200.307     -0.4997516     -0.4997516    
         9123       10506         -13        1396
 patch iptc,sj,dgj,dgi,id:          32       10506         509         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10506        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108809

        10506       12602           0        2096
 patch iptc,sj,dgj,dgi,id:          32         314         509         509
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10506         314
   Zeroing lines in arrays 
  Total # of output lines =           32      110905

 Processing block number           33
 DEBUG          500   499.8967       1172.057     -0.4997542     -0.4997542    
          314         764          -9         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         509
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         314
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    485.6070680618286    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    486.3387590646744    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.vh96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =  -0.3850000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5400000      0.5060908    
  -0.2513379    
  Receive leverarm x,y,z              =   0.5200000       1.233909    
    1.601338    



  Name of raw data file?
 /export/air12/airops/1143/l_vh                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocompv                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5223004E-02
 reading motion compensation data
 WAYNE read motion compen    2.806616    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7859030    
 start range comp, time =      3.880

 WAYNE PREV   3.626541    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.052 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    49.88382399082184    
 ATTN ifrq ipol ln           4           3        8192   10.00000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1419057846069336E-02
 TESTING -1.0000020E-02   6.993623      0.7819524    
 WAYNE Motion comp. added to patch, time =    15.93441092967987    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5449991226196289E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -1.0000020E-02   6.993623      0.7819524    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    314.1738280057907    
  Writing         4192 lines of data to file
 WAYNE write output data    18.34403300285339    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   398.3519450426102    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   402.405 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    82.95363402366638    
 ATTN ifrq ipol ln           4           3       11684   10.00000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1232018470764160E-02
 TESTING -1.0000020E-02   7.363878       1.513353    
 WAYNE Motion comp. added to patch, time =    15.51762700080872    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.0874023437500000E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -1.0000020E-02   7.363878       1.513353    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    313.2304459810257    
  Writing         4192 lines of data to file
 WAYNE write output data    6.248675942420959    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   417.9841480255127    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   820.390 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    100.9955310821533    
 ATTN ifrq ipol ln           4           3       15176   10.00000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1386036872863770E-02
 TESTING -1.0000020E-02   7.589038       2.246706    
 WAYNE Motion comp. added to patch, time =    15.79810190200806    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.1135926246643066E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -1.0000020E-02   7.589038       2.246706    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7825302E-02
   1.3694500E-02
 WAYNE Azimuth compression done, time =    316.4329251050949    
  Writing         4192 lines of data to file
 WAYNE write output data    2.187258005142212    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   435.4493060112000    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.094 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.35818397998810    
 ATTN ifrq ipol ln           4           3       53588   10.00000    
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1816024780273438E-02
 WAYNE Motion comp. added to patch, time =    16.61750900745392    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6820898056030273E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.4387750625610    
  Writing         4192 lines of data to file
 WAYNE write output data    8.535222053527832    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   387.9666069746017    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   392.062 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.23112499713898    
 ATTN ifrq ipol ln           4           3       57080   10.00000    
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1586904525756836E-02
 WAYNE Motion comp. added to patch, time =    15.42198705673218    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.8846025466918945E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.8211510181427    
  Writing         4192 lines of data to file
 WAYNE write output data    1.349480032920837    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   418.8655430078506    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   810.927 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.08166503906250    
 ATTN ifrq ipol ln           4           3       60572   10.00000    
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.1090993881225586E-02
 WAYNE Motion comp. added to patch, time =    16.15153002738953    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   3.3491015434265137E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.9476270675659    
  Writing         4192 lines of data to file
 WAYNE write output data    1.360813021659851    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   420.5876010656357    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1231.515 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.84497308731079    
 ATTN ifrq ipol ln           4           3       64064   10.00000    
 IPOL, ITOP nblock            3           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1149048805236816E-02
 WAYNE Motion comp. added to patch, time =    15.90830099582672    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1434903144836426E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.2949390411377    
  Writing         4192 lines of data to file
 WAYNE write output data    1.352854967117310    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   421.4351419210434    
 ==w out          18       16771
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.121 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.02775895595551    
 ATTN ifrq ipol ln           4           3       81524   10.00000    
 IPOL, ITOP nblock            3           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1381983757019043E-02
 WAYNE Motion comp. added to patch, time =    16.27324092388153    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.1354923248291016E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.1276969909668    
  Writing         4192 lines of data to file
 WAYNE write output data    4.329436898231506    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   382.7828899621964    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   386.904 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.84924399852753    
 ATTN ifrq ipol ln           4           3       85016   10.00000    
 IPOL, ITOP nblock            3           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1126995086669922E-02
 WAYNE Motion comp. added to patch, time =    18.35815906524658    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.6833901405334473E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.8645470142365    
  Writing         4192 lines of data to file
 WAYNE write output data    8.593047022819519    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   437.6947910785675    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   824.600 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    81.64401400089264    
 ATTN ifrq ipol ln           4           3       88508   10.00000    
 IPOL, ITOP nblock            3           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1052966117858887E-02
 WAYNE Motion comp. added to patch, time =    15.47526597976685    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.7822971343994141E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.3766560554504    
  Writing         4192 lines of data to file
 WAYNE write output data    1.514871001243591    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   409.0510399341583    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1233.651 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.28922700881958    
 ATTN ifrq ipol ln           4           3       92000   10.00000    
 IPOL, ITOP nblock            3           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1198997497558594E-02
 WAYNE Motion comp. added to patch, time =    15.47514009475708    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5223970413208008E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.8695449829102    
  Writing         4192 lines of data to file
 WAYNE write output data    1.357891917228699    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   421.0295999050140    
 ==w out          26       16771
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.132 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.16212701797485    
 ATTN ifrq ipol ln           4           3       95492   10.00000    
 IPOL, ITOP nblock            3           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.2014985084533691E-02
 WAYNE Motion comp. added to patch, time =    16.13309395313263    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.8759241104125977E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.2852259874344    
  Writing         4192 lines of data to file
 WAYNE write output data    5.346135973930359    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   383.9433050155640    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   388.076 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.14288997650146    
 ATTN ifrq ipol ln           4           3       98984   10.00000    
 IPOL, ITOP nblock            3           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1168003082275391E-02
 WAYNE Motion comp. added to patch, time =    15.65795695781708    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.4945020675659180E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8748559951782    
  Writing         4192 lines of data to file
 WAYNE write output data    1.668219089508057    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   424.3813730478287    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   812.458 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.36904895305634    
 ATTN ifrq ipol ln           4           3      102476   10.00000    
 IPOL, ITOP nblock            3           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1262059211730957E-02
 WAYNE Motion comp. added to patch, time =    16.08176803588867    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3358106613159180E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.8825979232788    
  Writing         4192 lines of data to file
 WAYNE write output data    1.670519948005676    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   425.0399689674377    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1237.498 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    90.10406398773193    
 ATTN ifrq ipol ln           4           3      105968   10.00000    
 IPOL, ITOP nblock            3           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1216998100280762E-02
 WAYNE Motion comp. added to patch, time =    15.82010602951050    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.8693079948425293E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.0526509284973    
  Writing         4192 lines of data to file
 WAYNE write output data    1.368976950645447    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   418.3872920274734    
 ==w out          30       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.081 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.13860905170441    
 ATTN ifrq ipol ln           4           3       39620   10.00000    
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1445999145507813E-02
 WAYNE Motion comp. added to patch, time =    15.94614601135254    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.7729272842407227E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.8516259193420    
  Writing         4192 lines of data to file
 WAYNE write output data    2.257823944091797    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   380.2104279994965    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   384.292 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.2944450378418    
 ATTN ifrq ipol ln           4           3       43112   10.00000    
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1217951774597168E-02
 WAYNE Motion comp. added to patch, time =    18.41945695877075    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6074051856994629E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    317.8593870401382    
  Writing         4192 lines of data to file
 WAYNE write output data    7.122779011726379    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   443.7351630926132    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   828.027 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    75.78085505962372    
 ATTN ifrq ipol ln           4           3       46604   10.00000    
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.1275053024291992E-02
 WAYNE Motion comp. added to patch, time =    15.30946803092957    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4153947830200195E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.0224950313568    
  Writing         4192 lines of data to file
 WAYNE write output data    3.309667944908142    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   407.4872139692307    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1235.515 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.94557702541351    
 ATTN ifrq ipol ln           4           3       50096   10.00000    
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1355996131896973E-02
 WAYNE Motion comp. added to patch, time =    15.17441499233246    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6201963424682617E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.2084980010986    
  Writing         4192 lines of data to file
 WAYNE write output data    1.587777018547058    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   423.9553670883179    
 ==w out          14       16771
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     4.069 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.74230802059174    
 ATTN ifrq ipol ln           4           3       25652   10.00000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1227965354919434E-02
 WAYNE Motion comp. added to patch, time =    16.34852492809296    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6649236679077148E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8960009813309    
  Writing         4192 lines of data to file
 WAYNE write output data    1.515614032745361    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   378.5181000232697    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   382.588 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.8098299503326    
 ATTN ifrq ipol ln           4           3       29144   10.00000    
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1317968368530273E-02
 WAYNE Motion comp. added to patch, time =    15.96311295032501    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.6697049140930176E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.5729649066925    
  Writing         4192 lines of data to file
 WAYNE write output data    1.643689036369324    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   431.0190379619598    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   813.607 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.5583969354630    
 ATTN ifrq ipol ln           4           3       32636   10.00000    
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.1495947837829590E-02
 WAYNE Motion comp. added to patch, time =    15.65256500244141    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   1.6121029853820801E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.4405910968781    
  Writing         4192 lines of data to file
 WAYNE write output data    8.811118006706238    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   439.4920449256897    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1253.104 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    76.75154900550842    
 ATTN ifrq ipol ln           4           3       36128   10.00000    
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1313915252685547E-02
 WAYNE Motion comp. added to patch, time =    15.59657001495361    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.5049090385437012E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.7917360067368    
  Writing         4192 lines of data to file
 WAYNE write output data    1.624881029129028    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   406.8026709556580    
 ==w out          10       16771
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.104 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.64883196353912    
 ATTN ifrq ipol ln           4           3       67556   10.00000    
 IPOL, ITOP nblock            3           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1527895927429199E-02
 WAYNE Motion comp. added to patch, time =    16.86086797714233    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.9050111770629883E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.1490169763565    
  Writing         4192 lines of data to file
 WAYNE write output data    11.47780501842499    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   391.1531759500504    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   395.257 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.27519798278809    
 ATTN ifrq ipol ln           4           3       71048   10.00000    
 IPOL, ITOP nblock            3           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1445045471191406E-02
 WAYNE Motion comp. added to patch, time =    15.33208203315735    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   4.0845990180969238E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.4769519567490    
  Writing         4192 lines of data to file
 WAYNE write output data    7.669220924377441    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   427.8078259229660    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   823.065 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.85217607021332    
 ATTN ifrq ipol ln           4           3       74540   10.00000    
 IPOL, ITOP nblock            3           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.1124014854431152E-02
 WAYNE Motion comp. added to patch, time =    15.49625408649445    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   6.8279504776000977E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.8945620059967    
  Writing         4192 lines of data to file
 WAYNE write output data    2.323963999748230    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   421.5863950252533    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1244.652 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.47128701210022    
 ATTN ifrq ipol ln           4           3       78032   10.00000    
 IPOL, ITOP nblock            3           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1276006698608398E-02
 WAYNE Motion comp. added to patch, time =    15.96517705917358    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.3339996337890625E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.3100410699844    
  Writing         4192 lines of data to file
 WAYNE write output data    1.606959939002991    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   415.3795219659805    
 ==w out          22       16771
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.150 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.76794993877411    
 ATTN ifrq ipol ln           4           3      109460   10.00000    
 IPOL, ITOP nblock            3           0          30
 WAYNE Motion comp. coeff. calculated, time =   1.1242032051086426E-02
 WAYNE Motion comp. added to patch, time =    16.31449007987976    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.5980472564697266E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.7575449943542    
  Writing         4192 lines of data to file
 WAYNE write output data    2.164420962333679    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   380.0201230049133    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   384.170 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.6372220516205    
 ATTN ifrq ipol ln           4           3      112952   10.00000    
 IPOL, ITOP nblock            3           0          31
 WAYNE Motion comp. coeff. calculated, time =   1.1402964591979980E-02
 WAYNE Motion comp. added to patch, time =    15.83207595348358    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.1402955055236816E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.9423520565033    
  Writing         4192 lines of data to file
 WAYNE write output data    1.794372081756592    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   429.2403050661087    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   813.411 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.3656140565872    
 ATTN ifrq ipol ln           4           3      116444   10.00000    
 IPOL, ITOP nblock            3           0          32
 WAYNE Motion comp. coeff. calculated, time =   1.1291027069091797E-02
 WAYNE Motion comp. added to patch, time =    15.58224403858185    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.0732045173645020E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.7288690805435    
  Writing         4192 lines of data to file
 WAYNE write output data    2.297317981719971    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   432.0078899860382    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1245.419 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.46314001083374    
 ATTN ifrq ipol ln           4           3      118999   10.00000    
 IPOL, ITOP nblock            3           0          33
 WAYNE Motion comp. coeff. calculated, time =   1.1415004730224609E-02
 WAYNE Motion comp. added to patch, time =    15.25064194202423    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3311018943786621E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.9116219282150    
  Writing         4192 lines of data to file
 WAYNE write output data    1.395931005477905    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   416.0577390193939    
 ==w out          34       16771
0477        18668 patch#            4
  reference line: 14572  1255.872 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    75.70321798324585    
 ATTN ifrq ipol ln           4           3       18668   10.00000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.1227965354919434E-02
 TESTING -1.0000020E-02   7.740160       1.656409    
 WAYNE Motion comp. added to patch, time =    15.38391804695129    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.3618936538696289E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -1.0000020E-02   7.740160       1.656409    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    310.5608589649200    
  Writing         4192 lines of data to file
 WAYNE write output data    1.547621011734009    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   403.2654010057449    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1659.105 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    81.05473995208740    
 ATTN ifrq ipol ln           4           3       22160   10.00000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.0581970214843750E-02
 TESTING -1.0000020E-02   7.926847       1.189820    
 WAYNE Motion comp. added to patch, time =    14.87185502052307    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.1150112152099609E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10 -1.0000020E-02   7.926847       1.189820    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    238.9690500497818    
  Writing         4192 lines of data to file
 WAYNE write output data    1.336784005165100    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   336.2465300559998    
 ==w out           6       20963
            1       47655           0
            2       47652           0
            3       47656           0
            4       47621           0
            5       47636           0
            6       47642           0
            7       47643           0
            8       47647           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1345459222793579    
 WAYNE LOOP TIME:     2000.137718915939    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_l.vh_j                     
 /export/air15/airops/1143/ts1143_l.mocompv                  
 /export/air15/airops/1143/ts1143_l.dop                      
 /export/air15/airops/1143/ts1143_l.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_l.mocompv                  
 dopfile /export/air15/airops/1143/ts1143_l.dop                      
 globalfile /export/air15/airops/1143/ts1143_l.glb                      
 /export/air15/airops/1143/ts1143_l.glb                                38
 deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32909      -154.6674          138336
 last ra n_ns ns:   8606.355               0           1      139333
       138336
 lati loni:      139333   58.32906      -155.6191          139333           1
 center ra n_ns ns:   12866.70            1279        1279       70165
       138336
 lati loni:       70165   58.29065      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_l.vh_j                     
 WAYNE FINAL PROCESS   2004.162209033966    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_l.vh_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_l.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.lv                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_l.BT                       
  Name of the line output file?
 /export/air15/airops/1143/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.602196931838989    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.6682       3013.120      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3013        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3013        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.7919       2950.068      0.0000000E+00  0.0000000E+00
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   953.3311       2897.943      0.0000000E+00  0.0000000E+00
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   946.4545       2858.781      0.0000000E+00  0.0000000E+00
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   960.5130       2858.649      0.0000000E+00  0.0000000E+00
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   958.2130       2843.614      0.0000000E+00  0.0000000E+00
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.8835       2781.094      0.0000000E+00  0.0000000E+00
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   898.4050       2702.538      0.0000000E+00  0.0000000E+00
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   882.1505       2636.446      0.0000000E+00  0.0000000E+00
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.6679       2593.580      0.0000000E+00  0.0000000E+00
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.6816       2565.164      0.0000000E+00  0.0000000E+00
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   876.4350       2550.794      0.0000000E+00  0.0000000E+00
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   857.2108       2497.019      0.0000000E+00  0.0000000E+00
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.8069       2386.269      0.0000000E+00  0.0000000E+00
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.7469       2281.024      0.0000000E+00  0.0000000E+00
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.5710       2214.074      0.0000000E+00  0.0000000E+00
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   792.4023       2177.128      0.0000000E+00  0.0000000E+00
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.7740       2138.707      0.0000000E+00  0.0000000E+00
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   748.2993       2078.354      0.0000000E+00  0.0000000E+00
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.7953       2006.109      0.0000000E+00  0.0000000E+00
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2006        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2006        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   704.4310       1919.811      0.0000000E+00  0.0000000E+00
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   678.4245       1825.411      0.0000000E+00  0.0000000E+00
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.9254       1753.911      0.0000000E+00  0.0000000E+00
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.6990       1708.536      0.0000000E+00  0.0000000E+00
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   637.4200       1652.234      0.0000000E+00  0.0000000E+00
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.8459       1611.194      0.0000000E+00  0.0000000E+00
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   637.2131       1585.736      0.0000000E+00  0.0000000E+00
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.9823       1556.909      0.0000000E+00  0.0000000E+00
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   583.4851       1477.707      0.0000000E+00  0.0000000E+00
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.8898       1361.978      0.0000000E+00  0.0000000E+00
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   522.4485       1262.968      0.0000000E+00  0.0000000E+00
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   510.1496       1200.857      0.0000000E+00  0.0000000E+00
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   500.4470       1172.608      0.0000000E+00  0.0000000E+00
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    467.4032689332962    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    468.3008129596710    

  *********************************************
  *****                                   *****
  *****    Integrated AIRSAR Processor    *****
  *****    Fancy Single Look Processor    *****
  *****                                   *****
  *****           Version 5.02            *****
  *****                                   *****
  *********************************************

 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.
 /export/air12/airops/1143/sensor.vv96l                      

  Please enter the name of the parameter file
 /export/air15/airops/1143/ts1143_l.par                      
 hddt:       96022
 dx   0.3957300       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       119000 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8607.040    
  Slant range pixel spacing (m)        =    3.331027    
  Azimuth pixel spacing (m)            =   0.3957300    
  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                               =  -0.7700000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    1163.100    
  Transmit leverarm x,y,z             =   0.5400000      0.5060908    
  -0.2513379    
  Receive leverarm x,y,z              =   0.5400000      0.5060908    
  -0.2513379    



  Name of raw data file?
 /export/air12/airops/1143/l_vv                              

  Name of the mocomp data file?
 /export/air15/airops/1143/ts1143_l.mocompv                  

  Output file name w/o ext?
 /export/air15/airops/1143/ts1143_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:/export/air12/airops/1143/
 output filename:/export/air12/airops/1143/ts1143_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?
 /export/air12/airops/1143/deskew.lv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5260994E-02
 reading motion compensation data
 WAYNE read motion compen    2.804080    
 write parameters ...
 digital chirp < 96032       96022
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7861328    
 start range comp, time =      3.857

 WAYNE PREV   3.624623    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            5 by #            0

 Processing block number            1
 TESTING WHY  7.0260599E-02  1.4743700E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.013 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    49.45001006126404    
 ATTN ifrq ipol ln           4           4        8192   10.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1184096336364746E-02
 TESTING  0.0000000E+00   6.629714     -0.1443855    
 WAYNE Motion comp. added to patch, time =    16.06406700611115    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5500059127807617E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.629714     -0.1443855    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  7.0260599E-02
   1.4743700E-02
 WAYNE Azimuth compression done, time =    312.2915710210800    
  Writing         4192 lines of data to file
 WAYNE write output data    2.422760009765625    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   380.2439260482788    

 Processing block number            2
 TESTING WHY  6.8895102E-02  1.4234600E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   384.257 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    103.7038400173187    
 ATTN ifrq ipol ln           4           4       11684   10.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1120080947875977E-02
 TESTING  0.0000000E+00   6.999969      0.5870152    
 WAYNE Motion comp. added to patch, time =    15.63743007183075    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6136040687561035E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   6.999969      0.5870152    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.8895102E-02
   1.4234600E-02
 WAYNE Azimuth compression done, time =    319.6869180202484    
  Writing         4192 lines of data to file
 WAYNE write output data    11.20612502098083    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   450.2730320692062    

 Processing block number            3
 TESTING WHY  6.7825302E-02  1.3694500E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   834.531 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    79.25313699245453    
 ATTN ifrq ipol ln           4           4       15176   10.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1135935783386230E-02
 TESTING  0.0000000E+00   7.225129       1.320368    
 WAYNE Motion comp. added to patch, time =    15.27482891082764    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.9227027893066406E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.225129       1.320368    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.7825302E-02
   1.3694500E-02
 WAYNE Azimuth compression done, time =    315.0549949407578    
  Writing         4192 lines of data to file
 WAYNE write output data    18.11771810054779    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   427.7324020862579    

 Processing block number            4
 TESTING WHY  6.6707298E-02  1.3919600E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           22 to           25 by #            5

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428     4.099 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.41439402103424    
 ATTN ifrq ipol ln           4           4       81524   10.00000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1333942413330078E-02
 WAYNE Motion comp. added to patch, time =    16.24139606952667    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.6921033859252930E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.3699440956116    
  Writing         4192 lines of data to file
 WAYNE write output data    15.15076100826263    
 ==w out          22           0        2001                    0
 WAYNE PROCESS   394.1926889419556    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   398.293 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.50842702388763    
 ATTN ifrq ipol ln           4           4       85016   10.00000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1832952499389648E-02
 WAYNE Motion comp. added to patch, time =    15.46350300312042    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   6.7739486694335938E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.7325069904327    
  Writing         4192 lines of data to file
 WAYNE write output data    4.034762978553772    
 ==w out          23        4192        2001             85852160
 WAYNE PROCESS   417.7593950033188    

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412   816.052 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.34013009071350    
 ATTN ifrq ipol ln           4           4       88508   10.00000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1307001113891602E-02
 WAYNE Motion comp. added to patch, time =    15.32408905029297    
 WAYNE Doppler estimation done, time =   8.1062316894531250E-06
 WAYNE write deskew done, time =   2.2588014602661133E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.2768880128860    
  Writing         4192 lines of data to file
 WAYNE write output data    1.365841984748840    
 ==w out          24        8384        2001            171704320
 WAYNE PROCESS   426.3424060344696    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904  1242.395 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.59015190601349    
 ATTN ifrq ipol ln           4           4       92000   10.00000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1265993118286133E-02
 WAYNE Motion comp. added to patch, time =    16.38739705085754    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   3.2914996147155762E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.2294809818268    
  Writing         4192 lines of data to file
 WAYNE write output data    1.346958994865417    
 ==w out          25       12576        2001            257556480
 WAYNE PROCESS   419.5998820066452    
 ==w out          26       16771
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           26 to           29 by #            6

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396     4.110 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.63058495521545    
 ATTN ifrq ipol ln           4           4       95492   10.00000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1314988136291504E-02
 WAYNE Motion comp. added to patch, time =    16.15244400501251    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.6109218597412109E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.0993889570236    
  Writing         4192 lines of data to file
 WAYNE write output data    3.765866994857788    
 ==w out          26           0        2001                    0
 WAYNE PROCESS   381.6641739606857    

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888   385.775 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.56614398956299    
 ATTN ifrq ipol ln           4           4       98984   10.00000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1597990989685059E-02
 WAYNE Motion comp. added to patch, time =    16.05831408500671    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   1.6458988189697266E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.1847490072250    
  Writing         4192 lines of data to file
 WAYNE write output data    2.254253983497620    
 ==w out          27        4192        2001             85852160
 WAYNE PROCESS   428.0930709838867    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   813.868 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.97500002384186    
 ATTN ifrq ipol ln           4           4      102476   10.00000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1229991912841797E-02
 WAYNE Motion comp. added to patch, time =    16.24461007118225    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3146986961364746E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.2870700359344    
  Writing         4192 lines of data to file
 WAYNE write output data    13.14269101619720    
 ==w out          28        8384        2001            171704320
 WAYNE PROCESS   444.6856329441071    

 Processing block number           29
 WAYNE PATCHES:        97777       105968 patch#           29
  reference line: *****  1258.554 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    80.95591998100281    
 ATTN ifrq ipol ln           4           4      105968   10.00000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.2068033218383789E-02
 WAYNE Motion comp. added to patch, time =    15.83287799358368    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.9716014862060547E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.0032318830490    
  Writing         4192 lines of data to file
 WAYNE write output data    1.350018024444580    
 ==w out          29       12576        2001            257556480
 WAYNE PROCESS   406.1852040290833    
 ==w out          30       16771
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           30 to           33 by #            7

 Processing block number           30
 WAYNE PATCHES:       101269       109460 patch#           30
  reference line: *****     4.128 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.98887908458710    
 ATTN ifrq ipol ln           4           4      109460   10.00000    
 IPOL, ITOP nblock            4           0          30
 WAYNE Motion comp. coeff. calculated, time =   1.1384010314941406E-02
 WAYNE Motion comp. added to patch, time =    16.22639799118042    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.5349855422973633E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.0093370676041    
  Writing         4192 lines of data to file
 WAYNE write output data    14.03442704677582    
 ==w out          30           0        2001                    0
 WAYNE PROCESS   393.2751250267029    

 Processing block number           31
 WAYNE PATCHES:       104761       112952 patch#           31
  reference line: *****   397.403 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    86.96334004402161    
 ATTN ifrq ipol ln           4           4      112952   10.00000    
 IPOL, ITOP nblock            4           0          31
 WAYNE Motion comp. coeff. calculated, time =   1.1250972747802734E-02
 WAYNE Motion comp. added to patch, time =    15.36470401287079    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4883031845092773E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.6393499374390    
  Writing         4192 lines of data to file
 WAYNE write output data    6.358137011528015    
 ==w out          31        4192        2001             85852160
 WAYNE PROCESS   421.3636609315872    

 Processing block number           32
 WAYNE PATCHES:       108253       116444 patch#           32
  reference line: *****   818.767 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.35949695110321    
 ATTN ifrq ipol ln           4           4      116444   10.00000    
 IPOL, ITOP nblock            4           0          32
 WAYNE Motion comp. coeff. calculated, time =   1.1526107788085938E-02
 WAYNE Motion comp. added to patch, time =    15.56331694126129    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.4510979652404785E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.9461470842361    
  Writing         4192 lines of data to file
 WAYNE write output data    8.533331990242004    
 ==w out          32        8384        2001            171704320
 WAYNE PROCESS   433.4402030706406    

 Processing block number           33
 WAYNE PATCHES:       110808       118999 patch#           33
  reference line: *****  1252.208 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.87371802330017    
 ATTN ifrq ipol ln           4           4      118999   10.00000    
 IPOL, ITOP nblock            4           0          33
 WAYNE Motion comp. coeff. calculated, time =   1.1280059814453125E-02
 WAYNE Motion comp. added to patch, time =    15.33103001117706    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   3.8586974143981934E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.5530009269714    
  Writing         4192 lines of data to file
 WAYNE write output data    1.392045021057129    
 ==w out          33       12576        2001            257556480
 WAYNE PROCESS   414.2012740373611    
 ==w out          34       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing           10 to           13 by #            2

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524     4.045 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.67073893547058    
 ATTN ifrq ipol ln           4           4       39620   10.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1324048042297363E-02
 WAYNE Motion comp. added to patch, time =    16.17557692527771    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.6379823684692383E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.6613270044327    
  Writing         4192 lines of data to file
 WAYNE write output data    8.713618040084839    
 ==w out          10           0        2001                    0
 WAYNE PROCESS   387.2372920513153    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   391.283 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.65658903121948    
 ATTN ifrq ipol ln           4           4       43112   10.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1211991310119629E-02
 WAYNE Motion comp. added to patch, time =    15.17112004756927    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1417975425720215E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.2975379228592    
  Writing         4192 lines of data to file
 WAYNE write output data    10.34918200969696    
 ==w out          11        4192        2001             85852160
 WAYNE PROCESS   431.5088100433350    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508   822.792 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    88.59956395626068    
 ATTN ifrq ipol ln           4           4       46604   10.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.1296987533569336E-02
 WAYNE Motion comp. added to patch, time =    15.73420107364655    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   1.4111042022705078E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.1571929454803    
  Writing         4192 lines of data to file
 WAYNE write output data    1.373367905616760    
 ==w out          12        8384        2001            171704320
 WAYNE PROCESS   420.8913829326630    

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000  1243.684 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.64980494976044    
 ATTN ifrq ipol ln           4           4       50096   10.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1145949363708496E-02
 WAYNE Motion comp. added to patch, time =    15.16673696041107    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.8979063034057617E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.2440789937973    
  Writing         4192 lines of data to file
 WAYNE write output data    1.426098108291626    
 ==w out          13       12576        2001            257556480
 WAYNE PROCESS   423.5284720659256    
 ==w out          14       16771
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           14 to           17 by #            3

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492     4.056 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    48.79108405113220    
 ATTN ifrq ipol ln           4           4       53588   10.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1612892150878906E-02
 WAYNE Motion comp. added to patch, time =    16.17440199851990    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6880502700805664E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.2285100221634    
  Writing         4192 lines of data to file
 WAYNE write output data    8.861186981201172    
 ==w out          14           0        2001                    0
 WAYNE PROCESS   387.0715149641037    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   391.128 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.44556307792664    
 ATTN ifrq ipol ln           4           4       57080   10.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   2.0789027214050293E-02
 WAYNE Motion comp. added to patch, time =    15.33909296989441    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.3499011993408203E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.4703249931335    
  Writing         4192 lines of data to file
 WAYNE write output data    2.090337991714478    
 ==w out          15        4192        2001             85852160
 WAYNE PROCESS   422.3910790681839    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476   813.520 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.12214291095734    
 ATTN ifrq ipol ln           4           4       60572   10.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.1247992515563965E-02
 WAYNE Motion comp. added to patch, time =    15.72183990478516    
 WAYNE Doppler estimation done, time =   9.0599060058593750E-06
 WAYNE write deskew done, time =   2.5727987289428711E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.0985670089722    
  Writing         4192 lines of data to file
 WAYNE write output data    3.470450997352600    
 ==w out          16        8384        2001            171704320
 WAYNE PROCESS   433.4517639875412    

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968  1246.972 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.9335459470749    
 ATTN ifrq ipol ln           4           4       64064   10.00000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1339068412780762E-02
 WAYNE Motion comp. added to patch, time =    15.66159200668335    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2808074951171875E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.3198750019073    
  Writing         4192 lines of data to file
 WAYNE write output data    1.390722990036011    
 ==w out          17       12576        2001            257556480
 WAYNE PROCESS   433.3415750265 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            6 to            9 by #            1

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556     4.029 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    49.88748991489410    
 ATTN ifrq ipol ln           4           4       25652   10.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1793971061706543E-02
 WAYNE Motion comp. added to patch, time =    16.28372693061829    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.6800632476806641E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.0049809217453    
  Writing         4192 lines of data to file
 WAYNE write output data    12.93218708038330    
 ==w out           6           0        2001                    0
 WAYNE PROCESS   393.1252710819244    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   397.155 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.31213700771332    
 ATTN ifrq ipol ln           4           4       29144   10.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1307954788208008E-02
 WAYNE Motion comp. added to patch, time =    15.48600792884827    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.2223958969116211E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    319.3281059265137    
  Writing         4192 lines of data to file
 WAYNE write output data    3.247305035591125    
 ==w out           7        4192        2001             85852160
 WAYNE PROCESS   429.3993790149689    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540   826.555 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    86.67335402965546    
 ATTN ifrq ipol ln           4           4       32636   10.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.1183977127075195E-02
 WAYNE Motion comp. added to patch, time =    15.56555604934692    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   6.6050291061401367E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    316.0650889873505    
  Writing         4192 lines of data to file
 WAYNE write output data    17.38413500785828    
 ==w out           8        8384        2001            171704320
 WAYNE PROCESS   435.7075179815292    

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032  1262.263 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.03356003761292    
 ATTN ifrq ipol ln           4           4       36128   10.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1430978775024414E-02
 WAYNE Motion comp. added to patch, time =    15.70879006385803    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   3.2000064849853516E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.5791859626770    
  Writing         4192 lines of data to file
 WAYNE write output data    1.295876979827881    
 ==w out           9       12576        2001            257556480
 WAYNE PROCESS   420.6624450683594    
 ==w out          10       16771
121    
 ==w out          18       16771
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           18 to           21 by #            4

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460     4.067 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.06621611118317    
 ATTN ifrq ipol ln           4           4       67556   10.00000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1387944221496582E-02
 WAYNE Motion comp. added to patch, time =    16.77130699157715    
 WAYNE Doppler estimation done, time =   7.9870223999023438E-06
 WAYNE write deskew done, time =   2.6919841766357422E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.1130518913269    
  Writing         4192 lines of data to file
 WAYNE write output data    11.74942207336426    
 ==w out          18           0        2001                    0
 WAYNE PROCESS   389.7159420251846    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   393.784 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    90.10962200164795    
 ATTN ifrq ipol ln           4           4       71048   10.00000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1824965476989746E-02
 WAYNE Motion comp. added to patch, time =    15.57836008071899    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   6.7150592803955078E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8029000759125    
  Writing         4192 lines of data to file
 WAYNE write output data    2.077641010284424    
 ==w out          19        4192        2001             85852160
 WAYNE PROCESS   419.5887010097504    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444   813.373 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.6129840612411    
 ATTN ifrq ipol ln           4           4       74540   10.00000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.1301040649414063E-02
 WAYNE Motion comp. added to patch, time =    15.31040298938751    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   6.9279670715332031E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    313.3867839574814    
  Writing         4192 lines of data to file
 WAYNE write output data    18.69133400917053    
 ==w out          20        8384        2001            171704320
 WAYNE PROCESS   449.0218480825424    

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936  1262.403 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.30016195774078    
 ATTN ifrq ipol ln           4           4       78032   10.00000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1857032775878906E-02
 WAYNE Motion comp. added to patch, time =    15.33864295482635    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   7.0530176162719727E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.0037310123444    
  Writing         4192 lines of data to file
 WAYNE write output data    1.349262952804565    
 ==w out          21       12576        2001            257556480
 WAYNE PROCESS   422.0123779773712    
 ==w out          22       16771
0477        18668 patch#            4
  reference line: 14572  1262.289 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    92.93768596649170    
 ATTN ifrq ipol ln           4           4       18668   10.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.1327981948852539E-02
 TESTING  0.0000000E+00   7.376250      0.7300709    
 WAYNE Motion comp. added to patch, time =    15.50824594497681    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.7405023574829102E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.376250      0.7300709    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6707298E-02
   1.3919600E-02
 WAYNE Azimuth compression done, time =    308.9472990036011    
  Writing         4192 lines of data to file
 WAYNE write output data    1.391428947448730    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   418.8499900102615    

 Processing block number            5
 TESTING WHY  6.6214599E-02  1.4905900E-02        3492           5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064  1681.114 seconds.
 TESTING       13969
 before reading
 done reading
 WAYNE load raw data , time =    66.88144803047180    
 ATTN ifrq ipol ln           4           4       22160   10.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.0663032531738281E-02
 TESTING  0.0000000E+00   7.562938      0.2634819    
 WAYNE Motion comp. added to patch, time =    14.86495900154114    
 WAYNE Doppler estimation done, time =   8.9406967163085938E-06
 WAYNE write deskew done, time =   2.1063923835754395E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00   7.562938      0.2634819    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00  6.6214599E-02
   1.4905900E-02
 WAYNE Azimuth compression done, time =    237.0769358873367    
  Writing         4192 lines of data to file
 WAYNE write output data    1.324370980262756    
 ==w out           5       16768        2001            343408640
 WAYNE PROCESS   320.1806309223175    
 ==w out           6       20963
            1       47895           0
            2       47882           0
            3       47898           0
            4       47903           0
            5       47894           0
            6       47899           0
            7       47896           0
            8       47892           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      138336kids=            8

 Writing variable header...

 gather image from processor #            0
             5
 gather image from processor #            1
             4
 gather image from processor #            2
             4
 gather image from processor #            3
             4
 gather image from processor #            4
             4
 gather image from processor #            5
             4
 gather image from processor #            6
             4
 gather image from processor #            7
             4
 WAYNE gather images takes:    0.1458330154418945    
 WAYNE LOOP TIME:     2006.083389043808    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air12/airops/1143/ts1143_l.vv_j                     
 /export/air15/airops/1143/ts1143_l.mocompv                  
 /export/air15/airops/1143/ts1143_l.dop                      
 /export/air15/airops/1143/ts1143_l.glb                              2560
       138336
 update intf hdr ha:   7604.200    
 UPDATE:        2560      138336   3.331000      0.3957000    
 mocompfile /export/air15/airops/1143/ts1143_l.mocompv                  
 dopfile /export/air15/airops/1143/ts1143_l.dop                      
 globalfile /export/air15/airops/1143/ts1143_l.glb                      
 /export/air15/airops/1143/ts1143_l.glb                                38
 deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
  after deskew line ra ha trc:   395.2120             998   8606.355    
    7604.200      -90.23482    
 lat1 lon1:         998   58.32909      -154.6674          138336
 last ra n_ns ns:   8606.355               0           1      139333
       138336
 lati loni:      139333   58.32906      -155.6191          139333           1
 center ra n_ns ns:   12866.70            1279        1279       70165
       138336
 lati loni:       70165   58.29065      -155.1466           70165        2560
  Updated paramater header in 
 /export/air12/airops/1143/ts1143_l.vv_j                     
 WAYNE FINAL PROCESS   2010.077075004578    

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

 NUMBER OF PROCESSOR USED =            8
        20960           5
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
  Name of data file to be deskewed?
 /export/air12/airops/1143/ts1143_l.vv_j                     
  Name of the doppler parameter file?
 /export/air15/airops/1143/ts1143_l.dop                      
  Name of the deskew file?
 /export/air12/airops/1143/deskew.lv                         
  Line up to another frequency [y/n]?
 y
  Name of the deskew file to line up to?
 /export/air12/airops/1143/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?
 /export/air15/airops/1143/ts1143_l.BB                       
  Name of the line output file?
 /export/air15/airops/1143/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.550394892692566    

  Deskewing           33 patches
 Processing block number            1
 DEBUG          998   998.6429       3013.095      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1        1047         998         998
            0
  half line dmj dgc:           0        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:        1047           1
   Zeroing lines in arrays 
  Total # of output lines =            1        1046

         1047        3143           0        2096
 patch iptc,sj,dgj,dgi,id:           1        3143         998         998
         2096
  half line dmj dgc:           1        2001        3012        1008
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        3143        1047
   Zeroing lines in arrays 
  Total # of output lines =            1        3142

 Processing block number            2
 DEBUG          974   974.7665       2950.042      0.0000000E+00  0.0000000E+00
         3143        4515         -24        1396
 patch iptc,sj,dgj,dgi,id:           2        4515         974         998
         1396
  half line dmj dgc:           0        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        4515        3143
   Zeroing lines in arrays 
  Total # of output lines =            2        4514

         4515        6611           0        2096
 patch iptc,sj,dgj,dgi,id:           2        6611         974         974
         2096
  half line dmj dgc:           1        5493        2949        1008
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        6611        4515
   Zeroing lines in arrays 
  Total # of output lines =            2        6610

 Processing block number            3
 DEBUG          953   953.3058       2897.918      0.0000000E+00  0.0000000E+00
         6611        7986         -21        1396
 patch iptc,sj,dgj,dgi,id:           3        7986         953         974
         1396
  half line dmj dgc:           0        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        7986        6611
   Zeroing lines in arrays 
  Total # of output lines =            3        7985

         7986       10082           0        2096
 patch iptc,sj,dgj,dgi,id:           3       10082         953         953
         2096
  half line dmj dgc:           1        8985        2897        1008
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:       10082        7986
   Zeroing lines in arrays 
  Total # of output lines =            3       10081

 Processing block number            4
 DEBUG          946   946.4292       2858.756      0.0000000E+00  0.0000000E+00
        10082       11471          -7        1396
 patch iptc,sj,dgj,dgi,id:           4       11471         946         953
         1396
  half line dmj dgc:           0       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       11471       10082
   Zeroing lines in arrays 
  Total # of output lines =            4       11470

        11471       13567           0        2096
 patch iptc,sj,dgj,dgi,id:           4        1279         946         946
         2096
  half line dmj dgc:           1       12477        2858        1008
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       11471        1279
   Zeroing lines in arrays 
  Total # of output lines =            4       13566

 Processing block number            5
 DEBUG          960   960.4877       2858.624      0.0000000E+00  0.0000000E+00
         1279        2689          14        1396
 patch iptc,sj,dgj,dgi,id:           5        2689         960         946
         1396
  half line dmj dgc:           0       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        2689        1279
   Zeroing lines in arrays 
  Total # of output lines =            5       14976

         2689        4785           0        2096
 patch iptc,sj,dgj,dgi,id:           5        4785         960         960
         2096
  half line dmj dgc:           1       15969        2858        1008
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        4785        2689
   Zeroing lines in arrays 
  Total # of output lines =            5       17072

 Processing block number            6
 DEBUG          958   958.1877       2843.588      0.0000000E+00  0.0000000E+00
         4785        6179          -2        1396
 patch iptc,sj,dgj,dgi,id:           6        6179         958         960
         1396
  half line dmj dgc:           0       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        6179        4785
   Zeroing lines in arrays 
  Total # of output lines =            6       18466

         6179        8275           0        2096
 patch iptc,sj,dgj,dgi,id:           6        8275         958         958
         2096
  half line dmj dgc:           1       19461        2843        1008
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        8275        6179
   Zeroing lines in arrays 
  Total # of output lines =            6       20562

 Processing block number            7
 DEBUG          930   930.8583       2781.069      0.0000000E+00  0.0000000E+00
         8275        9643         -28        1396
 patch iptc,sj,dgj,dgi,id:           7        9643         930         958
         1396
  half line dmj dgc:           0       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        9643        8275
   Zeroing lines in arrays 
  Total # of output lines =            7       21930

         9643       11739           0        2096
 patch iptc,sj,dgj,dgi,id:           7       11739         930         930
         2096
  half line dmj dgc:           1       22953        2780        1008
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       11739        9643
   Zeroing lines in arrays 
  Total # of output lines =            7       24026

 Processing block number            8
 DEBUG          898   898.3798       2702.513      0.0000000E+00  0.0000000E+00
        11739       13103         -32        1396
 patch iptc,sj,dgj,dgi,id:           8         815         898         930
         1396
  half line dmj dgc:           0       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 s1>sj:       11739         815
   Zeroing lines in arrays 
  Total # of output lines =            8       25390

          815        2911           0        2096
 patch iptc,sj,dgj,dgi,id:           8        2911         898         898
         2096
  half line dmj dgc:           1       26445        2702        1008
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 sj>s1:        2911         815
   Zeroing lines in arrays 
  Total # of output lines =            8       27486

 Processing block number            9
 DEBUG          882   882.1251       2636.420      0.0000000E+00  0.0000000E+00
         2911        4291         -16        1396
 patch iptc,sj,dgj,dgi,id:           9        4291         882         898
         1396
  half line dmj dgc:           0       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        4291        2911
   Zeroing lines in arrays 
  Total # of output lines =            9       28866

         4291        6387           0        2096
 patch iptc,sj,dgj,dgi,id:           9        6387         882         882
         2096
  half line dmj dgc:           1       29937        2636        1008
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        6387        4291
   Zeroing lines in arrays 
  Total # of output lines =            9       30962

 Processing block number           10
 DEBUG          878   878.6426       2593.555      0.0000000E+00  0.0000000E+00
         6387        7779          -4        1396
 patch iptc,sj,dgj,dgi,id:          10        7779         878         882
         1396
  half line dmj dgc:           0       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        7779        6387
   Zeroing lines in arrays 
  Total # of output lines =           10       32354

         7779        9875           0        2096
 patch iptc,sj,dgj,dgi,id:          10        9875         878         878
         2096
  half line dmj dgc:           1       33429        2593        1008
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        9875        7779
   Zeroing lines in arrays 
  Total # of output lines =           10       34450

 Processing block number           11
 DEBUG          878   878.6563       2565.139      0.0000000E+00  0.0000000E+00
         9875       11271           0        1396
 patch iptc,sj,dgj,dgi,id:          11       11271         878         878
         1396
  half line dmj dgc:           0       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       11271        9875
   Zeroing lines in arrays 
  Total # of output lines =           11       35846

        11271       13367           0        2096
 patch iptc,sj,dgj,dgi,id:          11        1079         878         878
         2096
  half line dmj dgc:           1       36921        2565        1008
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 s1>sj:       11271        1079
   Zeroing lines in arrays 
  Total # of output lines =           11       37942

 Processing block number           12
 DEBUG          876   876.4097       2550.769      0.0000000E+00  0.0000000E+00
         1079        2473          -2        1396
 patch iptc,sj,dgj,dgi,id:          12        2473         876         878
         1396
  half line dmj dgc:           0       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 sj>s1:        2473        1079
   Zeroing lines in arrays 
  Total # of output lines =           12       39336

         2473        4569           0        2096
 patch iptc,sj,dgj,dgi,id:          12        4569         876         876
         2096
  half line dmj dgc:           1       40413        2550        1008
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        4569        2473
   Zeroing lines in arrays 
  Total # of output lines =           12       41432

 Processing block number           13
 DEBUG          857   857.1854       2496.994      0.0000000E+00  0.0000000E+00
         4569        5946         -19        1396
 patch iptc,sj,dgj,dgi,id:          13        5946         857         876
         1396
  half line dmj dgc:           0       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        5946        4569
   Zeroing lines in arrays 
  Total # of output lines =           13       42809

         5946        8042           0        2096
 patch iptc,sj,dgj,dgi,id:          13        8042         857         857
         2096
  half line dmj dgc:           1       43905        2496        1008
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        8042        5946
   Zeroing lines in arrays 
  Total # of output lines =           13       44905

 Processing block number           14
 DEBUG          820   820.7817       2386.244      0.0000000E+00  0.0000000E+00
         8042        9401         -37        1396
 patch iptc,sj,dgj,dgi,id:          14        9401         820         857
         1396
  half line dmj dgc:           0       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        9401        8042
   Zeroing lines in arrays 
  Total # of output lines =           14       46264

         9401       11497           0        2096
 patch iptc,sj,dgj,dgi,id:          14       11497         820         820
         2096
  half line dmj dgc:           1       47397        2386        1008
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       11497        9401
   Zeroing lines in arrays 
  Total # of output lines =           14       48360

 Processing block number           15
 DEBUG          798   798.7216       2280.999      0.0000000E+00  0.0000000E+00
        11497       12871         -22        1396
 patch iptc,sj,dgj,dgi,id:          15         583         798         820
         1396
  half line dmj dgc:           0       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 s1>sj:       11497         583
   Zeroing lines in arrays 
  Total # of output lines =           15       49734

          583        2679           0        2096
 patch iptc,sj,dgj,dgi,id:          15        2679         798         798
         2096
  half line dmj dgc:           1       50889        2280        1008
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 sj>s1:        2679         583
   Zeroing lines in arrays 
  Total # of output lines =           15       51830

 Processing block number           16
 DEBUG          793   793.5457       2214.048      0.0000000E+00  0.0000000E+00
         2679        4070          -5        1396
 patch iptc,sj,dgj,dgi,id:          16        4070         793         798
         1396
  half line dmj dgc:           0       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        4070        2679
   Zeroing lines in arrays 
  Total # of output lines =           16       53221

         4070        6166           0        2096
 patch iptc,sj,dgj,dgi,id:          16        6166         793         793
         2096
  half line dmj dgc:           1       54381        2213        1008
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        6166        4070
   Zeroing lines in arrays 
  Total # of output lines =           16       55317

 Processing block number           17
 DEBUG          792   792.3770       2177.102      0.0000000E+00  0.0000000E+00
         6166        7561          -1        1396
 patch iptc,sj,dgj,dgi,id:          17        7561         792         793
         1396
  half line dmj dgc:           0       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        7561        6166
   Zeroing lines in arrays 
  Total # of output lines =           17       56712

         7561        9657           0        2096
 patch iptc,sj,dgj,dgi,id:          17        9657         792         792
         2096
  half line dmj dgc:           1       57873        2177        1008
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        9657        7561
   Zeroing lines in arrays 
  Total # of output lines =           17       58808

 Processing block number           18
 DEBUG          777   777.7487       2138.681      0.0000000E+00  0.0000000E+00
         9657       11038         -15        1396
 patch iptc,sj,dgj,dgi,id:          18       11038         777         792
         1396
  half line dmj dgc:           0       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       11038        9657
   Zeroing lines in arrays 
  Total # of output lines =           18       60189

        11038       13134           0        2096
 patch iptc,sj,dgj,dgi,id:          18         846         777         777
         2096
  half line dmj dgc:           1       61365        2138        1008
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 s1>sj:       11038         846
   Zeroing lines in arrays 
  Total # of output lines =           18       62285

 Processing block number           19
 DEBUG          748   748.2739       2078.329      0.0000000E+00  0.0000000E+00
          846        2213         -29        1396
 patch iptc,sj,dgj,dgi,id:          19        2213         748         777
         1396
  half line dmj dgc:           0       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 sj>s1:        2213         846
   Zeroing lines in arrays 
  Total # of output lines =           19       63652

         2213        4309           0        2096
 patch iptc,sj,dgj,dgi,id:          19        4309         748         748
         2096
  half line dmj dgc:           1       64857        2078        1008
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        4309        2213
   Zeroing lines in arrays 
  Total # of output lines =           19       65748

 Processing block number           20
 DEBUG          722   722.7701       2006.083      0.0000000E+00  0.0000000E+00
         4309        5679         -26        1396
 patch iptc,sj,dgj,dgi,id:          20        5679         722         748
         1396
  half line dmj dgc:           0       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        5679        4309
   Zeroing lines in arrays 
  Total # of output lines =           20       67118

         5679        7775           0        2096
 patch iptc,sj,dgj,dgi,id:          20        7775         722         722
         2096
  half line dmj dgc:           1       68349        2005        1008
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        7775        5679
   Zeroing lines in arrays 
  Total # of output lines =           20       69214

 Processing block number           21
 DEBUG          704   704.4057       1919.786      0.0000000E+00  0.0000000E+00
         7775        9153         -18        1396
 patch iptc,sj,dgj,dgi,id:          21        9153         704         722
         1396
  half line dmj dgc:           0       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        9153        7775
   Zeroing lines in arrays 
  Total # of output lines =           21       70592

         9153       11249           0        2096
 patch iptc,sj,dgj,dgi,id:          21       11249         704         704
         2096
  half line dmj dgc:           1       71841        1919        1008
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       11249        9153
   Zeroing lines in arrays 
  Total # of output lines =           21       72688

 Processing block number           22
 DEBUG          678   678.3992       1825.385      0.0000000E+00  0.0000000E+00
        11249       12619         -26        1396
 patch iptc,sj,dgj,dgi,id:          22         331         678         704
         1396
  half line dmj dgc:           0       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 s1>sj:       11249         331
   Zeroing lines in arrays 
  Total # of output lines =           22       74058

          331        2427           0        2096
 patch iptc,sj,dgj,dgi,id:          22        2427         678         678
         2096
  half line dmj dgc:           1       75333        1825        1008
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 sj>s1:        2427         331
   Zeroing lines in arrays 
  Total # of output lines =           22       76154

 Processing block number           23
 DEBUG          655   655.9001       1753.885      0.0000000E+00  0.0000000E+00
         2427        3800         -23        1396
 patch iptc,sj,dgj,dgi,id:          23        3800         655         678
         1396
  half line dmj dgc:           0       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        3800        2427
   Zeroing lines in arrays 
  Total # of output lines =           23       77527

         3800        5896           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5896         655         655
         2096
  half line dmj dgc:           1       78825        1753        1008
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5896        3800
   Zeroing lines in arrays 
  Total # of output lines =           23       79623

 Processing block number           24
 DEBUG          645   645.6737       1708.511      0.0000000E+00  0.0000000E+00
         5896        7282         -10        1396
 patch iptc,sj,dgj,dgi,id:          24        7282         645         655
         1396
  half line dmj dgc:           0       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        7282        5896
   Zeroing lines in arrays 
  Total # of output lines =           24       81009

         7282        9378           0        2096
 patch iptc,sj,dgj,dgi,id:          24        9378         645         645
         2096
  half line dmj dgc:           1       82317        1708        1008
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        9378        7282
   Zeroing lines in arrays 
  Total # of output lines =           24       83105

 Processing block number           25
 DEBUG          637   637.3947       1652.209      0.0000000E+00  0.0000000E+00
         9378       10766          -8        1396
 patch iptc,sj,dgj,dgi,id:          25       10766         637         645
         1396
  half line dmj dgc:           0       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:       10766        9378
   Zeroing lines in arrays 
  Total # of output lines =           25       84493

        10766       12862           0        2096
 patch iptc,sj,dgj,dgi,id:          25         574         637         637
         2096
  half line dmj dgc:           1       85809        1652        1008
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 s1>sj:       10766         574
   Zeroing lines in arrays 
  Total # of output lines =           25       86589

 Processing block number           26
 DEBUG          635   635.8207       1611.169      0.0000000E+00  0.0000000E+00
          574        1968          -2        1396
 patch iptc,sj,dgj,dgi,id:          26        1968         635         637
         1396
  half line dmj dgc:           0       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 sj>s1:        1968         574
   Zeroing lines in arrays 
  Total # of output lines =           26       87983

         1968        4064           0        2096
 patch iptc,sj,dgj,dgi,id:          26        4064         635         635
         2096
  half line dmj dgc:           1       89301        1611        1008
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        4064        1968
   Zeroing lines in arrays 
  Total # of output lines =           26       90079

 Processing block number           27
 DEBUG          637   637.1879       1585.710      0.0000000E+00  0.0000000E+00
         4064        5462           2        1396
 patch iptc,sj,dgj,dgi,id:          27        5462         637         635
         1396
  half line dmj dgc:           0       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        5462        4064
   Zeroing lines in arrays 
  Total # of output lines =           27       91477

         5462        7558           0        2096
 patch iptc,sj,dgj,dgi,id:          27        7558         637         637
         2096
  half line dmj dgc:           1       92793        1585        1008
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        7558        5462
   Zeroing lines in arrays 
  Total # of output lines =           27       93573

 Processing block number           28
 DEBUG          621   621.9570       1556.883      0.0000000E+00  0.0000000E+00
         7558        8938         -16        1396
 patch iptc,sj,dgj,dgi,id:          28        8938         621         637
         1396
  half line dmj dgc:           0       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8938        7558
   Zeroing lines in arrays 
  Total # of output lines =           28       94953

         8938       11034           0        2096
 patch iptc,sj,dgj,dgi,id:          28       11034         621         621
         2096
  half line dmj dgc:           1       96285        1556        1008
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       11034        8938
   Zeroing lines in arrays 
  Total # of output lines =           28       97049

 Processing block number           29
 DEBUG          583   583.4598       1477.682      0.0000000E+00  0.0000000E+00
        11034       12392         -38        1396
 patch iptc,sj,dgj,dgi,id:          29         104         583         621
         1396
  half line dmj dgc:           0       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 s1>sj:       11034         104
   Zeroing lines in arrays 
  Total # of output lines =           29       98407

          104        2200           0        2096
 patch iptc,sj,dgj,dgi,id:          29        2200         583         583
         2096
  half line dmj dgc:           1       99777        1477        1008
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 sj>s1:        2200         104
   Zeroing lines in arrays 
  Total # of output lines =           29      100503

 Processing block number           30
 DEBUG          544   544.8645       1361.953      0.0000000E+00  0.0000000E+00
         2200        3557         -39        1396
 patch iptc,sj,dgj,dgi,id:          30        3557         544         583
         1396
  half line dmj dgc:           0      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           0      123664
   Writing data negflag .eq. 0
 sj>s1:        3557        2200
   Zeroing lines in arrays 
  Total # of output lines =           30      101860

         3557        5653           0        2096
 patch iptc,sj,dgj,dgi,id:          30        5653         544         544
         2096
  half line dmj dgc:           1      103269        1361        1008
   Actual deskew ireclen:       20480
 **          30        2096           1      125760
   Writing data negflag .eq. 0
 sj>s1:        5653        3557
   Zeroing lines in arrays 
  Total # of output lines =           30      103956

 Processing block number           31
 DEBUG          522   522.4233       1262.942      0.0000000E+00  0.0000000E+00
         5653        7027         -22        1396
 patch iptc,sj,dgj,dgi,id:          31        7027         522         544
         1396
  half line dmj dgc:           0      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           0      127856
   Writing data negflag .eq. 0
 sj>s1:        7027        5653
   Zeroing lines in arrays 
  Total # of output lines =           31      105330

         7027        9123           0        2096
 patch iptc,sj,dgj,dgi,id:          31        9123         522         522
         2096
  half line dmj dgc:           1      106761        1262        1008
   Actual deskew ireclen:       20480
 **          31        2096           1      129952
   Writing data negflag .eq. 0
 sj>s1:        9123        7027
   Zeroing lines in arrays 
  Total # of output lines =           31      107426

 Processing block number           32
 DEBUG          510   510.1244       1200.832      0.0000000E+00  0.0000000E+00
         9123       10507         -12        1396
 patch iptc,sj,dgj,dgi,id:          32       10507         510         522
         1396
  half line dmj dgc:           0      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           0      132048
   Writing data negflag .eq. 0
 sj>s1:       10507        9123
   Zeroing lines in arrays 
  Total # of output lines =           32      108810

        10507       12603           0        2096
 patch iptc,sj,dgj,dgi,id:          32         315         510         510
         2096
  half line dmj dgc:           1      110253        1200        1008
   Actual deskew ireclen:       20480
 **          32        2096           1      134144
   Writing data negflag .eq. 0
 s1>sj:       10507         315
   Zeroing lines in arrays 
  Total # of output lines =           32      110906

 Processing block number           33
 DEBUG          500   500.4217       1172.582      0.0000000E+00  0.0000000E+00
          315         764         -10         459
 patch iptc,sj,dgj,dgi,id:          33         764         500         510
          459
  half line dmj dgc:           0      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           0      136240
   Writing data negflag .eq. 0
 sj>s1:         764         315
   Zeroing lines in arrays 
  Total # of output lines =           33      111355

          764        2860           0        2096
 patch iptc,sj,dgj,dgi,id:          33        2860         500         500
         2096
  half line dmj dgc:           1      112808        1172        1008
   Actual deskew ireclen:       20480
 **          33        2096           1      138336
   Writing data negflag .eq. 0
 sj>s1:        2860         764
   Zeroing lines in arrays 
  Total # of output lines =           33      113451

 ia dmi dgi:        2860        1172         500
   Writing the last         2768 lines
 last half sj>s1        5628        2860      113451
 WAYNE done patche    475.1289039850235    
  Total # of output lines =       116219

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  116219
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              3.3310
AZIMUTH PIXEL SPACING (METERS) =            0.3957
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    475.8569829463959    
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9908803       22.00014    
     146     0.031    3046     0.156   22.00014   0.000006   0.000051  -0.000002
 r_peak,r_snr =   0.9345548       55.35359    
     246     0.063    3046     0.125   55.35359   0.000041   0.000221  -0.000011
 r_peak,r_snr =   0.9710397       35.33722    
     346     0.063    3046     0.188   35.33722   0.000018   0.000123  -0.000006
 r_peak,r_snr =   0.9556778       54.77085    
     446     0.063    3046     0.188   54.77085   0.000022   0.000142  -0.000005
 r_peak,r_snr =   0.9750139       78.08880    
     546     0.031    3046     0.125   78.08880   0.000011   0.000076  -0.000002
 r_peak,r_snr =   0.9774274       43.92873    
     646     0.031    3046     0.031   43.92873   0.000012   0.000070  -0.000003
 r_peak,r_snr =   0.9620615       71.36559    
     746     0.063    3046     0.063   71.36559   0.000019   0.000129  -0.000004
 r_peak,r_snr =   0.9283050       64.11260    
     846     0.094    3046     0.094   64.11260   0.000035   0.000248  -0.000008
 r_peak,r_snr =   0.9150835       62.14619    
     946     0.031    3046     0.063   62.14619   0.000047   0.000301  -0.000013
 r_peak,r_snr =   0.9158684       3.974484    
    1046     0.031    3046     0.031    3.97448   0.000090   0.000747  -0.000028
 r_peak,r_snr =   0.9787706       40.01009    
    1146     0.000    3046     0.094   40.01009   0.000011   0.000075  -0.000004
 r_peak,r_snr =   0.9662811       37.62526    
    1246     0.000    3046     0.063   37.62526   0.000019   0.000121  -0.000007
 r_peak,r_snr =   0.9716859       45.00542    
    1346     0.000    3046     0.031   45.00542   0.000015   0.000100  -0.000002
 r_peak,r_snr =   0.9474175       52.24435    
    1446     0.031    3046     0.031   52.24435   0.000030   0.000193  -0.000007
 r_peak,r_snr =   0.9313381       75.29234    
    1546     0.094    3046     0.125   75.29234   0.000035   0.000228  -0.000013
 r_peak,r_snr =   0.9115354       85.23365    
    1646     0.094    3046     0.094   85.23365   0.000042   0.000295  -0.000009
 r_peak,r_snr =   0.9220073       66.56731    
    1746     0.063    3046     0.063   66.56731   0.000042   0.000273  -0.000013
 r_peak,r_snr =   0.9264363       77.31677    
    1846     0.031    3046    -0.031   77.31677   0.000038   0.000255  -0.000008
 r_peak,r_snr =   0.9491086       44.61252    
    1946    -0.063    3046     0.031   44.61252   0.000034   0.000180  -0.000007
 r_peak,r_snr =   0.9404172       16.30563    
    2046    -0.094    3046    -0.156   16.30563   0.000102   0.000263  -0.000026
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9836047       9.287789    
     146     0.031    3446     0.156    9.28779   0.000013   0.000096  -0.000004
 r_peak,r_snr =   0.9688849       55.57725    
     246     0.063    3446     0.188   55.57725   0.000016   0.000114  -0.000005
 r_peak,r_snr =   0.9671537       76.83754    
     346     0.094    3446     0.250   76.83754   0.000016   0.000099  -0.000002
 r_peak,r_snr =   0.9799976       43.51529    
     446     0.063    3446     0.125   43.51529   0.000012   0.000073  -0.000005
 r_peak,r_snr =   0.9718641       83.98828    
     546     0.031    3446     0.094   83.98828   0.000012   0.000077  -0.000004
 r_peak,r_snr =   0.9828981       60.02626    
     646     0.031    3446     0.063   60.02626   0.000009   0.000055  -0.000003
 r_peak,r_snr =   0.9616755       64.14581    
     746     0.063    3446     0.063   64.14581   0.000020   0.000132  -0.000005
 r_peak,r_snr =   0.9254770       69.55031    
     846     0.125    3446     0.094   69.55031   0.000039   0.000287  -0.000003
 r_peak,r_snr =   0.9464187       69.69336    
     946     0.063    3446     0.094   69.69336   0.000028   0.000177  -0.000006
 r_peak,r_snr =   0.8924533       11.53058    
    1046     0.031    3446     0.063   11.53058   0.000081   0.000582  -0.000015
 r_peak,r_snr =   0.9591013       73.08533    
    1146     0.000    3446     0.063   73.08533   0.000020   0.000124  -0.000005
 r_peak,r_snr =   0.9365637       80.39340    
    1246    -0.031    3446    -0.031   80.39340   0.000033   0.000183  -0.000009
 r_peak,r_snr =   0.9229394       80.56097    
    1346     0.031    3446     0.063   80.56097   0.000040   0.000253  -0.000009
 r_peak,r_snr =   0.9344962       79.00201    
    1446     0.063    3446     0.000   79.00201   0.000032   0.000203  -0.000009
 r_peak,r_snr =   0.9416175       79.05640    
    1546     0.063    3446     0.031   79.05640   0.000029   0.000187  -0.000010
 r_peak,r_snr =   0.9219432       86.25851    
    1646     0.094    3446     0.125   86.25851   0.000038   0.000246  -0.000014
 r_peak,r_snr =   0.9008318       88.27564    
    1746     0.063    3446     0.063   88.27564   0.000047   0.000353  -0.000005
 r_peak,r_snr =   0.9143808       85.30450    
    1846     0.031    3446     0.000   85.30450   0.000042   0.000287  -0.000013
 r_peak,r_snr =   0.9388627       48.98732    
    1946     0.000    3446     0.000   48.98732   0.000043   0.000214  -0.000009
 r_peak,r_snr =   0.9404945       21.83670    
    2046    -0.094    3446     0.031   21.83670   0.000094   0.000253  -0.000035
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9906776       21.13090    
     146     0.063    3846     0.188   21.13090   0.000007   0.000051  -0.000001
 r_peak,r_snr =   0.9662119       40.33450    
     246     0.063    3846     0.188   40.33450   0.000020   0.000137  -0.000005
 r_peak,r_snr =   0.9538273       57.41191    
     346     0.063    3846     0.125   57.41191   0.000023   0.000160  -0.000006
 r_peak,r_snr =   0.9750051       63.40961    
     446     0.063    3846     0.156   63.40961   0.000012   0.000085  -0.000001
 r_peak,r_snr =   0.9772629       31.98971    
     546     0.031    3846     0.094   31.98971   0.000013   0.000075  -0.000003
 r_peak,r_snr =   0.9638694       76.42098    
     646     0.031    3846     0.094   76.42098   0.000016   0.000118  -0.000002
 r_peak,r_snr =   0.9428469       79.24969    
     746     0.063    3846     0.094   79.24969   0.000027   0.000186  -0.000005
 r_peak,r_snr =   0.9311948       79.08141    
     846     0.094    3846     0.094   79.08141   0.000034   0.000223  -0.000010
 r_peak,r_snr =   0.9401712       37.30172    
     946     0.063    3846     0.000   37.30172   0.000035   0.000228  -0.000012
 r_peak,r_snr =   0.9512099       38.91832    
    1046     0.031    3846     0.063   38.91832   0.000028   0.000167  -0.000007
 r_peak,r_snr =   0.9378418       85.23711    
    1146     0.031    3846     0.094   85.23711   0.000029   0.000203  -0.000010
 r_peak,r_snr =   0.9390178       73.61107    
    1246    -0.031    3846     0.031   73.61107   0.000033   0.000183  -0.000009
 r_peak,r_snr =   0.9405998       53.65948    
    1346     0.031    3846     0.000   53.65948   0.000035   0.000216  -0.000013
 r_peak,r_snr =   0.9489892       69.88983    
    1446     0.063    3846     0.156   69.88983   0.000027   0.000166  -0.000010
 r_peak,r_snr =   0.9394816       76.14146    
    1546     0.094    3846     0.063   76.14146   0.000030   0.000204  -0.000011
 r_peak,r_snr =   0.9210493       75.30003    
    1646     0.063    3846     0.094   75.30003   0.000042   0.000271  -0.000015
 r_peak,r_snr =   0.9008250       83.68572    
    1746     0.063    3846     0.000   83.68572   0.000050   0.000327  -0.000010
 r_peak,r_snr =   0.9070331       85.85577    
    1846     0.031    3846    -0.031   85.85577   0.000046   0.000305  -0.000006
 r_peak,r_snr =   0.9473197       41.76352    
    1946     0.000    3846     0.000   41.76352   0.000041   0.000213  -0.000021
 r_peak,r_snr =   0.9480182       13.59578    
    2046    -0.125    3846    -0.094   13.59578   0.000075   0.000262  -0.000040
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9624438       56.92426    
     146     0.031    4246     0.156   56.92426   0.000020   0.000120  -0.000005
 r_peak,r_snr =   0.9647671       58.78687    
     246     0.063    4246     0.156   58.78687   0.000018   0.000103  -0.000003
 r_peak,r_snr =   0.9607375       68.04895    
     346     0.063    4246     0.125   68.04895   0.000020   0.000139  -0.000004
 r_peak,r_snr =   0.9715335       89.57261    
     446     0.031    4246     0.125   89.57261   0.000013   0.000076  -0.000001
 r_peak,r_snr =   0.9776018       35.73355    
     546     0.031    4246     0.094   35.73355   0.000012   0.000080  -0.000001
 r_peak,r_snr =   0.9689410       65.09322    
     646     0.063    4246     0.094   65.09322   0.000015   0.000098  -0.000003
 r_peak,r_snr =   0.9283194       80.88599    
     746     0.094    4246     0.125   80.88599   0.000034   0.000224  -0.000012
 r_peak,r_snr =   0.9372492       70.92098    
     846     0.094    4246     0.125   70.92098   0.000032   0.000213  -0.000007
 r_peak,r_snr =   0.8525614       74.53038    
     946     0.094    4246     0.125   74.53038   0.000085   0.000574  -0.000023
 r_peak,r_snr =   0.9468933       52.92814    
    1046     0.031    4246     0.094   52.92814   0.000028   0.000186  -0.000007
 r_peak,r_snr =   0.9244410       68.75575    
    1146    -0.031    4246     0.063   68.75575   0.000039   0.000269   0.000000
 r_peak,r_snr =   0.9476748       65.84068    
    1246    -0.031    4246     0.031   65.84068   0.000027   0.000179  -0.000005
 r_peak,r_snr =   0.9362341       71.29960    
    1346     0.000    4246     0.063   71.29960   0.000033   0.000208  -0.000012
 r_peak,r_snr =   0.9390100       73.43605    
    1446     0.031    4246     0.094   73.43605   0.000031   0.000188  -0.000012
 r_peak,r_snr =   0.9276747       75.99722    
    1546     0.094    4246     0.063   75.99722   0.000037   0.000237  -0.000010
 r_peak,r_snr =   0.9152433       66.84468    
    1646     0.063    4246     0.000   66.84468   0.000048   0.000302  -0.000009
 r_peak,r_snr =   0.8856878       79.59084    
    1746     0.094    4246     0.094   79.59084   0.000058   0.000428  -0.000017
 r_peak,r_snr =   0.9096547       63.56091    
    1846     0.063    4246     0.031   63.56091   0.000048   0.000363  -0.000005
 r_peak,r_snr =   0.9295452       43.48370    
    1946    -0.031    4246     0.031   43.48370   0.000050   0.000231  -0.000015
 r_peak,r_snr =   0.9538160       10.53953    
    2046    -0.094    4246    -0.063   10.53953   0.000084   0.000193  -0.000025
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9735724       41.69850    
     146     0.063    4646     0.125   41.69850   0.000015   0.000087  -0.000003
 r_peak,r_snr =   0.9667691       67.56907    
     246     0.063    4646     0.219   67.56907   0.000017   0.000111  -0.000004
 r_peak,r_snr =   0.9776376       50.03975    
     346     0.063    4646     0.188   50.03975   0.000013   0.000074  -0.000003
 r_peak,r_snr =   0.9636838       82.47187    
     446     0.031    4646     0.125   82.47187   0.000017   0.000102  -0.000006
 r_peak,r_snr =   0.9766560       82.51113    
     546     0.031    4646     0.063   82.51113   0.000012   0.000062  -0.000002
 r_peak,r_snr =   0.9687809       63.73616    
     646     0.063    4646     0.094   63.73616   0.000016   0.000091  -0.000002
 r_peak,r_snr =   0.9403942       77.82312    
     746     0.063    4646     0.125   77.82312   0.000030   0.000193  -0.000009
 r_peak,r_snr =   0.9210573       58.57215    
     846     0.063    4646     0.156   58.57215   0.000044   0.000293  -0.000010
 r_peak,r_snr =   0.9402328       10.16312    
     946     0.063    4646     0.031   10.16312   0.000043   0.000273  -0.000017
 r_peak,r_snr =   0.9393013       41.27554    
    1046     0.000    4646     0.063   41.27554   0.000032   0.000212  -0.000006
 r_peak,r_snr =   0.9233750       53.96926    
    1146     0.000    4646     0.094   53.96926   0.000038   0.000253  -0.000010
 r_peak,r_snr =   0.9523271       71.98281    
    1246     0.000    4646     0.094   71.98281   0.000025   0.000159  -0.000007
 r_peak,r_snr =   0.9370609       62.00312    
    1346     0.031    4646     0.063   62.00312   0.000032   0.000212  -0.000008
 r_peak,r_snr =   0.9293522       71.00398    
    1446     0.063    4646     0.125   71.00398   0.000037   0.000238  -0.000008
 r_peak,r_snr =   0.9276112       77.09969    
    1546     0.094    4646     0.094   77.09969   0.000037   0.000225  -0.000011
 r_peak,r_snr =   0.9233541       58.52386    
    1646     0.063    4646     0.031   58.52386   0.000042   0.000291  -0.000009
 r_peak,r_snr =   0.8740570       89.25233    
    1746     0.094    4646     0.094   89.25233   0.000064   0.000451  -0.000011
 r_peak,r_snr =   0.9125814       74.00945    
    1846     0.031    4646     0.063   74.00945   0.000045   0.000299  -0.000009
 r_peak,r_snr =   0.8972726       50.13963    
    1946    -0.031    4646     0.031   50.13963   0.000074   0.000449  -0.000022
 r_peak,r_snr =   0.9235894       7.658349    
    2046    -0.156    4646    -0.031    7.65835   0.000170   0.000425  -0.000056
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9649460       77.28235    
     146     0.063    5046     0.219   77.28235   0.000018   0.000100  -0.000003
 r_peak,r_snr =   0.9646131       76.92944    
     246     0.063    5046     0.219   76.92944   0.000017   0.000113  -0.000003
 r_peak,r_snr =   0.9653400       79.47772    
     346     0.094    5046     0.156   79.47772   0.000016   0.000102  -0.000003
 r_peak,r_snr =   0.9719734       51.83259    
     446     0.063    5046     0.188   51.83259   0.000014   0.000089  -0.000003
 r_peak,r_snr =   0.9711308       66.40463    
     546     0.031    5046     0.063   66.40463   0.000015   0.000093  -0.000002
 r_peak,r_snr =   0.9660635       61.89898    
     646     0.063    5046     0.125   61.89898   0.000019   0.000109  -0.000002
 r_peak,r_snr =   0.9446213       66.22038    
     746     0.094    5046     0.125   66.22038   0.000032   0.000180  -0.000003
 r_peak,r_snr =   0.9147925       71.59641    
     846     0.094    5046     0.063   71.59641   0.000043   0.000302  -0.000012
 r_peak,r_snr =   0.9385665       14.45090    
     946     0.031    5046     0.094   14.45090   0.000039   0.000222  -0.000010
 r_peak,r_snr =   0.9413337       56.75211    
    1046     0.031    5046     0.125   56.75211   0.000030   0.000211  -0.000011
 r_peak,r_snr =   0.9165099       79.70139    
    1146    -0.031    5046     0.094   79.70139   0.000046   0.000258  -0.000010
 r_peak,r_snr =   0.9368266       86.42455    
    1246     0.000    5046     0.156   86.42455   0.000030   0.000195  -0.000004
 r_peak,r_snr =   0.9429045       73.14867    
    1346     0.000    5046     0.094   73.14867   0.000031   0.000185  -0.000008
 r_peak,r_snr =   0.9346835       79.19944    
    1446     0.063    5046     0.063   79.19944   0.000034   0.000207  -0.000004
 r_peak,r_snr =   0.9026536       72.99849    
    1546     0.094    5046     0.094   72.99849   0.000049   0.000359  -0.000010
 r_peak,r_snr =   0.9150814       86.10945    
    1646     0.094    5046     0.063   86.10945   0.000039   0.000289  -0.000010
 r_peak,r_snr =   0.8874146       67.69699    
    1746     0.063    5046     0.063   67.69699   0.000055   0.000456  -0.000019
 r_peak,r_snr =   0.9833972       8.933304    
    1846     0.031    5046     0.031    8.93330   0.000014   0.000108   0.000000
 r_peak,r_snr =   0.9435711       25.45874    
    1946    -0.031    5046     0.031   25.45874   0.000054   0.000248  -0.000016
 r_peak,r_snr =   0.9491606       4.917329    
    2046    -0.156    5046    -0.094    4.91733   0.000132   0.000408  -0.000041
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9533826       75.87846    
     146     0.063    5446     0.156   75.87846   0.000022   0.000146  -0.000007
 r_peak,r_snr =   0.9723973       67.90948    
     246     0.063    5446     0.156   67.90948   0.000015   0.000086  -0.000003
 r_peak,r_snr =   0.9624422       67.15419    
     346     0.094    5446     0.094   67.15419   0.000020   0.000110  -0.000003
 r_peak,r_snr =   0.9727124       68.17231    
     446     0.031    5446     0.094   68.17231   0.000014   0.000082  -0.000003
 r_peak,r_snr =   0.9665193       81.91457    
     546     0.000    5446     0.094   81.91457   0.000016   0.000102  -0.000002
 r_peak,r_snr =   0.9600623       81.65468    
     646     0.063    5446     0.094   81.65468   0.000018   0.000128  -0.000005
 r_peak,r_snr =   0.9396515       69.41618    
     746     0.125    5446     0.094   69.41618   0.000032   0.000207  -0.000008
 r_peak,r_snr =   0.9348989       76.40221    
     846     0.125    5446     0.094   76.40221   0.000033   0.000223  -0.000008
 r_peak,r_snr =   0.9443982       31.06918    
     946     0.063    5446     0.094   31.06918   0.000031   0.000205  -0.000013
 r_peak,r_snr =   0.9310729       62.49696    
    1046     0.000    5446     0.063   62.49696   0.000038   0.000240  -0.000012
 r_peak,r_snr =   0.9204624       63.78571    
    1146    -0.031    5446     0.063   63.78571   0.000045   0.000308  -0.000012
 r_peak,r_snr =   0.9452590       81.49181    
    1246     0.000    5446     0.063   81.49181   0.000026   0.000170  -0.000011
 r_peak,r_snr =   0.9368060       81.53201    
    1346     0.031    5446     0.156   81.53201   0.000031   0.000192  -0.000006
 r_peak,r_snr =   0.9264338       74.50326    
    1446     0.063    5446     0.125   74.50326   0.000039   0.000254  -0.000011
 r_peak,r_snr =   0.9002339       78.94008    
    1546     0.063    5446     0.031   78.94008   0.000056   0.000355  -0.000008
 r_peak,r_snr =   0.9474335       67.78305    
    1646     0.094    5446     0.094   67.78305   0.000028   0.000184  -0.000013
 r_peak,r_snr =   0.9326990       66.65017    
    1746     0.031    5446     0.031   66.65017   0.000037   0.000238  -0.000004
 r_peak,r_snr =   0.9105791       25.84944    
    1846     0.000    5446     0.094   25.84944   0.000049   0.000379  -0.000008
 r_peak,r_snr =   0.8986318       27.64143    
    1946     0.000    5446     0.188   27.64143   0.000085   0.000468  -0.000044
 r_peak,r_snr =   0.8400487       24.58885    
    2046    -0.156    5446     0.063   24.58885   0.000304   0.000772  -0.000127
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9543776       70.70383    
     146     0.063    5846     0.156   70.70383   0.000023   0.000155  -0.000003
 r_peak,r_snr =   0.9835953       10.59918    
     246     0.063    5846     0.188   10.59918   0.000017   0.000111  -0.000002
 r_peak,r_snr =   0.9286784       32.21172    
     346     0.094    5846     0.156   32.21172   0.000043   0.000259  -0.000014
 r_peak,r_snr =   0.9753699       46.84289    
     446     0.063    5846     0.156   46.84289   0.000013   0.000075  -0.000003
 r_peak,r_snr =   0.9650025       81.22259    
     546     0.031    5846     0.094   81.22259   0.000017   0.000101  -0.000003
 r_peak,r_snr =   0.9719698       60.48650    
     646     0.063    5846     0.063   60.48650   0.000014   0.000097  -0.000004
 r_peak,r_snr =   0.9323012       78.34600    
     746     0.094    5846     0.125   78.34600   0.000033   0.000214  -0.000006
 r_peak,r_snr =   0.9099614       83.65681    
     846     0.094    5846     0.094   83.65681   0.000045   0.000274  -0.000015
 r_peak,r_snr =   0.9414312       55.49242    
     946     0.063    5846     0.094   55.49242   0.000030   0.000206  -0.000004
 r_peak,r_snr =   0.9425010       80.96516    
    1046     0.031    5846     0.031   80.96516   0.000028   0.000178  -0.000007
 r_peak,r_snr =   0.9366150       66.12421    
    1146    -0.031    5846     0.094   66.12421   0.000034   0.000236  -0.000010
 r_peak,r_snr =   0.9501388       36.09976    
    1246     0.031    5846     0.156   36.09976   0.000029   0.000186  -0.000011
 r_peak,r_snr =   0.9259071       69.74032    
    1346     0.063    5846     0.094   69.74032   0.000040   0.000279  -0.000009
 r_peak,r_snr =   0.9734913       22.46235    
    1446     0.063    5846     0.125   22.46235   0.000020   0.000118  -0.000006
 r_peak,r_snr =   0.9641870       7.859679    
    1546     0.063    5846    -0.031    7.85968   0.000031   0.000223  -0.000008
 r_peak,r_snr =   0.9879749       6.701725    
    1646     0.063    5846     0.094    6.70173   0.000015   0.000073  -0.000002
 r_peak,r_snr =   0.9715279       11.52507    
    1746     0.031    5846     0.156   11.52507   0.000024   0.000213  -0.000005
 r_peak,r_snr =   0.8853613       74.99401    
    1846     0.000    5846     0.000   74.99401   0.000061   0.000369  -0.000016
 r_peak,r_snr =   0.8403380       42.67024    
    1946    -0.094    5846     0.000   42.67024   0.000121   0.000786  -0.000037
 r_peak,r_snr =   0.8300148       26.31916    
    2046    -0.094    5846    -0.094   26.31916   0.000267   0.000849  -0.000136
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.9744757       21.46776    
     146     0.063    3046     0.375   21.46776   0.000018   0.000160  -0.000006
 r_peak,r_snr =   0.8894851       53.46659    
     246     0.063    3046     0.313   53.46659   0.000075   0.000435  -0.000025
 r_peak,r_snr =   0.9436998       34.33646    
     346     0.063    3046     0.375   34.33646   0.000037   0.000268  -0.000014
 r_peak,r_snr =   0.9464302       53.93771    
     446     0.063    3046     0.313   53.93771   0.000028   0.000178  -0.000007
 r_peak,r_snr =   0.9586990       75.13194    
     546     0.031    3046     0.250   75.13194   0.000019   0.000135  -0.000004
 r_peak,r_snr =   0.9589300       43.89491    
     646     0.031    3046     0.188   43.89491   0.000023   0.000135  -0.000005
 r_peak,r_snr =   0.9413984       69.70311    
     746     0.063    3046     0.188   69.70311   0.000030   0.000215  -0.000008
 r_peak,r_snr =   0.9154795       68.80593    
     846     0.094    3046     0.219   68.80593   0.000042   0.000297  -0.000011
 r_peak,r_snr =   0.8997417       62.45528    
     946     0.031    3046     0.219   62.45528   0.000056   0.000371  -0.000016
 r_peak,r_snr =   0.8976945       3.923119    
    1046     0.031    3046     0.250    3.92312   0.000115   0.000986  -0.000043
 r_peak,r_snr =   0.9584104       37.87880    
    1146    -0.031    3046     0.188   37.87880   0.000023   0.000158  -0.000008
 r_peak,r_snr =   0.9419717       39.41728    
    1246    -0.031    3046     0.156   39.41728   0.000033   0.000225  -0.000013
 r_peak,r_snr =   0.9559979       45.32634    
    1346     0.000    3046     0.156   45.32634   0.000023   0.000169  -0.000003
 r_peak,r_snr =   0.9261052       51.68401    
    1446     0.031    3046     0.094   51.68401   0.000043   0.000292  -0.000010
 r_peak,r_snr =   0.9100319       75.75473    
    1546     0.063    3046     0.156   75.75473   0.000047   0.000317  -0.000019
 r_peak,r_snr =   0.9016900       83.51180    
    1646     0.094    3046     0.250   83.51180   0.000048   0.000344  -0.000011
 r_peak,r_snr =   0.9093589       69.44106    
    1746     0.031    3046     0.094   69.44106   0.000049   0.000321  -0.000015
 r_peak,r_snr =   0.9216864       78.12125    
    1846     0.000    3046     0.094   78.12125   0.000040   0.000275  -0.000008
 r_peak,r_snr =   0.9388356       46.08407    
    1946    -0.125    3046     0.063   46.08407   0.000041   0.000225  -0.000009
 r_peak,r_snr =   0.9221632       14.70807    
    2046    -0.250    3046    -0.125   14.70807   0.000157   0.000376  -0.000038
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.9638457       9.179448    
     146     0.063    3446     0.313    9.17945   0.000031   0.000235  -0.000010
 r_peak,r_snr =   0.9471178       54.06163    
     246     0.063    3446     0.344   54.06163   0.000028   0.000214  -0.000010
 r_peak,r_snr =   0.9421573       73.26128    
     346     0.125    3446     0.406   73.26128   0.000029   0.000192  -0.000005
 r_peak,r_snr =   0.9656546       41.80872    
     446     0.063    3446     0.313   41.80872   0.000021   0.000134  -0.000009
 r_peak,r_snr =   0.9485638       80.34223    
     546     0.031    3446     0.219   80.34223   0.000024   0.000152  -0.000009
 r_peak,r_snr =   0.9654814       59.57996    
     646     0.031    3446     0.219   59.57996   0.000019   0.000118  -0.000007
 r_peak,r_snr =   0.9425844       62.78876    
     746     0.063    3446     0.219   62.78876   0.000032   0.000211  -0.000008
 r_peak,r_snr =   0.9110383       70.42040    
     846     0.094    3446     0.125   70.42040   0.000046   0.000354  -0.000003
 r_peak,r_snr =   0.9252738       68.65483    
     946     0.063    3446     0.188   68.65483   0.000040   0.000267  -0.000009
 r_peak,r_snr =   0.8645674       10.57486    
    1046    -0.031    3446     0.156   10.57486   0.000108   0.000841  -0.000020
 r_peak,r_snr =   0.9370142       69.55757    
    1146     0.000    3446     0.188   69.55757   0.000033   0.000208  -0.000009
 r_peak,r_snr =   0.9066330       79.39697    
    1246    -0.031    3446     0.094   79.39697   0.000051   0.000297  -0.000014
 r_peak,r_snr =   0.8876292       78.90775    
    1346     0.000    3446     0.188   78.90775   0.000062   0.000408  -0.000014
 r_peak,r_snr =   0.9052891       76.62040    
    1446     0.031    3446     0.031   76.62040   0.000048   0.000322  -0.000014
 r_peak,r_snr =   0.9243055       80.36897    
    1546     0.063    3446     0.125   80.36897   0.000037   0.000255  -0.000015
 r_peak,r_snr =   0.9021989       88.27530    
    1646     0.063    3446     0.156   88.27530   0.000048   0.000327  -0.000018
 r_peak,r_snr =   0.8881411       87.69794    
    1746     0.063    3446     0.156   87.69794   0.000054   0.000409  -0.000006
 r_peak,r_snr =   0.9181003       84.26724    
    1846     0.000    3446     0.063   84.26724   0.000041   0.000272  -0.000014
 r_peak,r_snr =   0.9297659       47.68445    
    1946    -0.063    3446     0.031   47.68445   0.000051   0.000256  -0.000012
 r_peak,r_snr =   0.9089770       20.37908    
    2046    -0.219    3446     0.031   20.37908   0.000163   0.000437  -0.000057
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.9716921       20.83211    
     146     0.063    3846     0.438   20.83211   0.000021   0.000173  -0.000005
 r_peak,r_snr =   0.9391928       39.21432    
     246     0.063    3846     0.375   39.21432   0.000038   0.000279  -0.000010
 r_peak,r_snr =   0.9368512       57.27929    
     346     0.094    3846     0.344   57.27929   0.000032   0.000231  -0.000010
 r_peak,r_snr =   0.9570765       61.14204    
     446     0.063    3846     0.281   61.14204   0.000021   0.000158  -0.000003
 r_peak,r_snr =   0.9636170       30.68992    
     546     0.031    3846     0.219   30.68992   0.000021   0.000126  -0.000005
 r_peak,r_snr =   0.9408978       77.95142    
     646     0.031    3846     0.188   77.95142   0.000027   0.000205  -0.000004
 r_peak,r_snr =   0.9183167       75.20822    
     746     0.094    3846     0.281   75.20822   0.000040   0.000300  -0.000008
 r_peak,r_snr =   0.9078593       76.39723    
     846     0.063    3846     0.188   76.39723   0.000047   0.000319  -0.000015
 r_peak,r_snr =   0.9262187       36.86774    
     946     0.063    3846     0.125   36.86774   0.000044   0.000294  -0.000015
 r_peak,r_snr =   0.9334128       38.24580    
    1046     0.000    3846     0.156   38.24580   0.000040   0.000239  -0.000010
 r_peak,r_snr =   0.9228933       83.71134    
    1146     0.000    3846     0.188   83.71134   0.000037   0.000262  -0.000013
 r_peak,r_snr =   0.9243783       72.77449    
    1246    -0.031    3846     0.094   72.77449   0.000042   0.000234  -0.000012
 r_peak,r_snr =   0.9111494       53.44397    
    1346     0.000    3846     0.219   53.44397   0.000054   0.000349  -0.000023
 r_peak,r_snr =   0.9284858       69.50954    
    1446     0.063    3846     0.219   69.50954   0.000039   0.000252  -0.000015
 r_peak,r_snr =   0.9205852       77.73386    
    1546     0.063    3846     0.094   77.73386   0.000040   0.000285  -0.000016
 r_peak,r_snr =   0.9046932       72.70164    
    1646     0.031    3846     0.156   72.70164   0.000053   0.000351  -0.000023
 r_peak,r_snr =   0.8965391       80.01528    
    1746     0.031    3846     0.063   80.01528   0.000053   0.000348  -0.000012
 r_peak,r_snr =   0.9063655       84.60466    
    1846     0.000    3846     0.063   84.60466   0.000047   0.000312  -0.000008
 r_peak,r_snr =   0.9482723       40.28203    
    1946    -0.063    3846     0.031   40.28203   0.000041   0.000210  -0.000020
 r_peak,r_snr =   0.9230811       13.39215    
    2046    -0.219    3846     0.000   13.39215   0.000124   0.000440  -0.000068
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.9386528       54.87327    
     146     0.063    4246     0.406   54.87327   0.000033   0.000216  -0.000008
 r_peak,r_snr =   0.9418567       58.10814    
     246     0.094    4246     0.344   58.10814   0.000032   0.000186  -0.000006
 r_peak,r_snr =   0.9415520       67.08606    
     346     0.063    4246     0.344   67.08606   0.000031   0.000221  -0.000007
 r_peak,r_snr =   0.9536356       87.81962    
     446     0.063    4246     0.281   87.81962   0.000022   0.000132  -0.000003
 r_peak,r_snr =   0.9624572       34.18278    
     546     0.031    4246     0.250   34.18278   0.000020   0.000144  -0.000002
 r_peak,r_snr =   0.9452060       63.62493    
     646     0.063    4246     0.219   63.62493   0.000027   0.000189  -0.000005
 r_peak,r_snr =   0.8819792       81.29411    
     746     0.094    4246     0.188   81.29411   0.000060   0.000420  -0.000025
 r_peak,r_snr =   0.9122970       69.54800    
     846     0.094    4246     0.125   69.54800   0.000046   0.000319  -0.000011
 r_peak,r_snr =   0.8110256       70.75483    
     946     0.063    4246     0.094   70.75483   0.000117   0.000839  -0.000034
 r_peak,r_snr =   0.9299488       52.39414    
    1046     0.031    4246     0.188   52.39414   0.000037   0.000256  -0.000009
 r_peak,r_snr =   0.9113379       72.05505    
    1146     0.000    4246     0.156   72.05505   0.000046   0.000321   0.000000
 r_peak,r_snr =   0.9324993       62.76742    
    1246    -0.031    4246     0.125   62.76742   0.000036   0.000243  -0.000007
 r_peak,r_snr =   0.9040381       68.53945    
    1346     0.000    4246     0.219   68.53945   0.000053   0.000347  -0.000021
 r_peak,r_snr =   0.9173070       72.79996    
    1446     0.031    4246     0.156   72.79996   0.000042   0.000276  -0.000017
 r_peak,r_snr =   0.9142725       76.07399    
    1546     0.063    4246     0.094   76.07399   0.000044   0.000293  -0.000011
 r_peak,r_snr =   0.9162473       67.15722    
    1646     0.031    4246     0.094   67.15722   0.000048   0.000303  -0.000008
 r_peak,r_snr =   0.8811085       81.50730    
    1746     0.063    4246     0.156   81.50730   0.000059   0.000448  -0.000018
 r_peak,r_snr =   0.9086272       63.61245    
    1846     0.031    4246     0.125   63.61245   0.000049   0.000365  -0.000007
 r_peak,r_snr =   0.9123943       42.49190    
    1946    -0.063    4246     0.063   42.49190   0.000065   0.000301  -0.000019
 r_peak,r_snr =   0.9247867       10.18286    
    2046    -0.219    4246    -0.031   10.18286   0.000156   0.000353  -0.000048
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9396256       40.14176    
     146     0.094    4646     0.406   40.14176   0.000038   0.000228  -0.000009
 r_peak,r_snr =   0.9413738       66.03448    
     246     0.094    4646     0.406   66.03448   0.000032   0.000213  -0.000008
 r_peak,r_snr =   0.9539014       48.06858    
     346     0.063    4646     0.375   48.06858   0.000027   0.000170  -0.000008
 r_peak,r_snr =   0.9411246       81.99814    
     446     0.063    4646     0.344   81.99814   0.000028   0.000180  -0.000011
 r_peak,r_snr =   0.9636740       82.03829    
     546     0.031    4646     0.219   82.03829   0.000019   0.000102  -0.000004
 r_peak,r_snr =   0.9384667       62.38379    
     646     0.063    4646     0.219   62.38379   0.000033   0.000194  -0.000005
 r_peak,r_snr =   0.9059066       76.39588    
     746     0.094    4646     0.250   76.39588   0.000050   0.000335  -0.000016
 r_peak,r_snr =   0.8887555       59.53354    
     846     0.063    4646     0.281   59.53354   0.000064   0.000454  -0.000018
 r_peak,r_snr =   0.9325261       10.20776    
     946     0.063    4646     0.188   10.20776   0.000049   0.000324  -0.000020
 r_peak,r_snr =   0.9212697       42.72367    
    1046    -0.031    4646     0.125   42.72367   0.000042   0.000289  -0.000007
 r_peak,r_snr =   0.9062675       56.48818    
    1146    -0.031    4646     0.156   56.48818   0.000047   0.000325  -0.000012
 r_peak,r_snr =   0.9252284       70.81406    
    1246    -0.031    4646     0.156   70.81406   0.000039   0.000269  -0.000012
 r_peak,r_snr =   0.9042420       61.91588    
    1346     0.000    4646     0.188   61.91588   0.000051   0.000357  -0.000013
 r_peak,r_snr =   0.9013523       68.37704    
    1446     0.031    4646     0.156   68.37704   0.000053   0.000367  -0.000013
 r_peak,r_snr =   0.9072161       75.67278    
    1546     0.063    4646     0.219   75.67278   0.000048   0.000314  -0.000016
 r_peak,r_snr =   0.9041505       60.66181    
    1646     0.063    4646     0.094   60.66181   0.000052   0.000374  -0.000011
 r_peak,r_snr =   0.8777720       89.62665    
    1746     0.063    4646     0.156   89.62665   0.000061   0.000437  -0.000011
 r_peak,r_snr =   0.8982820       74.96146    
    1846     0.000    4646     0.094   74.96146   0.000053   0.000371  -0.000010
 r_peak,r_snr =   0.9008693       49.50766    
    1946    -0.094    4646     0.063   49.50766   0.000073   0.000440  -0.000021
 r_peak,r_snr =   0.9110040       7.722066    
    2046    -0.250    4646    -0.094    7.72207   0.000217   0.000518  -0.000071
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.9403382       73.97339    
     146     0.094    5046     0.438   73.97339   0.000032   0.000185  -0.000006
 r_peak,r_snr =   0.9447713       73.49543    
     246     0.094    5046     0.406   73.49543   0.000028   0.000192  -0.000006
 r_peak,r_snr =   0.9399798       80.23219    
     346     0.094    5046     0.281   80.23219   0.000029   0.000190  -0.000005
 r_peak,r_snr =   0.9549462       49.66835    
     446     0.063    5046     0.281   49.66835   0.000024   0.000155  -0.000006
 r_peak,r_snr =   0.9583800       65.43980    
     546     0.031    5046     0.219   65.43980   0.000022   0.000141  -0.000002
 r_peak,r_snr =   0.9378920       62.86887    
     646     0.063    5046     0.219   62.86887   0.000036   0.000217  -0.000004
 r_peak,r_snr =   0.9042997       66.67173    
     746     0.125    5046     0.281   66.67173   0.000058   0.000340  -0.000006
 r_peak,r_snr =   0.8977044       70.12048    
     846     0.094    5046     0.219   70.12048   0.000054   0.000391  -0.000014
 r_peak,r_snr =   0.9230833       13.77196    
     946     0.031    5046     0.219   13.77196   0.000050   0.000304  -0.000014
 r_peak,r_snr =   0.9237328       57.31918    
    1046     0.000    5046     0.250   57.31918   0.000039   0.000289  -0.000015
 r_peak,r_snr =   0.9032699       77.55976    
    1146    -0.031    5046     0.188   77.55976   0.000056   0.000318  -0.000012
 r_peak,r_snr =   0.9152923       84.04256    
    1246     0.000    5046     0.219   84.04256   0.000042   0.000283  -0.000006
 r_peak,r_snr =   0.9151605       72.96606    
    1346     0.000    5046     0.188   72.96606   0.000048   0.000296  -0.000012
 r_peak,r_snr =   0.9008326       77.53264    
    1446     0.031    5046     0.219   77.53264   0.000053   0.000348  -0.000009
 r_peak,r_snr =   0.8815063       71.15778    
    1546     0.063    5046     0.156   71.15778   0.000062   0.000470  -0.000014
 r_peak,r_snr =   0.9007320       85.61768    
    1646     0.031    5046     0.125   85.61768   0.000047   0.000356  -0.000014
 r_peak,r_snr =   0.8803471       67.32564    
    1746     0.031    5046     0.125   67.32564   0.000059   0.000486  -0.000023
 r_peak,r_snr =   0.9719577       8.666780    
    1846    -0.031    5046     0.031    8.66678   0.000025   0.000191  -0.000001
 r_peak,r_snr =   0.9228391       25.49110    
    1946    -0.031    5046     0.125   25.49110   0.000077   0.000370  -0.000024
 r_peak,r_snr =   0.9315309       4.650444    
    2046    -0.188    5046    -0.094    4.65044   0.000199   0.000605  -0.000066
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.9348990       73.82576    
     146     0.094    5446     0.375   73.82576   0.000032   0.000220  -0.000010
 r_peak,r_snr =   0.9493453       66.37444    
     246     0.094    5446     0.344   66.37444   0.000028   0.000172  -0.000007
 r_peak,r_snr =   0.9385189       64.68037    
     346     0.094    5446     0.313   64.68037   0.000033   0.000198  -0.000007
 r_peak,r_snr =   0.9508452       67.49363    
     446     0.063    5446     0.250   67.49363   0.000026   0.000159  -0.000006
 r_peak,r_snr =   0.9482553       81.90034    
     546     0.031    5446     0.219   81.90034   0.000025   0.000166  -0.000004
 r_peak,r_snr =   0.9251636       79.35901    
     646     0.063    5446     0.219   79.35901   0.000035   0.000270  -0.000013
 r_peak,r_snr =   0.9017351       74.43084    
     746     0.094    5446     0.188   74.43084   0.000054   0.000366  -0.000013
 r_peak,r_snr =   0.9154276       77.74765    
     846     0.125    5446     0.188   77.74765   0.000044   0.000303  -0.000011
 r_peak,r_snr =   0.9331182       29.38162    
     946     0.031    5446     0.219   29.38162   0.000039   0.000263  -0.000016
 r_peak,r_snr =   0.9234189       61.82314    
    1046     0.000    5446     0.188   61.82314   0.000043   0.000272  -0.000014
 r_peak,r_snr =   0.9027458       62.74831    
    1146    -0.031    5446     0.156   62.74831   0.000056   0.000397  -0.000014
 r_peak,r_snr =   0.9288014       80.32603    
    1246    -0.031    5446     0.125   80.32603   0.000035   0.000235  -0.000015
 r_peak,r_snr =   0.9113451       81.99291    
    1346     0.000    5446     0.250   81.99291   0.000045   0.000289  -0.000009
 r_peak,r_snr =   0.8979113       75.95654    
    1446     0.063    5446     0.188   75.95654   0.000055   0.000379  -0.000014
 r_peak,r_snr =   0.8669335       77.22243    
    1546     0.063    5446     0.094   77.22243   0.000079   0.000531  -0.000012
 r_peak,r_snr =   0.9381776       66.60343    
    1646     0.031    5446     0.188   66.60343   0.000033   0.000225  -0.000016
 r_peak,r_snr =   0.9301795       65.29871    
    1746    -0.031    5446     0.063   65.29871   0.000038   0.000255  -0.000004
 r_peak,r_snr =   0.9101027       25.45860    
    1846    -0.031    5446     0.125   25.45860   0.000049   0.000382  -0.000007
 r_peak,r_snr =   0.8791724       26.16228    
    1946    -0.063    5446     0.063   26.16228   0.000107   0.000623  -0.000056
 r_peak,r_snr =   0.7935111       24.29904    
    2046    -0.250    5446    -0.094   24.29904   0.000483   0.001233  -0.000244
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.9360756       69.20770    
     146     0.063    5846     0.375   69.20770   0.000033   0.000233  -0.000006
 r_peak,r_snr =   0.9660407       10.15129    
     246     0.094    5846     0.406   10.15129   0.000037   0.000265  -0.000006
 r_peak,r_snr =   0.8975543       31.95360    
     346     0.125    5846     0.313   31.95360   0.000064   0.000410  -0.000022
 r_peak,r_snr =   0.9583682       46.38432    
     446     0.063    5846     0.281   46.38432   0.000023   0.000134  -0.000005
 r_peak,r_snr =   0.9474297       80.85096    
     546     0.000    5846     0.188   80.85096   0.000027   0.000160  -0.000006
 r_peak,r_snr =   0.9476039       59.65596    
     646     0.063    5846     0.156   59.65596   0.000028   0.000194  -0.000009
 r_peak,r_snr =   0.9027827       78.86470    
     746     0.094    5846     0.219   78.86470   0.000050   0.000336  -0.000009
 r_peak,r_snr =   0.8851408       83.01875    
     846     0.094    5846     0.219   83.01875   0.000060   0.000383  -0.000022
 r_peak,r_snr =   0.9333457       54.59241    
     946     0.031    5846     0.156   54.59241   0.000035   0.000247  -0.000005
 r_peak,r_snr =   0.9208093       79.85999    
    1046     0.000    5846     0.125   79.85999   0.000040   0.000261  -0.000010
 r_peak,r_snr =   0.9140755       63.84358    
    1146    -0.031    5846     0.219   63.84358   0.000048   0.000351  -0.000016
 r_peak,r_snr =   0.9200663       35.16670    
    1246     0.000    5846     0.250   35.16670   0.000048   0.000330  -0.000020
 r_peak,r_snr =   0.8884884       68.58051    
    1346     0.031    5846     0.219   68.58051   0.000065   0.000474  -0.000014
 r_peak,r_snr =   0.9497504       21.76393    
    1446     0.031    5846     0.250   21.76393   0.000038   0.000247  -0.000013
 r_peak,r_snr =   0.9462160       7.614889    
    1546     0.063    5846     0.063    7.61489   0.000049   0.000369  -0.000012
 r_peak,r_snr =   0.9832747       6.702616    
    1646     0.031    5846     0.156    6.70262   0.000021   0.000103  -0.000004
 r_peak,r_snr =   0.9642805       11.54456    
    1746     0.000    5846     0.188   11.54456   0.000030   0.000277  -0.000006
 r_peak,r_snr =   0.8659933       71.06287    
    1846    -0.031    5846     0.031   71.06287   0.000075   0.000460  -0.000017
 r_peak,r_snr =   0.8177719       41.15100    
    1946    -0.125    5846     0.125   41.15100   0.000144   0.000938  -0.000026
 r_peak,r_snr =   0.7561349       28.82462    
    2046    -0.094    5846     0.063   28.82462   0.000478   0.001587  -0.000295
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter number of looks 
 Enter the name of the second single look file
    7.122600      0.3957000              18
  Enter the output file name
  number of input lines:        116219
  number of output lines:         6456
  Reading data and doing multi-looking.
+     1
+  1153
+  2305
+  3457
+  4609
+  5761
+  6913
+  8065
+  9217
+ 10369
+ 11521
+ 12673
+ 13825
+ 14977
+ 16129
+ 17281
+ 18433
+ 19585
+ 20737
+ 21889
+ 23041
+ 24193
+ 25345
+ 26497
+ 27649
+ 28801
+ 29953
+ 31105
+ 32257
+ 33409
+ 34561
+ 35713
+ 36865
+ 38017
+ 39169
+ 40321
+ 41473
+ 42625
+ 43777
+ 44929
+ 46081
+ 47233
+ 48385
+ 49537
+ 50689
+ 51841
+ 52993
+ 54145
+ 55297
+ 56449
+ 57601
+ 58753
+ 59905
+ 61057
+ 62209
+ 63361
+ 64513
+ 65665
+ 66817
+ 67969
+ 69121
+ 70273
+ 71425
+ 72577
+ 73729
+ 74881
+ 76033
+ 77185
+ 78337
+ 79489
+ 80641
+ 81793
+ 82945
+ 84097
+ 85249
+ 86401
+ 87553
+ 88705
+ 89857
+ 91009
+ 92161
+ 93313
+ 94465
+ 95617
+ 96769
+ 97921
+ 99073
+100225
+101377
+102529
+103681
+104833
+105985
+107137
+108289
+109441
+110593
+111745
+112897
+114049
+115201
 *** Filtering. o/p nlines:        6456
+   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.
  Enter number of looks 
 Enter the name of the second single look file
    7.122600      0.3957000              18
  Enter the output file name
  number of input lines:        116219
  number of output lines:         6456
  Reading data and doing multi-looking.
+     1
+  1153
+  2305
+  3457
+  4609
+  5761
+  6913
+  8065
+  9217
+ 10369
+ 11521
+ 12673
+ 13825
+ 14977
+ 16129
+ 17281
+ 18433
+ 19585
+ 20737
+ 21889
+ 23041
+ 24193
+ 25345
+ 26497
+ 27649
+ 28801
+ 29953
+ 31105
+ 32257
+ 33409
+ 34561
+ 35713
+ 36865
+ 38017
+ 39169
+ 40321
+ 41473
+ 42625
+ 43777
+ 44929
+ 46081
+ 47233
+ 48385
+ 49537
+ 50689
+ 51841
+ 52993
+ 54145
+ 55297
+ 56449
+ 57601
+ 58753
+ 59905
+ 61057
+ 62209
+ 63361
+ 64513
+ 65665
+ 66817
+ 67969
+ 69121
+ 70273
+ 71425
+ 72577
+ 73729
+ 74881
+ 76033
+ 77185
+ 78337
+ 79489
+ 80641
+ 81793
+ 82945
+ 84097
+ 85249
+ 86401
+ 87553
+ 88705
+ 89857
+ 91009
+ 92161
+ 93313
+ 94465
+ 95617
+ 96769
+ 97921
+ 99073
+100225
+101377
+102529
+103681
+104833
+105985
+107137
+108289
+109441
+110593
+111745
+112897
+114049
+115201
 *** Filtering. o/p nlines:        6456
+   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.
  Enter number of looks 
 Enter the name of the second single look file
    7.122600      0.3957000              18
  Enter the output file name
  number of input lines:        116219
  number of output lines:         6456
  Reading data and doing multi-looking.
+     1
+  1153
+  2305
+  3457
+  4609
+  5761
+  6913
+  8065
+  9217
+ 10369
+ 11521
+ 12673
+ 13825
+ 14977
+ 16129
+ 17281
+ 18433
+ 19585
+ 20737
+ 21889
+ 23041
+ 24193
+ 25345
+ 26497
+ 27649
+ 28801
+ 29953
+ 31105
+ 32257
+ 33409
+ 34561
+ 35713
+ 36865
+ 38017
+ 39169
+ 40321
+ 41473
+ 42625
+ 43777
+ 44929
+ 46081
+ 47233
+ 48385
+ 49537
+ 50689
+ 51841
+ 52993
+ 54145
+ 55297
+ 56449
+ 57601
+ 58753
+ 59905
+ 61057
+ 62209
+ 63361
+ 64513
+ 65665
+ 66817
+ 67969
+ 69121
+ 70273
+ 71425
+ 72577
+ 73729
+ 74881
+ 76033
+ 77185
+ 78337
+ 79489
+ 80641
+ 81793
+ 82945
+ 84097
+ 85249
+ 86401
+ 87553
+ 88705
+ 89857
+ 91009
+ 92161
+ 93313
+ 94465
+ 95617
+ 96769
+ 97921
+ 99073
+100225
+101377
+102529
+103681
+104833
+105985
+107137
+108289
+109441
+110593
+111745
+112897
+114049
+115201
 *** Filtering. o/p nlines:        6456
+   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:    7.122600       43.20000    
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****    Interferometric Phase Generation    ***** 
   *****                                        ***** 
   *****       This program calculates          ***** 
   *****         unwrapped phase from           ***** 
   *****     two complex single look files.     ***** 
   *****                                        ***** 
   ************************************************** 
  Enter the name of the top antenna complex file.
 size:        2560      116219
  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        6456      116219
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3228
  Identifying neutrons..
  I found            0 neutrons.
  I found         1316 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6456
   ************************************************** 
   *****                                        ***** 
   *****      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      116219
  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        6456      116219
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3228
  Identifying neutrons..
  I found            0 neutrons.
  I found        21952 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6456
   ************************************************** 
   *****                                        ***** 
   *****      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      116219
  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        6456      116219
 Reading data and doing multi-looking.
+  100
+  200
+  300
+  400
+  500
+  600
+  700
+  800
+  900
+ 1000
+ 1100
+ 1200
+ 1300
+ 1400
+ 1500
+ 1600
+ 1700
+ 1800
+ 1900
+ 2000
+ 2100
+ 2200
+ 2300
+ 2400
+ 2500
+ 2600
+ 2700
+ 2800
+ 2900
+ 3000
+ 3100
+ 3200
+ 3300
+ 3400
+ 3500
+ 3600
+ 3700
+ 3800
+ 3900
+ 4000
+ 4100
+ 4200
+ 4300
+ 4400
+ 4500
+ 4600
+ 4700
+ 4800
+ 4900
+ 5000
+ 5100
+ 5200
+ 5300
+ 5400
+ 5500
+ 5600
+ 5700
+ 5800
+ 5900
+ 6000
+ 6100
+ 6200
+ 6300
+ 6400
 Filtering the interferogram
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
         4864
         5120
         5376
         5632
         5888
         6144
         6400
 Unwrapping the phases
 Enter seed point index (0<i<11):   Seed point =          512        3228
  Identifying neutrons..
  I found            0 neutrons.
  I found        50652 residues.
  Walls built, starting to unwrap.
 ***Writing unwrapped phase nlines        6456
   ************************************************** 
   *****                                        ***** 
   *****      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.
 /export/air12/airops/1143/sensor.hv96l                      
  Number of lines in mocomp file:       119000
  Transmit leverarm:  0.5200000       1.233909       1.601338    
  Receive levararm:   0.5400000      0.5060908     -0.2513379    
  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:       -1.728636       3.022947    
 Total number of pixels averaged:     17827984
 Phase Adjustment in cycles:       -0.2751210    
 Multi-looking lines        6456
 read lines.dat:           1                92160
 read lines.dat:        1001            184412160
 read lines.dat:        2001            368732160
 read lines.dat:        3001            553052160
 read lines.dat:        4001            737372160
 read lines.dat:        5001            921692160
 read lines.dat:        6001           1106012160
 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        6456
 ***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:/export/air12/airops/1143/sensor.hv96l                      
  Transmit leverarm:  0.5200000       1.233909       1.601338    
  Receive levararm:   0.5400000      0.5060908     -0.2513379    
 1st &total # lines:           1      119000
  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   8767.345       8767.345       5.718966    
    216.3750      0.0000000E+00
 1)xr yr zr:  0.5785442      0.4643106     -0.2461726    
 xv0 ,h_p c s xv:         100   8767.345       8767.357       5.721878    
    216.3750      1.2343174E-02
 100)xr yr zr:  0.5785868      0.4642574     -0.2461726      -23481.00    
    5.983365       8767.357    
  Enter the interf. calibration file name.
 HDDT:96022
 ==xv0 h_a==   8767.345       7604.200       1163.145    
 ==r0 bw wavl dx dr==   8607.040       40.00000      0.2422600    
    7.122600       3.331000    
 ==phbt phtp calf==   41.70000      -82.80000       43.59380    
   0.2422600       40.00000    
 L-band 0
            1
 hddt ash cln cph0:       96022  0.4000000      0.0000000E+00   195.7800    
 ==ph0 cal-dph cph0:   71.28000       124.5000       195.7800    
  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        6456           3
 Reading mask
 Reading  line files
 Translating the phases to height.
 ==look_agl==:           1        2746  0.4895753    
 xv ha cos(p):  0.2848213      0.6787383      0.9998910    
 xv0 maphgt rf:   8767.345       1163.145       8616.339    
 **Bliine(100) dy dz:**  0.7378411       1.848808    
 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 =   -9203.298    
 Writing map out.
 cal_cp lines:        2560        6456       30720
 file cal_cp.dat:        2560        6456       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
 /u/sardine0/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):96022
 HDDT:       96022
  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:   84.38500       91.30000       147.1230    
    80.10000    
 topsar L-band: gain caltone:   147.1230       80.10000      -233.2230    
 ipol ahh,ahv,avh,AVV:           4  -7.190000      -6.000000      -7.190000    
   -233.2230    
 L-band ANT:/u/sardine0/airops/OPS/data_proc/TOPSAR_L.ANT               
  Enter the name of the motion compensation file.
 motion lun:           5
  How many lines of raw data?
  Enter the file with the data lines per pixel.
 lines lun:           5
  Is there a DEM available?
  Enter the name of the DEM file.
 dem lun:           6
  Byte offset to DEM data:            0       20480
  Enter the name of the global reference file
  Enter the scattering area file name.
 sca lun:           7
  Now doing the actual calibration
          250        6456
          500        6456
          750        6456
         1000        6456
         1250        6456
         1500        6456
         1750        6456
         2000        6456
         2250        6456
         2500        6456
         2750        6456
         3000        6456
         3250        6456
         3500        6456
         3750        6456
         4000        6456
         4250        6456
         4500        6456
         4750        6456
         5000        6456
         5250        6456
         5500        6456
         5750        6456
         6000        6456
         6250        6456
 peg points:    58.36637      -155.0624      -89.89301       58.36637    
   -155.0624      -89.89301    
KATMAI-270-2 
NAME OF HEADER                           PARAMETER
SITE NAME                             Katmai-270-2
LATITUDE OF SITE (DEGREES)                 58.2917
LONGITUDE OF SITE (DEGREES)              -154.9000
IMAGE TITLE                           KATMAI-270-2
HDDT ID                                      96022
FREQUENCY                                        L
POLARIZATION                                    VV
CCT TYPE                                        TS
CCT ID                                        1143
ARCHIVAL FLAG                                    0
TRANSFER START FRAMECOUNT                 12990106
PROCESSOR START FRAMECOUNT                12990106
LATITUDE AT START OF SCENE (DEGREES)       58.3291
LONGITUDE AT START OF SCENE (DEGREES)    -154.6674
LATITUDE AT END OF SCENE (DEGREES)         58.3291
LONGITUDE AT END OF SCENE (DEGREES)      -155.6191
APPROXIMATE STARTING HDDT FOOTAGE           143317
DATE OF ACQUISITION (GMT)                14-JUN-96
TIME OF ACQUISITION: GMT DAY                   166
TIME OF ACQUISITION: SECONDS IN DAY        73220.0
RECORD WINDOW DURATION (MICROSECONDS)           50
FREQUENCIES COLLECTED                           LC
DIGITAL DELAY (MICROSECONDS)                  85.0
CHIRP DELAY (MICROSECONDS)                    27.2
PROCESSOR DELAY (RAW SAMPLES)                    0
PRF AT START OF TRANSFER (HZ)               1093.1
SAMPLING RATE (MHZ)                          90.00
CENTER FREQUENCY AT VIDEO (MHZ)              22.50
CHIRP BANDWIDTH (MHZ)                        40.00
TYPE OF CHIRP USED (ANALOG OR DIGITAL)     DIGITAL
PULSE LENGTH (MICROSECONDS)                  10.00
PROCESSOR WAVELENGTH (METERS)              0.24226
BAROMETRIC ALTITUDE (METERS)                8851.0
RADAR ALTITUDE (METERS)                     7604.3
ALTITUDE USED IN PROCESSOR (METERS)         7604.2
ELEVATION OF INVESTIGATOR SITE (METERS)        914
AIRCRAFT TRACK ANGLE (DEGREES)               -90.2
AIRCRAFT YAW ANGLE (DEGREES)                   4.1
AIRCRAFT PITCH ANGLE (DEGREES)                 0.9
AIRCRAFT ROLL ANGLE (DEGREES)                 -0.4
PROCESSOR YAW ANGLE USED (DEGREES)        VARIABLE
PROCESSOR PITCH ANGLE USED (DEGREES)      VARIABLE
PROCESSOR ROLL ANGLE USED (DEGREES)       VARIABLE
NOMINAL PRF RATIO (HZ/KNOT)                  1.300
NOMINAL PRF RATIO (1/METERS)                 2.527
PRF RATIO CORRECTION FACTOR USED            1.0000
RANGE FFT SIZE                                8192
AZIMUTH FFT SIZE                              8192
FRAME SIZE (RANGE LINES)                      4192
NUMBER OF FRAMES PROCESSED                      33
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)    0.0171
NEAR SLANT RANGE (METERS)                  8607.04
FAR SLANT RANGE (METERS)                  17131.14
NEAR LOOK ANGLE (DEGREES)                     27.9
FAR LOOK ANGLE (DEGEES)                       63.6
NUMBER OF LOOKS PROCESSED IN AZIMUTH            18
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            16.5
DESKEW FLAG (1=DESKEWED, 2=NOT DESKEWED)         1
SLANT RANGE SAMPLE SPACING (METERS)         3.3310
NOMINAL SLANT RANGE RESOLUTION (METERS)        5.5
AZIMUTH SAMPLE SPACING (METERS)             7.1200
NOMINAL AZIMUTH RESOLUTION (METERS)           43.2
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)            58.2906
IMAGE CENTER LONGITUDE (DEGREES)         -155.1466
CALTONE VIDEO FREQUENCY                    43.5938
CALTONE POWER MEASURED, DB, HH                78.7
CALTONE POWER MEASURED, DB, HV                79.2
CALTONE POWER MEASURED, DB, VH                78.7
CALTONE POWER MEASURED, DB, VV                79.3
CALIBRATION FACTOR APPLIED, DB, HH               0
CALIBRATION FACTOR APPLIED, DB, HV               0
CALIBRATION FACTOR APPLIED, DB, VH               0
CALIBRATION FACTOR APPLIED, DB, VV            -154
MEASURED AND CORRECTED HV/VH POWER RATIO     1.000
MEASURED AND CORRECTED HV/VH PHASE (DEG)       0.0
CALTONE PHASE MEASURED, DEG, HH               41.7
CALTONE PHASE MEASURED, DEG, HV              -82.8
CALTONE PHASE MEASURED, DEG, VH               41.9
CALTONE PHASE MEASURED, DEG, VV              -82.0
GENERAL SCALE FACTOR                           0.0
GPS ALTITUDE, M                             8704.4
LATITUDE OF PEG POINT                   58.3663673
LONGITUDE OF PEG POINT                -155.0624084
HEADING AT PEG POINT                   -89.8930130
P-BAND RFI FILTER APPLIED FLAG                  NO
P-BAND RFI FILTER ALGORITHM                       
ALONG-TRACK OFFSET S0  (M)                 8704.40
CROSS-TRACK OFFSET C0  (M)                 8704.40
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_l.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
 proj4 nsampr        1131   17131.07       7604.200       4032.031    
    10.00000    
  # header output no1 no2 no3:            4           1           2           1
  Byte offset to cali header out:             0
  Byte offset to calheader in:             0
  Byte offset to dem header        13572
  Byte offset to first data line:            18096
  Peg point parameters:
    58.36637      -155.0624      -89.89301    
  
  Offset Parameters:
     s0 (m) =   -9203.300    
     c0 (m) =    4032.031    

 Reading data.       10240        1131        6456
+  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 =               2563873
         1131         4598   -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
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_l.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           5
 proj4 nsampr        1131   17131.07       7604.200       4032.031    
    10.00000    
  # header output no1 no2 no3:            3           1           2           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:            13572
 Reading data.       10240        1131        6456
+  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 =    4032.031    
  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.
+  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 =               2578114
         1131         4598   0.0000000E+00
    Number of holes filled by WAYNE (real*4) =                 21207
    Neighborhood Pixel Distance Used =            5
 Writing map out.
+  256
+  512
+  768
+ 1024
+ 1280
+ 1536
+ 1792
+ 2048
+ 2304
+ 2560
+ 2816
+ 3072
+ 3328
+ 3584
+ 3840
+ 4096
+ 4352
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_l.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
 proj4 nsampr        1131   17131.07       7604.200       4032.031    
    10.00000    
  # header output no1 no2 no3:            7           1           2           4
  Byte offset to cali header out:         13572
  Byte offset to calheader in:         20480
  Byte offset to dem header            0
  Byte offset to first data line:            31668
  headers_sgi:           3       10240                30720
                 18096
 Reading data.       10240        1131        6456
+  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 =    4032.031    
  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.
+  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 =               1346578
         1131         4598   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
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_l.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
  Number of header no123:            6           1           5           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             6786
 Reading data.        2560        1131        6456
+  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 =    4032.031    
  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
   ************************************************** 
   *****                                        ***** 
   *****      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.
  Enter the cor file name.
 Opening /export/air15/airops/1143/ts1143_l.cor                     
  with  dataptr starting at         7680
 checking on distance value
 checking on distance value           0
  Number of header no123:            6           1           5           0
  Byte offset to calibration header:             0
  Byte offset to dem header:                     0
  Byte offset to first data line:             6786
 Reading data.        2560        1131        6456
+  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 =    4032.031    
  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
  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        13572
 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
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
   ************************************************** 
   *****                                        ***** 
   *****      Integrated AIRSAR Processor       ***** 
   *****                                        ***** 
   *****           DEM Format Program           ***** 
   *****                                        ***** 
   *****  This program outputs heights in       ***** 
   *****  16 bit numbers.                       ***** 
   *****                                        ***** 
   ************************************************** 

  Enter the name of the file to be formatted.
 ibytesdemheadin:       13572
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Enter the output file name.
 ibytesdemheadin:       13572
  Finding the maximum and minimum heights..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Minimum, Maximum heights:   105.1234       2725.623    
  Suggest we use   0.1599426     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
   ************************************************** 
   *****                                        ***** 
   *****      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:        1131        4640       31668
 ns np offset:        1131        4640       31668
 ibytesvectorin nvector:       18096       10240
  Reading the data ..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Finding the average RCS..
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
  Average RCS (dB) =   -62.30484    
  Enter the output file name.
 cal offset:        9048           1           3
 data offset:       22620           1           3           1           5
        10240
  Changing to INTEGER*2 format...
          256
          512
          768
         1024
         1280
         1536
         1792
         2048
         2304
         2560
         2816
         3072
         3328
         3584
         3840
         4096
         4352
         4608
 ***  Convert real*4 to Byte image  ***
  
 Enter data file to be converted:  /export/air15/airops/1143/ts1143_l.vvgr             
 channel=           3
  Reading the header.
  New header present.
  Record length =         4524
  Number of samples per line =         1131
  Number of lines in image =         4640
  Offset to data =        31668
  Status =            0
  New header is OK
 nsamp,nlines,ioff        1131        4640       31668
 Enter data file for saving byte output:            33  0.0000000E+00  0.0000000E+00
           65  1.4364767E-03  0.0000000E+00
           97  1.9542559E-03  0.0000000E+00
          129  1.9542559E-03  0.0000000E+00
          161  1.9542559E-03  0.0000000E+00
          193  1.9542559E-03  0.0000000E+00
          225  1.9542559E-03  0.0000000E+00
          257  8.8160550E-03  0.0000000E+00
          289  9.0323268E-03  0.0000000E+00
          321  9.0323268E-03  0.0000000E+00
          353  9.0323268E-03  0.0000000E+00
          385  9.0323268E-03  0.0000000E+00
          417  9.0323268E-03  0.0000000E+00
          449  9.0323268E-03  0.0000000E+00
          481  9.0323268E-03  0.0000000E+00
          513  9.0323268E-03  0.0000000E+00
          545  1.1623195E-02  0.0000000E+00
          577  1.1623195E-02  0.0000000E+00
          609  1.1623195E-02  0.0000000E+00
          641  1.5363654E-02  0.0000000E+00
          673  1.5363654E-02  0.0000000E+00
          705  1.5363654E-02  0.0000000E+00
          737  2.4799872E-02  0.0000000E+00
          769  2.4799872E-02  0.0000000E+00
          801  2.4799872E-02  0.0000000E+00
          833  2.4799872E-02  0.0000000E+00
          865  3.9265212E-02  0.0000000E+00
          897  3.9265212E-02  0.0000000E+00
          929  3.9265212E-02  0.0000000E+00
          961  9.1408037E-02  0.0000000E+00
          993  9.1408037E-02  0.0000000E+00
         1025  9.1408037E-02  0.0000000E+00
         1057  9.1408037E-02  0.0000000E+00
         1089  9.1408037E-02  0.0000000E+00
         1121  9.1408037E-02  0.0000000E+00
         1153  9.1408037E-02  0.0000000E+00
         1185  9.1408037E-02  0.0000000E+00
         1217  9.1408037E-02  0.0000000E+00
         1249  9.1408037E-02  0.0000000E+00
         1281  9.1408037E-02  0.0000000E+00
         1313  9.1408037E-02  0.0000000E+00
         1345  9.1408037E-02  0.0000000E+00
         1377  9.1408037E-02  0.0000000E+00
         1409  9.1408037E-02  0.0000000E+00
         1441  9.1408037E-02  0.0000000E+00
         1473  9.1408037E-02  0.0000000E+00
         1505  9.1408037E-02  0.0000000E+00
         1537  9.1408037E-02  0.0000000E+00
         1569  9.1408037E-02  0.0000000E+00
         1601  9.1408037E-02  0.0000000E+00
         1633  9.1408037E-02  0.0000000E+00
         1665  9.1408037E-02  0.0000000E+00
         1697  9.1408037E-02  0.0000000E+00
         1729  9.1408037E-02  0.0000000E+00
         1761  9.1408037E-02  0.0000000E+00
         1793  9.1408037E-02  0.0000000E+00
         1825  9.1408037E-02  0.0000000E+00
         1857  9.1408037E-02  0.0000000E+00
         1889  9.1408037E-02  0.0000000E+00
         1921  9.1408037E-02  0.0000000E+00
         1953  9.1408037E-02  0.0000000E+00
         1985  9.1408037E-02  0.0000000E+00
         2017  9.1663517E-02  0.0000000E+00
         2049  9.1663517E-02  0.0000000E+00
         2081  9.1663517E-02  0.0000000E+00
         2113  9.1663517E-02  0.0000000E+00
         2145  9.1663517E-02  0.0000000E+00
         2177  9.1663517E-02  0.0000000E+00
         2209  9.1663517E-02  0.0000000E+00
         2241  9.1663517E-02  0.0000000E+00
         2273  9.1663517E-02  0.0000000E+00
         2305  9.1663517E-02  0.0000000E+00
         2337  9.1663517E-02  0.0000000E+00
         2369  9.1663517E-02  0.0000000E+00
         2401  9.1663517E-02  0.0000000E+00
         2433  9.1663517E-02  0.0000000E+00
         2465  9.1663517E-02  0.0000000E+00
         2497  9.1663517E-02  0.0000000E+00
         2529  9.1663517E-02  0.0000000E+00
         2561  9.1663517E-02  0.0000000E+00
         2593  9.1663517E-02  0.0000000E+00
         2625  9.1663517E-02  0.0000000E+00
         2657  9.1663517E-02  0.0000000E+00
         2689  9.1663517E-02  0.0000000E+00
         2721  9.1663517E-02  0.0000000E+00
         2753  9.1663517E-02  0.0000000E+00
         2785  9.1663517E-02  0.0000000E+00
         2817  9.1663517E-02  0.0000000E+00
         2849  9.1663517E-02  0.0000000E+00
         2881  9.1663517E-02  0.0000000E+00
         2913  9.1663517E-02  0.0000000E+00
         2945  9.1663517E-02  0.0000000E+00
         2977  9.1663517E-02  0.0000000E+00
         3009  9.1663517E-02  0.0000000E+00
         3041  9.1663517E-02  0.0000000E+00
         3073  9.1663517E-02  0.0000000E+00
         3105  9.1663517E-02  0.0000000E+00
         3137  9.1663517E-02  0.0000000E+00
         3169  9.1663517E-02  0.0000000E+00
         3201  9.1663517E-02  0.0000000E+00
         3233  9.1663517E-02  0.0000000E+00
         3265  9.1663517E-02  0.0000000E+00
         3297  9.1663517E-02  0.0000000E+00
         3329  9.1663517E-02  0.0000000E+00
         3361  9.1663517E-02  0.0000000E+00
         3393  9.1663517E-02  0.0000000E+00
         3425  9.1663517E-02  0.0000000E+00
         3457  9.1663517E-02  0.0000000E+00
         3489  9.1663517E-02  0.0000000E+00
         3521  9.1663517E-02  0.0000000E+00
         3553  9.1663517E-02  0.0000000E+00
         3585  0.3873653      0.0000000E+00
         3617  0.3873653      0.0000000E+00
         3649  0.3873653      0.0000000E+00
         3681  0.3873653      0.0000000E+00
         3713  0.3873653      0.0000000E+00
         3745  0.3873653      0.0000000E+00
         3777  0.3873653      0.0000000E+00
         3809  0.3873653      0.0000000E+00
         3841  0.3873653      0.0000000E+00
         3873  0.3873653      0.0000000E+00
         3905  0.3873653      0.0000000E+00
         3937  0.3873653      0.0000000E+00
         3969  0.3873653      0.0000000E+00
         4001  0.3873653      0.0000000E+00
         4033  0.3873653      0.0000000E+00
         4065  0.3873653      0.0000000E+00
         4097  0.3873653      0.0000000E+00
         4129  0.3873653      0.0000000E+00
         4161  0.3873653      0.0000000E+00
         4193  0.3873653      0.0000000E+00
         4225  0.3873653      0.0000000E+00
         4257  0.3873653      0.0000000E+00
         4289  0.3873653      0.0000000E+00
         4321  0.3873653      0.0000000E+00
         4353  0.3873653      0.0000000E+00
         4385  0.3873653      0.0000000E+00
         4417  0.3873653      0.0000000E+00
         4449  0.4128020      0.0000000E+00
         4481  0.4128020      0.0000000E+00
         4513  0.4128020      0.0000000E+00
         4545  0.4128020      0.0000000E+00
         4577  0.4128020      0.0000000E+00
         4609  0.4128020      0.0000000E+00
  Min, Max r_scale =   0.0000000E+00  0.4128020      0.5000000    
 Do you want to change these variables? yes=1
            0
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 done
Wed Apr 26 22:05:29 PDT 2000