processor job
 /export/sardine0/airops/processor/data/           
  ******************************************************
  *                                                    *
  *             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/air11/airops/1029                                   
  Enter the C-band output disk name (def:/u/air16/airops) : 
 C-band output data disk:
 /export/air16/airops/1029                                   
  Enter the L-band output disk name (def:/u/air16/airops) : 
 L-band output data disk:
 /export/air16/airops/1029                                   
  Enter the P-band output disk name (def:/u/air16/airops) : 
 P-band output data disk:
 /export/air16/airops/1029                                   
  How many bytes offset in range (def=0)? 
  Which year was data taken (def=95)? 
 year:          95
  Is this taken in 98 spring (def=95)? 
  Enter the chirp bandwidth (def=40): 
 bandwidth:          20
  Enter HDDT number:
 HDDT #:       95027
  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 #:ts6069
  What is the desired post spacing (def=10)?
 post spacing#:          10
  What is the # of lines of download tape (def=40960)?
 # of lines for download:      211300
 # of lines for download:      211300
  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)? 

  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 #:cm6069
 cm/ts #:cm6069
 Enter the number of looks (def=18): 
 raw disk:/export/air11/airops/1029
  Enter the frequency (C, L or P)
  Enter the radar mode, 0=POLSAR, 1=TOPSAR, 2=PINGPONG 3=POLTOP (def=0): 
 cm #:cm6069
 cm/ts #:cm6069
 Enter the number of looks (def=18): 
 raw disk:/export/air11/airops/1029

 ***** Please run "gencom_all" now!
 /export/sardine0/airops/processor/data/           
  ******************************************************
  *                                                    *
  *             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)
 nbytes:        6144
 line1:           1
 nlines      195590
 lgt_az        2586
 sensor_out/export/air11/airops/1029/sensor.tp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      211300
 lgt_az        2586
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        4700
 sensor_out/export/air11/airops/1029/sensor.pp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      105650
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        4700
 sensor_out/export/air11/airops/1029/sensor.lp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      105650
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        2586
 sensor_out/export/air11/airops/1029/sensor.cp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      105650
 lgt_az        2586
  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.
  Write DESKEW_LVV.COM file.
  Wrote MLOOK_LINESL.COM file.
  Wrote MULTILOOK_L.COM file.
  Wrote RADIOMETRIC_L.COM file
  Wrote COMPRESS_L.COM file
 cctid:6069
  Wrote L_PIC.COM file
 p_flag =            0
 /export/sardine0/airops/processor/data/           
  ******************************************************
  *                                                    *
  *             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)
 nbytes:        6144
 line1:           1
 nlines      195590
 lgt_az        2586
 sensor_out/export/air11/airops/1029/sensor.tp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      211300
 lgt_az        2586
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        4700
 sensor_out/export/air11/airops/1029/sensor.pp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      105650
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        4700
 sensor_out/export/air11/airops/1029/sensor.lp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      105650
 lgt_az        4700
 nbytes:        6144
 line1:           1
 nlines       97795
 lgt_az        2586
 sensor_out/export/air11/airops/1029/sensor.cp                         
 nbytes: update sensor        6144
 line1:           1
 nlines      105650
 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
 cctid:6069
  Wrote P_PIC.COM file
 p_flag =            0
Mon Aug 16 20:28:18 PDT 1999
Mon Aug 16 20:28:19 PDT 1999

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


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

  Data acquired after 1994.
  
 J2000 time    =   -144447781.6364820    
 GPS J2000 time    =   -144447783.4472040    
  
 Message 1
 Time          =   -144447781.6364820    
 INS Time      =  -0.1384960000000000    
 Roll angle    =   -1.109619140625000    
 Pitch angle   =   0.9722900390625000    
 Heading angle =   -3.131103515625000    
 Long. acc     =   0.1800000000000000    
 Lat. acc      =   0.2200000000000000    
 Norm.  acc    =   -9.790000000000001    
 East vel.     =   0.7720000000000000    
 North vel.    =    216.3360000000000    
 Up vel.       =  -0.1270000000000000    
 True Grnd Spd =    216.3281250000000    
 Altitude      =    8235.000000000000    
 Latitude      =    42.21233298070729    
 Longitude     =   -85.29987663030624    
  
 Message 6
 Week          =          804
 GPS Time      =   -144447783.4472040    
 GDOP          =    2.421875000000000    
 PDOP          =    2.171875000000000    
 HDOP          =    1.234375000000000    
 VDOP          =    1.765625000000000    
 TDOP          =    1.093750000000000    
 Spherical Acc =    10.00000000000000    
 Time Acc      =   1.0000000000000000E-08
 GPS Lat       =    42.20896093330985    
 GPS Lon       =   -85.29989631211367    
 GPS Alt       =    8239.000000000000    
 GPS East Vel  =   0.8300000000000001    
 GPS North Vel =    216.3600000000000    
 GPS Up Vel    =  -0.2200000000000000    
  
 Message 3
 Del INU Time  =  -0.9384960000000000    
 Del vel east  =  -2.7343750000000000E-02
 Del vel north =   6.3476562500000000E-03
 Del vel up    =   2.6367187500000000E-02
 Del pos east  =   0.0000000000000000E+00
 Del pos north =    1.250000000000000    
 Del pos up    =   0.1250000000000000    
  
 Message 4
 Sigma Pos x   =    1.375000000000000    
 Sigma Pos y   =    1.375000000000000    
 Sigma Pos z   =    2.125000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   8.7890625000000000E-03
 Sigma Vel z   =   1.0864257812500000E-02
  
 Message 7
 Satellites used =  26 31 31 15  7 27
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 Retrived Honeywell data...       12602
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 Another very nice data set here at Kellogg; IGI is performing ve
 ry well; CPA @ 15:24:23 FC=5,257,200 IDR=396900 drft -4.6; mostl
 y smooth flyin'; photo is still having problems...ks great (for
 all runs here)thy William MillerLori 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:            595027         95027
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        6069
 prod ID1:60696069
 prod ID:6069                        
  SONY tapeid: 95027       95027
 tapeid:9502795027  
 tapeid par:95027
 prod ID:6069
 chrp_delay from subcomm header tapeID:    27.20000           95027
  chrp_delay is 32.5 usec       95027   27.20000    
 Is this 98039< x >98001 for P-bnad?:       95027
 1998 P-band fc?   11.25000    
 idelay,chrp_delay,xdelay          85   27.20000      0.4200000    
 near range delr windela:   8601.046       6.662055               0
  f_cal   21.44531       1238.555    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   2.00   7 19  2 15 26 27      
 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 14  0   
 >> ratn_phv = 0  8  0   
 >> ratn_pvh = 0  8  0   
 >> ratn_pvv = 0 14  0   
 >> ratn_lhh = 0  6  0   
 >> ratn_lhv = 0  0  0   
 >> ratn_lvh = 0  0  0   
 >> ratn_lvv = 0  6  0   
 >> ratn_chh = 0  6 10   
 >> ratn_chv = 0  0 10   
 >> ratn_cvh = 0  0 10   
 >> ratn_cvv = 0  6 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 0
 >> chrp_bnd = 20  
 >> chrp_len = 10 
 >> chrp_mod = DN
  
 Done decoding data from header array...
  
 Data collected on ==> 04-JUN-1995                                                                     
  
 Starting and end GPS times for SAR data  -144447781.7740   -144447528.5690
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00120     0.0000018      0
 hdg             -3.44475       -3.80127       -3.12561     0.1315866      0
 trc              0.03434       -0.10275       65.88514     0.2124202      0
 tgs            215.53513      214.96875      397.45313     0.6449553      0
 roll            -0.96532       -1.48315        1.35132     0.1945628      0
 pitch            0.99642        0.86243        1.14258     0.0512543      0
 lati            42.45329       42.20896       42.69728     0.1410345      0
 loni           -85.29967      -85.29990      -85.29951     0.0000739      0
 latd            42.45063       42.20500       42.69333     0.1410971      0
 lond           -85.30000      -85.30000      -85.30000     0.0000000      0
 balt          7929.61215     7924.80000     7933.63920     1.3129427      0
 ralt          7991.61271     7970.21520     8028.43200    13.9179954      0
 dpth             1.04285        0.90000        1.20000     0.0563572      0
 droll           -0.92552       -1.40000        0.00000     0.1762158      0
 thd            356.58261      356.20000      356.90000     0.1452079      0
 dad              3.36400        3.20000        3.60000     0.0968022      0
 latg            42.45590       42.21167       42.69994     0.1407199      6
 long           -84.93769      -85.29967        0.00001     5.5440953      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8208.46825     4602.94971     8263.88965   236.1908924      0
 phh_aten        14.00000       14.00000       14.00000     0.0000000      0
 phv_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvh_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvv_aten        14.00000       14.00000       14.00000     0.0000000      0
 lhh_aten         6.00000        6.00000        6.00000     0.0000000      0
 lhv_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvh_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvv_aten         6.00000        6.00000        6.00000     0.0000000      0
 chh_aten        16.00000       16.00000       16.00000     0.0000000      0
 chv_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvh_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvv_aten        16.00000       16.00000       16.00000     0.0000000      0
 hwlat           42.45647       42.21232       42.70070     0.1409106      0
 hwlon          -85.30643     -170.59937      -85.29949     0.7598197      0
 hwalt         8226.03267     8221.89885     8234.80133     3.1462233      0
 hwev             0.12644       -0.38600        0.78800     0.2397668      0
 hwnv           215.53948      214.97000      216.33600     0.3196438      0
 hwuv            -0.05220       -0.42200        0.29600     0.1367699      0
 hwroll          -0.96532       -1.48315        1.31287     0.1935107      0
 hwpitch          0.99646        0.86243        1.14258     0.0512689      0
 hwhdg           -3.44532       -6.61377       -3.12561     0.1344015      0
 hwtrc            0.03356       -0.10275        0.27875     0.0637137      0
 hwtgs          215.53244      214.96875      216.32813     0.3198344      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...
   -144447780.9993958    
 i_yearind        19954
  
 GPS time for first pulse =   -144447781.7725127      -144447781.7740000    
  
  
 New start and number of records =          116      211107
 New start and number of blocks  =            1        1651
  
 GPS trend coefficients =   -15.88482483295863       48.30010957364550    
    20.92917637861216    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00120     0.0000018      0
 hdg             -3.44492       -3.80127       -3.12561     0.1314308      0
 trc              0.03361       -0.10275        0.20875     0.0636991      0
 tgs            215.53290      214.96875      216.32813     0.3199448      0
 roll            -0.96570       -1.48315        1.27441     0.1919076      0
 pitch            0.99643        0.86243        1.14258     0.0512664      0
 delx             0.25730        0.00000        0.25738     0.0005605      0
 lati            42.45344       42.20896       42.69728     0.1411195      0
 loni           -85.29967      -85.29990      -85.29951     0.0000740      0
 latd            42.45078       42.20667       42.69333     0.1411789      0
 lond           -85.30000      -85.30000      -85.30000     0.0000000      0
 balt          7929.61348     7925.40960     7933.33440     1.3076481      0
 ralt          7991.60658     7970.21520     8028.43200    13.9066150      0
 dpth             1.04282        0.90000        1.20000     0.0563499      0
 droll           -0.92629       -1.40000       -0.40000     0.1749260      0
 thd            356.58262      356.20000      356.90000     0.1451645      0
 dad              3.36396        3.20000        3.60000     0.0967857      0
 latg            42.45529       42.21167       42.69800     0.1411037      0
 long           -85.29956      -85.29967      -85.29942     0.0000680      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8208.46824     8205.00992     8211.75599     1.7140819      0
 phh_aten        14.00000       14.00000       14.00000     0.0000000      0
 phv_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvh_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvv_aten        14.00000       14.00000       14.00000     0.0000000      0
 lhh_aten         6.00000        6.00000        6.00000     0.0000000      0
 lhv_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvh_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvv_aten         6.00000        6.00000        6.00000     0.0000000      0
 chh_aten        16.00000       16.00000       16.00000     0.0000000      0
 chv_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvh_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvv_aten        16.00000       16.00000       16.00000     0.0000000      0
 hwlat           42.45647       42.21236       42.70066     0.1409106      0
 hwlon          -85.29966      -85.29988      -85.29949     0.0000733      0
 hwalt         8226.03267     8221.89891     8234.79867     3.1462231      0
 hwev             0.12648       -0.38500        0.78600     0.2397782      0
 hwnv           215.53947      214.97200      216.33500     0.3197087      0
 hwuv            -0.05220       -0.42200        0.29600     0.1367690      0
 hwroll          -0.96535       -1.47766        1.27441     0.1934459      0
 hwpitch          0.99650        0.86792        1.14258     0.0511866      0
 hwhdg           -3.44506       -3.80127       -3.12561     0.1314352      0
 hwtrc            0.03355       -0.10248        0.20822     0.0636803      0
 hwtgs          215.53240      214.96875      216.32813     0.3199047      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7929.613476922916    
 Average Radar Altitude      =    7991.606584615370    
 Average GPS Altitude        =    8208.468244775069    
 >>Record # :          128
 >>GPS Stuff =   2.00   7 19  2 15 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 =    42.2123569  -85.2998780    8234.799
 End position   =    42.7006613  -85.2994908    8221.999
 Loxodromic Heading (deg) =     0.0336416
 Loxodromic Distance (km) =     54241.9091192
 Geodesic Heading (deg)   =     0.0335113
 Geodesic Distance (km)   =     54241.9090224
  
 Peg latitude and longitude =    42.4565084  -85.2997308
 Peg heading =     0.0415349
  
 Rotation matrix 
 First row =    0.060456863 -0.054591646 -0.996676838
 Second row =  -0.735308760  0.672819466 -0.081455472
 Third row =    0.675030367  0.737789752  0.000534839
  
 Translation vector 
 Vector =      1411.57918   -17168.38236   -13105.31598
  
 Local Radius of Curvature =    6364538.716021913    
  
 Start and end pulse used =          116      211222
 Ellipsoidal delta s (m) =   0.2569415792178094    
  
 Delta s on reference surface =   0.2569415796797827    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    3346.517071933570    
 Time orgin =           -144447781.7725127    
 Pulse spacing =        0.2573007974459931    
 First frame  =            5860115

 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/air16/airops/1029/cm6069_l.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air16/airops/1029/cm6069_l.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air16/airops/1029/cm6069_l.mocompv                 
 How many lines per polarization?
       105650
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001

  *********************************************
  *                                           *
  *         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/air16/airops/1029/cm6069_l.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/l_hh                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_l_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_l_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_l_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_l_hh.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (-81.80576,0.0000000E+00) (11.97157,0.0000000E+00)
 (-11.97157,0.0000000E+00)
 attenuation (dB):    6.000001    
 Pulse#/128:           1        1073  1.5761014E+08
 Pulse#/128:         129        1073  1.5278410E+08
 Pulse#/128:         257        1073  1.5556834E+08
 Pulse#/128:         385        1073  1.5979325E+08
 Pulse#/128:         513        1073  1.5362426E+08
 Pulse#/128:         641        1073  1.5495734E+08
 Pulse#/128:         769        1073  1.5546930E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   81.89376    Power RMS:  4.9410589E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   12436.35    Amp.  RMS:   66.93280    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -163.1319    Phase RMS:  0.2688227    
 Incoherent PH 1st:  -163.0496    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   81.90163    
 CalTone Power Coherently dB  :   81.89376    
 Incoherent PW  - Coherent PW :  7.8735352E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   12440.27    
 CalTone Amplitude Coherently   :   12436.35    
 Incoherent Amp.- Coherent Amp. :   3.924805    
       ------------ *** ------------
 running time (sec):     43.10
  ********** Next Channel ************
  Enter Batch Mode Flag: yes=1; no=else
            1
 Enter Channel Flag:(ctp,cbt,lhh,lhv,lvh,lvv,phh..)
 LHV
  Enter the paramater file name.
 /export/air16/airops/1029/cm6069_l.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/l_hv                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_l_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_l_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_l_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_l_hv.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (47.00000,0.0000000E+00) (5.000000,0.0000000E+00)
 (-66.00000,0.0000000E+00)
 attenuation (dB):   0.0000000E+00
 Pulse#/128:           1        1073  1.6369378E+08
 Pulse#/128:         129        1073  1.6166101E+08
 Pulse#/128:         257        1073  1.5925858E+08
 Pulse#/128:         385        1073  1.6398421E+08
 Pulse#/128:         513        1073  1.6098629E+08
 Pulse#/128:         641        1073  1.5952040E+08
 Pulse#/128:         769        1073  1.6003819E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   82.09501    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   12727.86    Amp.  RMS:   53.06600    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   169.1848    Phase RMS:  0.3125000    
 Incoherent PH 1st:   169.1547    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   82.10670    
 CalTone Power Coherently dB  :   82.09501    
 Incoherent PW  - Coherent PW :  1.1688232E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   12758.36    
 CalTone Amplitude Coherently   :   12727.86    
 Incoherent Amp.- Coherent Amp. :   30.49414    
       ------------ *** ------------
 running time (sec):     44.44
  ********** 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/air16/airops/1029/cm6069_l.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/l_vh                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_l_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_l_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_l_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_l_vh.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (35.00000,0.0000000E+00) (-12.00000,0.0000000E+00)
 (-49.00000,0.0000000E+00)
 attenuation (dB):   0.0000000E+00
 Pulse#/128:           1        1073  1.5340626E+08
 Pulse#/128:         129        1073  1.5250286E+08
 Pulse#/128:         257        1073  1.5146202E+08
 Pulse#/128:         385        1073  1.5376240E+08
 Pulse#/128:         513        1073  1.5130979E+08
 Pulse#/128:         641        1073  1.5192765E+08
 Pulse#/128:         769        1073  1.5131458E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   81.82745    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   12341.68    Amp.  RMS:   35.77709    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -163.0106    Phase RMS:  8.8388346E-02
 Incoherent PH 1st:  -163.0414    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   81.82301    
 CalTone Power Coherently dB  :   81.82745    
 Incoherent PW  - Coherent PW : -4.4403076E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   12349.37    
 CalTone Amplitude Coherently   :   12341.68    
 Incoherent Amp.- Coherent Amp. :   7.685547    
       ------------ *** ------------
 running time (sec):     44.50
  ********** 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/air16/airops/1029/cm6069_l.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/l_vv                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_l.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_l_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_l_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_l_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_l_vv.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (-37.90998,0.0000000E+00) (17.95736,0.0000000E+00)
 (-15.96210,0.0000000E+00)
 attenuation (dB):    6.000001    
 Pulse#/128:           1        1073  1.5953235E+08
 Pulse#/128:         129        1073  1.6108091E+08
 Pulse#/128:         257        1073  1.6050635E+08
 Pulse#/128:         385        1073  1.6209202E+08
 Pulse#/128:         513        1073  1.6107395E+08
 Pulse#/128:         641        1073  1.5958651E+08
 Pulse#/128:         769        1073  1.6054362E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   82.07965    Power RMS:  8.8388346E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   12705.35    Amp.  RMS:   71.66589    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   169.3587    Phase RMS:  0.3697550    
 Incoherent PH 1st:   169.2784    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   82.08081    
 CalTone Power Coherently dB  :   82.07965    
 Incoherent PW  - Coherent PW :  1.1596680E-03
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   12714.78    
 CalTone Amplitude Coherently   :   12705.35    
 Incoherent Amp.- Coherent Amp. :   9.432617    
       ------------ *** ------------
 running time (sec):     44.93
  ********** 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: 
   -16.96343      1.0760566E-04
  z fit: constant and linear terms: 
   -3.913137     -4.5888672E-05
  y and z standard deviations (meters)   3.662802       1.454361    
  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 =           28
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =  -9.1701239E-02 -9.6604355E-02 -9.5002666E-02 -9.3313582E-02
 Differences =   2.4542660E-03 -2.4488494E-03 -8.4716082E-04  8.4192306E-04
  PATCH NUMER            2
 First line =        3493
  Averages =  -9.6089058E-02 -9.3580417E-02 -9.1950677E-02 -8.9724272E-02
 Differences =  -3.2528788E-03 -7.4423850E-04  8.8550150E-04  3.1119063E-03
  PATCH NUMER            3
 First line =        6985
  Averages =  -9.2328988E-02 -9.0030521E-02 -9.1614172E-02 -9.2912361E-02
 Differences =  -6.0746819E-04  1.6909987E-03  1.0734797E-04 -1.1908412E-03
  PATCH NUMER            4
 First line =       10477
  Averages =  -9.0654552E-02 -9.2729896E-02 -9.3096204E-02 -9.4568260E-02
 Differences =   2.1076947E-03  3.2350421E-05 -3.3395737E-04 -1.8060133E-03
  PATCH NUMER            5
 First line =       13969
  Averages =  -9.2951447E-02 -9.3813747E-02 -9.8159209E-02 -0.1028432    
 Differences =   3.9906055E-03  3.1283051E-03 -1.2171566E-03 -5.9011877E-03
  PATCH NUMER            6
 First line =       17461
  Averages =  -9.6649855E-02 -0.1019148     -0.1035898     -0.1067316    
 Differences =   5.5717900E-03  3.0686706E-04 -1.3681576E-03 -4.5099109E-03
  PATCH NUMER            7
 First line =       20953
  Averages =  -0.1032156     -0.1056101     -0.1084824     -0.1064300    
 Differences =   2.7189851E-03  3.2443553E-04 -2.5478601E-03 -4.9545616E-04
  PATCH NUMER            8
 First line =       24445
  Averages =  -0.1081553     -0.1068167     -0.1072691     -0.1026723    
 Differences =  -1.9268543E-03 -5.8829784E-04 -1.0406598E-03  3.5561025E-03
  PATCH NUMER            9
 First line =       27937
  Averages =  -0.1070886     -0.1043814     -9.9685490E-02 -9.8277256E-02
 Differences =  -4.7302917E-03 -2.0230934E-03  2.6727766E-03  4.0810108E-03
  PATCH NUMER           10
 First line =       31429
  Averages =  -0.1002297     -9.8056763E-02 -9.8406509E-02 -0.1019716    
 Differences =  -5.6346506E-04  1.6094446E-03  1.2596995E-03 -2.3054332E-03
  PATCH NUMER           11
 First line =       34921
  Averages =  -9.8043874E-02 -0.1005467     -0.1046449     -0.1071181    
 Differences =   4.5446157E-03  2.0417869E-03 -2.0563900E-03 -4.5296401E-03
  PATCH NUMER           12
 First line =       38413
  Averages =  -0.1029463     -0.1068883     -0.1085332     -0.1093676    
 Differences =   3.9875805E-03  4.5605004E-05 -1.5992671E-03 -2.4337173E-03
  PATCH NUMER           13
 First line =       41905
  Averages =  -0.1077027     -0.1098216     -0.1063281     -0.1029103    
 Differences =  -1.0119751E-03 -3.1308606E-03  3.6266446E-04  3.7803724E-03
  PATCH NUMER           14
 First line =       45397
  Averages =  -0.1072008     -0.1042701     -0.1016610     -0.1036651    
 Differences =  -3.0013621E-03 -7.0646405E-05  2.5384501E-03  5.3434074E-04
  PATCH NUMER           15
 First line =       48889
  Averages =  -0.1021800     -0.1023214     -0.1067032     -0.1059741    
 Differences =   2.1147728E-03  1.9733682E-03 -2.4084076E-03 -1.6793162E-03
  PATCH NUMER           16
 First line =       52381
  Averages =  -0.1055907     -0.1067685     -0.1034067     -9.9602908E-02
 Differences =  -1.7483383E-03 -2.9261485E-03  4.3566525E-04  4.2394549E-03
  PATCH NUMER           17
 First line =       55873
  Averages =  -0.1045143     -0.1004765     -9.8643005E-02 -9.7028993E-02
 Differences =  -4.3484420E-03 -3.1071156E-04  1.5228316E-03  3.1368434E-03
  PATCH NUMER           18
 First line =       59365
  Averages =  -9.9004112E-02 -9.7541049E-02 -9.6276097E-02 -9.5288843E-02
 Differences =  -1.9765347E-03 -5.1347166E-04  7.5148046E-04  1.7387345E-03
  PATCH NUMER           19
 First line =       62857
  Averages =  -9.6608169E-02 -9.5728569E-02 -9.5310763E-02 -9.6643627E-02
 Differences =  -5.3536892E-04  3.4423172E-04  7.6203793E-04 -5.7082623E-04
  PATCH NUMER           20
 First line =       66349
  Averages =  -9.5750488E-02 -9.5738500E-02 -9.8604754E-02 -0.1027030    
 Differences =   2.4487898E-03  2.4607778E-03 -4.0547550E-04 -4.5036972E-03
  PATCH NUMER           21
 First line =       69841
  Averages =  -9.7512923E-02 -0.1018540     -0.1035967     -0.1010621    
 Differences =   3.4935474E-03 -8.4751844E-04 -2.5902241E-03 -5.5611134E-05
  PATCH NUMER           22
 First line =       73333
  Averages =  -0.1039253     -0.1022189     -9.9143013E-02 -9.9520110E-02
 Differences =  -2.7234629E-03 -1.0169894E-03  2.0588487E-03  1.6817525E-03
  PATCH NUMER           23
 First line =       76825
  Averages =  -0.1000750     -9.8315269E-02 -0.1023226     -0.1065976    
 Differences =   1.7527640E-03  3.5124943E-03 -4.9481541E-04 -4.7698766E-03
  PATCH NUMER           24
 First line =       80317
  Averages =  -0.1008759     -0.1056216     -0.1079371     -0.1070180    
 Differences =   4.4873357E-03 -2.5837123E-04 -2.5738105E-03 -1.6547889E-03
  PATCH NUMER           25
 First line =       83809
  Averages =  -0.1077790     -0.1071190     -0.1065921     -0.1015817    
 Differences =  -2.0109713E-03 -1.3509393E-03 -8.2405657E-04  4.1863099E-03
  PATCH NUMER           26
 First line =       87301
  Averages =  -0.1063979     -0.1035360     -9.8762728E-02 -9.9662773E-02
 Differences =  -4.3079779E-03 -1.4460161E-03  3.3272281E-03  2.4271831E-03
  PATCH NUMER           27
 First line =       90793
  Averages =  -9.9842504E-02 -9.9054649E-02 -0.1014364     -9.9314265E-02
 Differences =   6.9491565E-05  8.5734576E-04 -1.5244260E-03  5.9773028E-04
  PATCH NUMER           28
 First line =       94285
  Averages =  -0.1017657     -0.1005744     -9.7197920E-02 -9.7510189E-02
 Differences =  -2.5036111E-03 -1.3123378E-03  2.0641685E-03  1.7518997E-03
  PATCH NUMER           29
 First line =       97777
 last black mod_64:          61      105650       97777        8192
  Averages =  -9.7496077E-02 -9.7495846E-02 -0.1029539     -0.1016895    
 Differences =   2.4128258E-03  2.4130568E-03 -3.0449927E-03 -1.7805994E-03

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.lp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_l.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.500000    
  Radar wavelength (m)                 =   0.2400700    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  Transmit leverarm x,y,z             =   0.5400000      0.5200000    
  -0.2300000    
  Receive leverarm x,y,z              =   0.5400000      0.5200000    
  -0.2300000    



  Name of raw data file?
 /export/air11/airops/1029/l_hh                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_l.mocomph                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.3190001E-02
 reading motion compensation data
 WAYNE read motion compen    2.412164    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7012100    
 start range comp, time =      3.214

 WAYNE PREV   3.141941    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.532 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.85988008975983    
 ATTN ifrq ipol ln           4           1       78032   6.000000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1443972587585449E-02
 WAYNE Motion comp. added to patch, time =    16.01831305027008    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4850368499755859E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.4686280488968    
  Writing         4192 lines of data to file
 WAYNE write output data    3.812927007675171    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   381.1755509376526    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   384.708 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.9532470703125    
 ATTN ifrq ipol ln           4           1       81524   6.000000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4987936    
  shift in azimuth *fractional pixel=  -0.4987936       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1505007743835449E-02
 WAYNE Motion comp. added to patch, time =    15.34296596050262    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   6.6879987716674805E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.1586819887161    
  Writing         4192 lines of data to file
 WAYNE write output data    1.593158960342407    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   443.0675799846649    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   827.776 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    115.9500761032104    
 ATTN ifrq ipol ln           4           1       85016   6.000000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4988185    
  shift in azimuth *fractional pixel=  -0.4988185       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1363029479980469E-02
 WAYNE Motion comp. added to patch, time =    15.21535396575928    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.5701999664306641E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.4729169607162    
  Writing         4192 lines of data to file
 WAYNE write output data    1.473365068435669    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   442.1501230001450    
 ==w out          24       12579
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.452 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    50.94778704643250    
 ATTN ifrq ipol ln           4           1        8192   6.000000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4988896    
  shift in azimuth *fractional pixel=  -0.4988896       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1974930763244629E-02
 TESTING  0.0000000E+00  -11.85381      -1.699231    
 WAYNE Motion comp. added to patch, time =    16.36843109130859    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.5750398635864258E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.85381      -1.699231    
 HEY,dt,fract,ye,pe  -0.4988896       1.000000     -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    310.7667109966278    
  Writing         4192 lines of data to file
 WAYNE write output data    17.60754799842834    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   395.7070760726929    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   399.159 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    102.4125639200211    
 ATTN ifrq ipol ln           4           1       11684   6.000000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4988821    
  shift in azimuth *fractional pixel=  -0.4988821       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1420011520385742E-02
 TESTING  0.0000000E+00  -14.55562      -3.218590    
 WAYNE Motion comp. added to patch, time =    15.31942498683929    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   6.5000057220458984E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.55562      -3.218590    
 HEY,dt,fract,ye,pe  -0.4988821       1.000000     -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    309.9849679470062    
  Writing         4192 lines of data to file
 WAYNE write output data    18.57665193080902    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   446.3129519224167    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   845.473 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    105.5231010913849    
 ATTN ifrq ipol ln           4           1       15176   6.000000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4988862    
  shift in azimuth *fractional pixel=  -0.4988862       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1286020278930664E-02
 TESTING  0.0000000E+00  -16.48834      -4.374908    
 WAYNE Motion comp. added to patch, time =    15.64943099021912    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   1.8445014953613281E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.48834      -4.374908    
 HEY,dt,fract,ye,pe  -0.4988862       1.000000     -6.4866804E-02
   1.7948201E-02
 WAYNE Azim PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.545 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.75953495502472    
 ATTN ifrq ipol ln           4           1       88508   6.000000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4988095    
  shift in azimuth *fractional pixel=  -0.4988095       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1559009552001953E-02
 WAYNE Motion comp. added to patch, time =    15.86129808425903    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 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 =    311.0067570209503    
  Writing         4192 lines of data to file
 WAYNE write output data    10.73262298107147    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   388.3762240409851    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   391.922 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    107.1171029806137    
 ATTN ifrq ipol ln           4           1       92000   6.000000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1327981948852539E-02
 WAYNE Motion comp. added to patch, time =    16.12421798706055    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.7544984817504883E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.3878840208054    
  Writing         4192 lines of data to file
 WAYNE write output data    1.553117990493774    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   435.2125009298325    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   827.135 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    118.9974020719528    
 ATTN ifrq ipol ln           4           1       95492   6.000000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4988108    
  shift in azimuth *fractional pixel=  -0.4988108       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1304020881652832E-02
 WAYNE Motion comp. added to patch, time =    15.11611306667328    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.5667905807495117E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.1561250686646    
  Writing         4192 lines of data to file
 WAYNE write output data    6.742056012153625    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   451.0501829385757    
 ==w out          27       12579
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.562 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.83424496650696    
 ATTN ifrq ipol ln           4           1       98984   6.000000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4988292    
  shift in azimuth *fractional pixel=  -0.4988292       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1484026908874512E-02
 WAYNE Motion comp. added to patch, time =    15.86990702152252    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.3930072784423828E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.4839339256287    
  Writing         4192 lines of data to file
 WAYNE write output data    5.826887965202332    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   384.0308209657669    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   387.594 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    114.4152499437332    
 ATTN ifrq ipol ln           4           1      102476   6.000000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4988315    
  shift in azimuth *fractional pixel=  -0.4988315       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1398911476135254E-02
 WAYNE Motion comp. added to patch, time =    15.43031609058380    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.6584992408752441E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.5273240804672    
  Writing         4192 lines of data to file
 WAYNE write output data    18.48336696624756    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   457.8857350349426    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   845.481 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.9935489892960    
 ATTN ifrq ipol ln           4           1      105649   6.000000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4988363    
  shift in azimuth *fractional pixel=  -0.4988363       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1492967605590820E-02
 WAYNE Motion comp. added to patch, time =    15.11353397369385    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   1.5165925025939941E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.0181860923767    
  Writing         4192 lines of data to file
 WAYNE write output data    2.460985064506531    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   434.6146080493927    
 ==w out          30       12579
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.469 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.82510697841644    
 ATTN ifrq ipol ln           4           1       22160   6.000000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4988097    
  shift in azimuth *fractional pixel=  -0.4988097       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1536002159118652E-02
 WAYNE Motion comp. added to patch, time =    15.76003205776215    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4399757385253906E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.9573680162430    
  Writing         4192 lines of data to file
 WAYNE write output data    12.87250900268555    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   390.4308699369431    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   393.900 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.3275519609451    
 ATTN ifrq ipol ln           4           1       25652   6.000000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4987210    
  shift in azimuth *fractional pixel=  -0.4987210       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1280059814453125E-02
 WAYNE Motion comp. added to patch, time =    15.23075211048126    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.4248003959655762E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.7150219678879    
  Writing         4192 lines of data to file
 WAYNE write output data    1.320333003997803    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   430.6305000782013    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   824.531 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    117.8147450685501    
 ATTN ifrq ipol ln           4           1       29144   6.000000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4987034    
  shift in azimuth *fractional pixel=  -0.4987034       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1517047882080078E-02
 WAYNE Motion comp. added to patch, time =    15.41193497180939    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.7174005508422852E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.5547569990158    
  Writing         4192 lines of data to file
 WAYNE write output data    1.316112995147705    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   443.1275639533997    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1267.659 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.9858559370041    
 ATTN ifrq ipol ln           4           1       32636   6.000000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4987086    
  shift in azimuth *fractional pixel=  -0.4987086       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0730981826782227E-02
 WAYNE Motion comp. added to patch, time =    14.8483 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.518 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.93836700916290    
 ATTN ifrq ipol ln           4           1       64064   6.000000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4987488    
  shift in azimuth *fractional pixel=  -0.4987488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1533975601196289E-02
 WAYNE Motion comp. added to patch, time =    15.94753205776215    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.4050474166870117E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.1837439537048    
  Writing         4192 lines of data to file
 WAYNE write output data    11.95394301414490    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   390.0395050048828    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   393.558 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.4538710117340    
 ATTN ifrq ipol ln           4           1       67556   6.000000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4988122    
  shift in azimuth *fractional pixel=  -0.4988122       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1306047439575195E-02
 WAYNE Motion comp. added to patch, time =    15.90367698669434    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.2789955139160156E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.0264190435410    
  Writing         4192 lines of data to file
 WAYNE write output data    1.398751020431519    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   432.8181439638138    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   826.376 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.6912330389023    
 ATTN ifrq ipol ln           4           1       71048   6.000000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4988589    
  shift in azimuth *fractional pixel=  -0.4988589       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1321067810058594E-02
 WAYNE Motion comp. added to patch, time =    15.35805106163025    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.2347927093505859E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6842650175095    
  Writing         4192 lines of data to file
 WAYNE write output data    1.595512986183167    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   444.3641760349274    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1270.741 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.8914760351181    
 ATTN ifrq ipol ln           4           1       74540   6.000000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4987871    
  shift in azimuth *fractional pixel=  -0.4987871       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0753035545349121E-02
 WAYNE Motion comp. added to patch, time =    14.8971 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.506 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.63257193565369    
 ATTN ifrq ipol ln           4           1       50096   6.000000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4985529    
  shift in azimuth *fractional pixel=  -0.4985529       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1747956275939941E-02
 WAYNE Motion comp. added to patch, time =    16.28851497173309    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.3570060729980469E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6526980400085    
  Writing         4192 lines of data to file
 WAYNE write output data    4.850548982620239    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   382.4402320384979    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   385.947 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    115.3117879629135    
 ATTN ifrq ipol ln           4           1       53588   6.000000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4986932    
  shift in azimuth *fractional pixel=  -0.4986932       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1396050453186035E-02
 WAYNE Motion comp. added to patch, time =    15.58113193511963    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.4831056594848633E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.3617550134659    
  Writing         4192 lines of data to file
 WAYNE write output data    6.585160970687866    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   449.8776890039444    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   835.825 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.4058920145035    
 ATTN ifrq ipol ln           4           1       57080   6.000000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4987679    
  shift in azimuth *fractional pixel=  -0.4987679       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1348962783813477E-02
 WAYNE Motion comp. added to patch, time =    15.18734097480774    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.1509060859680176E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.3612720966339    
  Writing         4192 lines of data to file
 WAYNE write output data    1.543023943901062    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   434.5218049287796    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1270.347 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.4735429286957    
 ATTN ifrq ipol ln           4           1       60572   6.000000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4987639    
  shift in azimuth *fractional pixel=  -0.4987639       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0742068290710449E-02
 WAYNE Motion comp. added to patch, time =    14.9706 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.481 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.81475305557251    
 ATTN ifrq ipol ln           4           1       36128   6.000000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4988124    
  shift in azimuth *fractional pixel=  -0.4988124       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1922001838684082E-02
 WAYNE Motion comp. added to patch, time =    16.72158002853394    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.6390552520751953E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.3701920509338    
  Writing         4192 lines of data to file
 WAYNE write output data    16.49611294269562    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   395.4192579984665    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   398.901 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.3687820434570    
 ATTN ifrq ipol ln           4           1       39620   6.000000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4987768    
  shift in azimuth *fractional pixel=  -0.4987768       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1464953422546387E-02
 WAYNE Motion comp. added to patch, time =    15.04957795143127    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.1546006202697754E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.3599510192871    
  Writing         4192 lines of data to file
 WAYNE write output data    17.75864207744598    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   446.5713779926300    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   845.473 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.1929680109024    
 ATTN ifrq ipol ln           4           1       43112   6.000000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4986992    
  shift in azimuth *fractional pixel=  -0.4986992       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1632919311523438E-02
 WAYNE Motion comp. added to patch, time =    15.16177499294281    
 WAYNE Doppler estimation done, time =   1.8954277038574219E-05
 WAYNE write deskew done, time =   8.4649324417114258E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.6754939556122    
  Writing         4192 lines of data to file
 WAYNE write output data    6.851695060729980    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   432.9035000801086    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1278.377 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.22836101055145    
 ATTN ifrq ipol ln           4           1       46604   6.000000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4986090    
  shift in azimuth *fractional pixel=  -0.4986090       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0822057723999023E-02
 WAYNE Motion comp. added to patch, time =    14.96804706783295    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.5048017501831055E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    264.1594760417938    
  Writing         4192 lines of data to file
 WAYNE write output data    1.335307955741882    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   386.3669509887695    
 ==w out           9       16771
9307422638    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.4239063262939453E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    263.7220969200134    
  Writing         4192 lines of data to file
 WAYNE write output data    1.325917959213257    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   384.8738539218903    
 ==w out          21       16771
6402435303    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.7030000686645508E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    267.4892690181732    
  Writing         4192 lines of data to file
 WAYNE write output data    1.331689000129700    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   389.2948299646378    
 ==w out          17       16771
0899505615    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   9.1309547424316406E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    267.8477429151535    
  Writing         4192 lines of data to file
 WAYNE write output data    1.355445981025696    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   382.4214119911194    
 ==w out          13       16771
uth compression done, time =    309.7865120172501    
  Writing         4192 lines of data to file
 WAYNE write output data    1.937759995460510    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   432.9288439750671    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1278.402 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    98.05501794815063    
 ATTN ifrq ipol ln           4           1       18668   6.000000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4988561    
  shift in azimuth *fractional pixel=  -0.4988561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0905027389526367E-02
 TESTING  0.0000000E+00  -18.31578      -5.326664    
 WAYNE Motion comp. added to patch, time =    15.02976906299591    
 WAYNE Doppler estimation done, time =   1.6093254089355469E-05
 WAYNE write deskew done, time =   1.5879988670349121E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.31578      -5.326664    
 HEY,dt,fract,ye,pe  -0.4988561       1.000000     -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    269.0107779502869    
  Writing         4192 lines of data to file
 WAYNE write output data    1.337813019752502    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   383.4613820314407    
 ==w out           5       16771
            1      145083           0
            2      145064           0
            3      145084           0
            4      145080           0
            5      145086           0
            6      145076           0
            7      145003           0
            8      144815           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     7.379871010780334    
 WAYNE LOOP TIME:     1679.078186988831    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_l.hh_j                     
 /export/air16/airops/1029/cm6069_l.mocomph                  
 /export/air16/airops/1029/cm6069_l.dop                      
 /export/air16/airops/1029/cm6069_l.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_l.mocomph                  
 dopfile /export/air16/airops/1029/cm6069_l.dop                      
 globalfile /export/air16/airops/1029/cm6069_l.glb                      
 /export/air16/airops/1029/cm6069_l.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_l.hh_j                     
 WAYNE FINAL PROCESS   1682.908185958862    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_l.hh_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_l.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.lh                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_l.hh                       
  Name of the line output file?
 /export/air16/airops/1029/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.135553956031799    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -137.1441      -2783.829     -0.4988896     -0.4988896    
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.6335      -2786.590     -0.4988821     -0.4988821    
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.9893      -2797.917     -0.4988862     -0.4988862    
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.7788      -2829.386     -0.4988561     -0.4988561    
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -137.3549      -2910.997     -0.4988097     -0.4988097    
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -153.2506      -3001.350     -0.4987210     -0.4987210    
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -166.3095      -3049.878     -0.4987034     -0.4987034    
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.7691      -3027.823     -0.4987086     -0.4987086    
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.9258      -2967.694     -0.4988124     -0.4988124    
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -147.3159      -2954.598     -0.4987768     -0.4987768    
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.7874      -3042.012     -0.4986992     -0.4986992    
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.6278      -3143.292     -0.4986090     -0.4986090    
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -159.3723      -3149.517     -0.4985529     -0.4985529    
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -156.4042      -3065.586     -0.4986932     -0.4986932    
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.9886      -2997.912     -0.4987679     -0.4987679    
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -164.0472      -2990.563     -0.4987639     -0.4987639    
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -149.1362      -2961.860     -0.4987488     -0.4987488    
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.8432      -2905.956     -0.4988122     -0.4988122    
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -139.3830      -2870.555     -0.4988589     -0.4988589    
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.8325      -2908.903     -0.4987871     -0.4987871    
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -153.4042      -2965.322     -0.4987294     -0.4987294    
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.6394      -2953.805     -0.4987936     -0.4987936    
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -161.1952      -2932.294     -0.4988185     -0.4988185    
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -173.4073      -2980.792     -0.4988095     -0.4988095    
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.9593      -2995.656     -0.4987294     -0.4987294    
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.5358      -2936.594     -0.4988108     -0.4988108    
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.8536      -2884.750     -0.4988292     -0.4988292    
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.8814      -2883.476     -0.4988315     -0.4988315    
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -155.2342      -2908.518     -0.4988363     -0.4988363    
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    542.6976400613785    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    543.3237370252609    

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.lp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_l.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.500000    
  Radar wavelength (m)                 =   0.2400700    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  Transmit leverarm x,y,z             =   0.5400000      0.5200000    
  -0.2300000    
  Receive leverarm x,y,z              =   0.5400000      0.5200000    
  -0.2300000    



  Name of raw data file?
 /export/air11/airops/1029/l_hv                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_l.mocomph                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.lh                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5230004E-02
 reading motion compensation data
 WAYNE read motion compen    2.433319    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7015781    
 start range comp, time =      3.379

 WAYNE PREV   3.165977    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.583 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    51.73625302314758    
 ATTN ifrq ipol ln           4           2        8192  0.0000000E+00
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4988896    
  shift in azimuth *fractional pixel=  -0.4988896       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1708021163940430E-02
 TESTING  0.0000000E+00  -11.85381      -1.699231    
 WAYNE Motion comp. added to patch, time =    16.53739500045776    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.4820566177368164E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.85381      -1.699231    
 HEY,dt,fract,ye,pe  -0.4988896       1.000000     -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    310.4305160045624    
  Writing         4192 lines of data to file
 WAYNE write output data    14.91855692863464    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   393.6384990215302    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   397.222 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    103.2926669120789    
 ATTN ifrq ipol ln           4           2       11684  0.0000000E+00
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4988821    
  shift in azimuth *fractional pixel=  -0.4988821       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1554002761840820E-02
 TESTING  0.0000000E+00  -14.55562      -3.218590    
 WAYNE Motion comp. added to patch, time =    15.32795798778534    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.4387011528015137E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.55562      -3.218590    
 HEY,dt,fract,ye,pe  -0.4988821       1.000000     -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    310.3058090209961    
  Writing         4192 lines of data to file
 WAYNE write output data    19.42246794700623    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   448.3765009641647    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   845.599 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    102.0357209444046    
 ATTN ifrq ipol ln           4           2       15176  0.0000000E+00
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4988862    
  shift in azimuth *fractional pixel=  -0.4988862       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1567950248718262E-02
 TESTING  0.0000000E+00  -16.48834      -4.374908    
 WAYNE Motion comp. added to patch, time =    15.55339002609253    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   8.2979202270507813E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.48834      -4.374908    
 HEY,dt,fract,ye,pe  -0.4988862       1.000000     -6.4866804E-02
   1.7948201E-02
 WAYNE Azim PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.685 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.51312100887299    
 ATTN ifrq ipol ln           4           2       98984  0.0000000E+00
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4988292    
  shift in azimuth *fractional pixel=  -0.4988292       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1639952659606934E-02
 WAYNE Motion comp. added to patch, time =    15.91674804687500    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.4999380111694336E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.6918040513992    
  Writing         4192 lines of data to file
 WAYNE write output data    6.644743084907532    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   384.7825580835342    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   388.469 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    110.2357220649719    
 ATTN ifrq ipol ln           4           2      102476  0.0000000E+00
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4988315    
  shift in azimuth *fractional pixel=  -0.4988315       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1403083801269531E-02
 WAYNE Motion comp. added to patch, time =    15.43587601184845    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   4.4856071472167969E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6539649963379    
  Writing         4192 lines of data to file
 WAYNE write output data    1.617742061614990    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   438.0012100934982    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   826.470 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    119.1831809282303    
 ATTN ifrq ipol ln           4           2      105649  0.0000000E+00
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4988363    
  shift in azimuth *fractional pixel=  -0.4988363       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1325001716613770E-02
 WAYNE Motion comp. added to patch, time =    14.99456202983856    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.2960066795349121E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.3589400053024    
  Writing         4192 lines of data to file
 WAYNE write output data    1.648435950279236    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   446.2208629846573    
 ==w out          30       12579
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.652 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.97750794887543    
 ATTN ifrq ipol ln           4           2       78032  0.0000000E+00
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1579990386962891E-02
 WAYNE Motion comp. added to patch, time =    15.71991300582886    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   2.2859573364257813E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6188859939575    
  Writing         4192 lines of data to file
 WAYNE write output data    13.30396902561188    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   391.6361479759216    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   395.289 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.5693049430847    
 ATTN ifrq ipol ln           4           2       81524  0.0000000E+00
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4987936    
  shift in azimuth *fractional pixel=  -0.4987936       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1376023292541504E-02
 WAYNE Motion comp. added to patch, time =    15.19164407253265    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.9258022308349609E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.7007660865784    
  Writing         4192 lines of data to file
 WAYNE write output data    1.590445041656494    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   430.0841410160065    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   825.373 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    121.0980759859085    
 ATTN ifrq ipol ln           4           2       85016  0.0000000E+00
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4988185    
  shift in azimuth *fractional pixel=  -0.4988185       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1305928230285645E-02
 WAYNE Motion comp. added to patch, time =    15.13726699352264    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   6.5619945526123047E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.1307170391083    
  Writing         4192 lines of data to file
 WAYNE write output data    1.861001014709473    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   448.2464380264282    
 ==w out          24       12579
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.665 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.24622201919556    
 ATTN ifrq ipol ln           4           2       88508  0.0000000E+00
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4988095    
  shift in azimuth *fractional pixel=  -0.4988095       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1651992797851563E-02
 WAYNE Motion comp. added to patch, time =    15.82510507106781    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.4180412292480469E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.9164869785309    
  Writing         4192 lines of data to file
 WAYNE write output data    10.64007997512817    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   388.6435680389404    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   392.309 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.7401239871979    
 ATTN ifrq ipol ln           4           2       92000  0.0000000E+00
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1380076408386230E-02
 WAYNE Motion comp. added to patch, time =    15.71211600303650    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.9657015800476074E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.8816950321198    
  Writing         4192 lines of data to file
 WAYNE write output data    1.544384002685547    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   431.9109590053558    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   824.220 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    121.8022199869156    
 ATTN ifrq ipol ln           4           2       95492  0.0000000E+00
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4988108    
  shift in azimuth *fractional pixel=  -0.4988108       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1371016502380371E-02
 WAYNE Motion comp. added to patch, time =    15.19745600223541    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.4750003814697266E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.3811559677124    
  Writing         4192 lines of data to file
 WAYNE write output data    1.899922013282776    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   449.3082270622253    
 ==w out          27       12579
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.625 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.91756200790405    
 ATTN ifrq ipol ln           4           2       50096  0.0000000E+00
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4985529    
  shift in azimuth *fractional pixel=  -0.4985529       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1443018913269043E-02
 WAYNE Motion comp. added to patch, time =    16.09123504161835    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.5039911270141602E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.7724549770355    
  Writing         4192 lines of data to file
 WAYNE write output data    9.692742943763733    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   388.4899019002914    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   392.116 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    107.9118750095367    
 ATTN ifrq ipol ln           4           2       53588  0.0000000E+00
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4986932    
  shift in azimuth *fractional pixel=  -0.4986932       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1345028877258301E-02
 WAYNE Motion comp. added to patch, time =    16.56774103641510    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.2631049156188965E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.3445439338684    
  Writing         4192 lines of data to file
 WAYNE write output data    17.62414705753326    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   453.4839140176773    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   845.600 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.1559100151062    
 ATTN ifrq ipol ln           4           2       57080  0.0000000E+00
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4987679    
  shift in azimuth *fractional pixel=  -0.4987679       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1479973793029785E-02
 WAYNE Motion comp. added to patch, time =    15.23697996139526    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.4677038192749023E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.0992090702057    
  Writing         4192 lines of data to file
 WAYNE write output data    3.144387006759644    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   432.6742869615555    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1278.275 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    85.63832199573517    
 ATTN ifrq ipol ln           4           2       60572  0.0000000E+00
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4987639    
  shift in azimuth *fractional pixel=  -0.4987639       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1139035224914551E-02
 WAYNE Motion comp. added to patch, time =    15.2809 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.644 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.85793197154999    
 ATTN ifrq ipol ln           4           2       64064  0.0000000E+00
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4987488    
  shift in azimuth *fractional pixel=  -0.4987488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1759996414184570E-02
 WAYNE Motion comp. added to patch, time =    16.41054701805115    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-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 =    310.5291540622711    
  Writing         4192 lines of data to file
 WAYNE write output data    12.90514194965363    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   393.7190049886703    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   397.363 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.25685000419617    
 ATTN ifrq ipol ln           4           2       67556  0.0000000E+00
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4988122    
  shift in azimuth *fractional pixel=  -0.4988122       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1870026588439941E-02
 WAYNE Motion comp. added to patch, time =    15.20913004875183    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.0619997978210449E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.1591939926147    
  Writing         4192 lines of data to file
 WAYNE write output data    1.591820001602173    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   428.2407929897308    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   825.604 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    120.5606689453125    
 ATTN ifrq ipol ln           4           2       71048  0.0000000E+00
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4988589    
  shift in azimuth *fractional pixel=  -0.4988589       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1588931083679199E-02
 WAYNE Motion comp. added to patch, time =    15.37054705619812    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   8.7419748306274414E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.3758159875870    
  Writing         4192 lines of data to file
 WAYNE write output data    1.322775959968567    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   445.6514279842377    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1271.256 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    93.18667495250702    
 ATTN ifrq ipol ln           4           2       74540  0.0000000E+00
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4987871    
  shift in azimuth *fractional pixel=  -0.4987871       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1394023895263672E-02
 WAYNE Motion comp. added to patch, time =    15.1991 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.597 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.01145994663239    
 ATTN ifrq ipol ln           4           2       22160  0.0000000E+00
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4988097    
  shift in azimuth *fractional pixel=  -0.4988097       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1654019355773926E-02
 WAYNE Motion comp. added to patch, time =    16.07116806507111    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 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 =    309.5471029281616    
  Writing         4192 lines of data to file
 WAYNE write output data    1.757309079170227    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   379.4028609991074    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   383.000 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.3799899816513    
 ATTN ifrq ipol ln           4           2       25652  0.0000000E+00
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4987210    
  shift in azimuth *fractional pixel=  -0.4987210       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1340022087097168E-02
 WAYNE Motion comp. added to patch, time =    15.31327402591705    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.6212940216064453E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.0936729907990    
  Writing         4192 lines of data to file
 WAYNE write output data    19.96041095256805    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   462.7763109207153    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   845.777 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.1102319955826    
 ATTN ifrq ipol ln           4           2       29144  0.0000000E+00
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4987034    
  shift in azimuth *fractional pixel=  -0.4987034       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1252045631408691E-02
 WAYNE Motion comp. added to patch, time =    15.29653298854828    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   1.9278049468994141E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.8788750171661    
  Writing         4192 lines of data to file
 WAYNE write output data    1.466109991073608    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   436.7839810848236    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1282.561 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    81.98576200008392    
 ATTN ifrq ipol ln           4           2       32636  0.0000000E+00
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4987086    
  shift in azimuth *fractional pixel=  -0.4987086       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1147022247314453E-02
 WAYNE Motion comp. added to patch, time =    15.1129 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.612 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.24621701240540    
 ATTN ifrq ipol ln           4           2       36128  0.0000000E+00
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4988124    
  shift in azimuth *fractional pixel=  -0.4988124       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1508107185363770E-02
 WAYNE Motion comp. added to patch, time =    16.07920098304749    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.4819374084472656E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.8179349899292    
  Writing         4192 lines of data to file
 WAYNE write output data    14.97131204605103    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   394.1309909820557    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   397.744 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.7836461067200    
 ATTN ifrq ipol ln           4           2       39620  0.0000000E+00
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4987768    
  shift in azimuth *fractional pixel=  -0.4987768       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1299967765808105E-02
 WAYNE Motion comp. added to patch, time =    15.01357805728912    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.8015027046203613E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.1553040742874    
  Writing         4192 lines of data to file
 WAYNE write output data    1.492306947708130    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   426.4754699468613    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   824.219 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    125.9420909881592    
 ATTN ifrq ipol ln           4           2       43112  0.0000000E+00
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4986992    
  shift in azimuth *fractional pixel=  -0.4986992       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1497020721435547E-02
 WAYNE Motion comp. added to patch, time =    15.18352496623993    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.6355991363525391E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.2092480659485    
  Writing         4192 lines of data to file
 WAYNE write output data    4.310168027877808    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   460.6744929552078    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1284.894 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    79.87298202514648    
 ATTN ifrq ipol ln           4           2       46604  0.0000000E+00
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4986090    
  shift in azimuth *fractional pixel=  -0.4986090       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1317014694213867E-02
 WAYNE Motion comp. added to patch, time =    15.23392707805634    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.2982964515686035E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    265.3334400653839    
  Writing         4192 lines of data to file
 WAYNE write output data    1.357027053833008    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   375.1027630567551    
 ==w out          21       16771
0000152588    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.1627902984619141E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    266.4168380498886    
  Writing         4192 lines of data to file
 WAYNE write output data    1.365481019020081    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   368.7361899614334    
 ==w out          17       16771
uth compression done, time =    308.4104329347610    
  Writing         4192 lines of data to file
 WAYNE write output data    1.860678076744080    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   427.9213380813599    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1273.521 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    90.88176202774048    
 ATTN ifrq ipol ln           4           2       18668  0.0000000E+00
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4988561    
  shift in azimuth *fractional pixel=  -0.4988561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1318087577819824E-02
 TESTING  0.0000000E+00  -18.31578      -5.326664    
 WAYNE Motion comp. added to patch, time =    15.30955195426941    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.5434026718139648E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.31578      -5.326664    
 HEY,dt,fract,ye,pe  -0.4988561       1.000000     -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    268.6612919569016    
  Writing         4192 lines of data to file
 WAYNE write output data    1.353104948997498    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   376.2337309122086    
 ==w out           5       16771
5998096466    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.3920903205871582E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    269.3233050107956    
  Writing         4192 lines of data to file
 WAYNE write output data    1.398861050605774    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   367.8478020429611    
 ==w out           9       16771
7505283356    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.8474936485290527E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    269.5888880491257    
  Writing         4192 lines of data to file
 WAYNE write output data    1.371734023094177    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   366.0990779399872    
 ==w out          13       16771
            1      145571           0
            2      145479           0
            3      145538           0
            4      145510           0
            5      145561           0
            6      145564           0
            7      145513           0
            8      145565           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     17.72088003158569    
 WAYNE LOOP TIME:     1678.886765003204    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_l.hv_j                     
 /export/air16/airops/1029/cm6069_l.mocomph                  
 /export/air16/airops/1029/cm6069_l.dop                      
 /export/air16/airops/1029/cm6069_l.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_l.mocomph                  
 dopfile /export/air16/airops/1029/cm6069_l.dop                      
 globalfile /export/air16/airops/1029/cm6069_l.glb                      
 /export/air16/airops/1029/cm6069_l.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_l.hv_j                     
 WAYNE FINAL PROCESS   1682.721596956253    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_l.hv_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_l.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.lh                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_l.hv                       
  Name of the line output file?
 /export/air16/airops/1029/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.391754984855652    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -137.1441      -2783.829     -0.4988896     -0.4988896    
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.6335      -2786.590     -0.4988821     -0.4988821    
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.9893      -2797.917     -0.4988862     -0.4988862    
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.7788      -2829.386     -0.4988561     -0.4988561    
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -137.3549      -2910.997     -0.4988097     -0.4988097    
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -153.2506      -3001.350     -0.4987210     -0.4987210    
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -166.3095      -3049.878     -0.4987034     -0.4987034    
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.7691      -3027.823     -0.4987086     -0.4987086    
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.9258      -2967.694     -0.4988124     -0.4988124    
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -147.3159      -2954.598     -0.4987768     -0.4987768    
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.7874      -3042.012     -0.4986992     -0.4986992    
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.6278      -3143.292     -0.4986090     -0.4986090    
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -159.3723      -3149.517     -0.4985529     -0.4985529    
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -156.4042      -3065.586     -0.4986932     -0.4986932    
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.9886      -2997.912     -0.4987679     -0.4987679    
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -164.0472      -2990.563     -0.4987639     -0.4987639    
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -149.1362      -2961.860     -0.4987488     -0.4987488    
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.8432      -2905.956     -0.4988122     -0.4988122    
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -139.3830      -2870.555     -0.4988589     -0.4988589    
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.8325      -2908.903     -0.4987871     -0.4987871    
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -153.4042      -2965.322     -0.4987294     -0.4987294    
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.6394      -2953.805     -0.4987936     -0.4987936    
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -161.1952      -2932.294     -0.4988185     -0.4988185    
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -173.4073      -2980.792     -0.4988095     -0.4988095    
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.9593      -2995.656     -0.4987294     -0.4987294    
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.5358      -2936.594     -0.4988108     -0.4988108    
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.8536      -2884.750     -0.4988292     -0.4988292    
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.8814      -2883.476     -0.4988315     -0.4988315    
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -155.2342      -2908.518     -0.4988363     -0.4988363    
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    530.4322969913483    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    530.9916099309921    

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.lp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_l.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.500000    
  Radar wavelength (m)                 =   0.2400700    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  Transmit leverarm x,y,z             =   0.5400000      0.5200000    
  -0.2300000    
  Receive leverarm x,y,z              =   0.5400000      0.5200000    
  -0.2300000    



  Name of raw data file?
 /export/air11/airops/1029/l_vh                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_l.mocompv                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.lv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5227005E-02
 reading motion compensation data
 WAYNE read motion compen    2.435352    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7013860    
 start range comp, time =      3.359

 WAYNE PREV   3.167798    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.667 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.38009810447693    
 ATTN ifrq ipol ln           4           3       78032  0.0000000E+00
 IPOL, ITOP nblock            3           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1647939682006836E-02
 WAYNE Motion comp. added to patch, time =    15.86828398704529    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.5420188903808594E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.3627229928970    
  Writing         4192 lines of data to file
 WAYNE write output data    13.31674301624298    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   392.9437609910965    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   396.611 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.8723590373993    
 ATTN ifrq ipol ln           4           3       81524  0.0000000E+00
 IPOL, ITOP nblock            3           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1249065399169922E-02
 WAYNE Motion comp. added to patch, time =    15.14003002643585    
 WAYNE Doppler estimation done, time =   1.0013580322265625E-05
 WAYNE write deskew done, time =   1.4135003089904785E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.1960599422455    
  Writing         4192 lines of data to file
 WAYNE write output data    1.517508029937744    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   429.7527289390564    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   826.364 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    112.9192309379578    
 ATTN ifrq ipol ln           4           3       85016  0.0000000E+00
 IPOL, ITOP nblock            3           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1276006698608398E-02
 WAYNE Motion comp. added to patch, time =    15.02319800853729    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.0117044448852539E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.6247060298920    
  Writing         4192 lines of data to file
 WAYNE write output data    1.365285992622375    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   438.9651629924774    
 ==w out          24       12579
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.698 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.07485890388489    
 ATTN ifrq ipol ln           4           3       98984  0.0000000E+00
 IPOL, ITOP nblock            3           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1463046073913574E-02
 WAYNE Motion comp. added to patch, time =    16.03413498401642    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.5520324707031250E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    308.5585989952087    
  Writing         4192 lines of data to file
 WAYNE write output data    1.859783053398132    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   379.5436810255051    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   383.242 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    115.8070709705353    
 ATTN ifrq ipol ln           4           3      102476  0.0000000E+00
 IPOL, ITOP nblock            3           0          28
 WAYNE Motion comp. coeff. calculated, time =   3.0434966087341309E-02
 WAYNE Motion comp. added to patch, time =    15.25890207290649    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.2621989250183105E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.5671010017395    
  Writing         4192 lines of data to file
 WAYNE write output data    1.617266058921814    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   444.3047660589218    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   827.547 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    112.0460259914398    
 ATTN ifrq ipol ln           4           3      105649  0.0000000E+00
 IPOL, ITOP nblock            3           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1216998100280762E-02
 WAYNE Motion comp. added to patch, time =    15.04022991657257    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   1.5264987945556641E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.9303600788116    
  Writing         4192 lines of data to file
 WAYNE write output data    1.437407970428467    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   438.4821829795837    
 ==w out          30       12579
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.609 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    51.64045798778534    
 ATTN ifrq ipol ln           4           3        8192  0.0000000E+00
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.2171030044555664E-02
 TESTING  0.0000000E+00  -11.85431      -1.699444    
 WAYNE Motion comp. added to patch, time =    16.14880502223969    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.5409460067749023E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.85431      -1.699444    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    310.3398280143738    
  Writing         4192 lines of data to file
 WAYNE write output data    2.187678933143616    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   380.3332629203796    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   383.942 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    115.7193759679794    
 ATTN ifrq ipol ln           4           3       11684  0.0000000E+00
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1359930038452148E-02
 TESTING  0.0000000E+00  -14.55591      -3.218796    
 WAYNE Motion comp. added to patch, time =    15.58059501647949    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.1881937980651855E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.55591      -3.218796    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    309.8050119876862    
  Writing         4192 lines of data to file
 WAYNE write output data    7.107478022575378    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   448.2471069097519    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   832.190 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    108.8108819723129    
 ATTN ifrq ipol ln           4           3       15176  0.0000000E+00
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1152982711791992E-02
 TESTING  0.0000000E+00  -16.48862      -4.375046    
 WAYNE Motion comp. added to patch, time =    15.64043402671814    
 WAYNE Doppler estimation done, time =   1.6927719116210938E-05
 WAYNE write deskew done, time =   1.7498970031738281E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.48862      -4.375046    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4866804E-02
   1.7948201E-02
 WAYNE Azimuth compression done, time =    309.2860660552979    
  Writing         4192 lines of data to file
 WAYNE write output data    1.480084061622620    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   435.2478020191193    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.694 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.04775702953339    
 ATTN ifrq ipol ln           4           3       88508  0.0000000E+00
 IPOL, ITOP nblock            3           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1427998542785645E-02
 WAYNE Motion comp. added to patch, time =    16.57703697681427    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 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 =    310.5112049579620    
  Writing         4192 lines of data to file
 WAYNE write output data    12.65552604198456    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   391.8075059652328    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   395.502 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.7896989583969    
 ATTN ifrq ipol ln           4           3       92000  0.0000000E+00
 IPOL, ITOP nblock            3           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1180043220520020E-02
 WAYNE Motion comp. added to patch, time =    15.13791406154633    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.1461019515991211E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.4943280220032    
  Writing         4192 lines of data to file
 WAYNE write output data    5.062382936477661    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   436.5086929798126    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   832.011 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    109.1200199127197    
 ATTN ifrq ipol ln           4           3       95492  0.0000000E+00
 IPOL, ITOP nblock            3           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1342048645019531E-02
 WAYNE Motion comp. added to patch, time =    15.10474705696106    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.5999913215637207E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    312.4893668889999    
  Writing         4192 lines of data to file
 WAYNE write output data    1.415060043334961    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   438.1582119464874    
 ==w out          27       12579
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.611 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.92822909355164    
 ATTN ifrq ipol ln           4           3       22160  0.0000000E+00
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.1518955230712891E-02
 WAYNE Motion comp. added to patch, time =    15.95587897300720    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.4290084838867188E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.9670439958572    
  Writing         4192 lines of data to file
 WAYNE write output data    1.945398926734924    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   379.8121699094772    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   383.423 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.1844140291214    
 ATTN ifrq ipol ln           4           3       25652  0.0000000E+00
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1383056640625000E-02
 WAYNE Motion comp. added to patch, time =    15.61662697792053    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   6.7039728164672852E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8252559900284    
  Writing         4192 lines of data to file
 WAYNE write output data    15.71019601821899    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   459.3560210466385    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   842.781 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.86556100845337    
 ATTN ifrq ipol ln           4           3       29144  0.0000000E+00
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1294007301330566E-02
 WAYNE Motion comp. added to patch, time =    15.46602797508240    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.8911957740783691E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.2699220180511    
  Writing         4192 lines of data to file
 WAYNE write output data    1.434911012649536    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   427.0722490549088    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1269.853 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.03756201267242    
 ATTN ifrq ipol ln           4           3       32636  0.0000000E+00
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.0672926902770996E-02
 WAYNE Motion comp. added to patch, time =    14.84183406829834    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.2989511489868164E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    257.5734519958496    
  Writing         4192 lines of data to file
 WAYNE write output data    1.296433925628662    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   364.7637009620667    
 ==w out           9       16771
0477        18668 patch#            4
  reference line: 14572  1267.439 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    91.94788801670074    
 ATTN ifrq ipol ln           4           3       18668  0.0000000E+00
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.0794043540954590E-02
 TESTING  0.0000000E+00  -18.31601      -5.326797    
 WAYNE Motion comp. added to patch, time =    15.03000700473785    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.4037957191467285E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.31601      -5.326797    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    264.3920369148254    
  Writing         4192 lines of data to file
 WAYNE write output data    1.356153964996338    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   372.7628920078278    
 ==w out           5       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.627 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.73272299766541    
 ATTN ifrq ipol ln           4           3       36128  0.0000000E+00
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1422991752624512E-02
 WAYNE Motion comp. added to patch, time =    15.73406195640564    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.4169683456420898E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.6357849836349    
  Writing         4192 lines of data to file
 WAYNE write output data    12.49990403652191    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   391.6184771060944    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   395.246 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.7330590486526    
 ATTN ifrq ipol ln           4           3       39620  0.0000000E+00
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1325001716613770E-02
 WAYNE Motion comp. added to patch, time =    15.37721490859985    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.4652004241943359E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    315.3511490821838    
  Writing         4192 lines of data to file
 WAYNE write output data    10.03367209434509    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   447.5333480834961    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   842.780 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.91608595848083    
 ATTN ifrq ipol ln           4           3       43112  0.0000000E+00
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1134028434753418E-02
 WAYNE Motion comp. added to patch, time =    15.14318203926086    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.2292971611022949E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.4279470443726    
  Writing         4192 lines of data to file
 WAYNE write output data    1.487905979156494    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   424.0149459838867    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1266.795 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.86522805690765    
 ATTN ifrq ipol ln           4           3       46604  0.0000000E+00
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.0678887367248535E-02
 WAYNE Motion comp. added to patch, time =    14.96120405197144    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.0666012763977051E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    264.7624590396881    
  Writing         4192 lines of data to file
 WAYNE write output data    1.361369967460632    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   373.9731429815292    
 ==w out          13       16771
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.643 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.19007301330566    
 ATTN ifrq ipol ln           4           3       50096  0.0000000E+00
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1470913887023926E-02
 WAYNE Motion comp. added to patch, time =    16.33861601352692    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.4199485778808594E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.5047600269318    
  Writing         4192 lines of data to file
 WAYNE write output data    4.301396012306213    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   383.3509449958801    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   386.995 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.7008260488510    
 ATTN ifrq ipol ln           4           3       53588  0.0000000E+00
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1263966560363770E-02
 WAYNE Motion comp. added to patch, time =    15.51622807979584    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   1.6664028167724609E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.5142389535904    
  Writing         4192 lines of data to file
 WAYNE write output data    16.36371493339539    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   457.1247969865799    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   844.120 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.11525702476501    
 ATTN ifrq ipol ln           4           3       57080  0.0000000E+00
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1325955390930176E-02
 WAYNE Motion comp. added to patch, time =    15.20064795017242    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   1.9460082054138184E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.9021179676056    
  Writing         4192 lines of data to file
 WAYNE write output data    1.521029949188232    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   424.7718460559845    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1268.892 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    92.12634706497192    
 ATTN ifrq ipol ln           4           3       60572  0.0000000E+00
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.0746955871582031E-02
 WAYNE Motion comp. added to patch, time =    14.97205603122711    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.2809505462646484E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    265.0331760644913    
  Writing         4192 lines of data to file
 WAYNE write output data    1.289862036705017    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   373.4360660314560    
 ==w out          17       16771
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.655 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.27715003490448    
 ATTN ifrq ipol ln           4           3       64064  0.0000000E+00
 IPOL, ITOP nblock            3           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1248946189880371E-02
 WAYNE Motion comp. added to patch, time =    16.03557002544403    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.4230480194091797E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.1002640724182    
  Writing         4192 lines of data to file
 WAYNE write output data    3.373689055442810    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   381.8023920059204    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   385.458 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    114.8059130907059    
 ATTN ifrq ipol ln           4           3       67556  0.0000000E+00
 IPOL, ITOP nblock            3           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1245012283325195E-02
 WAYNE Motion comp. added to patch, time =    15.37937700748444    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.8265008926391602E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.5508079528809    
  Writing         4192 lines of data to file
 WAYNE write output data    1.568287968635559    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   441.3354829549789    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   826.794 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.1179419755936    
 ATTN ifrq ipol ln           4           3       71048  0.0000000E+00
 IPOL, ITOP nblock            3           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1208057403564453E-02
 WAYNE Motion comp. added to patch, time =    15.60293507575989    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.9750952720642090E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.2781630754471    
  Writing         4192 lines of data to file
 WAYNE write output data    7.940772056579590    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   447.9723700284958    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1274.767 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    87.41026103496552    
 ATTN ifrq ipol ln           4           3       74540  0.0000000E+00
 IPOL, ITOP nblock            3           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.0834932327270508E-02
 WAYNE Motion comp. added to patch, time =    14.89788091182709    
 WAYNE Doppler estimation done, time =   1.3113021850585938E-05
 WAYNE write deskew done, time =   2.4551153182983398E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    265.1913610696793    
  Writing         4192 lines of data to file
 WAYNE write output data    1.303793907165527    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   368.8180279731750    
 ==w out          21       16771
            1      146000           0
            2      145955           0
            3      146047           0
            4      146059           0
            5      145957           0
            6      145774           0
            7      145996           0
            8      146004           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     11.71033799648285    
 WAYNE LOOP TIME:     1664.432974100113    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_l.vh_j                     
 /export/air16/airops/1029/cm6069_l.mocompv                  
 /export/air16/airops/1029/cm6069_l.dop                      
 /export/air16/airops/1029/cm6069_l.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_l.mocompv                  
 dopfile /export/air16/airops/1029/cm6069_l.dop                      
 globalfile /export/air16/airops/1029/cm6069_l.glb                      
 /export/air16/airops/1029/cm6069_l.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_l.vh_j                     
 WAYNE FINAL PROCESS   1668.825698018074    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_l.vh_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_l.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.lv                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_l.vh                       
  Name of the line output file?
 /export/air16/airops/1029/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    4.161367058753967    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -136.6452      -2783.331      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.1346      -2786.091      0.0000000E+00  0.0000000E+00
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.4904      -2797.418      0.0000000E+00  0.0000000E+00
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.2799      -2828.888      0.0000000E+00  0.0000000E+00
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -136.8563      -2910.498      0.0000000E+00  0.0000000E+00
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -152.7519      -3000.851      0.0000000E+00  0.0000000E+00
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -165.8108      -3049.380      0.0000000E+00  0.0000000E+00
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.2704      -3027.324      0.0000000E+00  0.0000000E+00
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.4270      -2967.195      0.0000000E+00  0.0000000E+00
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -146.8171      -2954.100      0.0000000E+00  0.0000000E+00
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.2887      -3041.513      0.0000000E+00  0.0000000E+00
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.1292      -3142.793      0.0000000E+00  0.0000000E+00
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -158.8735      -3149.019      0.0000000E+00  0.0000000E+00
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -155.9055      -3065.087      0.0000000E+00  0.0000000E+00
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.4898      -2997.414      0.0000000E+00  0.0000000E+00
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -163.5485      -2990.064      0.0000000E+00  0.0000000E+00
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -148.6375      -2961.361      0.0000000E+00  0.0000000E+00
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.3444      -2905.458      0.0000000E+00  0.0000000E+00
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -138.8842      -2870.056      0.0000000E+00  0.0000000E+00
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.3337      -2908.404      0.0000000E+00  0.0000000E+00
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -152.9055      -2964.823      0.0000000E+00  0.0000000E+00
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.1406      -2953.306      0.0000000E+00  0.0000000E+00
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -160.6963      -2931.795      0.0000000E+00  0.0000000E+00
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -172.9085      -2980.294      0.0000000E+00  0.0000000E+00
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.4607      -2995.157      0.0000000E+00  0.0000000E+00
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.0370      -2936.095      0.0000000E+00  0.0000000E+00
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.3547      -2884.251      0.0000000E+00  0.0000000E+00
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.3826      -2882.977      0.0000000E+00  0.0000000E+00
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -154.7354      -2908.019      0.0000000E+00  0.0000000E+00
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    484.1832380294800    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    484.7186959981918    

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.lp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_l.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    1.500000    
  Radar wavelength (m)                 =   0.2400700    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =   0.0000000E+00
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  Transmit leverarm x,y,z             =   0.5400000      0.5200000    
  -0.2300000    
  Receive leverarm x,y,z              =   0.5400000      0.5200000    
  -0.2300000    



  Name of raw data file?
 /export/air11/airops/1029/l_vv                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_l.mocompv                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.lv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5357997E-02
 reading motion compensation data
 WAYNE read motion compen    2.433083    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7013366    
 start range comp, time =      3.359

 WAYNE PREV   3.165792    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.579 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    52.50021004676819    
 ATTN ifrq ipol ln           4           4        8192   6.000000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1207938194274902E-02
 TESTING  0.0000000E+00  -11.85431      -1.699444    
 WAYNE Motion comp. added to patch, time =    16.15196692943573    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.3690462112426758E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.85431      -1.699444    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    309.6268839836121    
  Writing         4192 lines of data to file
 WAYNE write output data    1.803234934806824    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   380.0977139472961    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   383.677 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    116.3034590482712    
 ATTN ifrq ipol ln           4           4       11684   6.000000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1328935623168945E-02
 TESTING  0.0000000E+00  -14.55591      -3.218796    
 WAYNE Motion comp. added to patch, time =    15.33086097240448    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.2611985206604004E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.55591      -3.218796    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    311.8622310161591    
  Writing         4192 lines of data to file
 WAYNE write output data    16.14665997028351    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   459.6687009334564    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   843.346 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    92.52596604824066    
 ATTN ifrq ipol ln           4           4       15176   6.000000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1099934577941895E-02
 TESTING  0.0000000E+00  -16.48862      -4.375046    
 WAYNE Motion comp. added to patch, time =    15.32640910148621    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.9120931625366211E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.48862      -4.375046    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4866804E-02
   1.7948201E-02
 WAYNE Azimuth compression done, time =    310.7639590501785    
  Writing         4192 lines of data to file
 WAYNE write output data    1.306221008300781    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   419.9540979862213    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.664 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.32102394104004    
 ATTN ifrq ipol ln           4           4       88508   6.000000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1479973793029785E-02
 WAYNE Motion comp. added to patch, time =    16.03510105609894    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.5149583816528320E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8500579595566    
  Writing         4192 lines of data to file
 WAYNE write output data    1.832579970359802    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   382.0547890663147    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   385.719 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    112.3984609842300    
 ATTN ifrq ipol ln           4           4       92000   6.000000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1557102203369141E-02
 WAYNE Motion comp. added to patch, time =    15.07871603965759    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.0733952522277832E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.7470300197601    
  Writing         4192 lines of data to file
 WAYNE write output data    9.119158029556274    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   447.3770970106125    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   833.097 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.5208060741425    
 ATTN ifrq ipol ln           4           4       95492   6.000000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1325001716613770E-02
 WAYNE Motion comp. added to patch, time =    15.17463099956512    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   1.6518950462341309E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.4391950368881    
  Writing         4192 lines of data to file
 WAYNE write output data    1.632722973823547    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   432.7965680360794    
 ==w out          27       12579
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.651 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.12056005001068    
 ATTN ifrq ipol ln           4           4       78032   6.000000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1547088623046875E-02
 WAYNE Motion comp. added to patch, time =    16.25110495090485    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.4939775466918945E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.1593331098557    
  Writing         4192 lines of data to file
 WAYNE write output data    1.594887018203735    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   379.1418589353561    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   382.793 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    115.2944669723511    
 ATTN ifrq ipol ln           4           4       81524   6.000000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1252999305725098E-02
 WAYNE Motion comp. added to patch, time =    15.25245594978333    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.1034965515136719E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.0695459842682    
  Writing         4192 lines of data to file
 WAYNE write output data    1.362980008125305    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   442.0031200647354    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   824.797 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    112.8410240411758    
 ATTN ifrq ipol ln           4           4       85016   6.000000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1242985725402832E-02
 WAYNE Motion comp. added to patch, time =    15.39025402069092    
 WAYNE Doppler estimation done, time =   1.8954277038574219E-05
 WAYNE write deskew done, time =   1.1550068855285645E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.6186950206757    
  Writing         4192 lines of data to file
 WAYNE write output data    7.647214055061340    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   447.5214740037918    
 ==w out          24       12579
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.675 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.39232301712036    
 ATTN ifrq ipol ln           4           4       98984   6.000000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.7490983009338379E-02
 WAYNE Motion comp. added to patch, time =    16.04956102371216    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.4050474166870117E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.8143199682236    
  Writing         4192 lines of data to file
 WAYNE write output data    9.414639949798584    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   389.6924909353256    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   393.368 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.4804120063782    
 ATTN ifrq ipol ln           4           4      102476   6.000000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1336922645568848E-02
 WAYNE Motion comp. added to patch, time =    15.27494704723358    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   6.5779685974121094E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.1231149435043    
  Writing         4192 lines of data to file
 WAYNE write output data    13.52675390243530    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   446.4249899387360    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   839.794 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.85876500606537    
 ATTN ifrq ipol ln           4           4      105649   6.000000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1507987976074219E-02
 WAYNE Motion comp. added to patch, time =    15.43292999267578    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   3.0597925186157227E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.8531039953232    
  Writing         4192 lines of data to file
 WAYNE write output data    11.34514403343201    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   438.5335429906845    
 ==w out          30       12579
0477        18668 patch#            4
  reference line: 14572  1263.326 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    105.7747510671616    
 ATTN ifrq ipol ln           4           4       18668   6.000000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.1165976524353027E-02
 TESTING  0.0000000E+00  -18.31601      -5.326797    
 WAYNE Motion comp. added to patch, time =    15.25731801986694    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.8950104713439941E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.31601      -5.326797    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    256.0201719999313    
  Writing         4192 lines of data to file
 WAYNE write output data    1.291555047035217    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   378.4003690481186    
 ==w out           5       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.609 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.11066901683807    
 ATTN ifrq ipol ln           4           4       36128   6.000000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1639952659606934E-02
 WAYNE Motion comp. added to patch, time =    15.71123397350311    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3800134658813477E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.0203139781952    
  Writing         4192 lines of data to file
 WAYNE write output data    1.412463068962097    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   378.2706540822983    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   381.880 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    117.0862879753113    
 ATTN ifrq ipol ln           4           4       39620   6.000000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1049032211303711E-02
 WAYNE Motion comp. added to patch, time =    15.44009697437286    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.3484110832214355E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.4068011045456    
  Writing         4192 lines of data to file
 WAYNE write output data    6.551827907562256    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   450.5209269523621    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   832.401 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.8449089527130    
 ATTN ifrq ipol ln           4           4       43112   6.000000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1405110359191895E-02
 WAYNE Motion comp. added to patch, time =    15.09758996963501    
 WAYNE Doppler estimation done, time =   1.6927719116210938E-05
 WAYNE write deskew done, time =   8.7490081787109375E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    314.9957710504532    
  Writing         4192 lines of data to file
 WAYNE write output data    1.509153008460999    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   440.4704569578171    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1272.872 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.92130601406097    
 ATTN ifrq ipol ln           4           4       46604   6.000000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.1161923408508301E-02
 WAYNE Motion comp. added to patch, time =    15.21796405315399    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   8.4750652313232422E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    264.4293880462646    
  Writing         4192 lines of data to file
 WAYNE write output data    1.614469051361084    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   379.2042180299 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.633 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.20054006576538    
 ATTN ifrq ipol ln           4           4       64064   6.000000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1403918266296387E-02
 WAYNE Motion comp. added to patch, time =    16.52195799350739    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.3729801177978516E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    309.6586279869080    
  Writing         4192 lines of data to file
 WAYNE write output data    1.774649977684021    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   380.1711289882660    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   383.805 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    114.4759299755096    
 ATTN ifrq ipol ln           4           4       67556   6.000000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1191010475158691E-02
 WAYNE Motion comp. added to patch, time =    15.89290106296539    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   8.4259510040283203E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6363960504532    
  Writing         4192 lines of data to file
 WAYNE write output data    1.470227003097534    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   442.4965680837631    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   826.302 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.0648660659790    
 ATTN ifrq ipol ln           4           4       71048   6.000000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1489987373352051E-02
 WAYNE Motion comp. added to patch, time =    15.23495292663574    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.3541927337646484E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.7617479562759    
  Writing         4192 lines of data to file
 WAYNE write output data    1.639101982116699    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   439.7373570203781    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1266.039 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.1287959814072    
 ATTN ifrq ipol ln           4           4       74540   6.000000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.1150002479553223E-02
 WAYNE Motion comp. added to patch, time =    15.13923501968384    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.7441034317016602E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    265.1097830533981    
  Writing         4192 lines of data to file
 WAYNE write output data    1.629543900489807    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   386.0375059843 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.621 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.45735800266266    
 ATTN ifrq ipol ln           4           4       50096   6.000000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1569976806640625E-02
 WAYNE Motion comp. added to patch, time =    16.30057299137115    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.6139020919799805E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.7155510187149    
  Writing         4192 lines of data to file
 WAYNE write output data    14.01269698143005    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   394.5023689270020    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   398.124 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.7278389930725    
 ATTN ifrq ipol ln           4           4       53588   6.000000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1301994323730469E-02
 WAYNE Motion comp. added to patch, time =    15.46979498863220    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.2065997123718262E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.4986789226532    
  Writing         4192 lines of data to file
 WAYNE write output data    16.48992598056793    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   445.2213170528412    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   843.346 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    94.62261104583740    
 ATTN ifrq ipol ln           4           4       57080   6.000000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1431932449340820E-02
 WAYNE Motion comp. added to patch, time =    15.28825891017914    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.1404037475585938E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.2909569740295    
  Writing         4192 lines of data to file
 WAYNE write output data    1.432911992073059    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   421.6589380502701    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1265.006 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.1843360662460    
 ATTN ifrq ipol ln           4           4       60572   6.000000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.1333942413330078E-02
 WAYNE Motion comp. added to patch, time =    15.25213694572449    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.5875935554504395E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    265.3078999519348    
  Writing         4192 lines of data to file
 WAYNE write output data    1.550323963165283    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   387.3233380317 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.593 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.46056497097015    
 ATTN ifrq ipol ln           4           4       22160   6.000000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.1330962181091309E-02
 WAYNE Motion comp. added to patch, time =    15.81766200065613    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 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 =    312.4091238975525    
  Writing         4192 lines of data to file
 WAYNE write output data    8.592783927917480    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   389.2957829236984    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   392.889 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.3102660179138    
 ATTN ifrq ipol ln           4           4       25652   6.000000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1206984519958496E-02
 WAYNE Motion comp. added to patch, time =    15.79935503005981    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.0527014732360840E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    310.6191469430923    
  Writing         4192 lines of data to file
 WAYNE write output data    18.27775502204895    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   451.0297509431839    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   843.919 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.77629101276398    
 ATTN ifrq ipol ln           4           4       29144   6.000000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1323928833007813E-02
 WAYNE Motion comp. added to patch, time =    15.60723507404327    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.3283967971801758E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    311.1603939533234    
  Writing         4192 lines of data to file
 WAYNE write output data    4.872033953666687    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   427.4422249794006    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1271.363 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.10184800624847    
 ATTN ifrq ipol ln           4           4       32636   6.000000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.1371016502380371E-02
 WAYNE Motion comp. added to patch, time =    15.07972109317780    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.3615012168884277E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    265.4001100063324    
  Writing         4192 lines of data to file
 WAYNE write output data    1.587063074111938    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   381.1951330900759    
 ==w out          13       16771
063    
 ==w out          21       16771
688    
 ==w out          17       16771
192    
 ==w out           9       16771
            1      146498           0
            2      146505           0
            3      145874           0
            4      146408           0
            5      146499           0
            6      146497           0
            7      146391           0
            8      146387           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     20.22628295421600    
 WAYNE LOOP TIME:     1683.825207948685    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_l.vv_j                     
 /export/air16/airops/1029/cm6069_l.mocompv                  
 /export/air16/airops/1029/cm6069_l.dop                      
 /export/air16/airops/1029/cm6069_l.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_l.mocompv                  
 dopfile /export/air16/airops/1029/cm6069_l.dop                      
 globalfile /export/air16/airops/1029/cm6069_l.glb                      
 /export/air16/airops/1029/cm6069_l.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_l.vv_j                     
 WAYNE FINAL PROCESS   1688.175734043121    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_l.vv_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_l.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.lv                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_l.vv                       
  Name of the line output file?
 /export/air16/airops/1029/l_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.563780069351196    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -136.6452      -2783.331      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.1346      -2786.091      0.0000000E+00  0.0000000E+00
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.4904      -2797.418      0.0000000E+00  0.0000000E+00
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.2799      -2828.888      0.0000000E+00  0.0000000E+00
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -136.8563      -2910.498      0.0000000E+00  0.0000000E+00
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -152.7519      -3000.851      0.0000000E+00  0.0000000E+00
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -165.8108      -3049.380      0.0000000E+00  0.0000000E+00
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.2704      -3027.324      0.0000000E+00  0.0000000E+00
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.4270      -2967.195      0.0000000E+00  0.0000000E+00
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -146.8171      -2954.100      0.0000000E+00  0.0000000E+00
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.2887      -3041.513      0.0000000E+00  0.0000000E+00
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.1292      -3142.793      0.0000000E+00  0.0000000E+00
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -158.8735      -3149.019      0.0000000E+00  0.0000000E+00
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -155.9055      -3065.087      0.0000000E+00  0.0000000E+00
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.4898      -2997.414      0.0000000E+00  0.0000000E+00
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -163.5485      -2990.064      0.0000000E+00  0.0000000E+00
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -148.6375      -2961.361      0.0000000E+00  0.0000000E+00
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.3444      -2905.458      0.0000000E+00  0.0000000E+00
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -138.8842      -2870.056      0.0000000E+00  0.0000000E+00
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.3337      -2908.404      0.0000000E+00  0.0000000E+00
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -152.9055      -2964.823      0.0000000E+00  0.0000000E+00
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.1406      -2953.306      0.0000000E+00  0.0000000E+00
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -160.6963      -2931.795      0.0000000E+00  0.0000000E+00
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -172.9085      -2980.294      0.0000000E+00  0.0000000E+00
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.4607      -2995.157      0.0000000E+00  0.0000000E+00
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.0370      -2936.095      0.0000000E+00  0.0000000E+00
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.3547      -2884.251      0.0000000E+00  0.0000000E+00
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.3826      -2882.977      0.0000000E+00  0.0000000E+00
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -154.7354      -2908.019      0.0000000E+00  0.0000000E+00
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    503.0001400709152    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    503.6176630258560    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560      104278          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                  5793
   *************************************** 
   *****                             ***** 
   ***** 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   42.33377       53.10509    
 Enter the name of the <Shh Shh*> file.
 Enter the name of the <Shh Shv*> file.
 Enter the name of the <Shh Svv*> file.
 Enter the name of the <Shv Shv*> file.
 Enter the name of the <Shv Svv*> file.
 Enter the name of the <Svv Svv*> file.
 Enter the number of looks in azimuth.
  amplitude ratio and phase =    1.120017       16.07229    
       104274        5793          18
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....   
 Correlation Surface at          146        3046
  0.000  0.003  0.072  0.329  0.538  0.331  0.063  0.000  0.009
  0.000  0.006  0.081  0.337  0.558  0.348  0.073  0.000  0.009
  0.002  0.007  0.094  0.386  0.666  0.413  0.081  0.000  0.010
  0.004  0.004  0.098  0.467  0.872  0.517  0.077  0.000  0.012
  0.004  0.002  0.088  0.507  1.000  0.565  0.071  0.001  0.011
  0.003  0.003  0.087  0.471  0.879  0.501  0.077  0.000  0.009
  0.003  0.005  0.098  0.401  0.653  0.399  0.086  0.000  0.008
  0.005  0.005  0.099  0.338  0.504  0.330  0.085  0.001  0.009
  0.006  0.002  0.082  0.301  0.449  0.301  0.078  0.000  0.010
 r_peak,r_snr =   0.6631169       14.69803    
  
 Correlation Surface of oversamples image at          146        3046
  0.095  0.223  0.418  0.620  0.708  0.614  0.400  0.198  0.076
  0.095  0.232  0.448  0.677  0.785  0.684  0.441  0.210  0.076
  0.092  0.240  0.480  0.744  0.878  0.768  0.486  0.220  0.072
  0.088  0.244  0.506  0.803  0.961  0.841  0.522  0.226  0.068
  0.085  0.244  0.518  0.832  1.000  0.872  0.535  0.227  0.066
  0.085  0.242  0.513  0.819  0.975  0.845  0.519  0.224  0.067
  0.090  0.242  0.493  0.766  0.893  0.768  0.480  0.217  0.072
  0.099  0.243  0.466  0.692  0.784  0.672  0.433  0.210  0.077
  0.108  0.244  0.436  0.616  0.680  0.584  0.390  0.202  0.081
     146     0.031    3046     0.063   14.69803   0.000573   0.003829   0.000027
  
 Correlation Surface at          246        3046
  0.010  0.018  0.054  0.196  0.531  0.292  0.089  0.049  0.022
  0.008  0.014  0.049  0.208  0.612  0.344  0.088  0.037  0.016
  0.007  0.013  0.049  0.222  0.751  0.434  0.094  0.035  0.013
  0.006  0.011  0.046  0.235  0.934  0.539  0.105  0.036  0.011
  0.005  0.009  0.039  0.230  1.000  0.569  0.107  0.033  0.007
  0.006  0.009  0.030  0.194  0.855  0.496  0.097  0.028  0.004
  0.009  0.009  0.020  0.144  0.634  0.397  0.084  0.024  0.003
  0.014  0.008  0.014  0.109  0.473  0.320  0.072  0.024  0.003
  0.017  0.008  0.014  0.093  0.379  0.267  0.066  0.027  0.002
 r_peak,r_snr =   0.5880902       16.79039    
  
 Correlation Surface of oversamples image at          246        3046
  0.004  0.029  0.131  0.395  0.691  0.633  0.298  0.076  0.012
  0.003  0.026  0.135  0.441  0.807  0.757  0.362  0.095  0.015
  0.002  0.023  0.137  0.485  0.916  0.868  0.418  0.111  0.018
  0.001  0.019  0.138  0.515  0.989  0.939  0.453  0.121  0.020
  0.000  0.015  0.132  0.517  1.000  0.948  0.456  0.122  0.019
  0.000  0.012  0.120  0.486  0.942  0.891  0.430  0.114  0.017
  0.000  0.008  0.104  0.431  0.836  0.793  0.386  0.102  0.014
  0.001  0.006  0.087  0.366  0.713  0.684  0.340  0.092  0.012
  0.001  0.004  0.072  0.305  0.596  0.583  0.299  0.083  0.011
     246     0.219    3046    -0.188   16.79039   0.000549   0.008186  -0.000042
  
 Correlation Surface at          346        3046
  0.001  0.037  0.231  0.556  0.702  0.472  0.203  0.073  0.004
  0.001  0.023  0.179  0.525  0.723  0.478  0.164  0.045  0.000
  0.000  0.011  0.135  0.524  0.836  0.559  0.161  0.024  0.005
  0.000  0.010  0.130  0.546  0.954  0.649  0.182  0.025  0.003
  0.001  0.019  0.150  0.560  1.000  0.667  0.201  0.040  0.000
  0.002  0.037  0.179  0.578  0.997  0.636  0.210  0.047  0.000
  0.001  0.049  0.200  0.589  0.939  0.593  0.204  0.034  0.000
  0.002  0.053  0.198  0.559  0.846  0.539  0.178  0.028  0.000
  0.006  0.064  0.197  0.522  0.794  0.497  0.167  0.049  0.008
 r_peak,r_snr =   0.3650174       7.866825    
  
 Correlation Surface of oversamples image at          346        3046
  0.097  0.235  0.449  0.696  0.881  0.897  0.714  0.438  0.198
  0.097  0.228  0.440  0.705  0.919  0.949  0.760  0.469  0.217
  0.101  0.232  0.450  0.732  0.959  0.982  0.778  0.481  0.229
  0.111  0.248  0.476  0.768  0.991  0.990  0.769  0.476  0.235
  0.126  0.273  0.511  0.799  1.000  0.971  0.742  0.462  0.233
  0.146  0.304  0.541  0.812  0.982  0.933  0.709  0.441  0.222
  0.166  0.328  0.554  0.796  0.934  0.879  0.668  0.414  0.204
  0.178  0.332  0.538  0.748  0.863  0.811  0.618  0.378  0.181
  0.178  0.315  0.496  0.679  0.782  0.738  0.559  0.338  0.158
     346     0.219    3046    -0.219    7.86682   0.004118   0.652031   0.011734
  
 Correlation Surface at          446        3046
  0.300  0.276  0.525  0.816  0.754  0.551  0.399  0.337  0.292
  0.296  0.319  0.545  0.771  0.761  0.563  0.437  0.379  0.296
  0.305  0.341  0.476  0.664  0.786  0.635  0.508  0.403  0.270
  0.263  0.302  0.371  0.608  0.908  0.771  0.580  0.399  0.232
  0.204  0.270  0.330  0.617  1.000  0.853  0.593  0.359  0.200
  0.210  0.311  0.364  0.635  0.971  0.808  0.524  0.296  0.178
  0.273  0.397  0.419  0.646  0.913  0.718  0.407  0.241  0.176
  0.310  0.428  0.448  0.638  0.848  0.645  0.328  0.235  0.212
  0.274  0.371  0.415  0.576  0.727  0.568  0.317  0.286  0.257
 r_peak,r_snr =   0.2961825       3.576178    
  
 Correlation Surface of oversamples image at          446        3046
  0.373  0.565  0.808  0.960  0.961  0.871  0.758  0.640  0.527
  0.377  0.569  0.807  0.964  0.986  0.912  0.794  0.661  0.543
  0.390  0.573  0.793  0.951  1.000  0.946  0.827  0.686  0.566
  0.414  0.576  0.769  0.924  0.997  0.964  0.847  0.705  0.591
  0.436  0.571  0.731  0.881  0.976  0.966  0.858  0.722  0.616
  0.441  0.543  0.675  0.826  0.949  0.966  0.874  0.745  0.645
  0.425  0.496  0.607  0.768  0.921  0.967  0.893  0.770  0.671
     446    -0.469    3046     0.250    3.57618   0.012155   0.199155  -0.000663
  
 Correlation Surface at          546        3046
  0.276  0.284  0.469  0.736  0.931  0.850  0.663  0.509  0.423
  0.266  0.308  0.471  0.728  0.946  0.813  0.605  0.441  0.355
  0.287  0.352  0.483  0.762  0.973  0.791  0.527  0.372  0.320
  0.300  0.372  0.507  0.809  0.991  0.790  0.509  0.366  0.325
  0.300  0.365  0.535  0.859  1.000  0.792  0.557  0.408  0.348
  0.315  0.364  0.557  0.883  0.975  0.806  0.621  0.452  0.372
  0.348  0.376  0.555  0.836  0.907  0.843  0.670  0.477  0.382
  0.384  0.387  0.527  0.756  0.853  0.846  0.685  0.488  0.390
  0.401  0.380  0.499  0.727  0.858  0.796  0.629  0.451  0.383
 r_peak,r_snr =   0.4080085       2.147535    
  
 Correlation Surface of oversamples image at          546        3046
  0.377  0.503  0.653  0.768  0.791  0.714  0.585  0.453  0.343
  0.394  0.522  0.671  0.784  0.808  0.735  0.606  0.471  0.360
  0.400  0.532  0.682  0.798  0.827  0.753  0.621  0.490  0.385
  0.400  0.537  0.692  0.813  0.841  0.760  0.629  0.508  0.413
  0.398  0.542  0.703  0.825  0.845  0.759  0.635  0.527  0.441
  0.396  0.546  0.708  0.824  0.835  0.754  0.646  0.551  0.467
  0.395  0.544  0.700  0.804  0.814  0.751  0.665  0.579  0.491
  0.390  0.531  0.676  0.769  0.787  0.751  0.688  0.604  0.509
  0.377  0.505  0.635  0.723  0.757  0.748  0.701  0.617  0.516
     546    -0.156    3046     1.500    2.14754   0.013541   0.966450   0.044598
  
 Correlation Surface at          646        3046
  0.005  0.000  0.070  0.447  0.859  0.481  0.052  0.000  0.003
  0.004  0.000  0.069  0.435  0.850  0.470  0.052  0.000  0.003
  0.003  0.000  0.070  0.469  0.905  0.500  0.060  0.000  0.003
  0.002  0.001  0.078  0.518  0.980  0.563  0.073  0.000  0.003
  0.002  0.002  0.083  0.528  1.000  0.585  0.073  0.000  0.002
  0.001  0.002  0.081  0.502  0.935  0.510  0.057  0.000  0.001
 r_peak,r_snr =   0.6028337       9.923671    
  
 Correlation Surface of oversamples image at          646        3046
  0.047  0.190  0.473  0.801  0.960  0.838  0.547  0.272  0.103
  0.050  0.195  0.477  0.805  0.973  0.863  0.575  0.289  0.109
  0.051  0.192  0.468  0.800  0.983  0.886  0.595  0.298  0.111
  0.048  0.181  0.454  0.795  0.994  0.902  0.601  0.294  0.106
  0.043  0.170  0.443  0.795  1.000  0.899  0.585  0.276  0.097
  0.038  0.162  0.439  0.797  0.995  0.877  0.553  0.252  0.086
  0.035  0.159  0.442  0.798  0.979  0.843  0.518  0.232  0.080
  0.034  0.161  0.445  0.792  0.956  0.811  0.495  0.223  0.080
  0.034  0.162  0.443  0.777  0.932  0.792  0.490  0.227  0.084
     646     0.094    3046    13.469    9.92367   0.000843   0.036113   0.000476
  
 Correlation Surface at          746        3046
  0.325  0.373  0.483  0.686  0.775  0.666  0.591  0.572  0.478
  0.307  0.391  0.521  0.689  0.778  0.737  0.661  0.579  0.472
  0.323  0.435  0.549  0.702  0.846  0.826  0.680  0.562  0.474
  0.342  0.452  0.551  0.751  0.954  0.837  0.632  0.552  0.483
  0.335  0.439  0.563  0.813  1.000  0.771  0.588  0.564  0.499
  0.323  0.439  0.585  0.826  0.942  0.723  0.601  0.595  0.528
  0.342  0.460  0.584  0.789  0.865  0.736  0.644  0.621  0.557
  0.365  0.465  0.563  0.754  0.844  0.768  0.646  0.626  0.555
  0.356  0.446  0.542  0.734  0.878  0.777  0.623  0.628  0.537
 r_peak,r_snr =   0.5296231       2.898728    
  
 Correlation Surface of oversamples image at          746        3046
  0.477  0.588  0.716  0.825  0.886  0.889  0.838  0.767  0.700
  0.498  0.600  0.725  0.843  0.919  0.924  0.862  0.773  0.689
  0.511  0.610  0.740  0.871  0.954  0.947  0.861  0.753  0.660
  0.519  0.620  0.762  0.906  0.984  0.951  0.839  0.718  0.627
  0.524  0.634  0.787  0.936  1.000  0.939  0.807  0.682  0.601
  0.532  0.651  0.808  0.954  0.998  0.915  0.773  0.654  0.587
  0.543  0.666  0.822  0.956  0.980  0.885  0.745  0.638  0.587
  0.554  0.676  0.824  0.941  0.950  0.854  0.725  0.637  0.598
  0.566  0.683  0.819  0.917  0.915  0.825  0.716  0.646  0.616
     746    -0.063    3046    -2.188    2.89873   0.004918   0.048536   0.006956
  
 Correlation Surface at          846        3046
  0.218  0.330  0.514  0.766  0.858  0.677  0.462  0.236  0.077
  0.205  0.318  0.516  0.745  0.872  0.703  0.504  0.247  0.075
  0.171  0.298  0.518  0.769  0.926  0.713  0.501  0.232  0.085
  0.154  0.300  0.526  0.830  0.975  0.708  0.474  0.237  0.111
  0.170  0.315  0.528  0.877  1.000  0.723  0.483  0.270  0.139
  0.197  0.309  0.500  0.868  0.999  0.754  0.522  0.290  0.150
  0.200  0.268  0.441  0.804  0.957  0.748  0.522  0.269  0.128
  0.177  0.225  0.396  0.744  0.902  0.717  0.497  0.231  0.094
  0.162  0.218  0.391  0.735  0.899  0.733  0.506  0.214  0.084
 r_peak,r_snr =   0.4903207       4.571828    
  
 Correlation Surface of oversamples image at          846        3046
  0.330  0.445  0.559  0.691  0.834  0.899  0.826  0.681  0.559
  0.331  0.450  0.578  0.736  0.892  0.940  0.834  0.667  0.540
  0.334  0.457  0.605  0.788  0.946  0.966  0.826  0.646  0.519
  0.337  0.462  0.630  0.833  0.985  0.973  0.810  0.628  0.507
  0.332  0.459  0.643  0.859  1.000  0.966  0.794  0.620  0.510
  0.318  0.445  0.638  0.857  0.991  0.950  0.786  0.627  0.527
  0.296  0.420  0.614  0.831  0.964  0.931  0.786  0.644  0.550
  0.268  0.388  0.575  0.787  0.924  0.910  0.789  0.662  0.571
  0.241  0.354  0.531  0.738  0.881  0.888  0.791  0.675  0.581
     846    -0.313    3046    -1.063    4.57183   0.005329   0.828963  -0.006367
  
 Correlation Surface at          946        3046
  0.048  0.149  0.360  0.686  0.870  0.580  0.351  0.202  0.045
  0.041  0.124  0.324  0.692  0.827  0.545  0.382  0.190  0.037
  0.032  0.107  0.333  0.746  0.851  0.607  0.412  0.171  0.041
  0.032  0.112  0.383  0.815  0.948  0.706  0.394  0.163  0.048
  0.037  0.122  0.404  0.820  1.000  0.722  0.339  0.163  0.046
  0.038  0.126  0.387  0.748  0.949  0.659  0.306  0.162  0.049
  0.041  0.133  0.348  0.653  0.859  0.624  0.322  0.180  0.067
  0.055  0.147  0.311  0.601  0.817  0.633  0.353  0.206  0.077
  0.070  0.150  0.313  0.611  0.794  0.616  0.349  0.202  0.061
 r_peak,r_snr =   0.5438783       6.504231    
  
 Correlation Surface of oversamples image at          946        3046
  0.331  0.547  0.772  0.896  0.867  0.745  0.620  0.519  0.415
  0.361  0.590  0.817  0.939  0.916  0.806  0.677  0.547  0.409
  0.392  0.623  0.845  0.969  0.960  0.862  0.717  0.547  0.382
  0.411  0.634  0.848  0.977  0.989  0.901  0.731  0.525  0.348
  0.415  0.624  0.828  0.965  1.000  0.917  0.721  0.493  0.320
  0.405  0.598  0.792  0.940  0.995  0.912  0.699  0.466  0.303
  0.385  0.559  0.743  0.901  0.971  0.889  0.673  0.449  0.299
  0.359  0.514  0.690  0.854  0.935  0.857  0.653  0.446  0.305
  0.332  0.470  0.639  0.808  0.897  0.830  0.645  0.455  0.319
     946    -0.094    3046     4.000    6.50423   0.003107   0.039604  -0.000475
  
 Correlation Surface at         1046        3046
  0.001  0.033  0.252  0.671  0.855  0.577  0.227  0.051  0.002
  0.001  0.033  0.255  0.667  0.869  0.610  0.249  0.052  0.002
  0.001  0.034  0.248  0.662  0.901  0.674  0.265  0.051  0.002
  0.001  0.034  0.254  0.687  0.968  0.722  0.262  0.051  0.003
  0.001  0.037  0.282  0.712  1.000  0.709  0.247  0.051  0.003
  0.002  0.045  0.295  0.694  0.960  0.660  0.243  0.052  0.003
  0.002  0.047  0.276  0.649  0.877  0.634  0.257  0.055  0.003
  0.002  0.042  0.263  0.621  0.826  0.643  0.275  0.059  0.003
  0.002  0.041  0.275  0.625  0.828  0.648  0.276  0.057  0.002
 r_peak,r_snr =   0.6763150       7.364979    
  
 Correlation Surface of oversamples image at         1046        3046
  0.241  0.442  0.669  0.846  0.907  0.832  0.647  0.421  0.227
  0.238  0.442  0.674  0.861  0.937  0.870  0.678  0.436  0.232
  0.243  0.452  0.688  0.882  0.968  0.903  0.699  0.444  0.235
  0.257  0.470  0.705  0.901  0.992  0.923  0.707  0.446  0.236
  0.275  0.488  0.716  0.910  1.000  0.925  0.702  0.440  0.235
  0.291  0.497  0.716  0.905  0.991  0.910  0.685  0.430  0.234
  0.297  0.494  0.704  0.887  0.966  0.879  0.661  0.420  0.233
  0.294  0.482  0.685  0.860  0.929  0.842  0.637  0.413  0.233
  0.286  0.468  0.665  0.829  0.890  0.807  0.620  0.410  0.236
    1046     0.031    3046    -0.031    7.36498   0.001063   0.027886   0.001001
  
 Correlation Surface at         1146        3046
  0.240  0.315  0.471  0.677  0.849  0.903  0.795  0.635  0.513
  0.240  0.330  0.486  0.677  0.852  0.908  0.780  0.650  0.543
  0.257  0.357  0.475  0.650  0.882  0.922  0.755  0.652  0.549
  0.269  0.366  0.455  0.673  0.959  0.923  0.740  0.657  0.535
  0.285  0.365  0.458  0.732  1.000  0.907  0.749  0.653  0.500
  0.298  0.366  0.475  0.768  0.988  0.907  0.776  0.625  0.456
  0.300  0.363  0.494  0.780  0.961  0.921  0.796  0.581  0.430
  0.304  0.370  0.520  0.774  0.922  0.919  0.783  0.549  0.423
  0.309  0.387  0.547  0.756  0.903  0.910  0.762  0.547  0.421
 r_peak,r_snr =   0.5888929       2.838459    
  
 Correlation Surface of oversamples image at         1146        3046
  0.446  0.578  0.731  0.852  0.893  0.857  0.787  0.707  0.641
  0.454  0.602  0.768  0.889  0.921  0.878  0.806  0.731  0.669
  0.472  0.634  0.808  0.928  0.954  0.906  0.833  0.758  0.694
  0.493  0.663  0.842  0.962  0.983  0.931  0.855  0.777  0.705
  0.508  0.681  0.863  0.982  1.000  0.944  0.865  0.782  0.697
  0.514  0.687  0.867  0.983  0.997  0.938  0.859  0.772  0.673
  0.516  0.685  0.857  0.963  0.970  0.913  0.839  0.751  0.640
  0.518  0.677  0.835  0.927  0.929  0.877  0.813  0.725  0.608
  0.524  0.669  0.809  0.887  0.888  0.848  0.793  0.705  0.583
    1146     0.344    3046    -5.125    2.83846   0.004284   0.105591   0.009826
  
 Correlation Surface at         1246        3046
  0.000  0.002  0.075  0.495  0.733  0.332  0.062  0.006  0.000
  0.000  0.002  0.079  0.546  0.820  0.374  0.071  0.006  0.000
  0.000  0.002  0.082  0.594  0.900  0.411  0.078  0.007  0.001
  0.000  0.001  0.085  0.633  0.964  0.435  0.082  0.008  0.001
  0.000  0.001  0.086  0.660  1.000  0.441  0.080  0.007  0.001
  0.000  0.001  0.087  0.669  0.997  0.429  0.076  0.007  0.001
  0.000  0.001  0.086  0.652  0.952  0.401  0.069  0.006  0.000
  0.000  0.001  0.081  0.606  0.874  0.363  0.062  0.005  0.000
  0.000  0.001  0.074  0.546  0.780  0.320  0.053  0.004  0.000
 r_peak,r_snr =   0.9335623       14.41527    
  
 Correlation Surface of oversamples image at         1246        3046
  0.077  0.271  0.604  0.899  0.932  0.703  0.403  0.187  0.074
  0.081  0.284  0.628  0.930  0.960  0.719  0.411  0.189  0.075
  0.084  0.294  0.648  0.956  0.981  0.732  0.416  0.191  0.075
  0.087  0.302  0.663  0.975  0.996  0.739  0.417  0.190  0.075
  0.089  0.308  0.673  0.984  1.000  0.737  0.414  0.187  0.073
  0.090  0.310  0.674  0.982  0.994  0.728  0.405  0.182  0.070
  0.090  0.308  0.668  0.970  0.977  0.712  0.393  0.175  0.067
  0.088  0.301  0.654  0.946  0.949  0.688  0.377  0.166  0.063
  0.085  0.292  0.632  0.912  0.912  0.657  0.357  0.156  0.058
    1246    -0.219    3046     0.531   14.41527   0.000069   0.003351   0.000044
  
 Correlation Surface at         1346        3046
  0.056  0.120  0.316  0.709  0.797  0.543  0.354  0.255  0.221
  0.058  0.127  0.316  0.699  0.778  0.543  0.371  0.268  0.224
  0.066  0.143  0.343  0.737  0.827  0.595  0.398  0.275  0.236
  0.073  0.153  0.372  0.806  0.930  0.641  0.392  0.258  0.245
  0.073  0.143  0.373  0.856  1.000  0.633  0.355  0.243  0.257
  0.065  0.121  0.341  0.827  0.971  0.595  0.324  0.250  0.268
  0.057  0.107  0.300  0.729  0.900  0.571  0.313  0.260  0.260
  0.055  0.110  0.285  0.677  0.871  0.568  0.317  0.253  0.244
  0.058  0.127  0.306  0.697  0.890  0.588  0.323  0.239  0.235
 r_peak,r_snr =   0.6349050       4.488235    
  
 Correlation Surface of oversamples image at         1346        3046
  0.165  0.308  0.500  0.685  0.787  0.772  0.684  0.573  0.470
  0.182  0.337  0.543  0.746  0.861  0.848  0.749  0.618  0.498
  0.195  0.361  0.586  0.809  0.938  0.923  0.806  0.651  0.511
  0.199  0.374  0.613  0.853  0.990  0.970  0.833  0.656  0.501
  0.194  0.372  0.618  0.864  1.000  0.970  0.816  0.626  0.467
  0.181  0.356  0.597  0.836  0.964  0.925  0.763  0.574  0.420
  0.164  0.328  0.553  0.776  0.895  0.856  0.701  0.522  0.378
  0.147  0.294  0.498  0.702  0.818  0.789  0.650  0.487  0.353
  0.132  0.262  0.444  0.634  0.752  0.739  0.620  0.472  0.343
    1346    -0.313    3046    -7.750    4.48823   0.001563   0.021907   0.000918
  
 Correlation Surface at         1446        3046
  0.060  0.018  0.013  0.245  0.664  0.404  0.050  0.008  0.093
  0.076  0.029  0.011  0.293  0.750  0.469  0.052  0.005  0.062
  0.112  0.062  0.002  0.233  0.749  0.507  0.064  0.001  0.021
  0.154  0.121  0.004  0.181  0.861  0.556  0.093  0.009  0.007
  0.165  0.170  0.023  0.208  1.000  0.535  0.110  0.010  0.008
  0.152  0.219  0.036  0.261  0.919  0.456  0.124  0.008  0.012
  0.155  0.267  0.027  0.256  0.674  0.428  0.157  0.011  0.016
  0.177  0.240  0.010  0.191  0.497  0.418  0.160  0.012  0.033
  0.184  0.162  0.002  0.134  0.399  0.357  0.128  0.007  0.066
 r_peak,r_snr =   0.2507007       11.86126    
  
 Correlation Surface of oversamples image at         1446        3046
  0.000  0.032  0.149  0.380  0.623  0.666  0.449  0.183  0.042
  0.005  0.009  0.110  0.381  0.702  0.761  0.492  0.190  0.046
  0.025  0.001  0.102  0.440  0.831  0.861  0.519  0.194  0.057
  0.051  0.000  0.119  0.534  0.951  0.906  0.509  0.196  0.074
  0.072  0.000  0.156  0.627  1.000  0.866  0.470  0.203  0.101
  0.078  0.001  0.200  0.672  0.952  0.769  0.430  0.223  0.133
  0.071  0.005  0.226  0.641  0.827  0.657  0.406  0.252  0.161
  0.058  0.009  0.220  0.547  0.679  0.568  0.401  0.279  0.173
  0.044  0.012  0.188  0.439  0.558  0.513  0.404  0.289  0.165
    1446     0.156    3046    -0.156   11.86126   0.003738   0.101088   0.005417
  
 Correlation Surface at         1546        3046
  0.005  0.086  0.239  0.470  0.598  0.332  0.136  0.078  0.028
  0.005  0.091  0.249  0.489  0.621  0.357  0.148  0.079  0.026
  0.008  0.105  0.271  0.537  0.711  0.427  0.170  0.079  0.024
  0.011  0.106  0.281  0.618  0.877  0.526  0.187  0.077  0.024
  0.010  0.091  0.279  0.698  1.000  0.544  0.174  0.075  0.025
  0.007  0.076  0.273  0.704  0.931  0.465  0.158  0.080  0.026
  0.004  0.072  0.267  0.631  0.789  0.422  0.168  0.086  0.027
  0.005  0.081  0.259  0.566  0.749  0.453  0.185  0.087  0.028
  0.007  0.090  0.257  0.559  0.781  0.477  0.186  0.085  0.027
 r_peak,r_snr =   0.6464357       9.028115    
  
 Correlation Surface of oversamples image at         1546        3046
  0.267  0.384  0.534  0.674  0.703  0.580  0.389  0.233  0.142
  0.271  0.399  0.570  0.734  0.779  0.652  0.440  0.260  0.151
  0.272  0.415  0.613  0.807  0.868  0.732  0.490  0.281  0.155
  0.269  0.429  0.656  0.879  0.951  0.796  0.521  0.286  0.150
  0.263  0.438  0.688  0.931  1.000  0.820  0.519  0.273  0.139
  0.254  0.439  0.701  0.945  0.998  0.796  0.488  0.251  0.127
  0.245  0.431  0.689  0.917  0.948  0.739  0.447  0.230  0.121
  0.235  0.415  0.657  0.861  0.877  0.681  0.415  0.220  0.123
  0.224  0.392  0.614  0.801  0.819  0.646  0.407  0.226  0.131
    1546    -0.125    3046     0.281    9.02812   0.000853   0.006617   0.000423
  
 Correlation Surface at         1646        3046
  0.043  0.058  0.012  0.019  0.038  0.044  0.065  0.003  0.002
  0.062  0.017  0.003  0.004  0.000  0.023  0.011  0.001  0.001
  0.051  0.001  0.004  0.002  0.021  0.111  0.019  0.001  0.003
  0.046  0.004  0.005  0.002  0.449  0.364  0.046  0.005  0.050
  0.037  0.023  0.019  0.100  1.000  0.347  0.011  0.040  0.048
  0.021  0.033  0.016  0.228  0.618  0.095  0.005  0.032  0.000
  0.016  0.036  0.001  0.214  0.215  0.021  0.005  0.000  0.028
  0.022  0.017  0.014  0.186  0.165  0.041  0.005  0.036  0.004
  0.012  0.001  0.063  0.177  0.215  0.049  0.020  0.024  0.011
 r_peak,r_snr =   0.1594559       34.03138    
  
 Correlation Surface of oversamples image at         1646        3046
  0.042  0.016  0.001  0.003  0.042  0.128  0.141  0.077  0.031
  0.026  0.004  0.001  0.031  0.179  0.320  0.266  0.143  0.061
  0.005  0.000  0.014  0.159  0.486  0.598  0.410  0.217  0.083
  0.000  0.001  0.071  0.415  0.845  0.798  0.484  0.247  0.074
  0.005  0.009  0.185  0.678  1.000  0.757  0.420  0.200  0.041
  0.007  0.030  0.308  0.772  0.839  0.512  0.263  0.114  0.012
  0.005  0.059  0.364  0.647  0.515  0.250  0.118  0.044  0.001
  0.001  0.077  0.326  0.426  0.251  0.097  0.041  0.014  0.000
  0.000  0.073  0.236  0.245  0.121  0.043  0.018  0.007  0.002
    1646     0.031    3046    -0.031   34.03138   0.006010   0.018220   0.004015
  
 Correlation Surface at         1746        3046
  0.070  0.097  0.240  0.557  0.780  0.572  0.301  0.159  0.088
  0.071  0.113  0.267  0.569  0.772  0.592  0.306  0.165  0.093
  0.088  0.136  0.264  0.530  0.787  0.653  0.310  0.171  0.088
  0.109  0.138  0.230  0.497  0.889  0.689  0.296  0.161  0.081
  0.105  0.121  0.206  0.532  1.000  0.652  0.284  0.155  0.080
  0.088  0.117  0.211  0.595  0.999  0.605  0.300  0.169  0.083
  0.091  0.135  0.226  0.606  0.918  0.596  0.332  0.186  0.088
  0.118  0.157  0.226  0.555  0.837  0.589  0.353  0.182  0.092
  0.135  0.156  0.212  0.493  0.757  0.570  0.355  0.173  0.095
 r_peak,r_snr =   0.5317774       6.921801    
  
 Correlation Surface of oversamples image at         1746        3046
  0.209  0.325  0.480  0.647  0.761  0.744  0.593  0.410  0.281
  0.192  0.307  0.474  0.680  0.830  0.805  0.617  0.409  0.274
  0.179  0.297  0.490  0.738  0.909  0.851  0.619  0.396  0.265
  0.171  0.300  0.524  0.808  0.972  0.865  0.603  0.382  0.260
  0.172  0.315  0.568  0.867  1.000  0.853  0.583  0.374  0.261
  0.179  0.336  0.605  0.894  0.991  0.826  0.569  0.375  0.268
  0.190  0.354  0.623  0.887  0.959  0.800  0.565  0.383  0.277
  0.199  0.362  0.616  0.854  0.920  0.781  0.566  0.392  0.284
  0.201  0.353  0.584  0.803  0.876  0.759  0.560  0.392  0.285
    1746    -0.031    3046     0.625    6.92180   0.001557   0.038887   0.002726
  
 Correlation Surface at         1846        3046
  0.118  0.224  0.310  0.627  0.952  0.633  0.255  0.174  0.161
  0.129  0.204  0.304  0.637  0.989  0.607  0.222  0.157  0.151
  0.112  0.175  0.270  0.640  0.986  0.581  0.197  0.155  0.151
  0.098  0.144  0.234  0.665  0.984  0.579  0.206  0.169  0.166
  0.099  0.117  0.236  0.699  1.000  0.582  0.236  0.187  0.174
  0.103  0.108  0.257  0.718  0.999  0.586  0.253  0.184  0.163
  0.099  0.120  0.271  0.718  0.979  0.602  0.256  0.169  0.151
  0.094  0.131  0.276  0.700  0.955  0.612  0.259  0.167  0.151
  0.092  0.135  0.275  0.670  0.919  0.603  0.260  0.177  0.155
 r_peak,r_snr =   0.4959415       4.961867    
  
 Correlation Surface of oversamples image at         1846        3046
  1.138  1.679  2.572  3.554  4.000  3.507  2.412  1.388  0.747
  1.135  1.689  2.574  3.556  3.984  3.424  2.287  1.282  0.678
  1.112  1.668  2.565  3.565  3.962  3.327  2.167  1.192  0.627
  1.056  1.620  2.562  3.593  3.948  3.254  2.090  1.138  0.603
  0.978  1.566  2.568  3.622  3.939  3.224  2.067  1.125  0.608
    1846     0.000    3046    -0.781    4.96187   0.002560   1.819560   0.031226
  
 Correlation Surface at         1946        3046
  0.382  0.512  0.719  0.879  0.778  0.682  0.589  0.496  0.351
  0.400  0.495  0.677  0.889  0.775  0.695  0.606  0.459  0.317
  0.390  0.451  0.652  0.872  0.819  0.736  0.570  0.410  0.303
  0.356  0.413  0.611  0.858  0.912  0.759  0.509  0.386  0.309
  0.314  0.386  0.575  0.887  1.000  0.728  0.483  0.391  0.326
  0.304  0.389  0.575  0.921  0.994  0.676  0.523  0.427  0.361
  0.342  0.414  0.565  0.892  0.892  0.671  0.609  0.498  0.403
  0.403  0.415  0.531  0.824  0.802  0.728  0.693  0.573  0.449
  0.424  0.376  0.524  0.765  0.780  0.789  0.737  0.631  0.494
 r_peak,r_snr =   0.5390753       3.161617    
  
 Correlation Surface of oversamples image at         1946        3046
  0.429  0.537  0.676  0.795  0.856  0.852  0.802  0.722  0.617
  0.414  0.524  0.674  0.816  0.901  0.905  0.838  0.723  0.590
  0.407  0.520  0.681  0.843  0.947  0.952  0.858  0.703  0.553
  0.409  0.525  0.692  0.868  0.984  0.980  0.853  0.670  0.521
  0.417  0.533  0.700  0.883  1.000  0.982  0.830  0.643  0.511
  0.427  0.536  0.698  0.879  0.989  0.957  0.801  0.635  0.530
  0.432  0.530  0.683  0.853  0.949  0.911  0.776  0.648  0.574
  0.429  0.514  0.655  0.808  0.889  0.859  0.763  0.680  0.635
  0.417  0.493  0.623  0.758  0.825  0.813  0.762  0.721  0.697
    1946     0.719    3046    -0.531    3.16162   0.004897   0.052197   0.006264
  
 Correlation Surface at         2046        3046
  0.054  0.065  0.056  0.195  0.377  0.143  0.048  0.073  0.024
  0.056  0.058  0.051  0.205  0.420  0.164  0.060  0.063  0.016
  0.056  0.061  0.066  0.279  0.545  0.238  0.061  0.036  0.008
  0.070  0.062  0.090  0.371  0.750  0.356  0.045  0.021  0.006
  0.074  0.055  0.099  0.423  1.000  0.406  0.034  0.023  0.007
  0.066  0.059  0.091  0.403  0.989  0.300  0.033  0.035  0.007
  0.079  0.068  0.074  0.314  0.648  0.174  0.034  0.042  0.011
  0.095  0.063  0.060  0.216  0.385  0.129  0.037  0.044  0.017
  0.083  0.055  0.060  0.166  0.315  0.140  0.037  0.034  0.014
 r_peak,r_snr =   0.4721128       14.88110    
  
 Correlation Surface of oversamples image at         2046        3046
  0.095  0.186  0.351  0.530  0.590  0.480  0.289  0.137  0.062
  0.106  0.210  0.390  0.596  0.696  0.589  0.345  0.143  0.052
  0.115  0.227  0.422  0.671  0.824  0.702  0.382  0.136  0.042
  0.121  0.234  0.446  0.745  0.943  0.775  0.381  0.118  0.035
  0.123  0.229  0.452  0.793  1.000  0.766  0.338  0.096  0.031
  0.117  0.212  0.434  0.782  0.953  0.672  0.271  0.076  0.030
  0.106  0.185  0.392  0.707  0.815  0.533  0.205  0.061  0.032
  0.092  0.156  0.336  0.590  0.644  0.406  0.158  0.055  0.036
  0.076  0.129  0.276  0.468  0.497  0.316  0.133  0.054  0.041
    2046     0.000    3046    -0.469   14.88110   0.001077   0.011851   0.000348
  
 At line =         3400
 Reading in data....   
 Correlation Surface at          146        3446
  0.073  0.130  0.248  0.503  0.641  0.451  0.271  0.158  0.091
  0.086  0.149  0.273  0.538  0.735  0.527  0.285  0.163  0.092
  0.088  0.150  0.272  0.542  0.855  0.655  0.304  0.148  0.070
  0.074  0.130  0.268  0.580  0.972  0.746  0.304  0.124  0.047
  0.067  0.131  0.303  0.641  1.000  0.711  0.267  0.107  0.034
  0.084  0.166  0.345  0.639  0.892  0.604  0.232  0.104  0.029
  0.109  0.193  0.351  0.605  0.815  0.558  0.244  0.107  0.028
  0.124  0.194  0.342  0.633  0.858  0.583  0.274  0.099  0.023
  0.127  0.186  0.341  0.681  0.878  0.570  0.259  0.081  0.019
 r_peak,r_snr =   0.4798754       5.860765    
  
 Correlation Surface of oversamples image at          146        3446
  0.287  0.388  0.518  0.674  0.802  0.804  0.647  0.440  0.287
  0.282  0.393  0.539  0.720  0.868  0.865  0.688  0.463  0.295
  0.281  0.406  0.574  0.780  0.938  0.921  0.722  0.479  0.299
  0.289  0.428  0.615  0.836  0.990  0.950  0.730  0.474  0.289
  0.306  0.451  0.643  0.863  1.000  0.935  0.700  0.443  0.264
  0.323  0.462  0.645  0.847  0.960  0.877  0.640  0.396  0.233
  0.333  0.456  0.618  0.794  0.884  0.795  0.572  0.350  0.208
  0.331  0.438  0.579  0.733  0.808  0.723  0.520  0.322  0.196
  0.324  0.421  0.552  0.697  0.766  0.687  0.500  0.318  0.201
     146     0.125    3446    -0.219    5.86076   0.003012   0.040528   0.004065
  
 Correlation Surface at          246        3446
  0.000  0.005  0.006  0.106  0.524  0.175  0.001  0.002  0.006
  0.000  0.004  0.005  0.110  0.586  0.211  0.002  0.002  0.007
  0.000  0.002  0.004  0.126  0.725  0.291  0.005  0.001  0.009
  0.000  0.001  0.004  0.149  0.920  0.378  0.006  0.003  0.014
  0.001  0.001  0.004  0.152  1.000  0.395  0.003  0.006  0.015
  0.001  0.001  0.002  0.124  0.860  0.338  0.002  0.005  0.012
  0.001  0.001  0.001  0.089  0.661  0.280  0.003  0.003  0.009
  0.002  0.000  0.001  0.068  0.536  0.249  0.003  0.003  0.012
  0.003  0.000  0.001  0.060  0.465  0.220  0.002  0.006  0.019
 r_peak,r_snr =   0.4966683       16.17902    
  
 Correlation Surface of oversamples image at          246        3446
  0.003  0.022  0.129  0.414  0.700  0.601  0.258  0.048  0.000
  0.002  0.023  0.140  0.464  0.802  0.701  0.308  0.060  0.001
  0.002  0.022  0.150  0.513  0.903  0.797  0.353  0.070  0.002
  0.001  0.021  0.156  0.550  0.980  0.867  0.382  0.075  0.002
  0.001  0.019  0.153  0.556  1.000  0.884  0.386  0.073  0.001
  0.000  0.015  0.138  0.524  0.951  0.841  0.363  0.066  0.001
  0.000  0.010  0.118  0.467  0.857  0.761  0.328  0.059  0.000
  0.000  0.008  0.100  0.405  0.751  0.676  0.296  0.054  0.000
  0.000  0.006  0.084  0.348  0.655  0.599  0.270  0.052  0.001
     246     0.156    3446    -0.094   16.17902   0.000634   0.014153  -0.000006
  
 Correlation Surface at          346        3446
  0.134  0.268  0.457  0.625  0.712  0.621  0.498  0.438  0.411
  0.180  0.312  0.528  0.698  0.714  0.557  0.443  0.410  0.403
  0.212  0.334  0.545  0.764  0.758  0.588  0.477  0.412  0.377
  0.223  0.334  0.507  0.805  0.878  0.720  0.606  0.468  0.351
  0.236  0.323  0.480  0.883  1.000  0.799  0.658  0.496  0.353
  0.249  0.316  0.499  0.934  0.987  0.716  0.547  0.460  0.383
  0.270  0.349  0.531  0.857  0.862  0.603  0.465  0.461  0.426
  0.288  0.405  0.521  0.701  0.746  0.585  0.511  0.511  0.452
  0.262  0.406  0.468  0.598  0.740  0.661  0.582  0.520  0.446
 r_peak,r_snr =   0.3728611       3.196370    
  
 Correlation Surface of oversamples image at          346        3446
  0.364  0.435  0.545  0.675  0.763  0.768  0.705  0.618  0.538
  0.355  0.426  0.553  0.718  0.839  0.853  0.780  0.683  0.598
  0.342  0.416  0.567  0.766  0.911  0.923  0.833  0.725  0.634
  0.329  0.414  0.590  0.815  0.968  0.964  0.851  0.728  0.631
  0.323  0.423  0.621  0.858  1.000  0.969  0.831  0.695  0.594
  0.331  0.443  0.651  0.882  0.998  0.938  0.785  0.643  0.541
  0.355  0.470  0.669  0.874  0.960  0.884  0.732  0.592  0.495
  0.391  0.494  0.663  0.829  0.889  0.815  0.681  0.557  0.471
  0.426  0.502  0.627  0.752  0.798  0.745  0.644  0.541  0.471
     346     0.656    3446    -0.406    3.19637   0.019113   0.088462   0.012731
  
 Correlation Surface at          446        3446
  0.098  0.118  0.296  0.667  0.853  0.660  0.330  0.222  0.236
  0.088  0.092  0.270  0.663  0.839  0.638  0.343  0.229  0.240
  0.089  0.109  0.324  0.705  0.855  0.638  0.347  0.236  0.233
  0.113  0.147  0.402  0.759  0.929  0.687  0.364  0.231  0.199
  0.117  0.142  0.405  0.782  1.000  0.740  0.388  0.206  0.181
  0.087  0.110  0.340  0.723  0.957  0.720  0.365  0.172  0.187
  0.069  0.095  0.275  0.615  0.853  0.659  0.308  0.146  0.187
  0.073  0.092  0.228  0.560  0.843  0.648  0.275  0.141  0.179
  0.078  0.086  0.225  0.613  0.937  0.688  0.280  0.152  0.173
 r_peak,r_snr =   0.4428340       3.720485    
  
 Correlation Surface of oversamples image at          446        3446
  0.302  0.503  0.691  0.808  0.837  0.771  0.626  0.455  0.311
  0.335  0.534  0.712  0.831  0.869  0.801  0.644  0.461  0.309
  0.358  0.556  0.738  0.869  0.917  0.843  0.670  0.474  0.315
  0.361  0.563  0.757  0.909  0.967  0.885  0.697  0.492  0.326
  0.342  0.549  0.760  0.934  1.000  0.910  0.715  0.508  0.337
  0.312  0.520  0.743  0.929  0.996  0.905  0.716  0.514  0.339
  0.283  0.486  0.709  0.892  0.954  0.870  0.697  0.505  0.329
  0.259  0.451  0.661  0.832  0.891  0.820  0.666  0.483  0.309
  0.242  0.416  0.611  0.772  0.834  0.776  0.636  0.458  0.287
     446    -0.031    3446    -0.781    3.72048   0.005521   0.069073  -0.003301
  
 Correlation Surface at          546        3446
  0.017  0.054  0.197  0.564  0.827  0.527  0.213  0.127  0.118
  0.009  0.043  0.189  0.574  0.801  0.525  0.221  0.119  0.110
  0.006  0.042  0.194  0.582  0.846  0.599  0.233  0.098  0.086
  0.010  0.055  0.217  0.602  0.940  0.661  0.233  0.087  0.065
  0.020  0.066  0.230  0.629  1.000  0.657  0.229  0.090  0.066
  0.029  0.068  0.234  0.645  0.976  0.606  0.223  0.101  0.089
  0.035  0.075  0.252  0.649  0.888  0.534  0.212  0.108  0.111
  0.036  0.087  0.269  0.635  0.793  0.474  0.209  0.113  0.116
  0.031  0.078  0.250  0.595  0.740  0.471  0.227  0.115  0.107
 r_peak,r_snr =   0.4720650       7.439411    
  
 Correlation Surface of oversamples image at          546        3446
  0.179  0.295  0.476  0.679  0.812  0.784  0.598  0.379  0.218
  0.197  0.313  0.502  0.725  0.876  0.839  0.626  0.388  0.222
  0.209  0.327  0.527  0.771  0.933  0.882  0.646  0.397  0.229
  0.213  0.336  0.551  0.813  0.977  0.909  0.658  0.406  0.238
  0.214  0.345  0.574  0.846  1.000  0.916  0.660  0.411  0.244
  0.220  0.358  0.594  0.859  0.993  0.894  0.643  0.404  0.243
  0.235  0.376  0.604  0.846  0.950  0.841  0.603  0.383  0.233
  0.257  0.392  0.598  0.805  0.878  0.765  0.548  0.353  0.219
  0.274  0.394  0.571  0.743  0.793  0.682  0.491  0.321  0.206
     546     0.063    3446     2.594    7.43941   0.002527   0.098718   0.004194
  
 Correlation Surface at          646        3446
  0.006  0.026  0.132  0.447  0.727  0.470  0.199  0.025  0.006
  0.010  0.037  0.147  0.439  0.701  0.453  0.212  0.014  0.009
  0.011  0.033  0.146  0.486  0.759  0.521  0.221  0.013  0.007
  0.002  0.014  0.147  0.627  0.938  0.657  0.236  0.015  0.006
  0.000  0.005  0.178  0.750  1.000  0.689  0.230  0.014  0.012
  0.000  0.008  0.221  0.751  0.881  0.608  0.198  0.008  0.017
  0.001  0.013  0.233  0.698  0.782  0.506  0.153  0.005  0.007
  0.001  0.014  0.231  0.700  0.824  0.442  0.116  0.007  0.001
  0.000  0.015  0.225  0.755  0.924  0.409  0.092  0.009  0.001
 r_peak,r_snr =   0.3680727       9.013974    
  
 Correlation Surface of oversamples image at          646        3446
  0.232  0.799  1.694  2.521  2.892  2.769  2.305  1.633  0.970
  0.262  0.845  1.740  2.589  3.015  2.887  2.298  1.501  0.831
  0.274  0.864  1.779  2.718  3.265  3.127  2.357  1.409  0.724
  0.288  0.883  1.846  2.935  3.644  3.470  2.483  1.382  0.673
     646    -0.344    3446    -0.188    9.01397   0.007244   0.052976   0.005731
  
 Correlation Surface at          746        3446
  0.025  0.022  0.037  0.232  0.584  0.433  0.176  0.108  0.045
  0.029  0.025  0.049  0.290  0.688  0.490  0.181  0.105  0.045
  0.037  0.034  0.063  0.340  0.788  0.550  0.183  0.101  0.045
  0.042  0.042  0.077  0.391  0.907  0.605  0.177  0.094  0.046
  0.042  0.044  0.081  0.435  1.000  0.612  0.162  0.090  0.050
  0.043  0.044  0.083  0.452  0.984  0.556  0.151  0.091  0.052
  0.049  0.049  0.089  0.439  0.870  0.479  0.145  0.099  0.055
  0.057  0.060  0.103  0.416  0.758  0.424  0.143  0.108  0.063
  0.067  0.076  0.118  0.401  0.702  0.402  0.146  0.119  0.071
 r_peak,r_snr =   0.4891829       8.945975    
  
 Correlation Surface of oversamples image at          746        3446
  0.049  0.133  0.326  0.600  0.792  0.754  0.529  0.291  0.147
  0.056  0.146  0.354  0.649  0.856  0.811  0.561  0.300  0.146
  0.063  0.161  0.385  0.703  0.924  0.867  0.588  0.305  0.143
  0.068  0.172  0.410  0.748  0.977  0.902  0.597  0.300  0.137
  0.070  0.178  0.425  0.773  1.000  0.906  0.584  0.286  0.129
  0.070  0.178  0.428  0.774  0.987  0.876  0.552  0.266  0.121
  0.069  0.176  0.420  0.751  0.940  0.817  0.506  0.244  0.114
  0.069  0.173  0.405  0.708  0.867  0.740  0.455  0.222  0.109
  0.072  0.171  0.385  0.655  0.786  0.663  0.408  0.204  0.105
     746     0.125    3446    -0.969    8.94598   0.001417   0.053495   0.002044
  
 Correlation Surface at          846        3446
  0.078  0.133  0.251  0.359  0.295  0.258  0.282  0.231  0.253
  0.056  0.121  0.247  0.331  0.325  0.405  0.374  0.217  0.255
  0.067  0.129  0.243  0.354  0.492  0.609  0.411  0.254  0.287
  0.096  0.151  0.242  0.432  0.783  0.735  0.415  0.299  0.312
  0.125  0.174  0.211  0.482  1.000  0.759  0.414  0.281  0.298
  0.134  0.176  0.194  0.498  0.962  0.701  0.377  0.236  0.287
  0.119  0.165  0.211  0.499  0.764  0.576  0.309  0.221  0.321
  0.093  0.152  0.234  0.478  0.645  0.502  0.275  0.240  0.324
  0.077  0.146  0.253  0.481  0.612  0.485  0.294  0.248  0.242
 r_peak,r_snr =   0.3621124       5.320917    
  
 Correlation Surface of oversamples image at          846        3446
  0.174  0.207  0.261  0.357  0.468  0.543  0.558  0.511  0.421
  0.167  0.211  0.308  0.474  0.641  0.698  0.636  0.527  0.421
  0.153  0.209  0.353  0.597  0.816  0.838  0.697  0.538  0.419
  0.136  0.203  0.387  0.696  0.946  0.928  0.731  0.544  0.410
  0.125  0.200  0.410  0.752  1.000  0.949  0.733  0.535  0.387
  0.126  0.206  0.426  0.758  0.968  0.899  0.694  0.503  0.349
  0.134  0.218  0.427  0.712  0.865  0.793  0.618  0.445  0.300
  0.148  0.231  0.415  0.636  0.734  0.667  0.526  0.378  0.255
  0.160  0.238  0.390  0.552  0.612  0.554  0.442  0.323  0.228
     846     0.156    3446     0.531    5.32092   0.004052   0.027597   0.001348
  
 Correlation Surface at          946        3446
  0.007  0.002  0.020  0.314  0.807  0.509  0.095  0.002  0.006
  0.014  0.002  0.021  0.313  0.779  0.471  0.095  0.004  0.003
  0.018  0.002  0.021  0.323  0.803  0.526  0.135  0.009  0.002
  0.015  0.003  0.025  0.387  0.914  0.632  0.174  0.009  0.005
  0.011  0.003  0.035  0.468  1.000  0.673  0.167  0.005  0.010
  0.006  0.001  0.044  0.477  0.966  0.636  0.152  0.005  0.009
  0.003  0.000  0.044  0.428  0.905  0.627  0.173  0.010  0.003
  0.003  0.000  0.036  0.382  0.902  0.696  0.218  0.014  0.002
  0.004  0.001  0.026  0.351  0.953  0.791  0.258  0.014  0.003
 r_peak,r_snr =   0.4435335       9.255379    
  
 Correlation Surface of oversamples image at          946        3446
  0.692  1.629  2.735  3.447  3.334  2.542  1.570  0.774  0.279
  0.641  1.534  2.656  3.463  3.445  2.692  1.702  0.861  0.322
  0.578  1.448  2.629  3.560  3.632  2.881  1.835  0.932  0.349
  0.517  1.385  2.648  3.705  3.845  3.068  1.957  0.990  0.363
     946     0.313    3446     2.813    9.25538   0.002100   0.062337   0.002281
  
 Correlation Surface at         1046        3446
  0.037  0.082  0.252  0.542  0.676  0.472  0.269  0.173  0.135
  0.037  0.098  0.262  0.531  0.682  0.529  0.302  0.179  0.147
  0.047  0.107  0.257  0.536  0.761  0.625  0.309  0.163  0.152
  0.056  0.111  0.256  0.602  0.915  0.687  0.287  0.153  0.161
  0.057  0.108  0.264  0.674  1.000  0.666  0.269  0.163  0.177
  0.052  0.096  0.274  0.681  0.931  0.578  0.246  0.175  0.183
  0.042  0.086  0.276  0.652  0.806  0.482  0.218  0.177  0.185
  0.033  0.087  0.290  0.658  0.744  0.439  0.228  0.202  0.201
  0.033  0.098  0.316  0.696  0.745  0.467  0.297  0.260  0.223
 r_peak,r_snr =   0.5158957       5.166413    
  
 Correlation Surface of oversamples image at         1046        3446
  0.351  0.480  0.615  0.726  0.785  0.775  0.675  0.514  0.367
  0.349  0.477  0.624  0.761  0.845  0.833  0.699  0.508  0.353
  0.346  0.478  0.644  0.811  0.913  0.881  0.707  0.496  0.344
  0.342  0.483  0.672  0.865  0.972  0.909  0.702  0.485  0.342
  0.337  0.490  0.698  0.904  1.000  0.907  0.683  0.471  0.338
  0.333  0.497  0.714  0.916  0.987  0.872  0.650  0.451  0.330
  0.333  0.505  0.718  0.898  0.940  0.814  0.605  0.422  0.312
  0.338  0.516  0.718  0.867  0.878  0.746  0.551  0.385  0.287
  0.351  0.534  0.722  0.837  0.819  0.681  0.498  0.348  0.265
    1046     0.000    3446     0.094    5.16641   0.002290   0.024513   0.002295
  
 Correlation Surface at         1146        3446
  0.055  0.150  0.299  0.484  0.661  0.736  0.619  0.353  0.156
  0.061  0.159  0.309  0.496  0.730  0.807  0.597  0.365  0.185
  0.052  0.150  0.314  0.550  0.849  0.871  0.607  0.414  0.208
  0.041  0.136  0.304  0.587  0.966  0.884  0.602  0.442  0.205
  0.041  0.122  0.271  0.594  1.000  0.812  0.573  0.443  0.178
  0.050  0.115  0.248  0.572  0.907  0.741  0.583  0.418  0.151
  0.059  0.123  0.262  0.546  0.784  0.750  0.623  0.381  0.147
  0.066  0.136  0.299  0.536  0.722  0.791  0.620  0.353  0.159
  0.065  0.141  0.320  0.538  0.708  0.776  0.569  0.341  0.164
 r_peak,r_snr =   0.5302655       5.384243    
  
 Correlation Surface of oversamples image at         1146        3446
  0.352  0.450  0.577  0.712  0.795  0.783  0.686  0.564  0.453
  0.376  0.496  0.647  0.795  0.873  0.834  0.713  0.587  0.486
  0.393  0.536  0.710  0.874  0.945  0.875  0.728  0.600  0.510
  0.396  0.558  0.756  0.936  0.993  0.887  0.719  0.596  0.520
  0.381  0.557  0.776  0.965  1.000  0.860  0.685  0.578  0.518
  0.356  0.541  0.773  0.958  0.962  0.802  0.640  0.557  0.509
  0.334  0.521  0.753  0.916  0.892  0.739  0.608  0.548  0.502
  0.321  0.504  0.719  0.848  0.814  0.693  0.600  0.553  0.496
  0.320  0.492  0.673  0.769  0.748  0.672  0.612  0.566  0.491
    1146     0.375    3446    -0.719    5.38424   0.002321   0.030681   0.001869
  
 Correlation Surface at         1246        3446
  0.115  0.048  0.076  0.350  0.596  0.249  0.077  0.057  0.047
  0.079  0.038  0.081  0.381  0.606  0.260  0.084  0.066  0.059
  0.058  0.032  0.087  0.406  0.674  0.314  0.093  0.070  0.065
  0.047  0.027  0.094  0.490  0.867  0.379  0.093  0.065  0.065
  0.039  0.022  0.112  0.626  1.000  0.368  0.081  0.058  0.061
  0.030  0.022  0.128  0.629  0.850  0.288  0.064  0.051  0.056
  0.027  0.024  0.110  0.465  0.615  0.213  0.051  0.045  0.053
  0.028  0.024  0.083  0.338  0.471  0.168  0.043  0.043  0.049
  0.027  0.022  0.072  0.292  0.401  0.139  0.039  0.041  0.050
 r_peak,r_snr =   0.7734211       14.92433    
  
 Correlation Surface of oversamples image at         1246        3446
  0.077  0.175  0.348  0.535  0.612  0.517  0.329  0.172  0.091
  0.084  0.193  0.388  0.611  0.715  0.605  0.375  0.186  0.093
  0.091  0.217  0.449  0.721  0.842  0.695  0.411  0.192  0.090
  0.100  0.250  0.526  0.842  0.956  0.753  0.421  0.186  0.083
  0.112  0.286  0.599  0.926  1.000  0.745  0.397  0.168  0.072
  0.123  0.313  0.632  0.926  0.946  0.674  0.346  0.143  0.061
  0.130  0.317  0.606  0.839  0.821  0.570  0.289  0.119  0.052
  0.127  0.293  0.531  0.707  0.679  0.469  0.239  0.099  0.045
  0.115  0.250  0.437  0.575  0.556  0.390  0.202  0.086  0.040
    1246    -0.156    3446     0.063   14.92433   0.000275   0.001503   0.000116
  
 Correlation Surface at         1346        3446
  0.006  0.010  0.062  0.438  0.956  0.616  0.130  0.018  0.003
  0.006  0.008  0.063  0.421  0.897  0.586  0.130  0.016  0.003
  0.005  0.007  0.060  0.403  0.881  0.609  0.138  0.015  0.003
  0.006  0.007  0.058  0.412  0.946  0.677  0.148  0.016  0.003
  0.006  0.006  0.057  0.430  1.000  0.689  0.145  0.014  0.002
  0.004  0.005  0.056  0.429  0.962  0.626  0.126  0.010  0.001
  0.004  0.006  0.057  0.429  0.907  0.570  0.107  0.007  0.001
  0.005  0.006  0.061  0.433  0.886  0.563  0.099  0.005  0.001
  0.005  0.006  0.062  0.424  0.918  0.607  0.098  0.004  0.001
 r_peak,r_snr =   0.6051287       8.905225    
  
 Correlation Surface of oversamples image at         1346        3446
  0.065  0.189  0.409  0.667  0.810  0.742  0.530  0.314  0.162
  0.066  0.193  0.420  0.689  0.844  0.781  0.559  0.323  0.159
  0.069  0.203  0.445  0.733  0.901  0.833  0.586  0.327  0.155
  0.073  0.217  0.477  0.787  0.964  0.877  0.599  0.321  0.149
  0.078  0.230  0.506  0.829  1.000  0.888  0.588  0.305  0.139
  0.082  0.239  0.522  0.843  0.995  0.861  0.556  0.285  0.130
  0.084  0.245  0.526  0.833  0.960  0.814  0.519  0.266  0.121
  0.086  0.249  0.526  0.813  0.917  0.770  0.492  0.254  0.114
  0.089  0.253  0.521  0.788  0.881  0.741  0.480  0.251  0.111
    1346     0.031    3446    -5.844    8.90522   0.000834   0.031235   0.000725
  
 Correlation Surface at         1446        3446
  0.213  0.371  0.632  0.797  0.802  0.695  0.494  0.276  0.139
  0.220  0.365  0.578  0.772  0.851  0.744  0.529  0.292  0.162
  0.232  0.382  0.582  0.823  0.889  0.782  0.569  0.308  0.190
  0.256  0.420  0.656  0.890  0.933  0.831  0.592  0.339  0.211
  0.272  0.438  0.695  0.935  1.000  0.833  0.563  0.357  0.220
  0.262  0.423  0.685  0.981  0.983  0.729  0.504  0.352  0.228
  0.231  0.395  0.683  0.956  0.844  0.619  0.483  0.365  0.246
  0.206  0.383  0.674  0.830  0.729  0.602  0.496  0.382  0.258
  0.205  0.387  0.612  0.737  0.728  0.613  0.472  0.366  0.245
 r_peak,r_snr =   0.4940807       4.207567    
  
 Correlation Surface of oversamples image at         1446        3446
  0.509  0.639  0.771  0.854  0.867  0.844  0.800  0.721  0.591
  0.534  0.675  0.806  0.883  0.905  0.892  0.837  0.726  0.569
  0.547  0.691  0.822  0.908  0.950  0.941  0.857  0.706  0.531
  0.547  0.692  0.828  0.934  0.990  0.963  0.837  0.655  0.485
  0.538  0.687  0.837  0.956  1.000  0.935  0.772  0.588  0.444
  0.532  0.692  0.854  0.962  0.967  0.859  0.687  0.530  0.423
  0.533  0.708  0.866  0.936  0.892  0.764  0.614  0.500  0.424
  0.540  0.720  0.851  0.870  0.795  0.679  0.571  0.498  0.439
  0.544  0.710  0.798  0.782  0.708  0.626  0.563  0.514  0.454
    1446     0.531    3446    -0.188    4.20757   0.021202   0.113917   0.031283
  
 Correlation Surface at         1546        3446
  0.077  0.166  0.288  0.580  0.904  0.655  0.351  0.211  0.076
  0.073  0.154  0.284  0.563  0.868  0.632  0.371  0.220  0.083
  0.063  0.145  0.306  0.585  0.879  0.672  0.396  0.210  0.100
  0.053  0.137  0.317  0.622  0.948  0.734  0.403  0.211  0.114
  0.047  0.131  0.313  0.661  1.000  0.742  0.400  0.223  0.109
  0.045  0.126  0.298  0.658  0.958  0.689  0.393  0.216  0.090
  0.047  0.117  0.274  0.588  0.819  0.609  0.370  0.194  0.084
  0.052  0.111  0.259  0.507  0.682  0.529  0.336  0.197  0.100
  0.057  0.122  0.273  0.476  0.612  0.490  0.338  0.233  0.121
 r_peak,r_snr =   0.5169653       5.873484    
  
 Correlation Surface of oversamples image at         1546        3446
  0.245  0.377  0.568  0.782  0.901  0.843  0.669  0.496  0.366
  0.252  0.389  0.583  0.801  0.926  0.874  0.704  0.522  0.373
  0.256  0.396  0.595  0.819  0.948  0.901  0.731  0.535  0.369
  0.257  0.399  0.604  0.834  0.964  0.916  0.739  0.531  0.360
  0.257  0.400  0.611  0.843  0.969  0.915  0.729  0.516  0.351
  0.253  0.397  0.611  0.841  0.959  0.896  0.705  0.497  0.346
  0.244  0.387  0.601  0.823  0.928  0.858  0.672  0.479  0.344
  0.231  0.371  0.577  0.783  0.877  0.807  0.634  0.462  0.340
  0.219  0.352  0.541  0.728  0.813  0.751  0.597  0.446  0.332
    1546     0.094    3446     0.875    5.87348   0.002509   0.057825   0.002460
  
 Correlation Surface at         1646        3446
  0.002  0.003  0.056  0.358  0.688  0.486  0.098  0.001  0.002
  0.000  0.001  0.049  0.322  0.680  0.502  0.100  0.001  0.002
  0.000  0.000  0.044  0.315  0.734  0.545  0.100  0.000  0.001
  0.000  0.000  0.041  0.363  0.882  0.609  0.094  0.000  0.001
  0.000  0.000  0.044  0.428  1.000  0.620  0.084  0.000  0.003
  0.000  0.000  0.051  0.451  0.952  0.561  0.077  0.000  0.005
  0.000  0.001  0.058  0.441  0.842  0.514  0.078  0.001  0.007
  0.000  0.002  0.064  0.429  0.784  0.507  0.082  0.001  0.007
  0.000  0.002  0.063  0.406  0.765  0.512  0.085  0.001  0.009
 r_peak,r_snr =   0.5825587       11.68619    
  
 Correlation Surface of oversamples image at         1646        3446
  0.058  0.166  0.361  0.592  0.739  0.710  0.522  0.280  0.095
  0.052  0.163  0.376  0.640  0.816  0.789  0.571  0.294  0.094
  0.049  0.167  0.403  0.702  0.903  0.863  0.604  0.298  0.091
  0.049  0.176  0.432  0.759  0.970  0.905  0.614  0.292  0.086
  0.050  0.185  0.456  0.797  1.000  0.909  0.601  0.281  0.081
  0.053  0.196  0.476  0.816  0.998  0.887  0.580  0.270  0.078
  0.058  0.209  0.497  0.825  0.982  0.859  0.561  0.264  0.077
  0.064  0.224  0.515  0.827  0.961  0.835  0.550  0.263  0.079
  0.071  0.238  0.528  0.820  0.936  0.815  0.545  0.267  0.082
    1646     0.094    3446     0.625   11.68619   0.000859   0.013094   0.000645
  
 Correlation Surface at         1746        3446
  0.145  0.237  0.456  0.766  0.917  0.665  0.339  0.214  0.202
  0.135  0.233  0.455  0.772  0.920  0.663  0.346  0.232  0.211
  0.137  0.242  0.459  0.778  0.944  0.702  0.389  0.252  0.211
  0.149  0.248  0.457  0.791  0.991  0.757  0.413  0.248  0.206
  0.146  0.237  0.443  0.778  1.000  0.755  0.393  0.240  0.208
  0.126  0.220  0.421  0.752  0.975  0.730  0.391  0.255  0.216
  0.115  0.212  0.410  0.764  0.968  0.738  0.422  0.274  0.215
  0.120  0.210  0.425  0.803  0.971  0.748  0.440  0.273  0.213
  0.124  0.209  0.447  0.815  0.943  0.723  0.435  0.270  0.213
 r_peak,r_snr =   0.7064303       4.081333    
  
 Correlation Surface of oversamples image at         1746        3446
  0.435  0.598  0.762  0.882  0.913  0.837  0.682  0.511  0.375
  0.440  0.601  0.765  0.893  0.939  0.871  0.714  0.536  0.392
  0.444  0.603  0.770  0.910  0.969  0.904  0.739  0.551  0.398
  0.444  0.601  0.773  0.924  0.992  0.923  0.747  0.550  0.393
  0.439  0.596  0.772  0.931  1.000  0.923  0.738  0.540  0.384
  0.432  0.588  0.767  0.929  0.994  0.909  0.724  0.530  0.378
  0.426  0.583  0.765  0.925  0.982  0.894  0.715  0.529  0.383
  0.422  0.583  0.768  0.924  0.973  0.886  0.717  0.539  0.396
  0.422  0.592  0.781  0.930  0.972  0.888  0.729  0.558  0.415
    1746     0.000    3446     0.000    4.08133   0.001159   0.080873  -0.000585
  
 Correlation Surface at         1846        3446
  0.344  0.428  0.533  0.626  0.693  0.564  0.470  0.370  0.261
  0.340  0.423  0.545  0.667  0.755  0.677  0.522  0.364  0.250
  0.331  0.444  0.582  0.711  0.875  0.820  0.543  0.358  0.267
  0.336  0.495  0.600  0.743  0.996  0.888  0.527  0.365  0.293
  0.376  0.539  0.591  0.735  1.000  0.810  0.488  0.382  0.316
  0.424  0.539  0.573  0.696  0.881  0.679  0.457  0.407  0.341
  0.435  0.503  0.541  0.651  0.781  0.616  0.462  0.435  0.362
  0.420  0.457  0.513  0.657  0.800  0.642  0.494  0.443  0.353
  0.391  0.401  0.505  0.718  0.878  0.680  0.492  0.416  0.328
 r_peak,r_snr =   0.4637806       3.191439    
  
 Correlation Surface of oversamples image at         1846        3446
  0.608  0.663  0.738  0.815  0.849  0.823  0.750  0.644  0.523
  0.614  0.666  0.745  0.835  0.893  0.890  0.812  0.674  0.522
  0.618  0.664  0.748  0.855  0.941  0.953  0.857  0.681  0.507
  0.614  0.655  0.744  0.871  0.982  0.994  0.867  0.663  0.485
  0.601  0.640  0.736  0.880  1.000  0.993  0.837  0.625  0.461
  0.586  0.625  0.724  0.873  0.984  0.950  0.777  0.578  0.441
  0.574  0.611  0.706  0.846  0.934  0.877  0.708  0.538  0.429
  0.561  0.593  0.680  0.801  0.862  0.798  0.649  0.511  0.427
  0.546  0.573  0.650  0.751  0.796  0.737  0.613  0.501  0.433
    1846     0.250    3446     0.281    3.19144   0.005751   0.053491   0.006015
  
 Correlation Surface at         1946        3446
  0.012  0.005  0.025  0.270  0.750  0.583  0.124  0.012  0.005
  0.016  0.006  0.026  0.286  0.830  0.630  0.139  0.015  0.004
  0.021  0.008  0.032  0.341  0.902  0.663  0.163  0.017  0.002
  0.026  0.011  0.045  0.389  0.949  0.729  0.180  0.015  0.001
  0.028  0.015  0.055  0.402  1.000  0.756  0.164  0.011  0.001
  0.028  0.018  0.055  0.397  0.964  0.646  0.127  0.007  0.000
  0.030  0.020  0.051  0.352  0.772  0.498  0.101  0.004  0.000
  0.038  0.023  0.042  0.258  0.586  0.423  0.091  0.004  0.000
  0.045  0.024  0.031  0.199  0.529  0.406  0.088  0.003  0.000
 r_peak,r_snr =   0.7469358       12.83799    
  
 Correlation Surface of oversamples image at         1946        3446
  0.040  0.151  0.398  0.716  0.907  0.842  0.587  0.312  0.126
  0.045  0.163  0.411  0.721  0.917  0.873  0.629  0.342  0.139
  0.050  0.170  0.413  0.724  0.940  0.918  0.672  0.364  0.144
  0.053  0.171  0.413  0.734  0.973  0.958  0.692  0.364  0.139
  0.053  0.170  0.416  0.752  1.000  0.966  0.675  0.343  0.129
  0.052  0.169  0.421  0.763  0.992  0.925  0.624  0.312  0.118
  0.050  0.167  0.418  0.741  0.930  0.839  0.557  0.279  0.108
  0.047  0.160  0.394  0.678  0.828  0.739  0.494  0.252  0.098
  0.043  0.146  0.351  0.592  0.721  0.653  0.448  0.232  0.089
    1946     0.188    3446     0.531   12.83799   0.000400   0.011142   0.000333
  
 Correlation Surface at         2046        3446
  0.000  0.000  0.014  0.153  0.430  0.216  0.026  0.008  0.019
  0.000  0.000  0.008  0.130  0.427  0.256  0.034  0.006  0.016
  0.000  0.000  0.006  0.135  0.540  0.381  0.049  0.008  0.025
  0.001  0.001  0.008  0.183  0.811  0.512  0.057  0.018  0.045
  0.003  0.003  0.012  0.262  1.000  0.490  0.055  0.035  0.063
  0.006  0.004  0.016  0.286  0.832  0.359  0.050  0.042  0.057
  0.005  0.006  0.020  0.218  0.560  0.281  0.047  0.033  0.040
  0.003  0.008  0.023  0.156  0.453  0.278  0.044  0.023  0.032
  0.001  0.008  0.024  0.153  0.488  0.304  0.045  0.020  0.036
 r_peak,r_snr =   0.5242443       17.90794    
  
 Correlation Surface of oversamples image at         2046        3446
  0.011  0.046  0.174  0.429  0.671  0.667  0.425  0.176  0.051
  0.012  0.052  0.196  0.488  0.776  0.773  0.480  0.189  0.052
  0.015  0.061  0.224  0.560  0.891  0.867  0.513  0.191  0.053
  0.018  0.070  0.253  0.628  0.978  0.911  0.512  0.184  0.053
  0.021  0.077  0.274  0.668  1.000  0.887  0.479  0.172  0.053
  0.022  0.079  0.277  0.658  0.943  0.806  0.430  0.158  0.054
  0.020  0.073  0.259  0.595  0.828  0.702  0.382  0.148  0.054
  0.017  0.064  0.225  0.508  0.704  0.612  0.350  0.144  0.055
  0.014  0.055  0.190  0.428  0.610  0.558  0.338  0.145  0.055
    2046     0.156    3446    -0.219   17.90794   0.000759   0.005435   0.000436
  
 At line =         3800
 Reading in data....   
 Correlation Surface at          146        3846
  0.145  0.178  0.294  0.376  0.510  0.402  0.235  0.116  0.052
  0.152  0.185  0.282  0.364  0.497  0.403  0.215  0.091  0.043
  0.166  0.190  0.257  0.370  0.586  0.447  0.177  0.070  0.037
  0.165  0.192  0.245  0.444  0.850  0.541  0.168  0.067  0.036
  0.135  0.165  0.230  0.521  1.000  0.544  0.178  0.073  0.039
  0.123  0.139  0.208  0.476  0.768  0.424  0.177  0.074  0.038
  0.146  0.139  0.183  0.351  0.518  0.350  0.158  0.064  0.037
  0.166  0.153  0.170  0.293  0.473  0.358  0.138  0.054  0.031
  0.159  0.175  0.190  0.317  0.494  0.352  0.127  0.050  0.021
 r_peak,r_snr =   0.4873523       7.781260    
  
 Correlation Surface of oversamples image at          146        3846
  0.307  0.352  0.425  0.537  0.633  0.612  0.466  0.300  0.186
  0.294  0.348  0.446  0.601  0.736  0.706  0.507  0.302  0.177
  0.280  0.348  0.481  0.691  0.868  0.812  0.549  0.308  0.176
  0.261  0.347  0.516  0.775  0.974  0.880  0.567  0.309  0.178
  0.241  0.343  0.537  0.814  1.000  0.873  0.549  0.303  0.181
  0.224  0.335  0.532  0.788  0.933  0.795  0.505  0.293  0.186
  0.212  0.321  0.497  0.706  0.806  0.685  0.455  0.283  0.189
  0.204  0.300  0.443  0.602  0.677  0.590  0.418  0.277  0.189
  0.202  0.280  0.392  0.518  0.590  0.540  0.406  0.278  0.187
     146     0.063    3846    -0.125    7.78126   0.001434   0.005938   0.000359
  
 Correlation Surface at          246        3846
  0.097  0.094  0.067  0.096  0.391  0.225  0.053  0.037  0.026
  0.100  0.096  0.067  0.119  0.521  0.290  0.058  0.034  0.025
  0.096  0.088  0.066  0.151  0.700  0.374  0.061  0.031  0.022
  0.082  0.073  0.062  0.188  0.903  0.448  0.062  0.029  0.022
  0.067  0.060  0.056  0.209  1.000  0.460  0.058  0.031  0.025
  0.059  0.054  0.051  0.199  0.902  0.398  0.053  0.036  0.029
  0.054  0.052  0.049  0.168  0.704  0.315  0.047  0.040  0.032
  0.050  0.053  0.048  0.136  0.539  0.254  0.047  0.044  0.032
  0.049  0.055  0.048  0.113  0.424  0.212  0.051  0.046  0.032
 r_peak,r_snr =   0.7252796       16.74915    
  
 Correlation Surface of oversamples image at          246        3846
  0.089  0.084  0.155  0.383  0.670  0.650  0.346  0.126  0.055
  0.087  0.087  0.174  0.442  0.776  0.745  0.388  0.138  0.057
  0.085  0.091  0.194  0.502  0.880  0.831  0.423  0.146  0.059
  0.083  0.095  0.212  0.555  0.963  0.892  0.444  0.150  0.060
  0.081  0.097  0.224  0.585  1.000  0.907  0.443  0.148  0.059
  0.078  0.097  0.225  0.582  0.978  0.871  0.419  0.139  0.057
  0.076  0.094  0.216  0.549  0.907  0.797  0.380  0.127  0.054
  0.074  0.090  0.201  0.498  0.811  0.708  0.338  0.114  0.051
  0.073  0.085  0.182  0.440  0.709  0.620  0.298  0.103  0.048
     246     0.188    3846     0.000   16.74915   0.000238   0.003627   0.000058
  
 Correlation Surface at          446        3846
  0.008  0.055  0.148  0.343  0.632  0.485  0.342  0.372  0.369
  0.013  0.082  0.202  0.427  0.723  0.500  0.367  0.404  0.404
  0.017  0.099  0.234  0.499  0.831  0.591  0.404  0.401  0.435
  0.011  0.080  0.212  0.519  0.945  0.693  0.393  0.347  0.423
  0.004  0.040  0.146  0.488  1.000  0.709  0.360  0.299  0.385
  0.000  0.012  0.091  0.434  0.927  0.643  0.353  0.293  0.353
  0.001  0.003  0.070  0.363  0.737  0.542  0.345  0.282  0.341
  0.004  0.002  0.065  0.277  0.537  0.443  0.289  0.230  0.328
  0.002  0.003  0.055  0.201  0.430  0.372  0.218  0.180  0.295
 r_peak,r_snr =   0.3217474       5.766899    
  
 Correlation Surface of oversamples image at          446        3846
  0.228  0.352  0.535  0.733  0.808  0.685  0.480  0.334  0.266
  0.195  0.329  0.535  0.769  0.874  0.750  0.526  0.356  0.267
  0.154  0.298  0.533  0.811  0.942  0.807  0.555  0.361  0.256
  0.113  0.262  0.525  0.843  0.991  0.840  0.563  0.353  0.241
  0.080  0.228  0.507  0.848  1.000  0.839  0.551  0.338  0.227
  0.058  0.199  0.477  0.812  0.954  0.794  0.518  0.318  0.216
  0.046  0.178  0.439  0.741  0.862  0.713  0.467  0.291  0.204
  0.040  0.165  0.396  0.651  0.745  0.615  0.406  0.258  0.186
  0.038  0.152  0.349  0.551  0.620  0.510  0.338  0.217  0.158
     446     0.000    3846     0.344    5.76690   0.004866   0.145355  -0.002779
  
 Correlation Surface at          546        3846
  0.176  0.226  0.378  0.655  0.829  0.618  0.319  0.182  0.156
  0.162  0.206  0.373  0.668  0.869  0.647  0.313  0.180  0.159
  0.162  0.201  0.354  0.671  0.932  0.673  0.287  0.155  0.140
  0.182  0.213  0.340  0.665  0.985  0.695  0.272  0.134  0.119
  0.188  0.218  0.324  0.641  1.000  0.706  0.274  0.137  0.121
  0.169  0.211  0.311  0.641  0.984  0.662  0.254  0.149  0.147
  0.146  0.200  0.310  0.667  0.923  0.562  0.216  0.156  0.176
  0.135  0.182  0.288  0.633  0.815  0.482  0.206  0.168  0.193
  0.123  0.153  0.239  0.531  0.714  0.466  0.230  0.183  0.182
 r_peak,r_snr =   0.4553245       5.662665    
  
 Correlation Surface of oversamples image at          546        3846
  0.355  0.523  0.725  0.898  0.957  0.872  0.690  0.485  0.311
  0.352  0.523  0.731  0.913  0.981  0.898  0.704  0.484  0.304
  0.349  0.519  0.728  0.918  0.994  0.908  0.701  0.469  0.291
  0.347  0.513  0.723  0.919  1.000  0.910  0.689  0.450  0.275
  0.343  0.502  0.711  0.912  1.000  0.908  0.678  0.432  0.262
  0.334  0.485  0.691  0.896  0.995  0.906  0.669  0.421  0.252
  0.320  0.462  0.662  0.874  0.984  0.901  0.664  0.414  0.247
  0.302  0.435  0.631  0.846  0.966  0.889  0.655  0.410  0.245
  0.287  0.412  0.606  0.823  0.945  0.871  0.643  0.403  0.242
     546     0.000    3846    -0.750    5.66267   0.002989   0.756011   0.002927
  
 Correlation Surface at          646        3846
  0.140  0.222  0.451  0.780  0.881  0.597  0.348  0.217  0.135
  0.141  0.238  0.462  0.733  0.821  0.603  0.373  0.202  0.115
  0.146  0.241  0.425  0.693  0.856  0.687  0.391  0.174  0.105
  0.146  0.228  0.387  0.713  0.970  0.778  0.394  0.170  0.126
  0.149  0.213  0.371  0.731  1.000  0.785  0.392  0.201  0.157
  0.153  0.195  0.344  0.678  0.918  0.713  0.381  0.240  0.172
  0.142  0.164  0.303  0.636  0.859  0.631  0.365  0.254  0.164
  0.121  0.137  0.296  0.649  0.837  0.610  0.380  0.241  0.142
  0.111  0.142  0.317  0.648  0.825  0.646  0.410  0.221  0.119
 r_peak,r_snr =   0.5782458       4.023979    
  
 Correlation Surface of oversamples image at          646        3846
  0.448  0.586  0.716  0.807  0.830  0.777  0.660  0.507  0.354
  0.424  0.550  0.691  0.812  0.871  0.841  0.722  0.544  0.362
  0.396  0.524  0.685  0.839  0.925  0.907  0.774  0.566  0.360
  0.374  0.512  0.696  0.873  0.974  0.955  0.803  0.569  0.348
  0.364  0.514  0.712  0.896  1.000  0.974  0.805  0.555  0.333
  0.363  0.521  0.720  0.898  0.997  0.964  0.782  0.529  0.319
  0.362  0.520  0.710  0.880  0.973  0.928  0.736  0.493  0.305
  0.352  0.504  0.686  0.850  0.935  0.874  0.677  0.455  0.294
  0.333  0.481  0.659  0.820  0.894  0.815  0.621  0.423  0.289
     646     0.156    3846    -0.219    4.02398   0.002358   0.026579   0.000505
  
 Correlation Surface at          746        3846
  0.136  0.056  0.114  0.554  0.930  0.535  0.124  0.029  0.025
  0.140  0.054  0.127  0.600  0.972  0.546  0.109  0.022  0.028
  0.144  0.059  0.149  0.619  0.976  0.497  0.086  0.024  0.037
  0.147  0.068  0.174  0.645  0.995  0.461  0.081  0.027  0.035
  0.151  0.075  0.188  0.674  1.000  0.469  0.087  0.023  0.025
  0.155  0.082  0.187  0.653  0.953  0.488  0.091  0.019  0.027
  0.156  0.085  0.182  0.624  0.935  0.505  0.098  0.029  0.045
  0.150  0.081  0.187  0.642  0.938  0.495  0.109  0.053  0.062
  0.136  0.071  0.200  0.668  0.889  0.437  0.123  0.074  0.061
 r_peak,r_snr =   0.4014626       6.229972    
  
 Correlation Surface of oversamples image at          746        3846
  0.049  0.170  0.402  0.677  0.820  0.702  0.408  0.154  0.035
  0.055  0.181  0.426  0.720  0.868  0.735  0.423  0.160  0.039
  0.058  0.190  0.447  0.757  0.907  0.764  0.439  0.173  0.046
  0.060  0.193  0.457  0.777  0.929  0.780  0.455  0.187  0.054
  0.060  0.190  0.455  0.777  0.931  0.784  0.466  0.201  0.061
  0.059  0.184  0.445  0.766  0.921  0.782  0.478  0.214  0.066
  0.058  0.181  0.437  0.755  0.912  0.785  0.493  0.226  0.070
  0.060  0.181  0.438  0.754  0.912  0.796  0.510  0.234  0.072
  0.062  0.185  0.443  0.757  0.913  0.801  0.514  0.233  0.071
     746     0.000    3846     1.281    6.22997   0.002609   0.424627  -0.003269
  
 Correlation Surface at          846        3846
  0.000  0.001  0.026  0.075  0.181  0.174  0.128  0.055  0.157
  0.011  0.004  0.021  0.077  0.093  0.167  0.162  0.091  0.239
  0.025  0.003  0.055  0.104  0.108  0.251  0.254  0.181  0.359
  0.000  0.064  0.132  0.245  0.439  0.466  0.362  0.250  0.374
  0.039  0.159  0.234  0.610  1.000  0.589  0.328  0.219  0.314
  0.094  0.207  0.330  0.822  0.944  0.542  0.253  0.165  0.297
  0.064  0.152  0.273  0.521  0.508  0.501  0.245  0.144  0.313
  0.027  0.058  0.124  0.216  0.325  0.373  0.229  0.150  0.304
  0.004  0.013  0.056  0.143  0.223  0.131  0.137  0.187  0.278
 r_peak,r_snr =   0.1828857       9.037513    
  
 Correlation Surface of oversamples image at          846        3846
  0.121  0.129  0.132  0.124  0.123  0.163  0.230  0.265  0.220
  0.139  0.147  0.187  0.247  0.301  0.339  0.349  0.341  0.284
  0.138  0.167  0.278  0.458  0.583  0.565  0.466  0.396  0.313
  0.136  0.202  0.401  0.706  0.864  0.746  0.540  0.410  0.294
  0.153  0.258  0.522  0.879  1.000  0.810  0.563  0.395  0.255
  0.184  0.312  0.575  0.875  0.933  0.761  0.554  0.375  0.221
  0.205  0.322  0.524  0.719  0.757  0.673  0.539  0.361  0.197
  0.193  0.281  0.409  0.537  0.608  0.620  0.534  0.348  0.183
  0.150  0.210  0.294  0.410  0.534  0.596  0.506  0.315  0.170
     846    -0.094    3846     0.594    9.03751   0.019110   0.027214   0.008493
  
 Correlation Surface at          946        3846
  0.180  0.198  0.301  0.630  0.891  0.616  0.292  0.180  0.179
  0.193  0.197  0.336  0.691  0.943  0.578  0.260  0.179  0.198
  0.216  0.217  0.343  0.697  0.951  0.580  0.256  0.202  0.201
  0.237  0.242  0.337  0.691  0.969  0.599  0.261  0.210  0.173
  0.267  0.275  0.346  0.707  1.000  0.583  0.269  0.192  0.146
  0.311  0.316  0.368  0.716  0.974  0.565  0.292  0.175  0.147
  0.348  0.347  0.374  0.679  0.882  0.579  0.310  0.181  0.162
  0.354  0.332  0.358  0.612  0.799  0.593  0.320  0.201  0.163
  0.325  0.291  0.328  0.557  0.754  0.578  0.330  0.203  0.152
 r_peak,r_snr =   0.4986681       4.430488    
  
 Correlation Surface of oversamples image at          946        3846
  0.266  0.447  0.679  0.859  0.911  0.821  0.644  0.477  0.355
  0.290  0.482  0.722  0.911  0.962  0.842  0.634  0.455  0.335
  0.310  0.501  0.741  0.941  0.990  0.847  0.620  0.435  0.318
  0.320  0.497  0.737  0.949  1.000  0.847  0.611  0.422  0.309
  0.314  0.476  0.714  0.938  0.995  0.846  0.608  0.414  0.303
  0.298  0.446  0.685  0.915  0.981  0.842  0.604  0.406  0.299
  0.280  0.421  0.660  0.892  0.965  0.835  0.596  0.396  0.294
  0.269  0.408  0.648  0.878  0.954  0.823  0.580  0.384  0.289
     946    -0.125    3846    -2.750    4.43049   0.002138   0.169369   0.004293
  
 Correlation Surface at         1046        3846
  0.001  0.101  0.146  0.364  0.731  0.507  0.107  0.003  0.145
  0.020  0.166  0.096  0.362  0.869  0.382  0.011  0.123  0.239
  0.085  0.239  0.055  0.418  0.975  0.333  0.000  0.220  0.083
  0.175  0.202  0.018  0.468  0.997  0.448  0.016  0.047  0.003
  0.156  0.077  0.003  0.499  1.000  0.719  0.166  0.025  0.075
  0.040  0.019  0.002  0.390  0.938  0.875  0.254  0.100  0.101
  0.007  0.027  0.002  0.183  0.792  0.581  0.114  0.055  0.088
  0.052  0.127  0.007  0.159  0.706  0.254  0.060  0.026  0.081
  0.223  0.242  0.043  0.381  0.625  0.229  0.151  0.056  0.072
 r_peak,r_snr =   9.9661842E-02   7.575057    
  
 Correlation Surface of oversamples image at         1046        3846
  0.060  0.143  0.354  0.615  0.678  0.528  0.343  0.194  0.061
  0.043  0.126  0.382  0.693  0.751  0.546  0.294  0.117  0.012
  0.030  0.122  0.435  0.807  0.856  0.575  0.254  0.063  0.000
  0.018  0.118  0.487  0.919  0.954  0.596  0.227  0.036  0.008
  0.005  0.102  0.513  0.985  1.000  0.604  0.223  0.035  0.006
  0.000  0.078  0.503  0.977  0.972  0.598  0.252  0.064  0.001
  0.008  0.057  0.470  0.900  0.885  0.595  0.320  0.140  0.037
  0.020  0.045  0.418  0.769  0.769  0.599  0.411  0.247  0.125
  0.022  0.041  0.347  0.611  0.653  0.597  0.475  0.321  0.195
    1046    -0.250    3846    -2.531    7.57506   1.204086  31.871935  -6.042881
  
 Correlation Surface at         1146        3846
  0.261  0.281  0.342  0.527  0.690  0.637  0.479  0.429  0.374
  0.291  0.291  0.329  0.513  0.688  0.661  0.535  0.509  0.401
  0.300  0.294  0.354  0.572  0.797  0.737  0.580  0.530  0.398
  0.299  0.300  0.387  0.652  0.934  0.800  0.592  0.472  0.371
  0.289  0.291  0.395  0.697  1.000  0.851  0.586  0.400  0.339
  0.255  0.266  0.384  0.682  0.985  0.892  0.575  0.376  0.321
  0.222  0.255  0.375  0.639  0.951  0.885  0.561  0.397  0.319
  0.213  0.258  0.367  0.617  0.925  0.830  0.561  0.430  0.324
  0.212  0.244  0.348  0.607  0.902  0.787  0.578  0.451  0.334
 r_peak,r_snr =   0.4882624       3.449912    
  
 Correlation Surface of oversamples image at         1146        3846
  0.295  0.372  0.493  0.645  0.772  0.802  0.724  0.620  0.559
  0.317  0.403  0.541  0.715  0.854  0.868  0.762  0.639  0.567
  0.336  0.434  0.590  0.785  0.929  0.922  0.792  0.655  0.565
  0.346  0.455  0.629  0.839  0.980  0.956  0.817  0.671  0.558
  0.346  0.463  0.648  0.864  1.000  0.974  0.842  0.691  0.549
  0.336  0.456  0.643  0.859  0.994  0.981  0.867  0.709  0.541
  0.321  0.437  0.619  0.830  0.969  0.980  0.884  0.719  0.532
  0.305  0.413  0.585  0.790  0.938  0.972  0.888  0.715  0.523
  0.293  0.390  0.553  0.754  0.910  0.957  0.875  0.699  0.517
    1146     0.188    3846    -4.781    3.44991   0.004505   0.093765  -0.003451
  
 Correlation Surface at         1246        3846
  0.077  0.148  0.182  0.396  0.645  0.396  0.175  0.110  0.036
  0.088  0.163  0.193  0.405  0.683  0.431  0.179  0.102  0.038
  0.103  0.188  0.197  0.427  0.797  0.537  0.193  0.092  0.039
  0.133  0.207  0.193  0.452  0.926  0.619  0.192  0.077  0.037
  0.156  0.218  0.221  0.509  1.000  0.596  0.164  0.063  0.033
  0.159  0.250  0.276  0.566  0.974  0.522  0.137  0.057  0.036
  0.169  0.289  0.310  0.557  0.854  0.453  0.122  0.056  0.045
  0.183  0.301  0.317  0.505  0.719  0.407  0.114  0.053  0.044
  0.203  0.322  0.321  0.470  0.680  0.403  0.108  0.042  0.039
 r_peak,r_snr =   0.5611503       8.216338    
  
 Correlation Surface of oversamples image at         1246        3846
  0.282  0.373  0.522  0.674  0.721  0.622  0.461  0.327  0.233
  0.272  0.374  0.551  0.748  0.824  0.702  0.493  0.323  0.214
  0.276  0.393  0.600  0.836  0.921  0.758  0.501  0.307  0.192
  0.297  0.426  0.657  0.914  0.983  0.775  0.488  0.285  0.172
  0.331  0.468  0.709  0.965  1.000  0.758  0.463  0.264  0.158
  0.373  0.510  0.751  0.989  0.986  0.728  0.438  0.249  0.151
  0.407  0.539  0.772  0.986  0.954  0.695  0.418  0.239  0.148
  0.420  0.545  0.767  0.954  0.908  0.660  0.398  0.228  0.145
  0.415  0.535  0.742  0.904  0.852  0.621  0.374  0.216  0.140
    1246     0.281    3846     0.313    8.21634   0.001252   0.040108   0.003020
  
 Correlation Surface at         1346        3846
  0.207  0.321  0.523  0.741  0.779  0.680  0.543  0.425  0.344
  0.187  0.312  0.510  0.727  0.827  0.763  0.581  0.416  0.320
  0.177  0.303  0.465  0.684  0.882  0.826  0.563  0.370  0.295
  0.183  0.285  0.417  0.678  0.952  0.826  0.504  0.333  0.289
  0.198  0.269  0.413  0.730  1.000  0.775  0.454  0.338  0.307
  0.217  0.272  0.437  0.769  0.991  0.737  0.458  0.380  0.335
  0.223  0.278  0.456  0.771  0.963  0.753  0.494  0.422  0.338
  0.205  0.276  0.474  0.778  0.957  0.769  0.508  0.412  0.312
  0.182  0.281  0.493  0.798  0.948  0.742  0.494  0.379  0.301
 r_peak,r_snr =   0.5256122       3.241225    
  
 Correlation Surface of oversamples image at         1346        3846
  1.582  1.992  2.563  3.144  3.521  3.537  3.154  2.550  1.983
  1.635  2.074  2.670  3.286  3.699  3.720  3.291  2.631  2.034
  1.723  2.195  2.817  3.452  3.859  3.823  3.319  2.622  2.030
  1.844  2.354  3.003  3.631  3.970  3.829  3.254  2.564  2.010
    1346     0.031    3846     0.781    3.24123   0.004852   0.158009   0.016809
  
 Correlation Surface at         1446        3846
  0.174  0.267  0.319  0.456  0.663  0.629  0.455  0.289  0.170
  0.182  0.251  0.311  0.497  0.709  0.618  0.398  0.263  0.142
  0.183  0.239  0.313  0.525  0.784  0.640  0.352  0.224  0.103
  0.207  0.252  0.324  0.593  0.918  0.665  0.344  0.202  0.082
  0.248  0.273  0.359  0.720  1.000  0.662  0.375  0.206  0.081
  0.267  0.273  0.414  0.818  0.972  0.651  0.413  0.210  0.089
  0.253  0.265  0.449  0.804  0.913  0.645  0.400  0.192  0.095
  0.232  0.279  0.446  0.743  0.894  0.629  0.343  0.171  0.102
  0.229  0.300  0.421  0.704  0.883  0.586  0.291  0.161  0.108
 r_peak,r_snr =   0.4412057       5.399358    
  
 Correlation Surface of oversamples image at         1446        3846
  0.181  0.259  0.377  0.517  0.626  0.635  0.540  0.401  0.286
  0.191  0.275  0.408  0.573  0.695  0.686  0.557  0.397  0.278
  0.201  0.295  0.451  0.642  0.764  0.727  0.567  0.394  0.281
  0.211  0.324  0.508  0.713  0.816  0.746  0.566  0.395  0.293
  0.225  0.363  0.573  0.772  0.841  0.743  0.559  0.403  0.313
  0.248  0.412  0.631  0.805  0.838  0.725  0.552  0.416  0.337
  0.274  0.454  0.666  0.808  0.814  0.698  0.542  0.426  0.353
  0.297  0.480  0.673  0.790  0.783  0.671  0.531  0.429  0.356
  0.312  0.484  0.657  0.764  0.756  0.650  0.522  0.424  0.344
    1446    -0.125    3846     0.313    5.39936   0.004757   0.085451   0.010235
  
 Correlation Surface at         1546        3846
  0.022  0.087  0.255  0.533  0.613  0.375  0.120  0.059  0.041
  0.026  0.086  0.274  0.569  0.676  0.380  0.115  0.063  0.048
  0.025  0.088  0.311  0.640  0.793  0.432  0.126  0.066  0.045
  0.023  0.094  0.319  0.707  0.932  0.499  0.134  0.062  0.034
  0.024  0.091  0.291  0.731  1.000  0.523  0.138  0.059  0.026
  0.026  0.082  0.262  0.707  0.962  0.514  0.153  0.062  0.027
  0.028  0.079  0.254  0.672  0.884  0.501  0.166  0.064  0.031
  0.029  0.083  0.260  0.652  0.827  0.491  0.158  0.060  0.033
  0.032  0.092  0.273  0.636  0.803  0.476  0.137  0.055  0.031
 r_peak,r_snr =   0.6166143       8.875674    
  
 Correlation Surface of oversamples image at         1546        3846
  0.297  0.487  0.701  0.867  0.868  0.676  0.411  0.207  0.097
  0.302  0.500  0.734  0.919  0.925  0.724  0.444  0.224  0.103
  0.295  0.499  0.752  0.954  0.969  0.764  0.471  0.237  0.107
  0.281  0.491  0.757  0.974  0.995  0.789  0.487  0.243  0.110
  0.267  0.479  0.753  0.976  1.000  0.795  0.491  0.247  0.115
  0.254  0.464  0.736  0.957  0.982  0.782  0.486  0.249  0.121
  0.244  0.447  0.711  0.924  0.948  0.757  0.477  0.252  0.129
  0.236  0.432  0.685  0.887  0.909  0.730  0.468  0.255  0.135
  0.231  0.420  0.662  0.853  0.873  0.707  0.460  0.255  0.136
    1546    -0.188    3846     0.313    8.87567   0.000985   0.021693  -0.000145
  
 Correlation Surface at         1646        3846
  0.000  0.005  0.066  0.460  0.957  0.567  0.121  0.035  0.020
  0.001  0.003  0.066  0.490  0.982  0.562  0.125  0.046  0.028
  0.002  0.003  0.074  0.508  0.987  0.583  0.137  0.056  0.029
  0.003  0.003  0.082  0.503  0.996  0.628  0.153  0.054  0.021
  0.004  0.003  0.087  0.491  1.000  0.660  0.157  0.038  0.010
  0.005  0.005  0.090  0.473  0.991  0.674  0.149  0.023  0.007
  0.003  0.008  0.087  0.453  0.984  0.689  0.147  0.019  0.009
  0.001  0.009  0.080  0.432  0.977  0.716  0.160  0.026  0.013
 r_peak,r_snr =   0.5688117       8.554648    
  
 Correlation Surface of oversamples image at         1646        3846
  0.098  0.267  0.529  0.799  0.934  0.827  0.542  0.274  0.131
  0.102  0.269  0.532  0.813  0.963  0.863  0.569  0.286  0.132
  0.105  0.270  0.534  0.824  0.986  0.888  0.586  0.292  0.129
  0.106  0.268  0.533  0.831  0.998  0.898  0.593  0.291  0.123
  0.104  0.264  0.532  0.835  1.000  0.898  0.592  0.287  0.115
  0.101  0.259  0.529  0.833  0.994  0.891  0.586  0.282  0.109
  0.095  0.251  0.519  0.819  0.977  0.876  0.577  0.277  0.105
  0.087  0.238  0.499  0.792  0.948  0.854  0.565  0.272  0.105
  0.079  0.226  0.481  0.769  0.929  0.843  0.561  0.272  0.110
    1646     0.063    3846    12.750    8.55465   0.002316   1.853377  -0.048313
  
 Correlation Surface at         1746        3846
  0.220  0.325  0.424  0.576  0.774  0.702  0.557  0.431  0.346
  0.213  0.320  0.419  0.598  0.800  0.748  0.564  0.422  0.349
  0.214  0.305  0.418  0.632  0.881  0.825  0.558  0.432  0.351
  0.227  0.309  0.411  0.656  0.979  0.877  0.564  0.453  0.375
  0.245  0.324  0.405  0.666  1.000  0.856  0.581  0.486  0.421
  0.255  0.337  0.408  0.669  0.942  0.804  0.599  0.514  0.434
  0.262  0.345  0.421  0.674  0.895  0.785  0.614  0.514  0.390
  0.264  0.346  0.430  0.680  0.906  0.798  0.623  0.484  0.331
  0.255  0.335  0.427  0.699  0.939  0.808  0.609  0.440  0.302
 r_peak,r_snr =   0.6635125       3.606455    
  
 Correlation Surface of oversamples image at         1746        3846
  0.481  0.608  0.750  0.850  0.871  0.814  0.700  0.566  0.467
  0.480  0.615  0.769  0.887  0.916  0.844  0.704  0.560  0.470
  0.476  0.619  0.791  0.927  0.957  0.865  0.705  0.560  0.479
  0.473  0.626  0.815  0.964  0.987  0.876  0.705  0.567  0.492
  0.473  0.635  0.837  0.988  1.000  0.874  0.704  0.576  0.504
  0.477  0.646  0.850  0.993  0.989  0.858  0.699  0.582  0.512
  0.484  0.655  0.852  0.976  0.958  0.832  0.688  0.582  0.512
  0.493  0.662  0.844  0.946  0.920  0.803  0.674  0.575  0.507
  0.502  0.667  0.831  0.915  0.886  0.778  0.659  0.564  0.498
    1746     0.250    3846    -0.219    3.60645   0.001497   0.026329   0.001372
  
 Correlation Surface at         1846        3846
  0.028  0.007  0.040  0.441  0.682  0.268  0.027  0.003  0.021
  0.027  0.008  0.037  0.460  0.738  0.303  0.035  0.002  0.018
  0.028  0.010  0.035  0.491  0.830  0.351  0.043  0.001  0.018
  0.027  0.011  0.034  0.545  0.948  0.394  0.048  0.001  0.019
  0.026  0.011  0.035  0.594  1.000  0.395  0.047  0.001  0.019
  0.024  0.011  0.035  0.584  0.928  0.354  0.043  0.001  0.018
  0.023  0.012  0.030  0.515  0.799  0.304  0.042  0.000  0.018
  0.023  0.013  0.022  0.439  0.682  0.270  0.044  0.000  0.018
  0.024  0.015  0.016  0.373  0.591  0.254  0.048  0.000  0.019
 r_peak,r_snr =   0.6941098       11.74279    
  
 Correlation Surface of oversamples image at         1846        3846
  0.040  0.209  0.521  0.809  0.853  0.642  0.360  0.152  0.044
  0.039  0.211  0.539  0.851  0.906  0.685  0.385  0.162  0.048
  0.038  0.216  0.562  0.896  0.957  0.722  0.403  0.169  0.050
  0.038  0.222  0.585  0.934  0.992  0.742  0.409  0.170  0.050
  0.038  0.227  0.602  0.953  1.000  0.738  0.403  0.167  0.049
  0.038  0.229  0.604  0.946  0.979  0.714  0.387  0.161  0.048
  0.037  0.225  0.589  0.913  0.935  0.677  0.367  0.153  0.046
  0.034  0.215  0.561  0.864  0.878  0.634  0.344  0.146  0.045
  0.031  0.200  0.524  0.807  0.819  0.591  0.324  0.140  0.045
    1846    -0.188    3846    -0.031   11.74279   0.000430   0.009475   0.000249
  
 Correlation Surface at         1946        3846
  0.002  0.001  0.032  0.443  0.822  0.356  0.049  0.003  0.000
  0.002  0.001  0.033  0.462  0.844  0.363  0.051  0.003  0.000
  0.001  0.001  0.034  0.474  0.869  0.384  0.056  0.003  0.000
  0.001  0.001  0.035  0.496  0.935  0.419  0.060  0.003  0.000
  0.001  0.001  0.039  0.539  1.000  0.435  0.061  0.003  0.000
  0.001  0.001  0.044  0.563  0.991  0.425  0.061  0.003  0.000
  0.001  0.000  0.046  0.547  0.938  0.405  0.060  0.003  0.000
  0.001  0.000  0.044  0.522  0.899  0.387  0.057  0.003  0.000
  0.001  0.000  0.043  0.522  0.916  0.396  0.058  0.003  0.000
 r_peak,r_snr =   0.9016061       11.44411    
  
 Correlation Surface of oversamples image at         1946        3846
  0.031  0.170  0.466  0.780  0.875  0.691  0.401  0.175  0.058
  0.032  0.176  0.483  0.813  0.914  0.722  0.417  0.180  0.059
  0.034  0.186  0.509  0.857  0.960  0.752  0.428  0.182  0.058
  0.037  0.198  0.537  0.896  0.993  0.767  0.431  0.181  0.057
  0.040  0.208  0.556  0.915  1.000  0.763  0.424  0.176  0.055
  0.042  0.214  0.561  0.910  0.984  0.747  0.414  0.173  0.054
  0.043  0.214  0.554  0.891  0.962  0.731  0.408  0.172  0.055
  0.043  0.209  0.538  0.866  0.939  0.719  0.406  0.173  0.055
  0.040  0.199  0.516  0.838  0.916  0.708  0.404  0.174  0.056
    1946    -0.125    3846     0.438   11.44411   0.000093   0.002491   0.000043
  
 Correlation Surface at         2046        3846
  0.026  0.016  0.030  0.301  0.677  0.362  0.101  0.043  0.050
  0.028  0.013  0.027  0.270  0.605  0.400  0.102  0.037  0.046
  0.026  0.012  0.027  0.223  0.632  0.489  0.098  0.032  0.040
  0.021  0.012  0.023  0.225  0.834  0.577  0.095  0.031  0.040
  0.019  0.013  0.022  0.298  1.000  0.540  0.086  0.029  0.041
  0.021  0.014  0.028  0.359  0.872  0.425  0.076  0.024  0.036
  0.028  0.015  0.038  0.325  0.659  0.378  0.071  0.018  0.023
  0.035  0.018  0.045  0.258  0.601  0.405  0.070  0.013  0.018
  0.036  0.020  0.038  0.225  0.648  0.440  0.071  0.017  0.028
 r_peak,r_snr =   0.5498928       11.09303    
  
 Correlation Surface of oversamples image at         2046        3846
  0.020  0.074  0.215  0.446  0.663  0.690  0.490  0.242  0.094
  0.019  0.068  0.210  0.474  0.749  0.787  0.543  0.255  0.095
  0.018  0.064  0.219  0.534  0.859  0.880  0.578  0.258  0.095
  0.016  0.065  0.243  0.611  0.958  0.930  0.577  0.249  0.093
  0.017  0.072  0.279  0.680  1.000  0.907  0.534  0.230  0.090
  0.019  0.084  0.313  0.704  0.955  0.812  0.470  0.211  0.087
  0.022  0.097  0.329  0.669  0.841  0.697  0.416  0.198  0.084
  0.027  0.109  0.321  0.592  0.717  0.609  0.389  0.197  0.083
  0.034  0.115  0.294  0.510  0.628  0.572  0.393  0.203  0.081
    2046     0.156    3846    -0.125   11.09303   0.000766   0.006415   0.000578
  
 At line =         4200
 Reading in data....   
 Correlation Surface at          146        4246
  0.035  0.091  0.201  0.459  0.796  0.743  0.458  0.169  0.018
  0.041  0.099  0.224  0.503  0.794  0.717  0.390  0.113  0.010
  0.037  0.108  0.245  0.525  0.821  0.726  0.321  0.076  0.005
  0.029  0.116  0.260  0.539  0.924  0.780  0.300  0.068  0.003
  0.033  0.131  0.276  0.578  1.000  0.815  0.324  0.083  0.008
  0.041  0.144  0.281  0.573  0.902  0.752  0.337  0.103  0.016
  0.036  0.133  0.261  0.502  0.748  0.686  0.343  0.113  0.021
  0.027  0.117  0.225  0.421  0.664  0.675  0.348  0.104  0.020
  0.034  0.127  0.228  0.415  0.662  0.670  0.340  0.094  0.014
 r_peak,r_snr =   0.3863293       6.316254    
  
 Correlation Surface of oversamples image at          146        4246
  0.223  0.344  0.484  0.625  0.735  0.752  0.648  0.471  0.283
  0.249  0.369  0.510  0.668  0.799  0.814  0.682  0.472  0.268
  0.270  0.387  0.538  0.724  0.884  0.895  0.729  0.485  0.266
  0.284  0.401  0.567  0.783  0.965  0.963  0.764  0.496  0.269
  0.290  0.410  0.589  0.820  1.000  0.983  0.769  0.498  0.272
  0.291  0.413  0.593  0.813  0.969  0.942  0.741  0.487  0.273
  0.286  0.405  0.572  0.761  0.886  0.861  0.693  0.468  0.269
  0.272  0.382  0.527  0.685  0.789  0.776  0.642  0.447  0.262
  0.252  0.349  0.475  0.613  0.710  0.713  0.606  0.431  0.255
     146     0.219    4246    -0.031    6.31625   0.005059   0.047671   0.001673
  
 Correlation Surface at          246        4246
  0.000  0.005  0.022  0.136  0.494  0.304  0.073  0.006  0.000
  0.000  0.005  0.021  0.151  0.577  0.351  0.075  0.005  0.000
  0.000  0.005  0.022  0.175  0.722  0.438  0.079  0.004  0.000
  0.001  0.005  0.025  0.210  0.913  0.521  0.078  0.004  0.000
  0.000  0.006  0.028  0.239  1.000  0.524  0.071  0.003  0.000
  0.001  0.005  0.029  0.230  0.864  0.446  0.061  0.002  0.000
  0.001  0.005  0.028  0.190  0.650  0.358  0.050  0.001  0.000
  0.003  0.006  0.030  0.159  0.512  0.297  0.042  0.001  0.000
  0.005  0.010  0.038  0.149  0.441  0.255  0.037  0.001  0.000
 r_peak,r_snr =   0.7290035       19.80406    
  
 Correlation Surface of oversamples image at          246        4246
  0.021  0.062  0.182  0.436  0.704  0.698  0.437  0.200  0.081
  0.023  0.067  0.202  0.494  0.809  0.798  0.488  0.215  0.084
  0.024  0.072  0.222  0.553  0.910  0.885  0.524  0.222  0.083
  0.026  0.077  0.240  0.601  0.981  0.934  0.537  0.221  0.081
  0.027  0.081  0.253  0.625  1.000  0.930  0.524  0.213  0.077
  0.029  0.085  0.257  0.616  0.959  0.876  0.490  0.200  0.073
  0.029  0.086  0.249  0.574  0.870  0.788  0.446  0.186  0.069
  0.029  0.084  0.232  0.514  0.764  0.695  0.402  0.173  0.066
  0.030  0.081  0.212  0.451  0.664  0.612  0.364  0.161  0.063
     246     0.188    4246    -0.156   19.80406   0.000260   0.002885   0.000073
  
 Correlation Surface at          346        4246
  0.058  0.393  0.317  0.000  0.167  0.180  0.015  0.109  0.174
  0.049  0.389  0.298  0.000  0.189  0.176  0.006  0.093  0.133
  0.051  0.364  0.315  0.001  0.316  0.202  0.002  0.049  0.070
  0.090  0.424  0.378  0.010  0.659  0.308  0.011  0.012  0.054
  0.139  0.481  0.401  0.039  1.000  0.389  0.031  0.007  0.075
  0.134  0.415  0.322  0.082  0.956  0.359  0.025  0.029  0.107
  0.094  0.308  0.197  0.104  0.721  0.303  0.005  0.083  0.127
  0.085  0.242  0.120  0.069  0.500  0.220  0.003  0.125  0.116
  0.084  0.201  0.122  0.015  0.321  0.133  0.014  0.108  0.093
 r_peak,r_snr =   0.1317504       10.03512    
  
 Correlation Surface of oversamples image at          346        4246
  0.213  0.027  0.036  0.260  0.438  0.311  0.081  0.001  0.012
  0.232  0.033  0.042  0.348  0.629  0.469  0.139  0.009  0.003
  0.258  0.041  0.049  0.446  0.831  0.634  0.209  0.027  0.000
  0.289  0.050  0.057  0.530  0.974  0.740  0.263  0.048  0.004
  0.312  0.053  0.067  0.571  1.000  0.744  0.279  0.064  0.008
  0.309  0.046  0.076  0.553  0.902  0.656  0.258  0.066  0.007
  0.274  0.032  0.081  0.483  0.734  0.530  0.220  0.058  0.003
  0.215  0.018  0.077  0.387  0.563  0.420  0.187  0.046  0.000
  0.157  0.010  0.062  0.286  0.424  0.340  0.159  0.033  0.001
     346     0.063    4246     0.313   10.03512   0.006704   0.137005   0.004753
  
 Correlation Surface at          446        4246
  0.009  0.072  0.234  0.606  0.835  0.551  0.190  0.035  0.002
  0.011  0.069  0.228  0.560  0.775  0.521  0.192  0.042  0.000
  0.007  0.065  0.243  0.578  0.804  0.542  0.221  0.047  0.002
  0.005  0.066  0.253  0.632  0.915  0.600  0.261  0.048  0.003
  0.004  0.058  0.235  0.673  1.000  0.628  0.278  0.053  0.000
  0.001  0.043  0.210  0.653  0.913  0.599  0.272  0.061  0.002
  0.000  0.036  0.197  0.595  0.776  0.578  0.257  0.058  0.004
  0.000  0.039  0.197  0.564  0.754  0.598  0.243  0.050  0.001
  0.003  0.044  0.208  0.576  0.799  0.597  0.228  0.045  0.000
 r_peak,r_snr =   0.4517830       8.014934    
  
 Correlation Surface of oversamples image at          446        4246
  0.251  0.392  0.569  0.747  0.838  0.777  0.601  0.404  0.248
  0.264  0.406  0.588  0.780  0.887  0.820  0.626  0.422  0.264
  0.268  0.413  0.608  0.825  0.948  0.868  0.651  0.438  0.276
  0.264  0.413  0.627  0.868  0.993  0.890  0.658  0.445  0.283
  0.254  0.411  0.642  0.892  1.000  0.878  0.649  0.448  0.290
  0.244  0.408  0.647  0.884  0.963  0.840  0.636  0.454  0.301
  0.234  0.401  0.633  0.838  0.893  0.791  0.627  0.465  0.312
  0.227  0.390  0.602  0.771  0.818  0.754  0.631  0.479  0.320
  0.221  0.374  0.561  0.705  0.763  0.742  0.648  0.494  0.323
     446     0.000    4246     0.844    8.01493   0.002732   0.030013   0.000312
  
 Correlation Surface at          546        4246
  0.031  0.088  0.246  0.596  1.000  0.877  0.412  0.129  0.046
  0.026  0.081  0.247  0.593  0.974  0.850  0.399  0.129  0.051
  0.027  0.088  0.256  0.599  0.967  0.809  0.362  0.120  0.045
  0.033  0.102  0.275  0.631  0.991  0.755  0.316  0.100  0.033
  0.038  0.118  0.292  0.666  1.000  0.701  0.287  0.082  0.025
  0.037  0.122  0.297  0.667  0.959  0.681  0.286  0.078  0.022
  0.034  0.118  0.296  0.631  0.878  0.674  0.299  0.082  0.021
  0.034  0.117  0.295  0.599  0.794  0.645  0.301  0.082  0.021
  0.036  0.118  0.305  0.587  0.730  0.600  0.281  0.078  0.024
 r_peak,r_snr =   0.5501322       6.441754    
  
 Correlation Surface of oversamples image at          546        4246
  0.181  0.316  0.527  0.783  0.975  0.987  0.805  0.539  0.309
  0.187  0.330  0.550  0.810  0.990  0.979  0.778  0.509  0.287
  0.198  0.346  0.567  0.816  0.976  0.947  0.737  0.472  0.262
  0.210  0.358  0.572  0.802  0.944  0.903  0.690  0.431  0.235
  0.218  0.362  0.564  0.778  0.908  0.861  0.645  0.392  0.209
  0.224  0.359  0.549  0.754  0.882  0.830  0.610  0.360  0.187
     546     0.250    4246    -2.781    6.44175   0.002222   0.154613   0.007799
  
 Correlation Surface at          646        4246
  0.114  0.161  0.320  0.579  0.809  0.590  0.309  0.171  0.107
  0.106  0.161  0.332  0.623  0.871  0.632  0.334  0.191  0.120
  0.107  0.162  0.341  0.652  0.911  0.655  0.338  0.191  0.104
  0.099  0.149  0.346  0.701  0.960  0.665  0.338  0.179  0.089
  0.070  0.119  0.359  0.801  1.000  0.658  0.327  0.171  0.098
  0.041  0.099  0.390  0.865  0.978  0.623  0.296  0.170  0.117
  0.030  0.104  0.400  0.817  0.932  0.592  0.280  0.168  0.131
  0.039  0.121  0.358  0.742  0.917  0.609  0.298  0.167  0.139
  0.062  0.125  0.310  0.707  0.898  0.634  0.321  0.165  0.127
 r_peak,r_snr =   0.4379299       6.115342    
  
 Correlation Surface of oversamples image at          646        4246
  0.216  0.324  0.473  0.662  0.848  0.934  0.858  0.673  0.495
  0.214  0.336  0.504  0.705  0.887  0.956  0.862  0.672  0.498
  0.215  0.357  0.550  0.763  0.933  0.974  0.859  0.670  0.502
  0.222  0.388  0.607  0.827  0.976  0.982  0.850  0.662  0.498
  0.237  0.428  0.667  0.882  1.000  0.976  0.833  0.647  0.487
  0.255  0.466  0.711  0.908  0.996  0.954  0.807  0.623  0.469
  0.272  0.487  0.720  0.894  0.965  0.922  0.776  0.597  0.451
  0.282  0.484  0.692  0.848  0.920  0.888  0.750  0.577  0.441
  0.278  0.455  0.637  0.784  0.872  0.858  0.732  0.569  0.442
     646    -0.344    4246    -6.469    6.11534   0.007778   0.277211   0.030438
  
 Correlation Surface at          746        4246
  0.021  0.004  0.029  0.376  0.832  0.492  0.121  0.026  0.013
  0.018  0.003  0.031  0.408  0.904  0.546  0.139  0.029  0.012
  0.012  0.001  0.031  0.429  0.955  0.590  0.158  0.032  0.009
  0.007  0.001  0.031  0.445  0.996  0.618  0.165  0.030  0.006
  0.004  0.000  0.029  0.442  1.000  0.631  0.174  0.031  0.006
  0.002  0.000  0.024  0.411  0.960  0.645  0.199  0.043  0.010
  0.002  0.000  0.020  0.374  0.910  0.672  0.241  0.064  0.016
  0.001  0.000  0.017  0.340  0.869  0.700  0.278  0.079  0.018
  0.001  0.000  0.017  0.311  0.825  0.697  0.285  0.081  0.017
 r_peak,r_snr =   0.5833511       12.00848    
  
 Correlation Surface of oversamples image at          746        4246
  0.030  0.153  0.430  0.764  0.936  0.833  0.563  0.303  0.141
  0.030  0.155  0.438  0.780  0.958  0.857  0.582  0.317  0.149
  0.029  0.156  0.444  0.794  0.978  0.876  0.597  0.327  0.155
  0.028  0.155  0.447  0.804  0.993  0.890  0.607  0.333  0.157
  0.027  0.154  0.446  0.807  1.000  0.897  0.613  0.336  0.159
  0.026  0.149  0.439  0.801  0.997  0.898  0.617  0.342  0.163
  0.024  0.143  0.428  0.788  0.986  0.897  0.625  0.353  0.172
  0.022  0.137  0.415  0.769  0.971  0.896  0.638  0.371  0.188
  0.020  0.130  0.399  0.746  0.954  0.896  0.656  0.396  0.210
     746     0.063    4246    -0.219   12.00848   0.000917   0.143633  -0.002924
  
 Correlation Surface at          946        4246
  0.137  0.194  0.345  0.694  0.881  0.648  0.428  0.275  0.186
  0.123  0.191  0.366  0.722  0.897  0.644  0.414  0.265  0.171
  0.115  0.209  0.401  0.773  0.938  0.662  0.416  0.254  0.151
  0.119  0.236  0.427  0.808  0.984  0.708  0.424  0.236  0.143
  0.128  0.248  0.426  0.806  1.000  0.736  0.416  0.219  0.149
  0.127  0.243  0.421  0.792  0.984  0.734  0.410  0.215  0.155
  0.117  0.236  0.412  0.763  0.927  0.708  0.409  0.214  0.158
  0.109  0.232  0.389  0.706  0.856  0.685  0.401  0.210  0.170
  0.115  0.227  0.368  0.667  0.824  0.675  0.391  0.212  0.193
 r_peak,r_snr =   0.6070489       5.066695    
  
 Correlation Surface of oversamples image at          946        4246
  0.335  0.505  0.711  0.876  0.904  0.799  0.655  0.534  0.443
  0.355  0.528  0.740  0.911  0.937  0.825  0.671  0.543  0.444
  0.375  0.550  0.768  0.944  0.970  0.851  0.691  0.553  0.444
  0.390  0.565  0.786  0.965  0.992  0.873  0.709  0.561  0.440
  0.399  0.570  0.789  0.969  1.000  0.886  0.720  0.564  0.433
  0.400  0.565  0.780  0.959  0.996  0.889  0.725  0.565  0.425
  0.398  0.558  0.767  0.943  0.984  0.885  0.726  0.564  0.420
  0.395  0.551  0.753  0.924  0.967  0.875  0.724  0.563  0.417
  0.390  0.540  0.735  0.901  0.943  0.859  0.716  0.559  0.411
     946    -0.188    4246     0.219    5.06669   0.002303   0.229364  -0.005868
  
 Correlation Surface at         1046        4246
  0.089  0.225  0.482  0.763  0.842  0.707  0.542  0.447  0.414
  0.082  0.209  0.459  0.688  0.773  0.706  0.561  0.495  0.460
  0.066  0.194  0.434  0.683  0.823  0.747  0.601  0.565  0.476
  0.061  0.191  0.442  0.776  0.932  0.785  0.644  0.584  0.452
  0.070  0.203  0.481  0.883  1.000  0.810  0.658  0.549  0.434
  0.081  0.219  0.520  0.904  0.971  0.787  0.620  0.516  0.451
  0.089  0.229  0.530  0.824  0.845  0.707  0.562  0.516  0.475
  0.094  0.226  0.498  0.701  0.723  0.654  0.539  0.519  0.471
  0.098  0.227  0.456  0.603  0.685  0.650  0.515  0.489  0.441
 r_peak,r_snr =   0.4765889       3.466566    
  
 Correlation Surface of oversamples image at         1046        4246
  0.404  0.534  0.661  0.781  0.865  0.880  0.827  0.747  0.677
  0.408  0.547  0.695  0.834  0.917  0.913  0.839  0.754  0.695
  0.426  0.577  0.745  0.891  0.963  0.936  0.847  0.762  0.709
  0.454  0.616  0.794  0.938  0.992  0.949  0.856  0.772  0.714
  0.484  0.651  0.828  0.960  1.000  0.954  0.864  0.779  0.709
  0.509  0.674  0.839  0.954  0.984  0.944  0.864  0.776  0.693
  0.525  0.681  0.826  0.918  0.943  0.915  0.846  0.758  0.670
  0.531  0.674  0.793  0.861  0.883  0.868  0.810  0.729  0.647
  0.530  0.657  0.749  0.796  0.817  0.812  0.767  0.698  0.632
    1046    -0.031    4246    -0.063    3.46657   0.010438   0.077877   0.010497
  
 Correlation Surface at         1146        4246
  0.250  0.337  0.543  0.818  0.861  0.692  0.485  0.387  0.328
  0.242  0.321  0.541  0.784  0.828  0.696  0.485  0.385  0.318
  0.232  0.307  0.533  0.773  0.868  0.749  0.519  0.398  0.329
  0.233  0.309  0.523  0.802  0.952  0.815  0.549  0.423  0.350
  0.243  0.326  0.536  0.849  1.000  0.815  0.531  0.431  0.345
  0.247  0.351  0.586  0.895  0.987  0.744  0.489  0.413  0.326
  0.245  0.380  0.649  0.931  0.950  0.680  0.477  0.404  0.314
  0.247  0.400  0.672  0.932  0.911  0.656  0.495  0.416  0.307
  0.252  0.401  0.650  0.888  0.870  0.652  0.512  0.430  0.304
 r_peak,r_snr =   0.7107272       3.650197    
  
 Correlation Surface of oversamples image at         1146        4246
  0.585  0.713  0.807  0.857  0.869  0.838  0.755  0.634  0.522
  0.583  0.710  0.808  0.875  0.906  0.882  0.791  0.658  0.537
  0.578  0.707  0.820  0.909  0.953  0.927  0.821  0.675  0.546
  0.572  0.705  0.835  0.940  0.988  0.951  0.833  0.678  0.543
  0.569  0.708  0.850  0.961  1.000  0.949  0.822  0.663  0.530
  0.576  0.721  0.866  0.968  0.991  0.926  0.790  0.632  0.508
  0.595  0.743  0.881  0.966  0.969  0.889  0.747  0.594  0.484
  0.623  0.769  0.893  0.957  0.942  0.849  0.704  0.561  0.467
  0.651  0.790  0.898  0.944  0.914  0.812  0.669  0.540  0.462
    1146     0.906    4246    -0.219    3.65020   0.002499   0.033922   0.004938
  
 Correlation Surface at         1246        4246
  0.023  0.041  0.116  0.359  0.634  0.484  0.228  0.175  0.169
  0.026  0.047  0.116  0.386  0.692  0.542  0.266  0.213  0.184
  0.031  0.055  0.120  0.413  0.794  0.629  0.314  0.241  0.187
  0.042  0.070  0.128  0.464  0.923  0.698  0.344  0.241  0.176
  0.055  0.081  0.138  0.529  1.000  0.721  0.344  0.221  0.167
  0.057  0.077  0.145  0.557  0.988  0.712  0.327  0.209  0.161
  0.047  0.064  0.139  0.538  0.960  0.693  0.311  0.199  0.140
  0.038  0.056  0.131  0.529  0.954  0.665  0.301  0.180  0.108
  0.037  0.055  0.135  0.539  0.923  0.635  0.297  0.159  0.089
 r_peak,r_snr =   0.4931678       7.565140    
  
 Correlation Surface of oversamples image at         1246        4246
  0.111  0.215  0.420  0.675  0.848  0.832  0.659  0.459  0.321
  0.122  0.233  0.455  0.729  0.909  0.883  0.696  0.485  0.338
  0.133  0.254  0.493  0.780  0.959  0.922  0.723  0.502  0.346
  0.144  0.274  0.525  0.818  0.990  0.943  0.735  0.506  0.345
  0.151  0.290  0.546  0.836  1.000  0.945  0.732  0.499  0.336
  0.153  0.295  0.549  0.833  0.991  0.931  0.717  0.485  0.325
  0.151  0.292  0.540  0.818  0.974  0.913  0.698  0.470  0.315
  0.144  0.282  0.525  0.803  0.960  0.897  0.682  0.460  0.310
  0.135  0.269  0.513  0.794  0.950  0.880  0.668  0.455  0.310
    1246     0.125    4246    -1.531    7.56514   0.002008   0.074743   0.002783
  
 Correlation Surface at         1346        4246
  0.248  0.346  0.513  0.778  0.916  0.860  0.701  0.530  0.381
  0.209  0.316  0.514  0.813  0.966  0.880  0.712  0.560  0.412
  0.184  0.312  0.529  0.816  0.979  0.897  0.726  0.597  0.469
  0.187  0.332  0.534  0.802  0.995  0.935  0.735  0.618  0.500
  0.199  0.330  0.519  0.789  1.000  0.932  0.711  0.593  0.480
  0.197  0.312  0.499  0.767  0.975  0.875  0.672  0.550  0.451
  0.195  0.304  0.487  0.739  0.916  0.802  0.647  0.551  0.448
  0.208  0.309  0.484  0.710  0.837  0.735  0.657  0.598  0.456
  0.213  0.302  0.481  0.673  0.748  0.683  0.680  0.607  0.453
 r_peak,r_snr =   0.5106791       3.281111    
  
 Correlation Surface of oversamples image at         1346        4246
  0.624  0.773  0.910  0.979  0.965  0.902  0.823  0.742  0.672
  0.624  0.772  0.908  0.980  0.975  0.918  0.831  0.745  0.685
  0.629  0.778  0.911  0.984  0.989  0.931  0.837  0.750  0.698
  0.639  0.788  0.914  0.989  0.999  0.937  0.838  0.755  0.706
  0.652  0.796  0.913  0.988  1.000  0.935  0.838  0.759  0.705
  0.660  0.795  0.905  0.980  0.991  0.928  0.838  0.761  0.697
  0.659  0.783  0.888  0.963  0.975  0.918  0.836  0.759  0.690
  0.645  0.761  0.864  0.938  0.951  0.901  0.827  0.755  0.690
  0.626  0.736  0.836  0.907  0.921  0.878  0.812  0.755  0.706
    1346     0.313    4246     2.813    3.28111   0.008650   0.510576   0.010732
  
 Correlation Surface at         1446        4246
  0.180  0.317  0.568  0.786  0.851  0.713  0.518  0.415  0.336
  0.174  0.319  0.560  0.759  0.850  0.731  0.489  0.402  0.340
  0.171  0.349  0.571  0.764  0.904  0.738  0.461  0.398  0.353
  0.181  0.378  0.567  0.781  0.969  0.743  0.450  0.396  0.355
  0.191  0.369  0.542  0.781  1.000  0.744  0.443  0.375  0.329
  0.192  0.349  0.525  0.780  0.995  0.747  0.442  0.366  0.316
  0.192  0.348  0.526  0.786  0.976  0.743  0.446  0.386  0.329
  0.196  0.350  0.515  0.787  0.949  0.718  0.454  0.416  0.356
  0.197  0.320  0.471  0.776  0.932  0.690  0.464  0.440  0.388
 r_peak,r_snr =   0.5126521       3.346095    
  
 Correlation Surface of oversamples image at         1446        4246
  0.383  0.464  0.568  0.679  0.735  0.684  0.547  0.411  0.320
  0.374  0.455  0.565  0.685  0.749  0.697  0.560  0.424  0.328
  0.375  0.460  0.581  0.711  0.775  0.717  0.578  0.437  0.336
  0.381  0.474  0.608  0.744  0.802  0.736  0.591  0.444  0.342
  0.382  0.485  0.630  0.768  0.816  0.739  0.587  0.438  0.339
  0.372  0.485  0.641  0.777  0.812  0.724  0.567  0.418  0.326
  0.360  0.486  0.654  0.787  0.809  0.710  0.547  0.400  0.316
    1446    -0.094    4246     2.750    3.34610   0.003543   0.369273  -0.001156
  
 Correlation Surface at         1546        4246
  0.014  0.045  0.120  0.356  0.697  0.540  0.194  0.050  0.019
  0.016  0.038  0.127  0.405  0.727  0.599  0.235  0.063  0.011
  0.015  0.034  0.139  0.440  0.818  0.720  0.274  0.063  0.005
  0.009  0.026  0.129  0.463  0.969  0.824  0.287  0.054  0.007
  0.002  0.012  0.100  0.450  1.000  0.802  0.268  0.049  0.018
  0.000  0.003  0.073  0.393  0.885  0.702  0.231  0.049  0.029
  0.001  0.002  0.065  0.359  0.791  0.612  0.202  0.051  0.033
  0.002  0.004  0.072  0.368  0.752  0.555  0.197  0.056  0.038
  0.001  0.010  0.082  0.387  0.731  0.524  0.205  0.060  0.051
 r_peak,r_snr =   0.4519718       10.65793    
  
 Correlation Surface of oversamples image at         1546        4246
  0.185  0.362  0.566  0.721  0.754  0.636  0.427  0.228  0.099
  0.186  0.371  0.603  0.799  0.850  0.713  0.470  0.243  0.099
  0.185  0.385  0.655  0.889  0.942  0.776  0.500  0.251  0.097
  0.180  0.398  0.700  0.954  0.995  0.804  0.510  0.252  0.094
  0.172  0.401  0.719  0.973  1.000  0.798  0.502  0.245  0.090
  0.162  0.395  0.711  0.956  0.976  0.775  0.487  0.235  0.085
  0.153  0.382  0.690  0.927  0.945  0.750  0.470  0.223  0.080
  0.147  0.371  0.672  0.905  0.919  0.727  0.450  0.210  0.075
  0.145  0.367  0.667  0.892  0.896  0.702  0.430  0.201  0.074
    1546     0.313    4246    -0.125   10.65793   0.002325   0.040015   0.000435
  
 Correlation Surface at         1646        4246
  0.005  0.021  0.156  0.609  0.892  0.475  0.119  0.035  0.021
  0.003  0.021  0.148  0.585  0.904  0.516  0.132  0.042  0.023
  0.003  0.019  0.128  0.559  0.943  0.530  0.128  0.040  0.025
  0.003  0.015  0.110  0.543  0.988  0.521  0.118  0.040  0.027
  0.004  0.012  0.104  0.554  1.000  0.511  0.125  0.050  0.029
  0.005  0.011  0.107  0.568  0.959  0.509  0.150  0.065  0.028
  0.003  0.012  0.112  0.548  0.893  0.513  0.167  0.068  0.023
  0.002  0.012  0.107  0.507  0.873  0.529  0.163  0.052  0.017
  0.001  0.012  0.094  0.491  0.904  0.560  0.152  0.036  0.014
 r_peak,r_snr =   0.5720126       9.259535    
  
 Correlation Surface of oversamples image at         1646        4246
  0.241  0.409  0.646  0.878  0.976  0.859  0.593  0.340  0.189
  0.224  0.388  0.624  0.866  0.978  0.861  0.587  0.335  0.188
  0.210  0.370  0.608  0.864  0.987  0.861  0.579  0.329  0.186
  0.200  0.358  0.602  0.873  0.996  0.857  0.570  0.324  0.187
  0.194  0.352  0.604  0.883  1.000  0.850  0.563  0.325  0.193
  0.191  0.352  0.612  0.891  0.995  0.839  0.561  0.332  0.205
  0.191  0.357  0.623  0.892  0.980  0.825  0.560  0.344  0.222
  0.193  0.366  0.631  0.883  0.954  0.806  0.560  0.357  0.240
  0.196  0.371  0.628  0.860  0.921  0.784  0.558  0.368  0.253
    1646    -0.031    4246     0.219    9.25953   0.000924   0.107716   0.001281
  
 Correlation Surface at         1746        4246
  0.000  0.003  0.066  0.394  0.710  0.397  0.061  0.003  0.000
  0.000  0.003  0.062  0.389  0.759  0.439  0.070  0.003  0.000
  0.000  0.003  0.066  0.437  0.883  0.495  0.079  0.002  0.000
  0.001  0.005  0.081  0.526  0.990  0.526  0.078  0.001  0.000
  0.001  0.007  0.094  0.571  1.000  0.532  0.074  0.001  0.000
  0.002  0.007  0.091  0.539  0.944  0.517  0.071  0.001  0.000
  0.003  0.007  0.080  0.483  0.870  0.472  0.068  0.001  0.000
  0.004  0.006  0.070  0.439  0.781  0.417  0.065  0.001  0.000
  0.004  0.005  0.058  0.382  0.675  0.385  0.066  0.001  0.000
 r_peak,r_snr =   0.7497335       12.08619    
  
 Correlation Surface of oversamples image at         1746        4246
  0.047  0.152  0.351  0.596  0.742  0.669  0.434  0.202  0.066
  0.051  0.163  0.381  0.654  0.815  0.731  0.471  0.219  0.071
  0.056  0.180  0.425  0.726  0.894  0.789  0.501  0.229  0.072
  0.063  0.203  0.477  0.801  0.962  0.828  0.516  0.230  0.069
  0.071  0.228  0.525  0.858  1.000  0.841  0.514  0.225  0.065
  0.079  0.247  0.555  0.880  0.999  0.826  0.500  0.216  0.061
  0.083  0.255  0.558  0.865  0.965  0.793  0.481  0.208  0.059
  0.083  0.250  0.537  0.820  0.912  0.755  0.462  0.202  0.058
  0.078  0.234  0.500  0.764  0.857  0.717  0.443  0.196  0.058
    1746    -0.031    4246     1.781   12.08619   0.000369   0.017030   0.000132
  
 Correlation Surface at         1946        4246
  0.005  0.002  0.024  0.271  0.712  0.623  0.208  0.023  0.003
  0.006  0.003  0.026  0.304  0.769  0.633  0.203  0.023  0.003
  0.007  0.003  0.030  0.354  0.865  0.670  0.205  0.023  0.003
  0.008  0.003  0.035  0.398  0.965  0.722  0.211  0.023  0.003
  0.008  0.003  0.038  0.424  1.000  0.716  0.202  0.022  0.003
  0.009  0.004  0.039  0.427  0.975  0.670  0.184  0.020  0.003
  0.009  0.004  0.037  0.404  0.910  0.612  0.164  0.018  0.003
  0.008  0.004  0.034  0.371  0.837  0.554  0.146  0.016  0.002
  0.007  0.004  0.030  0.333  0.757  0.494  0.129  0.014  0.002
 r_peak,r_snr =   0.8896899       10.73653    
  
 Correlation Surface of oversamples image at         1946        4246
  0.043  0.160  0.399  0.693  0.878  0.862  0.716  0.544  0.360
  0.044  0.167  0.419  0.726  0.917  0.893  0.733  0.548  0.357
  0.047  0.175  0.440  0.761  0.954  0.917  0.741  0.545  0.348
  0.050  0.186  0.463  0.796  0.986  0.932  0.739  0.533  0.334
  0.053  0.194  0.482  0.820  1.000  0.928  0.722  0.512  0.315
  0.055  0.200  0.491  0.824  0.990  0.905  0.693  0.483  0.291
  0.056  0.200  0.487  0.809  0.961  0.868  0.657  0.451  0.268
  0.055  0.197  0.474  0.780  0.921  0.829  0.623  0.424  0.249
  0.054  0.189  0.452  0.740  0.873  0.785  0.589  0.399  0.233
    1946     0.094    4246    -0.031   10.73653   0.000131   0.004028   0.000110
  
 Correlation Surface at         2046        4246
  0.032  0.052  0.146  0.475  0.741  0.344  0.093  0.103  0.273
  0.032  0.048  0.136  0.423  0.664  0.347  0.096  0.110  0.286
  0.032  0.048  0.141  0.413  0.741  0.448  0.128  0.121  0.289
  0.027  0.053  0.148  0.461  0.937  0.567  0.141  0.103  0.262
  0.026  0.053  0.146  0.510  1.000  0.532  0.109  0.082  0.239
  0.028  0.046  0.127  0.444  0.781  0.384  0.085  0.082  0.235
  0.030  0.041  0.107  0.333  0.572  0.311  0.092  0.096  0.240
  0.029  0.044  0.107  0.291  0.540  0.341  0.116  0.102  0.225
  0.028  0.054  0.114  0.307  0.620  0.421  0.139  0.099  0.204
 r_peak,r_snr =   0.5871228       6.576862    
  
 Correlation Surface of oversamples image at         2046        4246
  0.141  0.256  0.430  0.622  0.719  0.629  0.415  0.218  0.116
  0.146  0.259  0.434  0.646  0.773  0.697  0.466  0.246  0.129
  0.152  0.265  0.452  0.696  0.858  0.784  0.523  0.273  0.137
  0.156  0.272  0.480  0.760  0.947  0.860  0.562  0.284  0.135
  0.154  0.277  0.503  0.808  1.000  0.885  0.560  0.272  0.124
  0.149  0.277  0.512  0.816  0.985  0.844  0.517  0.245  0.111
  0.141  0.267  0.495  0.770  0.900  0.750  0.452  0.216  0.103
  0.130  0.249  0.452  0.683  0.778  0.641  0.389  0.194  0.102
  0.121  0.228  0.400  0.587  0.664  0.554  0.347  0.183  0.105
    2046     0.063    4246    -0.313    6.57686   0.000831   0.005152   0.000318
  
 At line =         4600
 Reading in data....   
 Correlation Surface at          146        4646
  0.006  0.006  0.040  0.283  0.671  0.447  0.082  0.007  0.003
  0.008  0.007  0.042  0.290  0.701  0.471  0.087  0.008  0.004
  0.010  0.008  0.045  0.317  0.784  0.531  0.100  0.009  0.004
  0.011  0.009  0.049  0.360  0.915  0.624  0.120  0.011  0.004
  0.012  0.009  0.050  0.393  1.000  0.680  0.135  0.014  0.005
  0.013  0.009  0.051  0.396  0.972  0.657  0.136  0.016  0.005
  0.015  0.010  0.053  0.379  0.895  0.603  0.126  0.015  0.005
  0.016  0.011  0.054  0.365  0.845  0.572  0.119  0.014  0.005
  0.016  0.012  0.055  0.358  0.828  0.568  0.121  0.014  0.004
 r_peak,r_snr =   0.8827893       11.83045    
  
 Correlation Surface of oversamples image at          146        4646
  0.039  0.130  0.334  0.632  0.862  0.841  0.585  0.290  0.103
  0.041  0.137  0.355  0.673  0.922  0.902  0.629  0.313  0.113
  0.043  0.143  0.373  0.709  0.971  0.951  0.663  0.332  0.122
  0.044  0.148  0.385  0.732  0.999  0.975  0.681  0.343  0.128
  0.044  0.150  0.391  0.737  1.000  0.972  0.679  0.344  0.130
  0.044  0.151  0.388  0.726  0.978  0.948  0.662  0.338  0.129
  0.045  0.150  0.381  0.706  0.944  0.912  0.638  0.326  0.125
  0.045  0.148  0.372  0.683  0.908  0.875  0.613  0.313  0.120
  0.045  0.146  0.364  0.663  0.878  0.845  0.592  0.303  0.115
     146     0.219    4646     0.219   11.83045   0.000125   0.001788   0.000007
  
 Correlation Surface at          246        4646
  0.003  0.002  0.015  0.190  0.647  0.446  0.092  0.012  0.001
  0.003  0.002  0.015  0.198  0.708  0.487  0.090  0.009  0.001
  0.002  0.002  0.014  0.202  0.799  0.559  0.095  0.006  0.000
  0.002  0.002  0.013  0.212  0.922  0.637  0.096  0.005  0.000
  0.002  0.003  0.013  0.227  1.000  0.662  0.089  0.003  0.000
  0.002  0.003  0.014  0.233  0.961  0.622  0.082  0.002  0.000
  0.002  0.002  0.015  0.221  0.850  0.562  0.073  0.001  0.000
  0.002  0.003  0.016  0.199  0.748  0.513  0.067  0.001  0.000
  0.002  0.003  0.016  0.176  0.661  0.470  0.066  0.001  0.000
 r_peak,r_snr =   0.5780030       14.88187    
  
 Correlation Surface of oversamples image at          246        4646
  0.067  0.217  0.496  0.773  0.788  0.533  0.258  0.098  0.033
  0.066  0.223  0.528  0.840  0.861  0.576  0.271  0.098  0.031
  0.066  0.231  0.563  0.908  0.929  0.613  0.280  0.097  0.027
  0.066  0.240  0.595  0.964  0.980  0.636  0.283  0.094  0.024
  0.067  0.247  0.616  0.993  1.000  0.641  0.281  0.090  0.021
  0.068  0.250  0.619  0.988  0.987  0.629  0.273  0.086  0.019
  0.068  0.248  0.605  0.954  0.949  0.606  0.264  0.082  0.016
  0.067  0.242  0.581  0.907  0.902  0.581  0.255  0.078  0.014
  0.066  0.233  0.552  0.857  0.855  0.556  0.246  0.074  0.012
     246     0.250    4646     0.125   14.88187   0.000635   0.024507   0.000296
  
 Correlation Surface at          346        4646
  0.006  0.035  0.062  0.205  0.444  0.269  0.031  0.001  0.013
  0.006  0.025  0.049  0.218  0.501  0.314  0.031  0.006  0.022
  0.004  0.015  0.039  0.220  0.613  0.427  0.034  0.011  0.019
  0.004  0.011  0.033  0.246  0.845  0.573  0.036  0.011  0.014
  0.002  0.007  0.028  0.292  1.000  0.591  0.034  0.007  0.015
  0.000  0.003  0.021  0.289  0.899  0.488  0.039  0.003  0.019
  0.000  0.001  0.018  0.243  0.682  0.392  0.043  0.002  0.021
  0.000  0.003  0.031  0.218  0.544  0.329  0.030  0.004  0.020
  0.000  0.012  0.065  0.240  0.517  0.286  0.015  0.006  0.018
 r_peak,r_snr =   0.3439956       16.34994    
  
 Correlation Surface of oversamples image at          346        4646
  0.035  0.097  0.243  0.482  0.689  0.668  0.414  0.147  0.019
  0.030  0.089  0.244  0.520  0.780  0.778  0.488  0.173  0.022
  0.026  0.084  0.254  0.577  0.889  0.891  0.558  0.196  0.025
  0.023  0.082  0.271  0.636  0.976  0.961  0.591  0.205  0.026
  0.021  0.083  0.288  0.672  1.000  0.953  0.571  0.197  0.026
  0.019  0.085  0.294  0.664  0.947  0.869  0.510  0.177  0.025
  0.018  0.083  0.280  0.609  0.836  0.745  0.434  0.156  0.025
  0.017  0.078  0.253  0.530  0.709  0.624  0.369  0.141  0.025
  0.017  0.073  0.226  0.458  0.605  0.537  0.328  0.133  0.026
     346     0.219    4646    -0.188   16.34994   0.002332   0.032702   0.001357
  
 Correlation Surface at          446        4646
  0.046  0.067  0.201  0.568  0.864  0.515  0.167  0.092  0.089
  0.047  0.076  0.228  0.641  0.954  0.559  0.167  0.069  0.077
  0.056  0.091  0.262  0.666  0.978  0.597  0.191  0.096  0.107
  0.078  0.108  0.274  0.641  0.978  0.645  0.262  0.171  0.152
  0.111  0.117  0.264  0.638  1.000  0.694  0.322  0.212  0.178
  0.133  0.109  0.247  0.633  0.979  0.668  0.302  0.198  0.194
  0.130  0.092  0.227  0.594  0.881  0.601  0.283  0.196  0.192
  0.104  0.083  0.219  0.561  0.813  0.605  0.333  0.208  0.165
  0.067  0.082  0.208  0.527  0.818  0.684  0.390  0.204  0.140
 r_peak,r_snr =   0.3818862       5.879738    
  
 Correlation Surface of oversamples image at          446        4646
  0.229  0.391  0.584  0.716  0.708  0.575  0.405  0.276  0.195
  0.223  0.380  0.575  0.731  0.754  0.634  0.461  0.325  0.236
  0.217  0.376  0.583  0.765  0.813  0.693  0.506  0.354  0.250
  0.214  0.380  0.603  0.807  0.863  0.730  0.523  0.352  0.236
  0.214  0.389  0.625  0.834  0.880  0.729  0.506  0.325  0.207
  0.215  0.400  0.639  0.836  0.861  0.697  0.473  0.294  0.182
  0.218  0.410  0.644  0.818  0.820  0.657  0.447  0.277  0.170
  0.222  0.416  0.642  0.792  0.782  0.632  0.439  0.278  0.171
  0.224  0.418  0.634  0.770  0.760  0.627  0.448  0.290  0.176
     446     0.375    4646     3.875    5.87974   0.004640   0.723484  -0.009969
  
 Correlation Surface at          546        4646
  0.014  0.007  0.075  0.397  0.673  0.379  0.056  0.012  0.059
  0.013  0.011  0.100  0.436  0.707  0.363  0.051  0.010  0.051
  0.007  0.017  0.129  0.497  0.776  0.375  0.068  0.015  0.044
  0.003  0.014  0.138  0.572  0.912  0.481  0.114  0.024  0.037
  0.001  0.006  0.118  0.578  1.000  0.602  0.140  0.024  0.031
  0.000  0.003  0.089  0.507  0.979  0.617  0.125  0.017  0.027
  0.001  0.004  0.074  0.438  0.869  0.529  0.106  0.019  0.029
  0.002  0.005  0.080  0.417  0.753  0.455  0.105  0.028  0.040
  0.006  0.006  0.102  0.426  0.705  0.445  0.107  0.036  0.056
 r_peak,r_snr =   0.2789162       7.683750    
  
 Correlation Surface of oversamples image at          546        4646
  0.076  0.198  0.410  0.676  0.836  0.730  0.436  0.185  0.064
  0.072  0.197  0.424  0.718  0.902  0.800  0.498  0.230  0.088
  0.061  0.186  0.427  0.750  0.961  0.871  0.562  0.273  0.107
  0.047  0.166  0.413  0.756  0.995  0.924  0.611  0.299  0.113
  0.033  0.141  0.383  0.738  1.000  0.949  0.633  0.303  0.108
  0.023  0.117  0.348  0.703  0.978  0.939  0.622  0.290  0.099
  0.018  0.101  0.320  0.666  0.939  0.899  0.589  0.270  0.091
  0.017  0.096  0.307  0.643  0.899  0.848  0.548  0.252  0.089
  0.020  0.100  0.309  0.631  0.863  0.797  0.513  0.242  0.091
     546     0.188    4646     0.500    7.68375   0.008587   0.316820  -0.025733
  
 Correlation Surface at          646        4646
  0.029  0.041  0.130  0.251  0.362  0.182  0.010  0.008  0.022
  0.016  0.058  0.204  0.328  0.363  0.082  0.004  0.010  0.033
  0.028  0.162  0.211  0.432  0.553  0.147  0.011  0.022  0.002
  0.072  0.132  0.113  0.558  0.915  0.347  0.008  0.068  0.093
  0.058  0.052  0.073  0.610  1.000  0.445  0.004  0.079  0.176
  0.029  0.086  0.151  0.542  0.766  0.469  0.004  0.040  0.196
  0.055  0.187  0.182  0.380  0.657  0.679  0.069  0.038  0.179
  0.072  0.106  0.081  0.254  0.793  0.858  0.099  0.080  0.092
  0.008  0.018  0.024  0.256  0.927  0.702  0.039  0.066  0.011
 r_peak,r_snr =   0.1323131       9.127059    
  
 Correlation Surface of oversamples image at          646        4646
  0.185  0.133  0.008  0.087  0.256
  0.132  0.051  0.007  0.169  0.272
  0.063  0.003  0.044  0.164  0.192
  0.020  0.002  0.032  0.054  0.069
  0.008  0.000  0.000  0.002  0.004
  0.021  0.033  0.095  0.102  0.005
  0.080  0.167  0.288  0.212  0.008
  0.185  0.308  0.361  0.172  0.000
  0.276  0.323  0.245  0.059  0.022
     646    -7.250    4646    -5.531    9.12706   0.023802   0.207154  -0.012722
  
 Correlation Surface at          746        4646
  0.088  0.165  0.384  0.735  0.853  0.649  0.411  0.234  0.127
  0.073  0.169  0.406  0.711  0.795  0.659  0.397  0.188  0.091
  0.071  0.198  0.431  0.651  0.787  0.668  0.381  0.180  0.101
  0.078  0.217  0.416  0.652  0.891  0.635  0.340  0.207  0.138
  0.081  0.215  0.409  0.766  1.000  0.566  0.322  0.260  0.158
  0.079  0.224  0.463  0.894  0.996  0.541  0.339  0.282  0.146
  0.083  0.251  0.519  0.874  0.954  0.572  0.348  0.241  0.131
  0.096  0.264  0.483  0.770  0.942  0.593  0.327  0.213  0.125
  0.109  0.249  0.411  0.714  0.920  0.577  0.341  0.232  0.119
 r_peak,r_snr =   0.4272399       5.043813    
  
 Correlation Surface of oversamples image at          746        4646
  0.323  0.492  0.687  0.847  0.882  0.746  0.527  0.343  0.234
  0.357  0.545  0.748  0.897  0.909  0.755  0.529  0.348  0.243
  0.388  0.587  0.793  0.939  0.942  0.779  0.546  0.359  0.249
  0.402  0.602  0.812  0.968  0.978  0.811  0.565  0.365  0.241
  0.392  0.585  0.802  0.978  1.000  0.828  0.568  0.353  0.219
  0.363  0.548  0.773  0.965  0.993  0.815  0.547  0.328  0.193
  0.337  0.517  0.745  0.940  0.965  0.784  0.522  0.311  0.181
     746    -0.188    4646    -0.250    5.04381   0.005495   0.097450   0.014583
  
 Correlation Surface at          846        4646
  0.616  0.622  0.639  0.747  0.855  0.826  0.790  0.799  0.715
  0.622  0.631  0.648  0.738  0.824  0.816  0.812  0.770  0.653
  0.622  0.613  0.647  0.766  0.857  0.846  0.836  0.758  0.656
  0.601  0.579  0.652  0.839  0.944  0.907  0.851  0.756  0.692
  0.574  0.578  0.684  0.908  1.000  0.948  0.836  0.745  0.701
  0.571  0.621  0.713  0.900  0.992  0.943  0.802  0.736  0.706
  0.572  0.644  0.688  0.824  0.954  0.920  0.800  0.768  0.733
  0.563  0.626  0.649  0.768  0.939  0.930  0.856  0.834  0.750
  0.564  0.616  0.649  0.766  0.954  0.958  0.918  0.874  0.737
 r_peak,r_snr =   0.5885537       1.513170    
  
 Correlation Surface of oversamples image at          846        4646
  0.575  0.679  0.787  0.848  0.845  0.797  0.761  0.748  0.722
  0.588  0.704  0.828  0.905  0.905  0.851  0.804  0.773  0.725
  0.604  0.730  0.867  0.954  0.957  0.899  0.841  0.788  0.720
  0.623  0.751  0.893  0.984  0.990  0.931  0.862  0.790  0.710
  0.641  0.764  0.900  0.990  1.000  0.943  0.866  0.782  0.701
  0.652  0.760  0.884  0.971  0.988  0.936  0.855  0.769  0.697
  0.648  0.738  0.847  0.934  0.962  0.917  0.836  0.758  0.701
  0.631  0.703  0.801  0.892  0.933  0.896  0.819  0.753  0.715
  0.607  0.666  0.758  0.857  0.912  0.880  0.810  0.756  0.733
     846    -0.219    4646    -2.594    1.51317   0.016005   0.067155   0.004302
  
 Correlation Surface at          946        4646
  0.421  0.527  0.681  0.794  0.943  0.794  0.667  0.642  0.552
  0.412  0.527  0.689  0.761  0.888  0.805  0.664  0.590  0.514
  0.391  0.496  0.645  0.695  0.865  0.841  0.629  0.579  0.523
  0.390  0.465  0.595  0.695  0.924  0.853  0.622  0.594  0.508
  0.398  0.458  0.600  0.802  1.000  0.837  0.621  0.536  0.446
  0.386  0.456  0.662  0.914  0.994  0.813  0.583  0.456  0.420
  0.366  0.436  0.698  0.898  0.940  0.783  0.546  0.460  0.455
  0.353  0.433  0.699  0.855  0.930  0.737  0.531  0.512  0.485
  0.367  0.478  0.725  0.897  0.957  0.692  0.527  0.534  0.480
 r_peak,r_snr =   0.4632081       2.337078    
  
 Correlation Surface of oversamples image at          946        4646
  0.546  0.593  0.631  0.683  0.748  0.771  0.711  0.604  0.522
  0.537  0.575  0.623  0.699  0.780  0.799  0.721  0.606  0.530
  0.529  0.569  0.637  0.734  0.820  0.823  0.730  0.614  0.546
  0.525  0.582  0.674  0.782  0.853  0.833  0.731  0.624  0.559
  0.533  0.614  0.723  0.821  0.863  0.821  0.722  0.627  0.561
  0.556  0.658  0.766  0.835  0.844  0.792  0.702  0.618  0.551
  0.593  0.702  0.790  0.825  0.809  0.755  0.677  0.600  0.533
  0.630  0.730  0.790  0.797  0.769  0.720  0.651  0.575  0.512
  0.658  0.739  0.776  0.769  0.740  0.696  0.630  0.554  0.498
     946    -0.406    4646     3.813    2.33708   0.014952   0.155804   0.034324
  
 Correlation Surface at         1046        4646
  0.474  0.479  0.535  0.733  0.930  0.775  0.539  0.427  0.403
  0.446  0.452  0.517  0.723  0.900  0.731  0.531  0.433  0.407
  0.407  0.407  0.482  0.712  0.909  0.780  0.548  0.444  0.412
  0.364  0.378  0.484  0.752  0.978  0.832  0.556  0.447  0.425
  0.334  0.384  0.512  0.804  1.000  0.818  0.553  0.453  0.451
  0.336  0.401  0.525  0.797  0.912  0.770  0.551  0.460  0.448
  0.358  0.401  0.526  0.747  0.819  0.744  0.559  0.463  0.409
  0.360  0.404  0.548  0.726  0.813  0.775  0.608  0.468  0.388
  0.351  0.426  0.574  0.708  0.829  0.823  0.673  0.476  0.395
 r_peak,r_snr =   0.5246213       2.269348    
  
 Correlation Surface of oversamples image at         1046        4646
  0.452  0.522  0.623  0.740  0.822  0.830  0.768  0.676  0.590
  0.457  0.540  0.660  0.796  0.892  0.897  0.814  0.699  0.599
  0.470  0.567  0.704  0.857  0.957  0.949  0.843  0.710  0.605
  0.486  0.593  0.744  0.904  0.997  0.971  0.850  0.715  0.610
  0.494  0.610  0.769  0.923  1.000  0.959  0.841  0.713  0.612
  0.490  0.613  0.770  0.909  0.967  0.924  0.820  0.704  0.607
  0.474  0.600  0.747  0.865  0.909  0.877  0.792  0.689  0.595
  0.456  0.581  0.713  0.809  0.849  0.830  0.763  0.670  0.580
  0.445  0.565  0.680  0.762  0.803  0.796  0.741  0.656  0.571
    1046     0.125    4646    -0.281    2.26935   0.005105   0.041085   0.003797
  
 Correlation Surface at         1146        4646
  0.011  0.000  0.011  0.088  0.126  0.348  0.178  0.067  0.008
  0.008  0.045  0.066  0.182  0.192  0.210  0.147  0.090  0.025
  0.073  0.055  0.158  0.325  0.375  0.275  0.142  0.073  0.044
  0.066  0.073  0.334  0.525  0.827  0.334  0.073  0.052  0.015
  0.080  0.224  0.307  0.530  1.000  0.275  0.045  0.038  0.001
  0.097  0.236  0.086  0.352  0.888  0.382  0.063  0.011  0.001
  0.071  0.066  0.006  0.235  0.934  0.521  0.030  0.007  0.110
  0.028  0.007  0.000  0.103  0.654  0.239  0.003  0.052  0.207
  0.013  0.005  0.025  0.010  0.186  0.067  0.009  0.047  0.069
 r_peak,r_snr =   0.1209510       10.93395    
  
 Correlation Surface of oversamples image at         1146        4646
  0.012  0.069  0.137  0.192  0.266  0.280  0.175  0.068  0.024
  0.018  0.072  0.133  0.242  0.404  0.432  0.263  0.106  0.036
  0.024  0.063  0.144  0.365  0.647  0.647  0.373  0.149  0.052
  0.016  0.040  0.162  0.526  0.889  0.800  0.436  0.173  0.066
  0.003  0.018  0.184  0.659  1.000  0.811  0.427  0.169  0.071
  0.001  0.009  0.213  0.721  0.968  0.737  0.390  0.156  0.067
  0.011  0.007  0.228  0.686  0.846  0.642  0.347  0.133  0.047
  0.028  0.004  0.204  0.565  0.689  0.555  0.303  0.098  0.020
  0.046  0.001  0.144  0.407  0.541  0.476  0.245  0.056  0.003
    1146     0.031    4646     1.094   10.93395   0.017722   0.329285  -0.022179
  
 Correlation Surface at         1246        4646
  0.006  0.019  0.158  0.624  0.795  0.385  0.114  0.054  0.044
  0.005  0.021  0.176  0.666  0.863  0.398  0.100  0.044  0.037
  0.005  0.023  0.186  0.683  0.898  0.412  0.094  0.037  0.034
  0.006  0.027  0.187  0.675  0.933  0.453  0.102  0.036  0.036
  0.009  0.030  0.182  0.682  1.000  0.502  0.112  0.035  0.035
  0.011  0.030  0.179  0.672  0.984  0.505  0.114  0.032  0.032
  0.014  0.031  0.171  0.599  0.877  0.486  0.116  0.034  0.032
  0.018  0.033  0.157  0.510  0.759  0.454  0.116  0.038  0.035
  0.021  0.036  0.155  0.464  0.657  0.400  0.113  0.042  0.039
 r_peak,r_snr =   0.6442674       9.681809    
  
 Correlation Surface of oversamples image at         1246        4646
  0.213  0.428  0.706  0.915  0.908  0.686  0.401  0.191  0.083
  0.218  0.436  0.718  0.934  0.935  0.713  0.421  0.201  0.086
  0.221  0.438  0.724  0.952  0.963  0.742  0.440  0.210  0.089
  0.222  0.437  0.729  0.967  0.987  0.766  0.457  0.217  0.089
  0.221  0.437  0.730  0.974  1.000  0.781  0.466  0.219  0.089
  0.220  0.434  0.723  0.966  0.998  0.780  0.464  0.219  0.088
  0.217  0.422  0.702  0.939  0.971  0.760  0.456  0.219  0.089
  0.210  0.404  0.668  0.890  0.920  0.729  0.448  0.219  0.090
  0.202  0.382  0.625  0.827  0.863  0.699  0.440  0.219  0.091
    1246    -0.188    4646    -0.875    9.68181   0.000764   0.027844  -0.000626
  
 Correlation Surface at         1346        4646
  0.682  0.675  0.649  0.659  0.742  0.730  0.612  0.525  0.445
  0.680  0.736  0.704  0.702  0.779  0.704  0.594  0.519  0.447
  0.694  0.788  0.744  0.770  0.860  0.741  0.609  0.517  0.437
  0.713  0.793  0.753  0.842  0.965  0.788  0.624  0.517  0.436
  0.723  0.766  0.748  0.890  1.000  0.778  0.622  0.505  0.447
  0.725  0.724  0.733  0.879  0.933  0.745  0.604  0.479  0.452
  0.716  0.682  0.715  0.834  0.866  0.729  0.566  0.455  0.443
  0.701  0.650  0.704  0.820  0.852  0.714  0.542  0.452  0.432
  0.673  0.632  0.713  0.843  0.856  0.702  0.558  0.473  0.428
 r_peak,r_snr =   0.6332915       2.084574    
  
 Correlation Surface of oversamples image at         1346        4646
  0.726  0.721  0.757  0.810  0.827  0.782  0.702  0.633  0.587
  0.735  0.738  0.789  0.858  0.883  0.830  0.735  0.654  0.600
  0.729  0.744  0.817  0.908  0.939  0.875  0.763  0.669  0.608
  0.713  0.743  0.839  0.949  0.982  0.902  0.774  0.671  0.607
  0.695  0.742  0.856  0.976  1.000  0.904  0.769  0.666  0.601
  0.682  0.742  0.867  0.984  0.993  0.889  0.758  0.662  0.596
  0.672  0.741  0.866  0.971  0.966  0.865  0.749  0.661  0.589
  0.665  0.738  0.856  0.944  0.933  0.845  0.744  0.659  0.579
  0.660  0.735  0.844  0.917  0.907  0.833  0.744  0.655  0.566
    1346    -0.188    4646     0.250    2.08457   0.003098   0.021274   0.001655
  
 Correlation Surface at         1446        4646
  0.148  0.293  0.504  0.763  0.905  0.688  0.438  0.236  0.105
  0.134  0.257  0.451  0.739  0.911  0.726  0.445  0.231  0.104
  0.117  0.224  0.396  0.691  0.927  0.762  0.435  0.230  0.112
  0.111  0.209  0.379  0.703  0.978  0.742  0.402  0.232  0.125
  0.106  0.207  0.400  0.774  1.000  0.686  0.378  0.226  0.122
  0.101  0.214  0.440  0.834  0.971  0.658  0.380  0.218  0.111
  0.103  0.226  0.463  0.846  0.955  0.662  0.392  0.225  0.114
  0.109  0.220  0.454  0.837  0.941  0.642  0.405  0.246  0.126
  0.106  0.200  0.442  0.806  0.881  0.632  0.431  0.256  0.128
 r_peak,r_snr =   0.5354892       4.459411    
  
 Correlation Surface of oversamples image at         1446        4646
  0.277  0.406  0.594  0.782  0.876  0.832  0.683  0.501  0.354
  0.260  0.387  0.578  0.781  0.895  0.857  0.691  0.495  0.349
  0.250  0.383  0.590  0.814  0.936  0.877  0.681  0.474  0.336
  0.251  0.399  0.630  0.871  0.979  0.877  0.652  0.445  0.320
  0.262  0.433  0.688  0.930  1.000  0.853  0.613  0.416  0.307
  0.284  0.478  0.747  0.969  0.992  0.815  0.577  0.395  0.300
  0.313  0.524  0.792  0.981  0.966  0.780  0.552  0.384  0.298
  0.342  0.561  0.816  0.973  0.939  0.756  0.540  0.381  0.300
  0.363  0.581  0.819  0.956  0.919  0.744  0.535  0.381  0.306
    1446    -0.188    4646    -1.563    4.45941   0.005134   0.200763   0.022938
  
 Correlation Surface at         1546        4646
  0.011  0.055  0.153  0.376  0.689  0.479  0.165  0.050  0.019
  0.020  0.064  0.160  0.420  0.725  0.452  0.137  0.048  0.033
  0.030  0.073  0.180  0.470  0.795  0.479  0.136  0.056  0.043
  0.025  0.076  0.198  0.528  0.909  0.561  0.161  0.064  0.040
  0.017  0.073  0.202  0.582  1.000  0.638  0.195  0.069  0.031
  0.014  0.068  0.198  0.600  0.982  0.632  0.208  0.073  0.027
  0.015  0.064  0.192  0.570  0.879  0.576  0.206  0.074  0.028
  0.014  0.061  0.184  0.523  0.787  0.533  0.200  0.071  0.029
  0.014  0.062  0.185  0.507  0.758  0.509  0.187  0.072  0.031
 r_peak,r_snr =   0.3972475       8.429500    
  
 Correlation Surface of oversamples image at         1546        4646
  0.188  0.309  0.505  0.732  0.840  0.739  0.499  0.264  0.123
  0.193  0.322  0.534  0.778  0.899  0.800  0.548  0.294  0.139
  0.191  0.329  0.557  0.816  0.950  0.858  0.596  0.326  0.157
  0.185  0.333  0.574  0.845  0.987  0.898  0.630  0.350  0.174
  0.181  0.337  0.586  0.860  1.000  0.908  0.638  0.361  0.184
  0.179  0.341  0.592  0.857  0.985  0.886  0.623  0.359  0.189
  0.181  0.344  0.590  0.835  0.944  0.844  0.597  0.352  0.191
  0.184  0.345  0.576  0.798  0.892  0.798  0.572  0.344  0.191
  0.186  0.340  0.553  0.754  0.840  0.757  0.550  0.338  0.191
    1546     0.063    4646     0.469    8.42950   0.003153   0.104229   0.000175
  
 Correlation Surface at         1646        4646
  0.107  0.145  0.292  0.651  0.759  0.492  0.231  0.104  0.053
  0.106  0.154  0.323  0.686  0.814  0.554  0.260  0.123  0.062
  0.111  0.169  0.341  0.694  0.885  0.639  0.303  0.144  0.068
  0.122  0.180  0.339  0.701  0.964  0.705  0.339  0.160  0.073
  0.121  0.172  0.318  0.706  1.000  0.727  0.363  0.162  0.077
  0.099  0.144  0.287  0.687  0.989  0.724  0.370  0.150  0.079
  0.080  0.125  0.263  0.675  0.987  0.723  0.361  0.134  0.079
  0.079  0.124  0.251  0.673  0.997  0.733  0.347  0.126  0.078
  0.091  0.131  0.259  0.679  0.994  0.740  0.349  0.128  0.072
 r_peak,r_snr =   0.5236368       5.934762    
  
 Correlation Surface of oversamples image at         1646        4646
  0.222  0.377  0.585  0.790  0.885  0.783  0.515  0.237  0.075
  0.202  0.352  0.567  0.795  0.911  0.813  0.534  0.246  0.079
  0.184  0.336  0.566  0.815  0.944  0.841  0.549  0.251  0.081
  0.173  0.331  0.578  0.844  0.976  0.863  0.558  0.253  0.081
  0.169  0.338  0.601  0.875  1.000  0.871  0.556  0.250  0.080
    1646    -0.031    4646     0.781    5.93476   0.002577   0.200459  -0.003517
  
 Correlation Surface at         1746        4646
  0.052  0.058  0.081  0.215  0.261  0.144  0.087  0.083  0.057
  0.063  0.067  0.091  0.255  0.332  0.187  0.108  0.089  0.058
  0.064  0.064  0.104  0.338  0.483  0.284  0.135  0.086  0.049
  0.057  0.056  0.141  0.523  0.766  0.441  0.178  0.088  0.042
  0.045  0.057  0.216  0.773  1.000  0.540  0.211  0.091  0.051
  0.043  0.066  0.276  0.825  0.882  0.450  0.182  0.084  0.070
  0.053  0.069  0.251  0.611  0.559  0.272  0.120  0.068  0.073
  0.061  0.060  0.176  0.383  0.320  0.146  0.077  0.053  0.056
  0.059  0.051  0.118  0.244  0.198  0.087  0.061  0.045  0.044
 r_peak,r_snr =   0.5199327       11.65690    
  
 Correlation Surface of oversamples image at         1746        4646
  0.203  0.299  0.406  0.461  0.444  0.393  0.346  0.317  0.300
  0.203  0.308  0.436  0.520  0.524  0.474  0.403  0.342  0.306
  0.215  0.335  0.489  0.605  0.632  0.574  0.469  0.378  0.328
  0.237  0.376  0.552  0.692  0.733  0.664  0.532  0.423  0.363
  0.262  0.412  0.593  0.739  0.785  0.712  0.573  0.463  0.396
  0.279  0.423  0.583  0.710  0.758  0.699  0.580  0.480  0.410
  0.278  0.395  0.512  0.610  0.661  0.633  0.546  0.464  0.398
  0.256  0.337  0.411  0.483  0.538  0.538  0.482  0.418  0.362
  0.223  0.273  0.319  0.374  0.426  0.438  0.403  0.357  0.315
    1746     0.438    4646     0.063   11.65690   0.001980   0.005718   0.000832
  
 Correlation Surface at         1846        4646
  0.000  0.001  0.018  0.213  0.582  0.388  0.080  0.008  0.002
  0.001  0.001  0.025  0.272  0.713  0.468  0.091  0.008  0.002
  0.001  0.002  0.032  0.330  0.854  0.565  0.108  0.010  0.002
  0.000  0.002  0.036  0.375  0.981  0.642  0.125  0.011  0.001
  0.000  0.002  0.034  0.392  1.000  0.626  0.123  0.010  0.000
  0.000  0.001  0.028  0.354  0.867  0.528  0.101  0.007  0.000
  0.001  0.000  0.019  0.279  0.697  0.423  0.078  0.005  0.000
  0.002  0.000  0.012  0.215  0.568  0.345  0.063  0.004  0.000
  0.003  0.000  0.008  0.164  0.449  0.279  0.050  0.002  0.001
 r_peak,r_snr =   0.6483520       19.49658    
  
 Correlation Surface of oversamples image at         1846        4646
  0.038  0.137  0.355  0.659  0.877  0.836  0.578  0.292  0.108
  0.040  0.144  0.373  0.695  0.929  0.891  0.616  0.309  0.112
  0.041  0.147  0.385  0.723  0.973  0.934  0.643  0.319  0.115
  0.041  0.148  0.391  0.740  0.999  0.956  0.653  0.322  0.116
  0.040  0.146  0.389  0.743  1.000  0.949  0.642  0.316  0.115
  0.038  0.141  0.380  0.725  0.969  0.911  0.613  0.301  0.109
  0.035  0.132  0.359  0.683  0.907  0.848  0.570  0.280  0.101
  0.030  0.118  0.325  0.620  0.823  0.770  0.518  0.254  0.092
  0.024  0.101  0.284  0.548  0.732  0.689  0.464  0.227  0.082
    1846     0.188    4646    -0.781   19.49658   0.000567   0.009283   0.000246
  
 Correlation Surface at         1946        4646
  0.003  0.002  0.009  0.200  0.624  0.502  0.110  0.004  0.000
  0.003  0.002  0.009  0.211  0.667  0.558  0.135  0.006  0.000
  0.003  0.002  0.009  0.223  0.754  0.670  0.163  0.007  0.000
  0.002  0.002  0.008  0.254  0.904  0.780  0.169  0.006  0.000
  0.002  0.002  0.010  0.299  1.000  0.762  0.151  0.005  0.000
  0.001  0.002  0.012  0.304  0.897  0.635  0.128  0.005  0.000
  0.001  0.001  0.011  0.258  0.730  0.533  0.114  0.005  0.000
  0.001  0.001  0.009  0.216  0.643  0.490  0.106  0.004  0.000
  0.001  0.001  0.008  0.200  0.609  0.456  0.100  0.005  0.000
 r_peak,r_snr =   0.8513672       14.54664    
  
 Correlation Surface of oversamples image at         1946        4646
  0.054  0.193  0.428  0.657  0.724  0.585  0.344  0.142  0.037
  0.057  0.206  0.463  0.718  0.800  0.648  0.379  0.154  0.039
  0.061  0.223  0.506  0.792  0.883  0.709  0.406  0.159  0.038
  0.066  0.244  0.557  0.869  0.958  0.751  0.415  0.155  0.035
  0.072  0.268  0.607  0.933  1.000  0.758  0.404  0.146  0.032
  0.079  0.288  0.641  0.956  0.990  0.726  0.377  0.134  0.029
  0.084  0.297  0.642  0.926  0.931  0.668  0.343  0.123  0.028
  0.084  0.291  0.609  0.855  0.846  0.604  0.312  0.114  0.027
  0.080  0.270  0.555  0.772  0.763  0.549  0.288  0.107  0.026
    1946     0.313    4646    -0.219   14.54664   0.000162   0.001219   0.000074
  
 Correlation Surface at         2046        4646
  0.004  0.005  0.045  0.341  0.740  0.469  0.106  0.017  0.005
  0.004  0.006  0.050  0.338  0.686  0.448  0.116  0.021  0.006
  0.005  0.007  0.050  0.329  0.717  0.539  0.150  0.024  0.007
  0.005  0.006  0.050  0.354  0.875  0.669  0.161  0.022  0.007
  0.004  0.006  0.053  0.418  1.000  0.649  0.130  0.017  0.006
  0.004  0.006  0.059  0.449  0.923  0.525  0.103  0.015  0.006
  0.004  0.006  0.060  0.404  0.754  0.444  0.101  0.017  0.006
  0.004  0.006  0.053  0.335  0.666  0.451  0.113  0.019  0.006
  0.003  0.005  0.045  0.302  0.681  0.493  0.119  0.018  0.005
 r_peak,r_snr =   0.8780270       11.92653    
  
 Correlation Surface of oversamples image at         2046        4646
  0.050  0.143  0.320  0.547  0.711  0.711  0.549  0.331  0.159
  0.049  0.141  0.326  0.576  0.775  0.792  0.616  0.365  0.168
  0.048  0.145  0.347  0.631  0.863  0.881  0.669  0.380  0.165
  0.050  0.155  0.380  0.700  0.950  0.942  0.683  0.366  0.149
  0.053  0.169  0.420  0.762  1.000  0.946  0.649  0.330  0.128
  0.057  0.184  0.451  0.790  0.989  0.891  0.585  0.287  0.110
  0.060  0.195  0.461  0.772  0.925  0.802  0.515  0.251  0.097
  0.063  0.197  0.446  0.718  0.834  0.712  0.459  0.228  0.091
  0.062  0.189  0.413  0.649  0.747  0.644  0.426  0.220  0.091
    2046     0.156    4646     0.031   11.92653   0.000138   0.000906   0.000073
  
 At line =         5000
 Reading in data....   
 Correlation Surface at          146        5046
  0.013  0.010  0.017  0.073  0.231  0.141  0.028  0.014  0.008
  0.012  0.010  0.016  0.083  0.313  0.178  0.024  0.012  0.011
  0.012  0.009  0.013  0.103  0.514  0.293  0.029  0.010  0.010
  0.010  0.006  0.009  0.138  0.848  0.471  0.036  0.009  0.010
  0.007  0.003  0.006  0.156  1.000  0.516  0.034  0.008  0.012
  0.005  0.001  0.005  0.129  0.758  0.368  0.026  0.010  0.017
  0.003  0.001  0.005  0.089  0.446  0.217  0.019  0.009  0.017
  0.002  0.001  0.005  0.068  0.279  0.135  0.013  0.006  0.015
  0.001  0.001  0.006  0.062  0.200  0.091  0.008  0.004  0.015
 r_peak,r_snr =   0.6823705       35.72388    
  
 Correlation Surface of oversamples image at          146        5046
  0.020  0.039  0.106  0.287  0.522  0.526  0.287  0.090  0.020
  0.017  0.039  0.122  0.360  0.678  0.693  0.375  0.114  0.023
  0.014  0.038  0.139  0.439  0.844  0.863  0.459  0.134  0.025
  0.012  0.038  0.154  0.502  0.969  0.981  0.510  0.144  0.025
  0.010  0.036  0.159  0.523  1.000  0.994  0.505  0.138  0.023
  0.008  0.033  0.151  0.492  0.922  0.898  0.446  0.119  0.020
  0.007  0.030  0.133  0.424  0.775  0.740  0.361  0.095  0.017
  0.007  0.027  0.114  0.346  0.615  0.577  0.279  0.074  0.014
  0.007  0.025  0.097  0.278  0.478  0.441  0.214  0.058  0.013
     146     0.250    5046    -0.156   35.72388   0.000290   0.001697   0.000035
  
 Correlation Surface at          246        5046
  0.026  0.050  0.084  0.231  0.473  0.316  0.139  0.175  0.244
  0.034  0.055  0.085  0.261  0.585  0.394  0.152  0.163  0.212
  0.044  0.061  0.088  0.305  0.752  0.501  0.167  0.152  0.185
  0.053  0.068  0.097  0.365  0.929  0.588  0.177  0.147  0.165
  0.066  0.079  0.111  0.414  1.000  0.588  0.172  0.142  0.147
  0.087  0.096  0.127  0.423  0.915  0.514  0.158  0.133  0.124
  0.112  0.115  0.136  0.380  0.744  0.423  0.143  0.116  0.094
  0.129  0.128  0.132  0.321  0.592  0.346  0.126  0.097  0.071
  0.125  0.124  0.120  0.262  0.464  0.280  0.108  0.086  0.066
 r_peak,r_snr =   0.7684457       12.11609    
  
 Correlation Surface of oversamples image at          246        5046
  0.055  0.111  0.250  0.488  0.698  0.666  0.430  0.218  0.119
  0.062  0.126  0.288  0.569  0.818  0.778  0.495  0.245  0.131
  0.069  0.143  0.328  0.647  0.927  0.872  0.545  0.264  0.139
  0.076  0.156  0.356  0.699  0.993  0.920  0.564  0.269  0.140
  0.080  0.163  0.368  0.715  1.000  0.910  0.548  0.258  0.135
  0.082  0.163  0.363  0.692  0.950  0.849  0.506  0.238  0.125
  0.083  0.158  0.342  0.637  0.856  0.756  0.449  0.213  0.113
  0.082  0.150  0.311  0.564  0.744  0.653  0.391  0.189  0.102
  0.080  0.138  0.275  0.485  0.630  0.554  0.337  0.168  0.092
     246     0.156    5046    -0.219   12.11609   0.000288   0.003653   0.000158
  
 Correlation Surface at          346        5046
  0.017  0.085  0.165  0.394  0.738  0.452  0.256  0.136  0.032
  0.016  0.087  0.174  0.409  0.749  0.452  0.257  0.141  0.031
  0.015  0.085  0.175  0.427  0.798  0.486  0.269  0.141  0.028
  0.015  0.081  0.173  0.461  0.913  0.560  0.284  0.138  0.024
  0.015  0.079  0.173  0.490  1.000  0.607  0.292  0.136  0.022
  0.015  0.080  0.174  0.477  0.961  0.585  0.287  0.131  0.018
  0.016  0.084  0.174  0.438  0.857  0.531  0.271  0.123  0.014
  0.018  0.088  0.175  0.411  0.787  0.488  0.253  0.114  0.012
  0.019  0.090  0.175  0.409  0.765  0.459  0.234  0.104  0.011
 r_peak,r_snr =   0.7761270       9.337830    
  
 Correlation Surface of oversamples image at          346        5046
  0.181  0.250  0.426  0.673  0.799  0.687  0.486  0.353  0.299
  0.177  0.252  0.440  0.710  0.855  0.741  0.521  0.371  0.305
  0.174  0.255  0.458  0.754  0.920  0.801  0.560  0.390  0.310
  0.171  0.258  0.473  0.791  0.975  0.849  0.589  0.402  0.312
  0.170  0.259  0.482  0.810  1.000  0.869  0.598  0.405  0.311
  0.170  0.258  0.480  0.803  0.987  0.854  0.587  0.398  0.306
  0.171  0.255  0.466  0.770  0.939  0.810  0.558  0.382  0.297
  0.173  0.251  0.446  0.725  0.874  0.752  0.521  0.362  0.285
  0.177  0.248  0.427  0.681  0.813  0.699  0.487  0.343  0.273
     346     0.031    5046     0.094    9.33783   0.000308   0.004646  -0.000013
  
 Correlation Surface at          446        5046
  0.027  0.110  0.285  0.643  0.986  0.914  0.540  0.320  0.234
  0.022  0.094  0.278  0.675  1.000  0.875  0.498  0.313  0.242
  0.016  0.080  0.285  0.682  0.932  0.794  0.485  0.324  0.236
  0.012  0.076  0.305  0.678  0.859  0.731  0.490  0.317  0.219
  0.012  0.085  0.327  0.674  0.825  0.692  0.457  0.279  0.212
  0.016  0.095  0.318  0.645  0.798  0.664  0.404  0.257  0.224
 r_peak,r_snr =   0.5679682       4.916670    
  
 Correlation Surface of oversamples image at          446        5046
  1.746  2.626  3.419  3.927  4.000  3.599  2.871  2.128  1.610
  1.750  2.574  3.362  3.899  3.979  3.527  2.744  2.001  1.521
  1.712  2.501  3.299  3.855  3.928  3.452  2.661  1.939  1.487
  1.640  2.412  3.219  3.782  3.855  3.391  2.626  1.927  1.482
  1.563  2.336  3.151  3.719  3.809  3.378  2.639  1.943  1.477
     446     1.313    5046   -17.781    4.91667   0.003314   0.055350   0.005742
  
 Correlation Surface at          546        5046
  0.000  0.005  0.063  0.363  0.667  0.478  0.230  0.116  0.082
  0.000  0.004  0.064  0.377  0.717  0.546  0.256  0.112  0.083
  0.000  0.004  0.065  0.410  0.848  0.647  0.260  0.101  0.084
  0.000  0.004  0.068  0.464  0.981  0.684  0.237  0.097  0.090
  0.000  0.004  0.070  0.498  1.000  0.644  0.227  0.109  0.104
  0.000  0.003  0.068  0.475  0.917  0.604  0.237  0.127  0.116
  0.000  0.003  0.062  0.415  0.828  0.588  0.247  0.140  0.123
  0.000  0.003  0.054  0.364  0.764  0.561  0.247  0.153  0.128
  0.000  0.004  0.044  0.317  0.678  0.496  0.236  0.162  0.136
 r_peak,r_snr =   0.4795555       9.056632    
  
 Correlation Surface of oversamples image at          546        5046
  0.065  0.201  0.451  0.732  0.868  0.772  0.541  0.318  0.168
  0.066  0.205  0.461  0.749  0.891  0.800  0.565  0.332  0.172
  0.066  0.206  0.468  0.770  0.932  0.849  0.607  0.356  0.179
  0.064  0.205  0.472  0.792  0.976  0.901  0.646  0.375  0.184
  0.061  0.200  0.471  0.803  1.000  0.925  0.657  0.376  0.185
  0.059  0.196  0.467  0.801  0.995  0.911  0.638  0.365  0.186
  0.056  0.192  0.460  0.785  0.962  0.867  0.604  0.353  0.192
  0.055  0.188  0.444  0.748  0.902  0.807  0.571  0.350  0.208
  0.053  0.179  0.416  0.690  0.827  0.746  0.545  0.356  0.228
     546     0.125    5046    -1.719    9.05663   0.001740   0.064037   0.002082
  
 Correlation Surface at          646        5046
  0.060  0.039  0.041  0.110  0.275  0.170  0.094  0.122  0.113
  0.021  0.001  0.000  0.074  0.451  0.422  0.232  0.192  0.131
  0.001  0.023  0.005  0.099  0.697  0.615  0.242  0.112  0.053
  0.005  0.024  0.002  0.276  0.949  0.640  0.127  0.016  0.008
  0.003  0.000  0.124  0.575  1.000  0.500  0.054  0.000  0.001
  0.036  0.059  0.357  0.640  0.754  0.319  0.036  0.001  0.001
  0.032  0.118  0.408  0.468  0.443  0.214  0.027  0.004  0.001
  0.004  0.085  0.320  0.330  0.321  0.236  0.013  0.000  0.001
  0.002  0.038  0.238  0.279  0.390  0.350  0.013  0.000  0.001
 r_peak,r_snr =   0.1601533       11.60316    
  
 Correlation Surface of oversamples image at          646        5046
  0.006  0.042  0.187  0.401  0.467  0.358  0.217  0.126  0.079
  0.000  0.034  0.240  0.572  0.703  0.568  0.365  0.217  0.129
  0.002  0.037  0.318  0.747  0.892  0.712  0.457  0.261  0.142
  0.004  0.060  0.429  0.893  0.991  0.767  0.473  0.237  0.106
  0.000  0.122  0.564  0.980  1.000  0.748  0.425  0.167  0.047
  0.016  0.233  0.682  0.989  0.946  0.685  0.345  0.094  0.008
  0.092  0.369  0.736  0.925  0.860  0.604  0.267  0.046  0.000
  0.239  0.490  0.719  0.822  0.761  0.519  0.210  0.026  0.004
  0.406  0.552  0.653  0.710  0.655  0.438  0.177  0.023  0.003
     646     0.281    5046    -0.594   11.60316   0.035640   0.239183   0.068656
  
 Correlation Surface at          746        5046
  0.093  0.188  0.357  0.636  0.895  0.847  0.465  0.266  0.224
  0.097  0.192  0.369  0.659  0.913  0.831  0.447  0.250  0.207
  0.107  0.206  0.385  0.650  0.928  0.858  0.480  0.260  0.199
  0.115  0.208  0.369  0.637  0.971  0.919  0.544  0.292  0.201
  0.109  0.187  0.326  0.623  1.000  0.965  0.600  0.330  0.211
  0.092  0.161  0.292  0.594  0.979  0.972  0.627  0.350  0.221
  0.080  0.158  0.287  0.563  0.904  0.921  0.603  0.336  0.220
  0.080  0.176  0.310  0.550  0.828  0.832  0.532  0.308  0.219
  0.089  0.199  0.343  0.566  0.787  0.731  0.446  0.284  0.222
 r_peak,r_snr =   0.4410407       4.583974    
  
 Correlation Surface of oversamples image at          746        5046
  0.361  0.510  0.691  0.853  0.910  0.817  0.621  0.420  0.276
  0.363  0.519  0.711  0.884  0.949  0.859  0.658  0.448  0.294
  0.360  0.522  0.727  0.911  0.981  0.892  0.688  0.471  0.310
  0.351  0.519  0.733  0.925  0.999  0.910  0.705  0.488  0.323
  0.339  0.508  0.727  0.924  1.000  0.913  0.712  0.497  0.331
  0.326  0.491  0.708  0.906  0.986  0.903  0.708  0.496  0.331
  0.313  0.470  0.679  0.875  0.957  0.882  0.693  0.484  0.323
  0.303  0.448  0.647  0.836  0.919  0.849  0.664  0.461  0.309
  0.295  0.430  0.616  0.795  0.874  0.803  0.622  0.429  0.289
     746     1.469    5046     9.313    4.58397   0.008061   0.366142  -0.024252
  
 Correlation Surface at          846        5046
  0.024  0.013  0.011  0.340  0.840  0.445  0.050  0.002  0.013
  0.026  0.012  0.018  0.402  0.877  0.426  0.047  0.002  0.016
  0.026  0.012  0.026  0.454  0.909  0.428  0.044  0.002  0.020
  0.025  0.012  0.035  0.503  0.984  0.438  0.041  0.002  0.023
  0.024  0.008  0.044  0.536  1.000  0.416  0.039  0.003  0.023
  0.021  0.005  0.044  0.514  0.939  0.407  0.040  0.004  0.022
  0.019  0.006  0.033  0.456  0.922  0.432  0.041  0.004  0.020
  0.023  0.009  0.021  0.423  0.954  0.442  0.039  0.004  0.018
  0.023  0.012  0.015  0.405  0.907  0.408  0.037  0.003  0.016
 r_peak,r_snr =   0.5533859       11.01089    
  
 Correlation Surface of oversamples image at          846        5046
  0.024  0.163  0.457  0.789  0.920  0.741  0.414  0.155  0.030
  0.029  0.179  0.483  0.816  0.938  0.747  0.412  0.151  0.028
  0.034  0.195  0.509  0.847  0.964  0.760  0.414  0.147  0.026
  0.040  0.210  0.533  0.877  0.990  0.771  0.411  0.142  0.024
  0.046  0.222  0.551  0.898  1.000  0.763  0.397  0.134  0.022
  0.050  0.227  0.556  0.896  0.981  0.738  0.381  0.129  0.022
  0.051  0.225  0.546  0.868  0.942  0.709  0.369  0.130  0.027
  0.048  0.214  0.518  0.823  0.896  0.681  0.366  0.141  0.033
  0.042  0.194  0.479  0.774  0.857  0.667  0.381  0.156  0.035
     846    -0.125    5046    -3.281   11.01089   0.000849   0.062341   0.000833
  
 Correlation Surface at          946        5046
  0.076  0.164  0.319  0.550  0.758  0.611  0.349  0.236  0.211
  0.083  0.173  0.314  0.546  0.769  0.640  0.397  0.266  0.207
  0.102  0.179  0.314  0.604  0.870  0.715  0.421  0.271  0.227
  0.123  0.204  0.365  0.735  0.990  0.739  0.405  0.280  0.265
  0.142  0.250  0.445  0.832  1.000  0.711  0.392  0.285  0.267
  0.158  0.277  0.481  0.824  0.942  0.681  0.373  0.258  0.234
  0.155  0.249  0.452  0.771  0.904  0.637  0.320  0.215  0.202
  0.136  0.208  0.415  0.752  0.902  0.573  0.268  0.185  0.167
  0.121  0.197  0.403  0.759  0.896  0.545  0.254  0.166  0.128
 r_peak,r_snr =   0.5562736       4.519751    
  
 Correlation Surface of oversamples image at          946        5046
  0.173  0.301  0.489  0.686  0.799  0.778  0.655  0.499  0.362
  0.173  0.319  0.533  0.747  0.866  0.842  0.705  0.525  0.367
  0.188  0.360  0.600  0.826  0.937  0.896  0.731  0.527  0.358
  0.219  0.417  0.677  0.899  0.987  0.916  0.725  0.508  0.343
  0.261  0.481  0.745  0.945  1.000  0.901  0.698  0.483  0.330
  0.303  0.533  0.785  0.955  0.980  0.868  0.668  0.464  0.324
  0.334  0.562  0.794  0.938  0.949  0.838  0.647  0.454  0.322
  0.347  0.567  0.782  0.914  0.924  0.819  0.635  0.447  0.315
  0.345  0.559  0.768  0.899  0.915  0.812  0.626  0.434  0.299
     946    -0.125    5046     0.719    4.51975   0.003676   0.084966   0.008207
  
 Correlation Surface at         1046        5046
  0.126  0.197  0.327  0.547  0.719  0.799  0.630  0.417  0.367
  0.117  0.183  0.328  0.582  0.808  0.895  0.678  0.426  0.357
  0.127  0.203  0.362  0.645  0.923  0.964  0.688  0.438  0.342
  0.140  0.230  0.395  0.684  0.982  0.931  0.656  0.454  0.345
  0.131  0.229  0.395  0.712  1.000  0.882  0.640  0.472  0.363
  0.108  0.206  0.387  0.766  0.988  0.855  0.648  0.471  0.366
  0.099  0.201  0.404  0.773  0.898  0.817  0.642  0.463  0.373
  0.113  0.219  0.421  0.679  0.772  0.762  0.638  0.496  0.390
  0.128  0.227  0.391  0.575  0.732  0.756  0.689  0.541  0.394
 r_peak,r_snr =   0.4758702       3.480666    
  
 Correlation Surface of oversamples image at         1046        5046
  0.359  0.499  0.651  0.803  0.932  0.987  0.925  0.778  0.611
  0.370  0.509  0.669  0.836  0.966  0.994  0.903  0.751  0.599
  0.367  0.505  0.678  0.861  0.985  0.985  0.877  0.732  0.595
  0.356  0.499  0.689  0.883  0.996  0.973  0.861  0.728  0.603
  0.346  0.500  0.709  0.907  1.000  0.963  0.859  0.740  0.621
  0.346  0.516  0.737  0.923  0.991  0.951  0.862  0.757  0.638
  0.359  0.542  0.759  0.916  0.960  0.925  0.856  0.765  0.643
  0.380  0.565  0.758  0.878  0.905  0.880  0.833  0.755  0.636
  0.401  0.572  0.728  0.815  0.835  0.824  0.796  0.732  0.624
    1046     0.156    5046     0.094    3.48067   0.016696   0.957897   0.103193
  
 Correlation Surface at         1146        5046
  0.026  0.021  0.107  0.521  0.825  0.518  0.157  0.057  0.043
  0.030  0.032  0.143  0.506  0.766  0.515  0.178  0.059  0.034
  0.037  0.041  0.134  0.439  0.782  0.572  0.211  0.053  0.025
  0.037  0.033  0.115  0.471  0.901  0.640  0.206  0.038  0.021
  0.031  0.027  0.135  0.594  1.000  0.620  0.158  0.028  0.025
  0.028  0.037  0.189  0.674  0.958  0.512  0.126  0.030  0.034
  0.038  0.059  0.213  0.622  0.806  0.455  0.145  0.044  0.035
  0.055  0.068  0.194  0.519  0.693  0.479  0.187  0.052  0.031
  0.060  0.064  0.181  0.465  0.644  0.489  0.186  0.050  0.027
 r_peak,r_snr =   0.5935410       9.126527    
  
 Correlation Surface of oversamples image at         1146        5046
  0.104  0.231  0.430  0.668  0.835  0.809  0.616  0.388  0.209
  0.103  0.229  0.443  0.712  0.893  0.850  0.636  0.395  0.206
  0.098  0.231  0.472  0.773  0.951  0.880  0.644  0.389  0.193
  0.095  0.240  0.511  0.829  0.987  0.886  0.634  0.369  0.173
  0.097  0.259  0.555  0.871  1.000  0.875  0.610  0.341  0.153
  0.106  0.286  0.594  0.897  0.999  0.854  0.580  0.316  0.140
  0.120  0.310  0.615  0.895  0.974  0.818  0.548  0.299  0.139
  0.133  0.323  0.610  0.862  0.924  0.771  0.521  0.296  0.152
  0.144  0.323  0.583  0.807  0.858  0.722  0.505  0.308  0.174
    1146    -0.031    5046     5.219    9.12653   0.001401   0.018845   0.002580
  
 Correlation Surface at         1246        5046
  0.000  0.002  0.022  0.207  0.499  0.238  0.038  0.045  0.153
  0.001  0.006  0.040  0.282  0.718  0.370  0.033  0.028  0.144
  0.001  0.012  0.053  0.344  0.858  0.412  0.023  0.030  0.125
  0.001  0.020  0.060  0.365  0.911  0.393  0.018  0.032  0.072
  0.002  0.024  0.064  0.417  1.000  0.378  0.018  0.020  0.038
  0.004  0.021  0.060  0.456  0.978  0.336  0.020  0.012  0.036
  0.003  0.018  0.060  0.392  0.776  0.260  0.017  0.010  0.036
  0.001  0.027  0.076  0.331  0.596  0.207  0.013  0.005  0.023
  0.001  0.044  0.088  0.305  0.493  0.195  0.012  0.002  0.019
 r_peak,r_snr =   0.3700130       17.48795    
  
 Correlation Surface of oversamples image at         1246        5046
  0.017  0.062  0.199  0.446  0.622  0.550  0.317  0.120  0.039
  0.021  0.076  0.242  0.535  0.747  0.668  0.378  0.130  0.035
  0.024  0.089  0.284  0.622  0.867  0.768  0.416  0.129  0.030
  0.028  0.103  0.325  0.699  0.959  0.820  0.414  0.116  0.026
  0.032  0.117  0.358  0.753  1.000  0.808  0.376  0.096  0.021
  0.036  0.127  0.379  0.772  0.981  0.742  0.318  0.074  0.017
  0.039  0.132  0.385  0.756  0.911  0.646  0.259  0.059  0.016
  0.041  0.135  0.378  0.707  0.806  0.541  0.209  0.049  0.016
  0.043  0.137  0.358  0.628  0.677  0.437  0.168  0.043  0.015
    1246     0.031    5046    -1.875   17.48795   0.002009   0.131798   0.005614
  
 Correlation Surface at         1346        5046
  0.846  0.857  0.846  0.820  0.793  0.801  0.814  0.770  0.639
  0.863  0.887  0.833  0.796  0.829  0.864  0.855  0.764  0.655
  0.883  0.909  0.804  0.775  0.896  0.937  0.893  0.786  0.699
  0.902  0.876  0.773  0.791  0.976  0.976  0.901  0.814  0.730
  0.889  0.812  0.753  0.830  1.000  0.953  0.868  0.819  0.706
  0.843  0.769  0.755  0.842  0.937  0.881  0.827  0.788  0.655
  0.799  0.757  0.761  0.796  0.840  0.808  0.800  0.744  0.636
  0.785  0.769  0.760  0.741  0.785  0.796  0.786  0.725  0.669
  0.787  0.787  0.742  0.729  0.795  0.842  0.775  0.720  0.706
 r_peak,r_snr =   0.6001011       1.387771    
  
 Correlation Surface of oversamples image at         1346        5046
  0.752  0.751  0.771  0.821  0.871  0.891  0.874  0.846  0.816
  0.752  0.738  0.764  0.835  0.902  0.921  0.895  0.859  0.820
  0.744  0.727  0.769  0.864  0.939  0.947  0.906  0.859  0.811
  0.728  0.723  0.789  0.902  0.975  0.965  0.906  0.846  0.792
  0.712  0.728  0.819  0.941  1.000  0.968  0.895  0.825  0.766
  0.704  0.744  0.850  0.963  0.999  0.951  0.871  0.797  0.743
  0.705  0.762  0.868  0.955  0.965  0.914  0.839  0.772  0.730
  0.713  0.776  0.861  0.912  0.907  0.865  0.806  0.757  0.730
  0.724  0.778  0.829  0.848  0.842  0.818  0.782  0.755  0.742
    1346    -0.031    5046     0.781    1.38777   0.009095   0.041458   0.009186
  
 Correlation Surface at         1446        5046
  0.062  0.051  0.002  0.318  0.812  0.514  0.085  0.000  0.004
  0.062  0.041  0.003  0.300  0.778  0.501  0.093  0.000  0.004
  0.053  0.034  0.002  0.286  0.803  0.574  0.113  0.001  0.003
  0.050  0.038  0.001  0.300  0.904  0.673  0.128  0.004  0.002
  0.058  0.043  0.002  0.334  1.000  0.695  0.121  0.005  0.000
  0.063  0.043  0.004  0.355  0.989  0.607  0.093  0.003  0.000
  0.062  0.040  0.005  0.333  0.884  0.506  0.069  0.001  0.000
  0.063  0.038  0.005  0.300  0.793  0.450  0.062  0.001  0.001
  0.067  0.035  0.005  0.282  0.732  0.428  0.067  0.001  0.001
 r_peak,r_snr =   0.3944797       12.14575    
  
 Correlation Surface of oversamples image at         1446        5046
  0.000  0.056  0.255  0.553  0.761  0.697  0.410  0.134  0.011
  0.000  0.055  0.262  0.584  0.823  0.766  0.456  0.151  0.013
  0.000  0.060  0.285  0.636  0.898  0.835  0.495  0.163  0.014
  0.001  0.072  0.318  0.695  0.964  0.882  0.513  0.163  0.012
  0.002  0.086  0.350  0.740  1.000  0.893  0.503  0.150  0.008
  0.004  0.098  0.370  0.754  0.993  0.866  0.470  0.130  0.004
  0.005  0.103  0.369  0.731  0.944  0.807  0.423  0.108  0.001
  0.006  0.099  0.345  0.677  0.867  0.729  0.371  0.087  0.000
  0.005  0.088  0.309  0.609  0.779  0.647  0.323  0.071  0.000
    1446     0.125    5046     0.563   12.14575   0.002290   0.112380   0.004601
  
 Correlation Surface at         1546        5046
  0.001  0.002  0.059  0.421  0.931  0.648  0.149  0.020  0.011
  0.001  0.001  0.056  0.426  0.946  0.664  0.156  0.021  0.012
  0.001  0.001  0.054  0.426  0.963  0.689  0.162  0.021  0.013
  0.001  0.001  0.050  0.427  0.992  0.707  0.163  0.021  0.013
  0.002  0.000  0.047  0.428  1.000  0.694  0.157  0.020  0.012
  0.002  0.000  0.045  0.421  0.964  0.656  0.149  0.019  0.011
  0.001  0.000  0.042  0.402  0.907  0.616  0.143  0.020  0.012
  0.001  0.000  0.039  0.377  0.855  0.590  0.143  0.022  0.014
  0.002  0.000  0.035  0.355  0.821  0.577  0.143  0.022  0.014
 r_peak,r_snr =   0.7258229       9.363329    
  
 Correlation Surface of oversamples image at         1546        5046
  0.049  0.175  0.421  0.732  0.940  0.898  0.637  0.336  0.132
  0.047  0.171  0.419  0.738  0.957  0.917  0.651  0.341  0.133
  0.044  0.167  0.418  0.747  0.974  0.933  0.658  0.342  0.132
  0.041  0.164  0.421  0.760  0.990  0.943  0.660  0.341  0.131
  0.039  0.163  0.426  0.771  1.000  0.945  0.657  0.338  0.129
  0.038  0.163  0.429  0.775  0.999  0.938  0.650  0.334  0.128
  0.037  0.163  0.429  0.771  0.988  0.925  0.641  0.331  0.127
  0.037  0.161  0.424  0.759  0.971  0.910  0.633  0.329  0.128
  0.036  0.158  0.415  0.743  0.952  0.896  0.627  0.328  0.130
    1546     0.156    5046     0.094    9.36333   0.000434   0.043396   0.000583
  
 Correlation Surface at         1646        5046
  0.009  0.005  0.030  0.432  0.766  0.390  0.049  0.000  0.010
  0.005  0.003  0.024  0.376  0.737  0.405  0.054  0.000  0.008
  0.002  0.003  0.022  0.364  0.802  0.463  0.065  0.000  0.006
  0.001  0.002  0.028  0.420  0.924  0.516  0.065  0.000  0.005
  0.001  0.001  0.040  0.492  1.000  0.498  0.053  0.000  0.006
  0.002  0.001  0.046  0.518  0.954  0.435  0.046  0.000  0.006
  0.005  0.003  0.042  0.495  0.852  0.403  0.050  0.000  0.004
  0.005  0.003  0.041  0.444  0.794  0.436  0.063  0.000  0.002
  0.004  0.002  0.036  0.383  0.779  0.481  0.077  0.001  0.000
 r_peak,r_snr =   0.5617309       10.88686    
  
 Correlation Surface of oversamples image at         1646        5046
  0.065  0.230  0.483  0.738  0.829  0.680  0.421  0.190  0.056
  0.077  0.254  0.525  0.799  0.895  0.730  0.447  0.195  0.055
  0.092  0.282  0.570  0.860  0.953  0.765  0.454  0.189  0.049
  0.105  0.305  0.610  0.911  0.990  0.773  0.439  0.173  0.042
  0.112  0.321  0.639  0.944  1.000  0.751  0.410  0.156  0.037
  0.113  0.328  0.657  0.954  0.980  0.713  0.382  0.146  0.035
  0.110  0.331  0.663  0.941  0.941  0.676  0.365  0.146  0.038
  0.108  0.333  0.659  0.912  0.901  0.653  0.366  0.157  0.044
  0.107  0.332  0.642  0.875  0.872  0.652  0.386  0.175  0.052
    1646    -0.188    5046    -1.344   10.88686   0.000948   0.027033   0.001599
  
 Correlation Surface at         1746        5046
  0.015  0.030  0.062  0.327  0.828  0.669  0.166  0.012  0.002
  0.016  0.030  0.061  0.328  0.818  0.695  0.188  0.014  0.002
  0.014  0.027  0.062  0.338  0.862  0.782  0.218  0.016  0.003
  0.010  0.024  0.066  0.365  0.953  0.861  0.227  0.017  0.003
  0.009  0.023  0.072  0.393  1.000  0.838  0.207  0.016  0.003
  0.010  0.026  0.076  0.402  0.959  0.749  0.180  0.014  0.003
  0.011  0.027  0.076  0.389  0.890  0.685  0.168  0.014  0.003
  0.011  0.025  0.071  0.367  0.839  0.662  0.170  0.015  0.003
  0.011  0.024  0.066  0.340  0.793  0.644  0.171  0.015  0.003
 r_peak,r_snr =   0.8039750       10.01960    
  
 Correlation Surface of oversamples image at         1746        5046
  0.135  0.312  0.576  0.809  0.862  0.698  0.424  0.190  0.062
  0.138  0.319  0.590  0.834  0.900  0.736  0.451  0.202  0.066
  0.142  0.329  0.611  0.871  0.945  0.774  0.471  0.208  0.067
  0.146  0.341  0.638  0.911  0.984  0.796  0.475  0.206  0.066
  0.152  0.356  0.664  0.941  1.000  0.792  0.463  0.199  0.064
  0.160  0.371  0.683  0.951  0.989  0.768  0.444  0.190  0.061
  0.167  0.383  0.692  0.943  0.963  0.738  0.424  0.180  0.057
  0.173  0.391  0.693  0.927  0.934  0.711  0.406  0.171  0.053
  0.177  0.394  0.687  0.908  0.906  0.686  0.390  0.163  0.050
    1746     0.344    5046    -0.219   10.01960   0.000313   0.006547   0.000347
  
 Correlation Surface at         1846        5046
  0.008  0.006  0.016  0.042  0.273  0.057  0.004  0.002  0.000
  0.006  0.004  0.013  0.062  0.361  0.103  0.001  0.002  0.000
  0.006  0.004  0.010  0.095  0.539  0.202  0.000  0.001  0.001
  0.007  0.005  0.008  0.164  0.833  0.304  0.001  0.001  0.001
  0.008  0.006  0.006  0.253  1.000  0.286  0.000  0.001  0.000
  0.009  0.008  0.004  0.262  0.811  0.186  0.000  0.000  0.000
  0.010  0.009  0.004  0.175  0.523  0.117  0.000  0.000  0.000
  0.010  0.008  0.007  0.095  0.362  0.082  0.000  0.000  0.000
  0.009  0.009  0.012  0.058  0.273  0.052  0.001  0.000  0.000
 r_peak,r_snr =   0.5248526       40.00162    
  
 Correlation Surface of oversamples image at         1846        5046
  0.011  0.002  0.090  0.322  0.509  0.437  0.203  0.041  0.001
  0.011  0.004  0.121  0.417  0.659  0.569  0.267  0.056  0.001
  0.010  0.008  0.164  0.537  0.824  0.690  0.311  0.062  0.001
  0.009  0.014  0.216  0.659  0.955  0.753  0.314  0.054  0.000
  0.007  0.022  0.265  0.741  1.000  0.731  0.277  0.040  0.000
  0.006  0.030  0.291  0.748  0.937  0.635  0.218  0.025  0.000
  0.004  0.033  0.284  0.676  0.796  0.510  0.163  0.015  0.001
  0.004  0.031  0.245  0.557  0.635  0.397  0.122  0.010  0.001
  0.004  0.023  0.191  0.434  0.499  0.315  0.097  0.007  0.002
    1846     0.000    5046    -0.031   40.00162   0.000590   0.005406   0.000353
  
 Correlation Surface at         1946        5046
  0.009  0.002  0.003  0.190  0.613  0.423  0.075  0.012  0.013
  0.002  0.000  0.002  0.205  0.703  0.405  0.082  0.016  0.017
  0.000  0.003  0.003  0.236  0.691  0.435  0.094  0.019  0.020
  0.000  0.003  0.004  0.227  0.790  0.604  0.087  0.015  0.015
  0.000  0.003  0.003  0.229  1.000  0.596  0.071  0.009  0.010
  0.001  0.002  0.003  0.260  0.907  0.430  0.067  0.005  0.006
  0.000  0.001  0.004  0.220  0.618  0.369  0.063  0.003  0.005
  0.000  0.000  0.004  0.168  0.544  0.373  0.052  0.003  0.007
  0.000  0.000  0.009  0.184  0.590  0.331  0.044  0.006  0.010
 r_peak,r_snr =   0.4130485       10.36146    
  
 Correlation Surface of oversamples image at         1946        5046
  0.006  0.059  0.229  0.502  0.704  0.660  0.418  0.179  0.052
  0.005  0.056  0.231  0.542  0.797  0.763  0.482  0.202  0.057
  0.004  0.051  0.235  0.589  0.897  0.865  0.541  0.224  0.063
  0.003  0.048  0.244  0.636  0.975  0.930  0.572  0.234  0.065
  0.003  0.050  0.257  0.666  1.000  0.931  0.561  0.226  0.062
  0.004  0.054  0.265  0.658  0.953  0.862  0.511  0.205  0.056
  0.005  0.057  0.257  0.606  0.847  0.752  0.444  0.181  0.050
  0.006  0.056  0.233  0.528  0.726  0.644  0.388  0.165  0.047
  0.007  0.051  0.201  0.453  0.628  0.573  0.361  0.163  0.050
    1946     0.188    5046    -0.125   10.36146   0.001414   0.014436   0.000857
  
 Correlation Surface at         2046        5046
  0.000  0.001  0.022  0.255  0.797  0.782  0.250  0.038  0.015
  0.001  0.001  0.023  0.273  0.853  0.829  0.258  0.036  0.013
  0.001  0.001  0.025  0.295  0.913  0.872  0.263  0.034  0.011
  0.001  0.002  0.028  0.319  0.972  0.901  0.260  0.031  0.009
  0.001  0.002  0.030  0.338  1.000  0.894  0.249  0.028  0.007
  0.001  0.002  0.031  0.337  0.968  0.848  0.233  0.025  0.006
  0.002  0.003  0.030  0.316  0.900  0.788  0.216  0.022  0.005
  0.002  0.003  0.029  0.293  0.838  0.738  0.202  0.020  0.004
  0.002  0.003  0.027  0.276  0.796  0.702  0.190  0.018  0.003
 r_peak,r_snr =   0.9321929       10.70384    
  
 Correlation Surface of oversamples image at         2046        5046
  0.105  0.290  0.580  0.862  0.962  0.810  0.513  0.245  0.094
  0.108  0.297  0.594  0.880  0.980  0.822  0.518  0.246  0.092
  0.110  0.303  0.604  0.894  0.993  0.829  0.520  0.245  0.091
  0.112  0.307  0.612  0.903  0.999  0.831  0.518  0.242  0.088
  0.113  0.311  0.617  0.908  1.000  0.827  0.513  0.238  0.086
  0.115  0.313  0.621  0.909  0.997  0.821  0.506  0.233  0.083
  0.116  0.316  0.623  0.907  0.990  0.810  0.496  0.226  0.079
  0.117  0.317  0.622  0.901  0.976  0.794  0.482  0.218  0.075
  0.118  0.317  0.618  0.890  0.958  0.773  0.466  0.209  0.071
    2046     0.406    5046    -0.094   10.70384   0.000079   0.001930   0.000046
  
 At line =         5400
 Reading in data....   
 Correlation Surface at          146        5446
  0.001  0.000  0.000  0.022  0.140  0.080  0.002  0.000  0.003
  0.001  0.000  0.000  0.033  0.206  0.129  0.004  0.000  0.002
  0.001  0.001  0.001  0.055  0.422  0.271  0.009  0.000  0.000
  0.001  0.002  0.002  0.092  0.802  0.459  0.011  0.000  0.000
  0.003  0.005  0.001  0.121  1.000  0.476  0.007  0.000  0.000
  0.007  0.007  0.001  0.107  0.761  0.310  0.003  0.000  0.000
  0.014  0.009  0.000  0.058  0.409  0.169  0.004  0.001  0.000
  0.018  0.006  0.001  0.018  0.197  0.100  0.004  0.000  0.000
  0.015  0.003  0.004  0.003  0.103  0.060  0.002  0.000  0.000
 r_peak,r_snr =   0.5978367       54.68167    
  
 Correlation Surface of oversamples image at          146        5446
  0.004  0.032  0.122  0.268  0.314  0.189  0.059  0.011  0.003
  0.005  0.043  0.180  0.406  0.474  0.280  0.084  0.014  0.003
  0.006  0.059  0.260  0.591  0.677  0.384  0.109  0.017  0.003
  0.007  0.077  0.351  0.790  0.874  0.471  0.126  0.018  0.003
  0.009  0.095  0.428  0.940  1.000  0.513  0.130  0.018  0.003
  0.010  0.104  0.460  0.977  0.998  0.489  0.118  0.015  0.002
  0.009  0.101  0.431  0.881  0.866  0.409  0.095  0.012  0.002
  0.008  0.084  0.354  0.703  0.672  0.312  0.072  0.009  0.002
  0.005  0.063  0.264  0.518  0.492  0.232  0.057  0.009  0.002
     146     0.281    5446    -0.188   54.68167   0.000405   0.002459   0.000102
  
 Correlation Surface at          246        5446
  0.052  0.092  0.128  0.252  0.553  0.427  0.171  0.149  0.199
  0.043  0.084  0.132  0.277  0.639  0.481  0.171  0.146  0.171
  0.038  0.080  0.137  0.311  0.767  0.544  0.174  0.146  0.148
  0.041  0.080  0.147  0.358  0.921  0.605  0.182  0.144  0.131
  0.048  0.084  0.158  0.393  1.000  0.623  0.193  0.137  0.120
  0.054  0.090  0.152  0.374  0.923  0.587  0.200  0.134  0.123
  0.063  0.098  0.130  0.327  0.783  0.523  0.202  0.147  0.138
  0.069  0.102  0.119  0.302  0.664  0.444  0.195  0.165  0.149
  0.067  0.094  0.120  0.293  0.563  0.364  0.180  0.162  0.145
 r_peak,r_snr =   0.5596428       8.390306    
  
 Correlation Surface of oversamples image at          246        5446
  0.112  0.157  0.274  0.518  0.795  0.826  0.586  0.331  0.195
  0.117  0.168  0.297  0.568  0.869  0.889  0.614  0.338  0.199
  0.123  0.178  0.319  0.614  0.936  0.941  0.634  0.344  0.202
  0.128  0.186  0.337  0.651  0.985  0.974  0.644  0.346  0.204
  0.132  0.190  0.345  0.667  1.000  0.974  0.635  0.341  0.201
  0.133  0.188  0.341  0.657  0.973  0.935  0.608  0.329  0.195
  0.131  0.181  0.327  0.625  0.912  0.871  0.568  0.311  0.186
  0.125  0.170  0.308  0.582  0.838  0.797  0.524  0.291  0.177
  0.118  0.160  0.290  0.540  0.765  0.725  0.481  0.271  0.169
     246     0.219    5446    -0.156    8.39031   0.000881   0.016867   0.000197
  
 Correlation Surface at          346        5446
  0.223  0.145  0.075  0.206  0.463  0.262  0.016  0.006  0.031
  0.225  0.149  0.079  0.226  0.504  0.266  0.012  0.010  0.039
  0.221  0.149  0.083  0.251  0.616  0.319  0.010  0.012  0.038
  0.225  0.163  0.097  0.318  0.852  0.397  0.008  0.011  0.028
  0.237  0.170  0.111  0.397  1.000  0.384  0.005  0.010  0.021
  0.229  0.140  0.110  0.387  0.794  0.265  0.003  0.010  0.023
  0.188  0.106  0.110  0.305  0.495  0.173  0.002  0.009  0.028
  0.161  0.103  0.120  0.249  0.355  0.146  0.003  0.009  0.028
  0.156  0.113  0.123  0.236  0.320  0.137  0.003  0.010  0.027
 r_peak,r_snr =   0.4003819       7.537265    
  
 Correlation Surface of oversamples image at          346        5446
  0.018  0.045  0.142  0.328  0.485  0.425  0.200  0.036  0.000
  0.021  0.053  0.168  0.396  0.605  0.545  0.264  0.052  0.000
  0.026  0.065  0.207  0.496  0.765  0.686  0.327  0.065  0.000
  0.032  0.080  0.254  0.606  0.919  0.797  0.364  0.069  0.000
  0.037  0.095  0.297  0.689  1.000  0.825  0.356  0.062  0.000
  0.040  0.106  0.320  0.703  0.964  0.750  0.305  0.049  0.000
  0.040  0.110  0.312  0.639  0.823  0.608  0.236  0.035  0.000
  0.040  0.108  0.278  0.526  0.640  0.455  0.174  0.026  0.000
  0.041  0.101  0.234  0.408  0.476  0.335  0.131  0.022  0.000
     346     0.094    5446     0.063    7.53727   0.001513   0.012127   0.000810
  
 Correlation Surface at          446        5446
  0.062  0.142  0.374  0.706  0.874  0.849  0.640  0.399  0.261
  0.051  0.118  0.348  0.654  0.825  0.814  0.606  0.368  0.257
  0.040  0.095  0.317  0.626  0.822  0.835  0.622  0.367  0.240
  0.032  0.087  0.320  0.682  0.910  0.922  0.686  0.369  0.195
  0.030  0.093  0.356  0.768  1.000  0.991  0.723  0.362  0.168
  0.034  0.107  0.378  0.769  0.985  0.957  0.683  0.366  0.184
  0.043  0.122  0.365  0.689  0.888  0.840  0.595  0.368  0.217
  0.059  0.136  0.334  0.625  0.818  0.739  0.523  0.347  0.233
 r_peak,r_snr =   0.4537973       4.518731    
  
 Correlation Surface of oversamples image at          446        5446
  0.356  0.496  0.600  0.668  0.701  0.691  0.627  0.515  0.396
  0.351  0.498  0.615  0.692  0.726  0.716  0.647  0.534  0.413
  0.356  0.517  0.647  0.729  0.761  0.745  0.671  0.552  0.423
  0.372  0.549  0.690  0.770  0.794  0.771  0.691  0.565  0.422
  0.396  0.587  0.733  0.803  0.815  0.785  0.703  0.570  0.414
  0.422  0.618  0.757  0.814  0.815  0.779  0.698  0.563  0.401
  0.435  0.624  0.751  0.796  0.790  0.754  0.677  0.543  0.385
  0.432  0.607  0.720  0.757  0.750  0.717  0.644  0.517  0.370
  0.419  0.576  0.676  0.710  0.705  0.675  0.603  0.486  0.357
     446     0.313    5446    10.813    4.51873   0.015825   0.073854   0.006415
  
 Correlation Surface at          546        5446
  0.010  0.003  0.079  0.443  0.742  0.308  0.031  0.002  0.001
  0.010  0.002  0.079  0.456  0.714  0.286  0.033  0.007  0.005
  0.012  0.002  0.090  0.468  0.723  0.314  0.046  0.014  0.009
  0.012  0.005  0.107  0.507  0.865  0.391  0.058  0.016  0.013
  0.011  0.008  0.111  0.563  1.000  0.431  0.066  0.018  0.022
  0.012  0.007  0.110  0.555  0.916  0.399  0.075  0.029  0.030
  0.013  0.006  0.106  0.452  0.732  0.355  0.079  0.034  0.028
  0.016  0.004  0.083  0.349  0.630  0.334  0.072  0.028  0.023
  0.019  0.001  0.053  0.304  0.608  0.331  0.069  0.029  0.027
 r_peak,r_snr =   0.3943741       12.28076    
  
 Correlation Surface of oversamples image at          546        5446
  0.074  0.199  0.393  0.592  0.659  0.528  0.300  0.124  0.042
  0.070  0.192  0.401  0.639  0.741  0.605  0.342  0.136  0.043
  0.066  0.194  0.434  0.725  0.856  0.696  0.386  0.150  0.047
  0.062  0.202  0.479  0.811  0.953  0.765  0.419  0.163  0.054
  0.061  0.213  0.514  0.864  1.000  0.793  0.436  0.178  0.066
  0.060  0.219  0.524  0.868  0.991  0.785  0.441  0.192  0.081
  0.060  0.216  0.508  0.834  0.950  0.759  0.441  0.205  0.094
  0.058  0.206  0.480  0.788  0.904  0.736  0.441  0.213  0.100
  0.053  0.190  0.449  0.746  0.867  0.717  0.436  0.211  0.097
     546    -0.063    5446     0.688   12.28076   0.002090   0.029323   0.000370
  
 Correlation Surface at          646        5446
  0.437  0.068  0.116  0.614  0.630  0.316  0.027  0.008  0.000
  0.032  0.089  0.259  0.486  0.546  0.312  0.033  0.020  0.063
  0.037  0.432  0.352  0.561  0.628  0.279  0.021  0.008  0.154
  0.019  0.326  0.358  0.661  0.830  0.333  0.004  0.000  0.073
  0.083  0.056  0.214  0.618  1.000  0.250  0.009  0.000  0.012
  0.268  0.010  0.089  0.500  0.792  0.046  0.035  0.006  0.054
  0.117  0.030  0.049  0.445  0.343  0.001  0.032  0.001  0.248
  0.025  0.041  0.062  0.426  0.141  0.001  0.026  0.041  0.371
  0.009  0.067  0.060  0.298  0.129  0.019  0.007  0.063  0.387
 r_peak,r_snr =   8.8468403E-02   5.745788    
  
 Correlation Surface of oversamples image at          646        5446
  0.006  0.495  1.917  3.491  4.000  2.860  1.260  0.321  0.007
  0.020  0.444  1.389  2.595  3.139  2.247  0.956  0.244  0.005
  0.096  0.346  0.915  1.851  2.374  1.601  0.572  0.101  0.001
  0.221  0.312  0.686  1.469  1.877  1.146  0.320  0.024  0.017
  0.341  0.322  0.627  1.327  1.594  0.915  0.233  0.011  0.019
     646    -0.594    5446    -0.844    5.74579   0.037095   0.375501   0.042298
  
 Correlation Surface at          746        5446
  0.036  0.016  0.024  0.204  0.482  0.260  0.099  0.112  0.202
  0.012  0.005  0.028  0.250  0.492  0.281  0.136  0.142  0.184
  0.000  0.001  0.041  0.301  0.600  0.377  0.179  0.128  0.162
  0.005  0.000  0.046  0.336  0.813  0.510  0.175  0.099  0.187
  0.005  0.000  0.028  0.337  1.000  0.539  0.118  0.074  0.217
  0.000  0.000  0.014  0.349  0.950  0.409  0.053  0.048  0.214
  0.001  0.001  0.022  0.344  0.702  0.283  0.035  0.052  0.209
  0.003  0.007  0.043  0.249  0.460  0.277  0.071  0.084  0.214
  0.003  0.008  0.026  0.112  0.342  0.325  0.112  0.092  0.220
 r_peak,r_snr =   0.2418090       8.241014    
  
 Correlation Surface of oversamples image at          746        5446
  0.062  0.191  0.443  0.734  0.843  0.723  0.537  0.386  0.276
  0.043  0.157  0.417  0.751  0.907  0.806  0.607  0.419  0.278
  0.026  0.128  0.397  0.767  0.961  0.872  0.649  0.424  0.260
  0.017  0.117  0.400  0.792  0.997  0.897  0.643  0.389  0.218
  0.017  0.127  0.426  0.818  1.000  0.867  0.588  0.324  0.164
  0.025  0.155  0.464  0.828  0.956  0.787  0.505  0.257  0.120
  0.044  0.190  0.488  0.797  0.859  0.677  0.425  0.210  0.098
  0.062  0.206  0.463  0.695  0.713  0.561  0.364  0.190  0.100
  0.067  0.183  0.375  0.534  0.548  0.458  0.326  0.193  0.119
     746     0.031    5446     0.781    8.24101   0.004900   0.091818   0.003300
  
 Correlation Surface at          846        5446
  0.013  0.008  0.009  0.326  0.754  0.365  0.032  0.002  0.008
  0.012  0.009  0.009  0.335  0.737  0.353  0.035  0.002  0.007
  0.012  0.009  0.010  0.351  0.774  0.388  0.045  0.000  0.006
  0.015  0.009  0.012  0.402  0.900  0.458  0.060  0.000  0.005
  0.018  0.009  0.016  0.465  1.000  0.495  0.069  0.000  0.004
  0.020  0.009  0.018  0.472  0.948  0.461  0.069  0.000  0.004
  0.019  0.011  0.014  0.407  0.796  0.403  0.066  0.001  0.004
  0.019  0.014  0.009  0.332  0.687  0.381  0.065  0.001  0.005
  0.017  0.014  0.006  0.288  0.648  0.376  0.063  0.001  0.003
 r_peak,r_snr =   0.3664342       9.691861    
  
 Correlation Surface of oversamples image at          846        5446
  0.006  0.093  0.335  0.633  0.761  0.619  0.343  0.122  0.020
  0.006  0.097  0.354  0.677  0.821  0.675  0.382  0.142  0.027
  0.006  0.105  0.385  0.739  0.897  0.739  0.424  0.164  0.035
  0.007  0.115  0.420  0.801  0.965  0.792  0.457  0.183  0.042
  0.008  0.125  0.448  0.842  1.000  0.814  0.472  0.192  0.047
  0.009  0.131  0.460  0.846  0.987  0.797  0.463  0.192  0.049
  0.009  0.130  0.450  0.809  0.929  0.745  0.434  0.182  0.048
  0.007  0.122  0.419  0.742  0.845  0.678  0.399  0.171  0.047
  0.005  0.109  0.376  0.663  0.757  0.614  0.368  0.163  0.047
     846    -0.031    5446     0.125    9.69186   0.002379   0.071420   0.001644
  
 Correlation Surface at          946        5446
  0.377  0.444  0.598  0.852  0.939  0.847  0.726  0.644  0.594
  0.404  0.478  0.586  0.768  0.893  0.839  0.671  0.628  0.576
  0.422  0.466  0.506  0.700  0.889  0.828  0.676  0.680  0.628
  0.411  0.437  0.492  0.770  0.954  0.842  0.739  0.722  0.680
  0.394  0.446  0.584  0.892  1.000  0.859  0.755  0.684  0.669
  0.405  0.491  0.645  0.904  0.946  0.808  0.680  0.610  0.598
  0.433  0.505  0.597  0.830  0.851  0.743  0.637  0.595  0.547
  0.418  0.445  0.529  0.766  0.787  0.746  0.683  0.636  0.536
  0.351  0.364  0.501  0.721  0.772  0.799  0.756  0.675  0.550
 r_peak,r_snr =   0.4616297       2.095839    
  
 Correlation Surface of oversamples image at          946        5446
  0.560  0.589  0.645  0.728  0.816  0.865  0.833  0.753  0.687
  0.527  0.572  0.658  0.765  0.862  0.893  0.838  0.758  0.708
  0.526  0.599  0.711  0.833  0.920  0.922  0.846  0.769  0.732
  0.561  0.662  0.790  0.909  0.971  0.942  0.851  0.779  0.744
  0.618  0.737  0.867  0.968  1.000  0.945  0.850  0.779  0.735
  0.674  0.795  0.915  0.991  0.994  0.928  0.836  0.764  0.706
  0.699  0.813  0.919  0.973  0.958  0.894  0.812  0.737  0.670
  0.686  0.791  0.888  0.929  0.909  0.856  0.787  0.714  0.644
  0.644  0.747  0.842  0.880  0.864  0.826  0.772  0.706  0.639
     946    -0.156    5446     0.281    2.09584   0.019200   0.091560   0.021280
  
 Correlation Surface at         1046        5446
  0.223  0.310  0.427  0.650  0.825  0.735  0.579  0.443  0.370
  0.198  0.307  0.443  0.648  0.819  0.812  0.639  0.455  0.377
  0.173  0.324  0.483  0.663  0.870  0.907  0.667  0.468  0.409
  0.181  0.354  0.490  0.677  0.961  0.950  0.642  0.470  0.459
  0.208  0.353  0.452  0.664  1.000  0.900  0.600  0.478  0.481
  0.224  0.340  0.415  0.643  0.959  0.813  0.582  0.476  0.440
  0.223  0.334  0.412  0.650  0.896  0.752  0.573  0.455  0.397
  0.215  0.340  0.437  0.673  0.843  0.716  0.569  0.448  0.405
  0.214  0.356  0.452  0.659  0.779  0.698  0.574  0.456  0.416
 r_peak,r_snr =   0.5423706       3.576049    
  
 Correlation Surface of oversamples image at         1046        5446
  0.649  0.738  0.818  0.881  0.899  0.851  0.755  0.647  0.551
  0.656  0.734  0.821  0.905  0.940  0.886  0.770  0.648  0.547
  0.644  0.722  0.825  0.933  0.977  0.908  0.772  0.639  0.539
  0.618  0.704  0.828  0.956  1.000  0.912  0.760  0.624  0.530
  0.589  0.688  0.832  0.969  1.000  0.895  0.738  0.609  0.528
  0.568  0.682  0.839  0.970  0.979  0.862  0.712  0.596  0.531
  0.560  0.688  0.851  0.965  0.947  0.823  0.686  0.588  0.534
  0.567  0.709  0.872  0.962  0.919  0.793  0.668  0.583  0.532
  0.588  0.743  0.901  0.967  0.902  0.773  0.658  0.579  0.523
    1046     0.375    5446     0.875    3.57605   0.003551   0.064855   0.004100
  
 Correlation Surface at         1146        5446
  0.021  0.014  0.074  0.344  0.569  0.493  0.348  0.215  0.087
  0.018  0.014  0.077  0.386  0.688  0.538  0.332  0.196  0.075
  0.015  0.012  0.091  0.492  0.816  0.542  0.299  0.160  0.059
  0.013  0.013  0.108  0.596  0.940  0.528  0.278  0.139  0.050
  0.015  0.015  0.118  0.698  1.000  0.517  0.272  0.136  0.047
  0.017  0.015  0.126  0.710  0.920  0.480  0.261  0.133  0.047
  0.018  0.019  0.135  0.646  0.770  0.422  0.246  0.138  0.056
  0.017  0.023  0.149  0.567  0.619  0.387  0.248  0.150  0.069
  0.015  0.027  0.164  0.485  0.524  0.377  0.250  0.149  0.069
 r_peak,r_snr =   0.5606838       8.479439    
  
 Correlation Surface of oversamples image at         1146        5446
  0.121  0.299  0.555  0.800  0.928  0.908  0.809  0.702  0.599
  0.138  0.331  0.596  0.844  0.967  0.936  0.817  0.690  0.576
  0.158  0.367  0.643  0.889  1.000  0.952  0.815  0.674  0.555
  0.174  0.395  0.673  0.906  0.998  0.936  0.795  0.655  0.535
  0.184  0.409  0.678  0.889  0.959  0.894  0.767  0.640  0.518
  0.188  0.410  0.665  0.853  0.908  0.849  0.744  0.631  0.505
  0.186  0.402  0.644  0.818  0.868  0.820  0.733  0.627  0.494
    1146     0.063    5446     5.219    8.47944   0.001326   0.020875   0.001371
  
 Correlation Surface at         1246        5446
  0.006  0.021  0.114  0.518  0.876  0.615  0.239  0.039  0.000
  0.007  0.027  0.118  0.497  0.815  0.614  0.247  0.040  0.000
  0.009  0.032  0.119  0.507  0.835  0.679  0.268  0.041  0.000
  0.012  0.035  0.135  0.569  0.934  0.753  0.278  0.038  0.000
  0.013  0.039  0.164  0.644  1.000  0.750  0.254  0.036  0.000
  0.013  0.048  0.190  0.690  0.966  0.685  0.236  0.039  0.000
  0.016  0.059  0.199  0.654  0.848  0.624  0.240  0.044  0.001
  0.020  0.063  0.185  0.555  0.721  0.572  0.244  0.048  0.001
  0.022  0.061  0.173  0.484  0.639  0.533  0.244  0.053  0.002
 r_peak,r_snr =   0.5822870       8.153365    
  
 Correlation Surface of oversamples image at         1246        5446
  0.212  0.405  0.640  0.811  0.831  0.710  0.522  0.338  0.191
  0.224  0.424  0.666  0.846  0.871  0.745  0.545  0.348  0.191
  0.235  0.441  0.694  0.889  0.918  0.782  0.565  0.351  0.186
  0.246  0.460  0.729  0.939  0.967  0.813  0.574  0.345  0.177
  0.256  0.479  0.764  0.982  1.000  0.824  0.567  0.332  0.167
  0.265  0.496  0.786  0.997  0.998  0.807  0.545  0.318  0.163
  0.273  0.504  0.783  0.973  0.956  0.765  0.518  0.309  0.164
  0.275  0.496  0.749  0.910  0.885  0.709  0.490  0.304  0.169
  0.270  0.472  0.693  0.827  0.802  0.653  0.468  0.304  0.176
    1246     0.250    5446    -0.625    8.15337   0.001958   0.034550   0.003375
  
 Correlation Surface at         1346        5446
  0.159  0.192  0.273  0.510  0.716  0.685  0.644  0.495  0.241
  0.166  0.204  0.338  0.576  0.740  0.749  0.647  0.460  0.198
  0.203  0.295  0.440  0.636  0.808  0.801  0.600  0.387  0.167
  0.275  0.355  0.439  0.671  0.913  0.850  0.539  0.335  0.149
  0.282  0.299  0.395  0.728  1.000  0.842  0.518  0.338  0.141
  0.227  0.227  0.392  0.769  0.971  0.755  0.541  0.374  0.171
  0.202  0.192  0.428  0.762  0.828  0.636  0.550  0.410  0.234
  0.181  0.172  0.455  0.711  0.682  0.565  0.531  0.424  0.252
  0.125  0.160  0.434  0.648  0.627  0.559  0.500  0.387  0.191
 r_peak,r_snr =   0.3344963       4.520398    
  
 Correlation Surface of oversamples image at         1346        5446
  0.542  0.571  0.626  0.725  0.833  0.866  0.795  0.682  0.581
  0.539  0.562  0.639  0.777  0.902  0.908  0.799  0.666  0.560
  0.516  0.549  0.659  0.833  0.958  0.929  0.794  0.653  0.548
  0.484  0.544  0.690  0.885  0.993  0.933  0.786  0.649  0.547
  0.458  0.556  0.734  0.925  1.000  0.919  0.776  0.645  0.551
  0.446  0.585  0.778  0.941  0.974  0.883  0.750  0.632  0.553
  0.454  0.630  0.819  0.933  0.922  0.823  0.703  0.607  0.551
  0.482  0.683  0.849  0.907  0.854  0.747  0.641  0.571  0.543
  0.517  0.723  0.850  0.855  0.769  0.659  0.568  0.526  0.524
    1346    -0.031    5446     0.406    4.52040   0.017115   0.176634   0.025918
  
 Correlation Surface at         1446        5446
  0.009  0.000  0.121  0.662  0.996  0.510  0.111  0.005  0.002
  0.008  0.000  0.132  0.713  0.981  0.524  0.128  0.005  0.002
  0.008  0.000  0.143  0.706  0.953  0.553  0.129  0.005  0.002
  0.009  0.001  0.151  0.679  0.963  0.564  0.119  0.005  0.002
  0.009  0.002  0.154  0.674  1.000  0.558  0.115  0.005  0.002
  0.008  0.003  0.150  0.683  0.999  0.553  0.121  0.004  0.003
  0.008  0.001  0.141  0.667  0.964  0.561  0.130  0.004  0.003
  0.010  0.000  0.134  0.635  0.933  0.566  0.133  0.005  0.003
  0.009  0.001  0.134  0.609  0.915  0.549  0.131  0.007  0.002
 r_peak,r_snr =   0.6268098       8.609491    
  
 Correlation Surface of oversamples image at         1446        5446
  0.400  1.216  2.503  3.692  4.000  3.257  2.055  1.040  0.423
  0.423  1.307  2.648  3.784  3.971  3.190  2.051  1.089  0.466
  0.460  1.402  2.749  3.793  3.900  3.153  2.096  1.165  0.511
  0.502  1.477  2.786  3.746  3.844  3.178  2.191  1.251  0.546
  0.542  1.521  2.774  3.687  3.826  3.249  2.295  1.307  0.552
    1446    -0.125    5446    -1.781    8.60949   0.000910   0.132638   0.000737
  
 Correlation Surface at         1546        5446
  0.000  0.019  0.093  0.258  0.513  0.330  0.067  0.017  0.001
  0.000  0.015  0.099  0.354  0.639  0.359  0.075  0.013  0.000
  0.000  0.015  0.110  0.409  0.690  0.409  0.077  0.007  0.000
  0.000  0.010  0.108  0.413  0.842  0.511  0.079  0.006  0.001
  0.001  0.007  0.097  0.418  1.000  0.518  0.086  0.013  0.002
  0.001  0.006  0.075  0.404  0.899  0.406  0.101  0.031  0.007
  0.001  0.003  0.045  0.325  0.641  0.334  0.133  0.050  0.011
  0.003  0.000  0.027  0.227  0.505  0.344  0.147  0.051  0.009
  0.002  0.000  0.024  0.199  0.515  0.350  0.143  0.047  0.006
 r_peak,r_snr =   0.5411320       17.80924    
  
 Correlation Surface of oversamples image at         1546        5446
  0.137  0.261  0.444  0.624  0.699  0.613  0.405  0.197  0.078
  0.129  0.253  0.432  0.632  0.764  0.717  0.481  0.228  0.086
  0.115  0.230  0.408  0.650  0.858  0.831  0.545  0.251  0.095
  0.100  0.204  0.388  0.683  0.949  0.904  0.564  0.256  0.102
  0.087  0.182  0.380  0.718  1.000  0.901  0.537  0.247  0.112
  0.077  0.166  0.378  0.733  0.981  0.831  0.483  0.238  0.127
  0.066  0.154  0.370  0.706  0.889  0.721  0.428  0.238  0.152
  0.056  0.142  0.348  0.635  0.761  0.615  0.394  0.254  0.185
  0.045  0.128  0.311  0.543  0.643  0.547  0.392  0.285  0.220
    1546     0.125    5446     0.031   17.80924   0.000879   0.007975   0.000249
  
 Correlation Surface at         1646        5446
  0.003  0.003  0.113  0.486  0.732  0.487  0.196  0.039  0.001
  0.002  0.003  0.114  0.508  0.784  0.570  0.238  0.047  0.002
  0.000  0.004  0.134  0.570  0.882  0.666  0.274  0.054  0.002
  0.000  0.007  0.158  0.639  0.974  0.743  0.289  0.055  0.001
  0.000  0.006  0.164  0.658  1.000  0.735  0.259  0.044  0.000
  0.003  0.004  0.157  0.644  0.952  0.631  0.206  0.033  0.000
  0.006  0.003  0.152  0.610  0.844  0.519  0.171  0.028  0.000
  0.006  0.004  0.153  0.576  0.760  0.475  0.167  0.031  0.000
  0.006  0.007  0.163  0.565  0.751  0.508  0.195  0.043  0.001
 r_peak,r_snr =   0.5770768       8.848692    
  
 Correlation Surface of oversamples image at         1646        5446
  0.135  0.333  0.581  0.782  0.857  0.798  0.649  0.465  0.284
  0.144  0.353  0.613  0.822  0.905  0.855  0.705  0.505  0.304
  0.152  0.371  0.638  0.854  0.949  0.910  0.755  0.535  0.313
  0.155  0.377  0.647  0.872  0.983  0.954  0.789  0.545  0.307
  0.148  0.366  0.636  0.872  1.000  0.975  0.795  0.530  0.284
  0.136  0.345  0.614  0.860  0.998  0.968  0.767  0.490  0.251
  0.122  0.324  0.595  0.847  0.982  0.931  0.711  0.436  0.216
  0.111  0.311  0.584  0.834  0.951  0.871  0.638  0.381  0.187
  0.106  0.305  0.576  0.814  0.904  0.797  0.566  0.334  0.166
    1646     0.188    5446    -8.219    8.84869   0.001876   0.060169   0.003510
  
 Correlation Surface at         1746        5446
  0.000  0.009  0.145  0.521  0.633  0.302  0.052  0.000  0.004
  0.000  0.010  0.156  0.534  0.634  0.304  0.049  0.000  0.003
  0.000  0.015  0.167  0.552  0.703  0.359  0.059  0.001  0.003
  0.000  0.016  0.169  0.618  0.884  0.441  0.064  0.001  0.002
  0.000  0.013  0.162  0.681  1.000  0.445  0.057  0.001  0.003
  0.000  0.010  0.159  0.697  0.977  0.401  0.054  0.001  0.004
  0.000  0.009  0.158  0.654  0.854  0.362  0.061  0.001  0.004
  0.000  0.010  0.147  0.550  0.690  0.337  0.066  0.001  0.002
  0.000  0.010  0.130  0.462  0.605  0.336  0.068  0.002  0.001
 r_peak,r_snr =   0.7727074       11.20900    
  
 Correlation Surface of oversamples image at         1746        5446
  0.168  0.357  0.591  0.782  0.825  0.687  0.441  0.212  0.073
  0.162  0.351  0.605  0.830  0.899  0.753  0.477  0.223  0.074
  0.154  0.346  0.618  0.873  0.956  0.795  0.491  0.221  0.071
  0.146  0.343  0.631  0.904  0.989  0.807  0.481  0.210  0.067
  0.143  0.347  0.646  0.925  1.000  0.796  0.461  0.198  0.064
  0.145  0.354  0.658  0.931  0.986  0.764  0.436  0.191  0.065
  0.149  0.362  0.660  0.914  0.943  0.716  0.412  0.189  0.069
  0.155  0.365  0.647  0.871  0.877  0.662  0.392  0.190  0.074
  0.158  0.356  0.612  0.801  0.791  0.603  0.372  0.191  0.076
    1746    -0.125    5446    -0.406   11.20900   0.000331   0.004157   0.000173
  
 Correlation Surface at         1846        5446
  0.000  0.000  0.031  0.403  0.849  0.455  0.108  0.035  0.013
  0.000  0.001  0.026  0.391  0.822  0.437  0.113  0.036  0.012
  0.000  0.001  0.030  0.429  0.882  0.469  0.117  0.035  0.010
  0.000  0.001  0.041  0.495  0.978  0.520  0.127  0.037  0.013
  0.001  0.001  0.054  0.520  1.000  0.544  0.128  0.037  0.016
  0.000  0.000  0.062  0.483  0.926  0.500  0.113  0.033  0.014
  0.000  0.001  0.063  0.413  0.764  0.404  0.095  0.030  0.012
  0.000  0.002  0.059  0.325  0.584  0.319  0.089  0.027  0.009
  0.000  0.002  0.047  0.241  0.455  0.275  0.086  0.022  0.007
 r_peak,r_snr =   0.4283808       12.63715    
  
 Correlation Surface of oversamples image at         1846        5446
  0.034  0.159  0.426  0.755  0.911  0.762  0.472  0.251  0.140
  0.032  0.160  0.443  0.788  0.943  0.782  0.484  0.257  0.140
  0.032  0.171  0.473  0.829  0.975  0.799  0.490  0.256  0.136
  0.036  0.187  0.504  0.862  0.996  0.805  0.488  0.252  0.130
  0.042  0.208  0.532  0.882  1.000  0.798  0.480  0.245  0.126
  0.052  0.228  0.549  0.884  0.988  0.783  0.471  0.240  0.124
  0.062  0.240  0.551  0.870  0.968  0.772  0.468  0.241  0.128
  0.069  0.242  0.540  0.847  0.948  0.767  0.473  0.248  0.135
  0.072  0.237  0.522  0.820  0.929  0.764  0.480  0.258  0.145
    1846    -0.063    5446    -0.750   12.63715   0.001946   0.104427   0.000278
  
 Correlation Surface at         1946        5446
  0.001  0.002  0.032  0.247  0.528  0.482  0.146  0.004  0.002
  0.001  0.003  0.043  0.319  0.659  0.580  0.166  0.005  0.002
  0.001  0.003  0.052  0.403  0.841  0.654  0.173  0.007  0.004
  0.000  0.001  0.057  0.495  0.985  0.636  0.166  0.011  0.006
  0.000  0.000  0.061  0.552  1.000  0.587  0.161  0.016  0.008
  0.000  0.000  0.062  0.548  0.952  0.562  0.151  0.019  0.008
  0.000  0.000  0.058  0.490  0.869  0.513  0.137  0.022  0.006
  0.000  0.000  0.049  0.404  0.740  0.441  0.131  0.023  0.005
  0.000  0.000  0.039  0.318  0.606  0.386  0.123  0.022  0.005
 r_peak,r_snr =   0.5281830       16.58124    
  
 Correlation Surface of oversamples image at         1946        5446
  0.080  0.177  0.327  0.505  0.656  0.698  0.604  0.448  0.306
  0.072  0.171  0.346  0.580  0.782  0.810  0.657  0.457  0.307
  0.064  0.169  0.382  0.681  0.911  0.891  0.674  0.453  0.312
  0.057  0.175  0.430  0.776  0.993  0.909  0.657  0.447  0.322
  0.054  0.186  0.473  0.830  1.000  0.872  0.630  0.449  0.336
  0.056  0.199  0.498  0.830  0.949  0.814  0.612  0.459  0.348
  0.059  0.210  0.502  0.793  0.878  0.769  0.609  0.468  0.352
  0.064  0.216  0.490  0.743  0.818  0.744  0.611  0.466  0.346
  0.068  0.217  0.469  0.694  0.774  0.727  0.601  0.449  0.335
    1946     0.063    5446     0.219   16.58124   0.001522   0.113638   0.005126
  
 Correlation Surface at         2046        5446
  0.000  0.005  0.019  0.076  0.256  0.262  0.041  0.003  0.001
  0.007  0.000  0.022  0.129  0.351  0.239  0.040  0.008  0.003
  0.018  0.000  0.031  0.157  0.386  0.303  0.066  0.015  0.002
  0.024  0.000  0.034  0.201  0.630  0.529  0.092  0.017  0.001
  0.032  0.001  0.044  0.333  1.000  0.591  0.081  0.015  0.000
  0.035  0.000  0.061  0.431  0.945  0.427  0.067  0.010  0.001
  0.016  0.004  0.063  0.351  0.618  0.310  0.057  0.006  0.004
  0.001  0.007  0.046  0.246  0.427  0.248  0.044  0.010  0.013
  0.000  0.003  0.033  0.190  0.287  0.157  0.037  0.034  0.021
 r_peak,r_snr =   0.3262636       20.97384    
  
 Correlation Surface of oversamples image at         2046        5446
  0.015  0.054  0.135  0.271  0.428  0.493  0.397  0.224  0.088
  0.020  0.070  0.175  0.366  0.596  0.681  0.525  0.271  0.096
  0.028  0.092  0.235  0.504  0.803  0.862  0.605  0.278  0.090
  0.038  0.118  0.306  0.647  0.966  0.942  0.594  0.247  0.076
  0.049  0.142  0.361  0.730  1.000  0.882  0.507  0.199  0.063
  0.056  0.153  0.374  0.709  0.891  0.728  0.399  0.158  0.053
  0.057  0.144  0.338  0.600  0.708  0.561  0.313  0.131  0.046
  0.050  0.121  0.274  0.463  0.534  0.433  0.256  0.114  0.040
  0.038  0.095  0.211  0.348  0.403  0.342  0.215  0.098  0.033
    2046     0.156    5446     0.250   20.97384   0.003011   0.014698   0.001962
  
 At line =         5800
 Reading in data....   
 Correlation Surface at          146        5846
  0.105  0.125  0.170  0.217  0.378  0.322  0.133  0.067  0.067
  0.106  0.126  0.169  0.229  0.441  0.354  0.128  0.066  0.070
  0.114  0.133  0.164  0.261  0.602  0.446  0.128  0.065  0.069
  0.126  0.137  0.159  0.323  0.875  0.575  0.134  0.065  0.064
  0.133  0.136  0.159  0.369  1.000  0.594  0.133  0.064  0.060
  0.136  0.133  0.155  0.334  0.791  0.470  0.127  0.067  0.059
  0.138  0.128  0.144  0.270  0.552  0.358  0.126  0.072  0.058
  0.136  0.122  0.138  0.248  0.467  0.324  0.130  0.073  0.054
  0.132  0.122  0.147  0.262  0.458  0.310  0.125  0.072  0.054
 r_peak,r_snr =   0.7598726       9.367961    
  
 Correlation Surface of oversamples image at          146        5846
  0.171  0.202  0.286  0.445  0.603  0.628  0.481  0.281  0.157
  0.173  0.209  0.312  0.508  0.709  0.741  0.543  0.298  0.160
  0.176  0.218  0.337  0.575  0.835  0.859  0.600  0.316  0.166
  0.180  0.227  0.359  0.642  0.958  0.948  0.623  0.324  0.170
  0.179  0.230  0.371  0.679  1.000  0.936  0.601  0.320  0.172
  0.178  0.229  0.374  0.658  0.911  0.844  0.556  0.309  0.175
  0.176  0.224  0.364  0.591  0.776  0.733  0.506  0.296  0.178
  0.166  0.212  0.336  0.514  0.653  0.627  0.451  0.279  0.178
  0.158  0.206  0.312  0.454  0.563  0.544  0.409  0.269  0.181
     146     0.188    5846    -0.156    9.36796   0.000282   0.001289   0.000047
  
 Correlation Surface at          246        5846
  0.054  0.169  0.384  0.508  0.666  0.754  0.499  0.253  0.207
  0.052  0.163  0.362  0.481  0.709  0.803  0.508  0.270  0.237
  0.062  0.190  0.389  0.539  0.832  0.870  0.543  0.347  0.302
  0.074  0.213  0.403  0.601  0.961  0.912  0.568  0.432  0.355
  0.081  0.205  0.370  0.615  1.000  0.881  0.555  0.447  0.361
  0.087  0.199  0.344  0.610  0.945  0.813  0.515  0.398  0.346
  0.093  0.213  0.360  0.614  0.900  0.776  0.478  0.366  0.346
  0.085  0.222  0.386  0.623  0.906  0.750  0.457  0.362  0.352
  0.062  0.206  0.376  0.615  0.863  0.694  0.446  0.358  0.350
 r_peak,r_snr =   0.4213698       4.228035    
  
 Correlation Surface of oversamples image at          246        5846
  0.387  0.476  0.617  0.791  0.901  0.848  0.662  0.460  0.315
  0.397  0.504  0.663  0.843  0.940  0.863  0.664  0.465  0.334
  0.424  0.546  0.716  0.895  0.972  0.871  0.665  0.477  0.361
  0.453  0.586  0.762  0.938  0.993  0.870  0.663  0.489  0.390
  0.472  0.610  0.792  0.964  1.000  0.860  0.655  0.495  0.411
  0.475  0.618  0.803  0.970  0.989  0.838  0.639  0.493  0.420
  0.467  0.613  0.799  0.953  0.956  0.805  0.618  0.484  0.416
  0.456  0.605  0.783  0.917  0.910  0.767  0.596  0.472  0.403
  0.449  0.596  0.758  0.872  0.860  0.732  0.577  0.457  0.382
     246     0.313    5846    -0.750    4.22803   0.005839   0.118319   0.007241
  
 Correlation Surface at          346        5846
  0.008  0.038  0.185  0.501  0.593  0.236  0.003  0.055  0.099
  0.009  0.029  0.156  0.514  0.650  0.269  0.004  0.053  0.094
  0.010  0.020  0.132  0.515  0.782  0.335  0.006  0.048  0.094
  0.010  0.020  0.136  0.535  0.957  0.388  0.008  0.041  0.095
  0.008  0.032  0.155  0.535  1.000  0.385  0.011  0.031  0.092
  0.010  0.051  0.161  0.481  0.843  0.342  0.015  0.024  0.086
  0.014  0.063  0.157  0.412  0.648  0.283  0.012  0.027  0.078
  0.017  0.066  0.145  0.358  0.546  0.237  0.005  0.034  0.074
  0.017  0.061  0.123  0.310  0.491  0.211  0.003  0.038  0.088
 r_peak,r_snr =   0.3049244       7.645681    
  
 Correlation Surface of oversamples image at          346        5846
  0.065  0.210  0.449  0.681  0.736  0.526  0.212  0.026  0.009
  0.051  0.189  0.437  0.709  0.813  0.611  0.261  0.038  0.006
  0.041  0.173  0.432  0.746  0.898  0.698  0.306  0.047  0.005
  0.036  0.162  0.430  0.781  0.969  0.761  0.332  0.051  0.006
  0.036  0.156  0.424  0.794  1.000  0.780  0.331  0.048  0.007
  0.038  0.150  0.407  0.773  0.976  0.750  0.309  0.041  0.009
  0.039  0.139  0.374  0.715  0.900  0.682  0.276  0.034  0.011
  0.037  0.122  0.328  0.631  0.794  0.600  0.241  0.027  0.013
  0.032  0.103  0.281  0.546  0.690  0.525  0.210  0.021  0.016
     346     0.000    5846    -0.375    7.64568   0.003229   0.069845   0.000013
  
 Correlation Surface at          446        5846
  0.002  0.036  0.216  0.648  0.926  0.670  0.305  0.099  0.043
  0.001  0.032  0.197  0.591  0.871  0.708  0.344  0.126  0.052
  0.003  0.028  0.182  0.580  0.898  0.754  0.383  0.162  0.059
  0.003  0.021  0.178  0.632  0.985  0.756  0.386  0.171  0.058
  0.001  0.015  0.179  0.685  1.000  0.699  0.335  0.143  0.047
  0.001  0.012  0.183  0.694  0.940  0.630  0.293  0.120  0.036
  0.002  0.018  0.206  0.698  0.895  0.613  0.317  0.126  0.036
  0.004  0.031  0.246  0.730  0.894  0.660  0.381  0.144  0.045
  0.004  0.039  0.263  0.719  0.890  0.730  0.418  0.153  0.054
 r_peak,r_snr =   0.4560811       6.678327    
  
 Correlation Surface of oversamples image at          446        5846
  0.196  0.360  0.552  0.726  0.834  0.830  0.704  0.495  0.287
  0.189  0.358  0.562  0.761  0.894  0.896  0.753  0.525  0.310
  0.182  0.359  0.584  0.807  0.955  0.948  0.782  0.542  0.329
  0.177  0.364  0.607  0.848  0.995  0.968  0.783  0.542  0.338
  0.172  0.368  0.624  0.868  1.000  0.951  0.758  0.525  0.334
  0.170  0.370  0.630  0.864  0.974  0.909  0.719  0.499  0.320
  0.170  0.373  0.630  0.849  0.936  0.860  0.677  0.472  0.303
  0.175  0.379  0.630  0.832  0.901  0.817  0.641  0.450  0.290
  0.185  0.389  0.633  0.822  0.876  0.785  0.616  0.437  0.285
     446     0.156    5846     6.188    6.67833   0.004582   0.155283   0.014346
  
 Correlation Surface at          546        5846
  0.110  0.125  0.167  0.253  0.313  0.245  0.108  0.067  0.057
  0.118  0.115  0.165  0.320  0.467  0.335  0.127  0.072  0.053
  0.108  0.102  0.164  0.393  0.669  0.456  0.149  0.063  0.047
  0.083  0.083  0.159  0.462  0.881  0.574  0.166  0.058  0.047
  0.066  0.073  0.158  0.529  1.000  0.607  0.168  0.062  0.052
  0.064  0.074  0.160  0.536  0.896  0.508  0.146  0.064  0.053
  0.068  0.075  0.154  0.459  0.719  0.423  0.136  0.061  0.051
  0.074  0.082  0.147  0.382  0.613  0.406  0.140  0.059  0.046
  0.093  0.112  0.154  0.342  0.590  0.443  0.161  0.062  0.040
 r_peak,r_snr =   0.4166766       7.635701    
  
 Correlation Surface of oversamples image at          546        5846
  0.209  0.308  0.483  0.701  0.818  0.714  0.471  0.254  0.125
  0.210  0.324  0.530  0.773  0.886  0.759  0.494  0.265  0.133
  0.215  0.343  0.575  0.837  0.947  0.804  0.520  0.280  0.143
  0.219  0.359  0.608  0.883  0.991  0.836  0.541  0.293  0.150
  0.221  0.367  0.622  0.898  1.000  0.842  0.547  0.299  0.152
  0.220  0.367  0.615  0.874  0.964  0.812  0.533  0.294  0.147
  0.220  0.362  0.588  0.814  0.888  0.753  0.503  0.279  0.136
  0.221  0.353  0.549  0.737  0.798  0.689  0.474  0.266  0.128
     546    -0.063    5846     1.813    7.63570   0.002449   0.024539   0.001425
  
 Correlation Surface at          646        5846
  0.000  0.004  0.040  0.144  0.157  0.083  0.102  0.007  0.006
  0.000  0.000  0.024  0.107  0.192  0.207  0.236  0.020  0.004
  0.028  0.000  0.080  0.202  0.460  0.539  0.292  0.000  0.053
  0.072  0.002  0.146  0.376  0.821  0.708  0.130  0.057  0.141
  0.041  0.004  0.115  0.512  1.000  0.576  0.015  0.089  0.101
  0.003  0.002  0.058  0.541  0.975  0.369  0.001  0.010  0.022
  0.000  0.001  0.035  0.560  0.916  0.227  0.004  0.003  0.009
  0.006  0.019  0.028  0.579  0.929  0.190  0.006  0.001  0.024
  0.012  0.033  0.012  0.465  0.822  0.171  0.000  0.015  0.013
 r_peak,r_snr =   0.1454598       12.25121    
  
 Correlation Surface of oversamples image at          646        5846
  0.003  0.027  0.081  0.169  0.265  0.320  0.337  0.326  0.254
  0.023  0.070  0.164  0.315  0.459  0.527  0.512  0.418  0.252
  0.064  0.138  0.290  0.515  0.700  0.753  0.662  0.457  0.209
  0.102  0.205  0.419  0.708  0.909  0.914  0.724  0.422  0.140
  0.108  0.235  0.495  0.817  1.000  0.941  0.671  0.325  0.068
  0.085  0.215  0.488  0.812  0.965  0.853  0.545  0.211  0.020
  0.052  0.170  0.433  0.740  0.864  0.721  0.406  0.118  0.002
  0.025  0.124  0.367  0.651  0.752  0.590  0.289  0.060  0.001
  0.012  0.099  0.327  0.594  0.681  0.501  0.215  0.034  0.002
     646     0.125    5846    -2.438   12.25121   0.041644   0.552709   0.108584
  
 Correlation Surface at          746        5846
  0.186  0.146  0.217  0.516  0.575  0.259  0.016  0.003  0.000
  0.156  0.162  0.296  0.514  0.501  0.211  0.012  0.000  0.003
  0.119  0.144  0.300  0.457  0.506  0.225  0.016  0.007  0.005
  0.068  0.106  0.245  0.500  0.740  0.297  0.037  0.027  0.003
  0.057  0.088  0.215  0.732  1.000  0.320  0.065  0.039  0.001
  0.064  0.070  0.217  0.857  0.855  0.250  0.060  0.021  0.000
  0.053  0.051  0.200  0.663  0.578  0.202  0.031  0.001  0.006
  0.029  0.044  0.157  0.438  0.473  0.193  0.011  0.003  0.016
  0.027  0.055  0.146  0.352  0.417  0.153  0.002  0.013  0.025
 r_peak,r_snr =   0.2276843       11.33249    
  
 Correlation Surface of oversamples image at          746        5846
  0.120  0.171  0.259  0.380  0.477  0.460  0.296  0.117  0.034
  0.127  0.199  0.316  0.471  0.593  0.560  0.349  0.142  0.051
  0.138  0.238  0.407  0.622  0.767  0.686  0.410  0.174  0.074
  0.149  0.285  0.522  0.799  0.932  0.772  0.443  0.197  0.099
  0.157  0.329  0.630  0.931  1.000  0.762  0.425  0.203  0.120
  0.156  0.352  0.680  0.946  0.926  0.661  0.370  0.195  0.132
  0.141  0.333  0.632  0.822  0.747  0.521  0.308  0.181  0.129
  0.115  0.276  0.507  0.622  0.551  0.403  0.265  0.169  0.114
  0.085  0.204  0.363  0.436  0.406  0.338  0.253  0.164  0.094
     746    -0.156    5846     0.094   11.33249   0.007888   0.040818   0.005958
  
 Correlation Surface at          846        5846
  0.000  0.022  0.140  0.533  0.861  0.543  0.163  0.032  0.001
  0.000  0.022  0.157  0.576  0.907  0.555  0.172  0.036  0.001
  0.000  0.026  0.160  0.587  0.953  0.551  0.183  0.040  0.002
  0.002  0.029  0.155  0.604  1.000  0.546  0.184  0.042  0.002
  0.003  0.030  0.148  0.618  1.000  0.523  0.164  0.035  0.001
  0.003  0.029  0.143  0.605  0.959  0.487  0.133  0.021  0.000
  0.001  0.027  0.142  0.584  0.891  0.431  0.100  0.011  0.000
  0.000  0.031  0.147  0.550  0.770  0.362  0.075  0.007  0.000
  0.001  0.037  0.148  0.495  0.654  0.320  0.065  0.005  0.001
 r_peak,r_snr =   0.5424988       9.864450    
  
 Correlation Surface of oversamples image at          846        5846
  0.155  0.333  0.590  0.840  0.933  0.793  0.529  0.307  0.173
  0.158  0.336  0.601  0.865  0.958  0.803  0.532  0.311  0.179
  0.158  0.339  0.614  0.891  0.982  0.813  0.535  0.314  0.180
  0.157  0.339  0.625  0.911  0.996  0.817  0.534  0.311  0.176
  0.155  0.338  0.631  0.920  1.000  0.814  0.529  0.304  0.168
  0.151  0.334  0.630  0.920  0.996  0.808  0.520  0.292  0.155
  0.148  0.329  0.624  0.912  0.986  0.793  0.502  0.273  0.138
  0.146  0.325  0.616  0.899  0.963  0.763  0.471  0.247  0.117
  0.146  0.321  0.604  0.874  0.920  0.711  0.429  0.217  0.096
     846    -0.125    5846     0.969    9.86445   0.001309   0.219483   0.004875
  
 Correlation Surface at          946        5846
  0.001  0.006  0.105  0.522  0.854  0.494  0.170  0.059  0.047
  0.001  0.007  0.103  0.494  0.839  0.517  0.173  0.059  0.047
  0.001  0.006  0.090  0.488  0.906  0.558  0.176  0.061  0.040
  0.002  0.003  0.084  0.516  0.989  0.594  0.182  0.054  0.031
  0.002  0.002  0.090  0.524  1.000  0.620  0.178  0.044  0.029
  0.002  0.002  0.094  0.494  0.949  0.615  0.162  0.039  0.032
  0.002  0.002  0.092  0.447  0.841  0.557  0.139  0.038  0.032
  0.002  0.003  0.096  0.416  0.745  0.493  0.128  0.037  0.027
  0.002  0.006  0.101  0.411  0.709  0.474  0.139  0.039  0.023
 r_peak,r_snr =   0.6277325       8.692370    
  
 Correlation Surface of oversamples image at          946        5846
  0.069  0.196  0.434  0.723  0.876  0.762  0.476  0.219  0.083
  0.061  0.185  0.431  0.742  0.912  0.795  0.492  0.223  0.083
  0.054  0.179  0.437  0.766  0.944  0.817  0.498  0.222  0.084
  0.051  0.179  0.449  0.788  0.966  0.826  0.497  0.220  0.084
  0.050  0.183  0.459  0.802  0.974  0.825  0.492  0.219  0.084
  0.051  0.187  0.464  0.801  0.965  0.814  0.486  0.216  0.081
  0.053  0.189  0.459  0.783  0.937  0.792  0.478  0.213  0.076
  0.053  0.185  0.439  0.741  0.888  0.760  0.466  0.207  0.071
  0.052  0.174  0.405  0.683  0.830  0.726  0.450  0.198  0.065
     946     0.031    5846     0.250    8.69237   0.000786   0.053105  -0.000816
  
 Correlation Surface at         1046        5846
  0.102  0.228  0.407  0.683  0.904  0.777  0.529  0.337  0.209
  0.116  0.247  0.412  0.656  0.889  0.759  0.491  0.324  0.229
  0.115  0.230  0.374  0.631  0.924  0.779  0.482  0.333  0.248
  0.102  0.192  0.343  0.662  1.000  0.822  0.518  0.366  0.263
  0.083  0.173  0.351  0.697  1.000  0.834  0.570  0.392  0.274
  0.070  0.167  0.341  0.645  0.912  0.805  0.587  0.397  0.276
  0.070  0.151  0.295  0.576  0.855  0.791  0.588  0.401  0.279
  0.079  0.132  0.265  0.576  0.866  0.808  0.589  0.404  0.292
  0.080  0.124  0.269  0.594  0.883  0.814  0.572  0.405  0.292
 r_peak,r_snr =   0.5495188       4.691505    
  
 Correlation Surface of oversamples image at         1046        5846
  0.400  0.499  0.632  0.784  0.895  0.878  0.733  0.559  0.431
  0.374  0.478  0.622  0.790  0.909  0.887  0.732  0.553  0.423
  0.353  0.467  0.627  0.813  0.941  0.912  0.749  0.565  0.436
  0.341  0.466  0.643  0.845  0.977  0.942  0.775  0.593  0.469
  0.336  0.471  0.660  0.870  1.000  0.962  0.801  0.630  0.514
  0.335  0.475  0.667  0.875  1.000  0.965  0.819  0.667  0.558
  0.333  0.471  0.657  0.856  0.976  0.950  0.827  0.695  0.589
  0.324  0.456  0.633  0.823  0.940  0.926  0.827  0.710  0.603
  0.308  0.434  0.604  0.789  0.905  0.903  0.823  0.717  0.605
    1046     0.156    5846     0.781    4.69150   0.002879   0.049099  -0.000080
  
 Correlation Surface at         1146        5846
  0.003  0.006  0.055  0.297  0.850  0.782  0.298  0.073  0.020
  0.001  0.004  0.044  0.303  0.837  0.737  0.285  0.092  0.028
  0.002  0.005  0.042  0.313  0.846  0.748  0.294  0.099  0.024
  0.004  0.004  0.044  0.341  0.936  0.795  0.290  0.090  0.019
  0.002  0.003  0.051  0.373  1.000  0.793  0.277  0.084  0.017
  0.002  0.005  0.058  0.355  0.914  0.742  0.276  0.083  0.016
  0.006  0.011  0.058  0.304  0.788  0.708  0.289  0.082  0.013
  0.010  0.011  0.052  0.276  0.724  0.701  0.293  0.075  0.010
  0.006  0.006  0.047  0.263  0.726  0.728  0.298  0.074  0.009
 r_peak,r_snr =   0.5206819       7.451064    
  
 Correlation Surface of oversamples image at         1146        5846
  0.053  0.143  0.339  0.610  0.788  0.777  0.599  0.339  0.143
  0.055  0.152  0.361  0.652  0.851  0.840  0.641  0.355  0.142
  0.061  0.166  0.389  0.706  0.925  0.906  0.681  0.368  0.138
  0.068  0.181  0.417  0.755  0.983  0.951  0.703  0.369  0.129
  0.076  0.192  0.432  0.776  1.000  0.954  0.695  0.356  0.119
  0.082  0.195  0.428  0.760  0.967  0.916  0.668  0.341  0.114
  0.083  0.188  0.406  0.713  0.901  0.858  0.633  0.330  0.118
  0.081  0.176  0.376  0.655  0.828  0.798  0.600  0.324  0.126
  0.077  0.164  0.348  0.604  0.768  0.750  0.573  0.320  0.133
    1146     0.156    5846    -0.125    7.45106   0.001332   0.023899   0.000566
  
 Correlation Surface at         1246        5846
  0.035  0.021  0.004  0.290  0.685  0.412  0.066  0.015  0.017
  0.055  0.045  0.003  0.290  0.705  0.420  0.055  0.017  0.017
  0.074  0.055  0.005  0.328  0.779  0.410  0.045  0.013  0.018
  0.073  0.048  0.009  0.387  0.914  0.438  0.057  0.013  0.026
  0.058  0.030  0.018  0.451  1.000  0.488  0.084  0.014  0.025
  0.041  0.013  0.038  0.491  0.936  0.503  0.095  0.011  0.016
  0.025  0.004  0.065  0.467  0.835  0.490  0.083  0.009  0.013
  0.017  0.001  0.075  0.416  0.806  0.475  0.074  0.009  0.009
  0.017  0.002  0.049  0.370  0.806  0.490  0.072  0.007  0.007
 r_peak,r_snr =   0.3186566       9.375110    
  
 Correlation Surface of oversamples image at         1246        5846
  0.002  0.070  0.275  0.550  0.684  0.532  0.238  0.043  0.000
  0.004  0.078  0.295  0.604  0.767  0.603  0.274  0.056  0.000
  0.004  0.079  0.313  0.665  0.865  0.692  0.332  0.081  0.002
  0.004  0.080  0.333  0.728  0.953  0.775  0.394  0.110  0.006
  0.005  0.084  0.359  0.774  1.000  0.820  0.438  0.133  0.009
  0.006  0.094  0.384  0.786  0.982  0.809  0.449  0.142  0.010
  0.010  0.112  0.399  0.749  0.903  0.752  0.430  0.138  0.009
  0.017  0.132  0.393  0.673  0.794  0.677  0.397  0.126  0.006
  0.027  0.142  0.356  0.575  0.690  0.611  0.364  0.112  0.004
    1246     0.031    5846     0.125    9.37511   0.003089   0.108712   0.001541
  
 Correlation Surface at         1346        5846
  0.084  0.092  0.125  0.350  0.787  0.626  0.228  0.112  0.113
  0.083  0.097  0.128  0.363  0.792  0.640  0.249  0.128  0.124
  0.083  0.101  0.133  0.364  0.814  0.714  0.291  0.147  0.126
  0.084  0.102  0.133  0.382  0.930  0.813  0.323  0.154  0.119
  0.081  0.100  0.135  0.418  1.000  0.810  0.315  0.141  0.101
  0.082  0.104  0.136  0.408  0.911  0.738  0.291  0.116  0.076
  0.089  0.104  0.121  0.353  0.795  0.689  0.274  0.096  0.062
  0.088  0.086  0.098  0.313  0.730  0.653  0.265  0.091  0.059
  0.073  0.066  0.087  0.292  0.670  0.621  0.268  0.094  0.058
 r_peak,r_snr =   0.6441405       8.825346    
  
 Correlation Surface of oversamples image at         1346        5846
  0.118  0.251  0.461  0.676  0.770  0.662  0.433  0.235  0.129
  0.115  0.244  0.457  0.694  0.818  0.716  0.469  0.255  0.140
  0.112  0.242  0.470  0.741  0.889  0.776  0.501  0.269  0.147
  0.111  0.248  0.501  0.806  0.961  0.819  0.517  0.273  0.148
  0.113  0.262  0.541  0.863  1.000  0.827  0.511  0.267  0.144
  0.118  0.279  0.571  0.883  0.988  0.801  0.492  0.256  0.135
  0.123  0.288  0.574  0.857  0.939  0.759  0.468  0.242  0.125
  0.124  0.284  0.548  0.801  0.878  0.721  0.450  0.230  0.115
  0.119  0.267  0.507  0.742  0.829  0.696  0.438  0.222  0.108
    1346     0.438    5846    -0.250    8.82535   0.000790   0.009063   0.000351
  
 Correlation Surface at         1446        5846
  0.262  0.358  0.543  0.782  0.945  0.881  0.665  0.445  0.369
  0.244  0.353  0.542  0.803  0.945  0.861  0.623  0.428  0.370
  0.247  0.360  0.538  0.798  0.960  0.873  0.594  0.437  0.368
  0.275  0.377  0.527  0.789  0.994  0.881  0.607  0.474  0.373
  0.299  0.376  0.520  0.805  1.000  0.858  0.638  0.500  0.373
  0.297  0.369  0.538  0.826  0.947  0.840  0.645  0.490  0.370
  0.289  0.388  0.572  0.810  0.911  0.855  0.636  0.476  0.379
  0.289  0.410  0.583  0.781  0.932  0.872  0.627  0.476  0.396
  0.287  0.415  0.589  0.801  0.984  0.859  0.620  0.480  0.404
 r_peak,r_snr =   0.6108938       2.985187    
  
 Correlation Surface of oversamples image at         1446        5846
  2.223  2.753  3.212  3.479  3.581  3.551  3.338  2.935  2.478
  2.264  2.748  3.154  3.440  3.625  3.648  3.416  2.977  2.495
  2.258  2.706  3.102  3.457  3.720  3.748  3.469  2.998  2.502
  2.251  2.690  3.129  3.568  3.863  3.841  3.501  3.010  2.506
    1446     0.125    5846    -0.188    2.98519   0.003668   0.068112   0.004726
  
 Correlation Surface at         1546        5846
  0.011  0.071  0.307  0.716  0.659  0.342  0.112  0.012  0.000
  0.006  0.060  0.301  0.637  0.608  0.306  0.090  0.014  0.000
  0.003  0.049  0.264  0.598  0.699  0.342  0.099  0.022  0.001
  0.000  0.044  0.248  0.702  0.912  0.437  0.145  0.038  0.002
  0.000  0.040  0.252  0.786  1.000  0.502  0.199  0.053  0.002
  0.000  0.033  0.241  0.732  0.899  0.508  0.234  0.059  0.001
  0.000  0.026  0.237  0.717  0.834  0.526  0.262  0.064  0.002
  0.000  0.021  0.266  0.741  0.812  0.532  0.273  0.073  0.008
  0.002  0.019  0.275  0.665  0.743  0.473  0.245  0.080  0.015
 r_peak,r_snr =   0.4880030       9.715174    
  
 Correlation Surface of oversamples image at         1546        5846
  0.231  0.399  0.555  0.648  0.642  0.535  0.380  0.242  0.147
  0.222  0.388  0.566  0.702  0.727  0.606  0.414  0.253  0.153
  0.226  0.405  0.619  0.804  0.843  0.685  0.446  0.265  0.163
  0.238  0.438  0.694  0.917  0.948  0.743  0.468  0.277  0.176
  0.247  0.467  0.754  0.991  1.000  0.761  0.473  0.285  0.190
  0.243  0.471  0.767  0.999  0.989  0.742  0.467  0.294  0.204
  0.227  0.449  0.739  0.959  0.939  0.708  0.463  0.309  0.222
  0.204  0.418  0.700  0.909  0.887  0.683  0.472  0.333  0.244
  0.186  0.400  0.683  0.883  0.861  0.683  0.497  0.366  0.272
    1546    -0.250    5846    -0.219    9.71517   0.002096   0.019594  -0.000482
  
 Correlation Surface at         1646        5846
  0.060  0.107  0.249  0.505  0.654  0.493  0.238  0.112  0.071
  0.064  0.121  0.274  0.505  0.657  0.510  0.265  0.134  0.079
  0.063  0.144  0.294  0.520  0.719  0.591  0.320  0.162  0.085
  0.062  0.147  0.291  0.568  0.874  0.714  0.357  0.169  0.091
  0.059  0.130  0.278  0.633  1.000  0.750  0.337  0.164  0.104
  0.058  0.111  0.260  0.634  0.934  0.637  0.286  0.165  0.112
  0.055  0.094  0.224  0.546  0.747  0.499  0.262  0.171  0.104
  0.048  0.078  0.183  0.459  0.616  0.449  0.277  0.170  0.084
  0.040  0.065  0.173  0.434  0.575  0.468  0.300  0.167  0.068
 r_peak,r_snr =   0.6189365       7.838588    
  
 Correlation Surface of oversamples image at         1646        5846
  0.303  0.427  0.575  0.719  0.807  0.790  0.657  0.475  0.325
  0.286  0.414  0.582  0.760  0.877  0.860  0.704  0.500  0.338
  0.269  0.408  0.604  0.815  0.948  0.916  0.731  0.507  0.336
  0.258  0.412  0.633  0.865  0.996  0.938  0.727  0.493  0.319
  0.252  0.420  0.655  0.889  1.000  0.913  0.688  0.456  0.292
  0.248  0.419  0.652  0.870  0.953  0.845  0.623  0.409  0.264
  0.239  0.403  0.619  0.810  0.866  0.753  0.552  0.367  0.245
  0.222  0.370  0.563  0.728  0.769  0.666  0.495  0.341  0.241
  0.198  0.328  0.500  0.647  0.684  0.601  0.462  0.335  0.249
    1646     0.063    5846     0.281    7.83859   0.001342   0.008055   0.000625
  
 Correlation Surface at         1746        5846
  0.172  0.219  0.323  0.540  0.740  0.641  0.453  0.319  0.176
  0.171  0.237  0.346  0.584  0.778  0.629  0.418  0.289  0.167
  0.167  0.243  0.338  0.594  0.828  0.653  0.389  0.257  0.161
  0.156  0.216  0.326  0.650  0.936  0.693  0.360  0.238  0.175
  0.130  0.187  0.342  0.720  1.000  0.666  0.340  0.263  0.219
  0.102  0.186  0.377  0.706  0.925  0.583  0.340  0.327  0.262
  0.089  0.207  0.378  0.630  0.815  0.546  0.367  0.384  0.262
  0.093  0.226  0.352  0.575  0.779  0.578  0.409  0.388  0.239
  0.100  0.225  0.330  0.552  0.789  0.617  0.432  0.359  0.228
 r_peak,r_snr =   0.5109177       5.298724    
  
 Correlation Surface of oversamples image at         1746        5846
  0.288  0.381  0.525  0.686  0.787  0.768  0.647  0.499  0.376
  0.285  0.393  0.562  0.748  0.856  0.825  0.677  0.503  0.365
  0.288  0.417  0.616  0.824  0.933  0.879  0.701  0.504  0.355
  0.297  0.449  0.671  0.889  0.988  0.908  0.705  0.495  0.346
  0.313  0.478  0.706  0.918  1.000  0.899  0.684  0.475  0.339
  0.329  0.492  0.707  0.900  0.963  0.851  0.641  0.450  0.337
  0.340  0.485  0.673  0.843  0.894  0.784  0.591  0.427  0.341
  0.340  0.460  0.622  0.777  0.823  0.724  0.554  0.414  0.350
  0.331  0.428  0.573  0.721  0.772  0.688  0.538  0.416  0.366
    1746     0.000    5846    -0.125    5.29872   0.002620   0.030564   0.002710
  
 Correlation Surface at         1846        5846
  0.000  0.006  0.112  0.468  0.680  0.320  0.085  0.049  0.046
  0.000  0.006  0.108  0.476  0.742  0.376  0.108  0.059  0.050
  0.000  0.007  0.102  0.503  0.848  0.457  0.116  0.058  0.057
  0.001  0.007  0.097  0.543  0.984  0.511  0.109  0.056  0.057
  0.000  0.009  0.097  0.565  1.000  0.474  0.107  0.056  0.042
  0.000  0.011  0.090  0.492  0.800  0.392  0.114  0.053  0.030
  0.001  0.012  0.067  0.347  0.566  0.337  0.120  0.055  0.031
  0.003  0.011  0.042  0.227  0.434  0.314  0.124  0.062  0.038
  0.004  0.010  0.028  0.170  0.399  0.312  0.133  0.070  0.044
 r_peak,r_snr =   0.5467054       13.42659    
  
 Correlation Surface of oversamples image at         1846        5846
  0.092  0.234  0.459  0.687  0.767  0.637  0.408  0.216  0.106
  0.092  0.240  0.480  0.732  0.827  0.695  0.444  0.228  0.105
  0.091  0.246  0.507  0.785  0.897  0.754  0.472  0.231  0.101
  0.090  0.253  0.536  0.842  0.963  0.799  0.484  0.227  0.096
  0.090  0.260  0.561  0.884  1.000  0.808  0.474  0.217  0.092
  0.089  0.263  0.572  0.889  0.981  0.769  0.442  0.205  0.092
  0.086  0.257  0.553  0.838  0.899  0.690  0.398  0.193  0.094
  0.079  0.238  0.502  0.740  0.775  0.594  0.353  0.183  0.097
  0.069  0.208  0.429  0.618  0.641  0.500  0.313  0.175  0.100
    1846    -0.094    5846    -0.281   13.42659   0.000998   0.010119   0.000273
  
 Correlation Surface at         1946        5846
  0.129  0.138  0.172  0.443  0.812  0.552  0.327  0.249  0.137
  0.141  0.155  0.188  0.468  0.821  0.582  0.346  0.239  0.125
  0.160  0.168  0.197  0.492  0.881  0.675  0.373  0.227  0.124
  0.167  0.167  0.199  0.526  0.989  0.752  0.377  0.225  0.141
  0.161  0.156  0.194  0.531  1.000  0.711  0.358  0.240  0.164
  0.154  0.151  0.182  0.482  0.881  0.621  0.342  0.258  0.174
  0.147  0.148  0.167  0.412  0.767  0.564  0.325  0.251  0.164
  0.133  0.142  0.157  0.368  0.716  0.524  0.295  0.222  0.155
  0.123  0.144  0.155  0.350  0.675  0.481  0.265  0.197  0.156
 r_peak,r_snr =   0.6489996       4.155719    
  
 Correlation Surface of oversamples image at         1946        5846
  0.211  0.308  0.493  0.705  0.818  0.774  0.633  0.481  0.363
  0.216  0.318  0.512  0.740  0.876  0.847  0.698  0.522  0.380
  0.222  0.331  0.538  0.786  0.944  0.919  0.752  0.551  0.390
  0.226  0.343  0.562  0.827  0.994  0.961  0.773  0.555  0.388
  0.228  0.350  0.573  0.839  1.000  0.953  0.755  0.536  0.377
  0.225  0.345  0.561  0.815  0.959  0.902  0.707  0.504  0.361
  0.217  0.327  0.527  0.759  0.887  0.830  0.652  0.470  0.347
  0.205  0.302  0.481  0.691  0.810  0.762  0.605  0.445  0.338
  0.192  0.275  0.435  0.630  0.749  0.714  0.574  0.429  0.333
    1946     0.156    5846    -0.781    4.15572   0.000823   0.012026   0.000374
  
 Correlation Surface at         2046        5846
  0.018  0.063  0.145  0.196  0.234  0.186  0.084  0.050  0.054
  0.048  0.092  0.166  0.212  0.222  0.179  0.075  0.059  0.041
  0.064  0.093  0.162  0.228  0.315  0.299  0.123  0.080  0.033
  0.049  0.087  0.140  0.274  0.656  0.575  0.221  0.121  0.048
  0.046  0.084  0.118  0.367  1.000  0.680  0.250  0.154  0.073
  0.050  0.079  0.117  0.441  0.832  0.454  0.196  0.139  0.081
  0.043  0.060  0.121  0.368  0.408  0.263  0.147  0.087  0.063
  0.034  0.041  0.110  0.219  0.198  0.225  0.118  0.054  0.046
  0.035  0.039  0.097  0.152  0.191  0.251  0.109  0.058  0.046
 r_peak,r_snr =   0.3007926       12.60074    
  
 Correlation Surface of oversamples image at         2046        5846
  0.138  0.185  0.225  0.272  0.299  0.245  0.144  0.077  0.051
  0.144  0.199  0.281  0.403  0.468  0.380  0.228  0.124  0.077
  0.143  0.221  0.379  0.606  0.699  0.549  0.324  0.171  0.098
  0.141  0.258  0.511  0.832  0.910  0.679  0.384  0.190  0.105
  0.148  0.311  0.645  0.991  1.000  0.696  0.369  0.173  0.096
  0.168  0.369  0.721  0.996  0.915  0.590  0.294  0.134  0.079
  0.196  0.406  0.692  0.838  0.701  0.424  0.205  0.094  0.059
  0.224  0.401  0.570  0.601  0.470  0.281  0.141  0.068  0.042
  0.238  0.353  0.411  0.386  0.302  0.198  0.112  0.056  0.029
    2046     0.219    5846     0.156   12.60074   0.004237   0.013143   0.001716
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.7121217       20.93941    
     146     0.000    3046     0.125   20.93941   0.000339   0.001597   0.000006
 r_peak,r_snr =   0.7771960       11.64975    
     246     0.063    3046    -0.156   11.64975   0.000221   0.003738  -0.000010
 r_peak,r_snr =   0.3874377       13.80597    
     346     0.188    3046    -0.313   13.80597   0.002509   0.447758  -0.005648
 r_peak,r_snr =   0.2148652       4.280760    
     446    -0.031    3046     3.813    4.28076   0.020219   0.610882  -0.048884
 r_peak,r_snr =   0.3827534       3.088905    
     546    -0.156    3046    -0.875    3.08891   0.007598   0.086115   0.009171
 r_peak,r_snr =   0.5912422       12.32499    
     646     0.000    3046     0.438   12.32499   0.000599   0.026066   0.000572
 r_peak,r_snr =   0.4793400       2.990867    
     746     0.031    3046    -0.719    2.99087   0.006083   0.046656  -0.000148
 r_peak,r_snr =   0.4781659       6.376978    
     846    -0.250    3046    -2.750    6.37698   0.005108   1.546240  -0.056149
 r_peak,r_snr =   0.5086228       7.879438    
     946    -0.031    3046    -0.313    7.87944   0.001607   0.010150   0.001481
 r_peak,r_snr =   0.5489523       8.129308    
    1046    -0.156    3046    -0.188    8.12931   0.001490   0.044583   0.002690
 r_peak,r_snr =   0.5465581       3.540827    
    1146     0.063    3046    -0.781    3.54083   0.003497   0.060573  -0.002940
 r_peak,r_snr =   0.9923615       17.13426    
    1246     0.094    3046     0.094   17.13426   0.000006   0.000155   0.000002
 r_peak,r_snr =   0.6036510       4.728013    
    1346    -0.250    3046    -5.188    4.72801   0.001468   0.094792   0.000513
 r_peak,r_snr =   0.2423232       19.96016    
    1446    -0.094    3046     0.281   19.96016   0.003978   0.057183   0.003282
 r_peak,r_snr =   0.6559825       10.73163    
    1546    -0.031    3046     0.094   10.73163   0.000615   0.007653   0.000302
 r_peak,r_snr =   0.1721580       25.94874    
    1646     0.094    3046    -0.313   25.94874   0.004791   0.031988   0.004655
 r_peak,r_snr =   0.4997011       5.741853    
    1746    -0.063    3046     0.125    5.74185   0.002163   0.048596   0.001245
 r_peak,r_snr =   0.4535055       5.506957    
    1846     0.031    3046     0.219    5.50696   0.002488   0.126928   0.003831
 r_peak,r_snr =   0.4900231       3.463737    
    1946     1.219    3046    13.656    3.46374   0.011185   0.154514   0.030900
 r_peak,r_snr =   0.2277145       24.68410    
    2046     0.063    3046     0.094   24.68410   0.002662   0.048617   0.000248
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.4609026       9.367999    
     146     0.094    3446     0.000    9.36800   0.001692   0.006181   0.000542
 r_peak,r_snr =   0.7294484       9.753051    
     246     0.094    3446    -0.125    9.75305   0.000284   0.011869  -0.000007
 r_peak,r_snr =   0.4347815       14.59606    
     346     0.063    3446     0.063   14.59606   0.001651   0.012303   0.000725
 r_peak,r_snr =   0.4670282       4.336673    
     446     0.125    3446     0.344    4.33667   0.003397   0.105086  -0.008268
 r_peak,r_snr =   0.4735815       7.695166    
     546     0.063    3446     1.656    7.69517   0.003558   0.780809  -0.025144
 r_peak,r_snr =   0.5136886       17.50059    
     646    -0.031    3446    -0.094   17.50059   0.000917   0.004393   0.000406
 r_peak,r_snr =   0.7966076       13.10235    
     746     0.125    3446     0.063   13.10235   0.000261   0.002293   0.000158
 r_peak,r_snr =   0.6212808       14.50863    
     846     0.094    3446    -0.250   14.50863   0.000522   0.001313   0.000165
 r_peak,r_snr =   0.4460064       11.08122    
     946    -0.031    3446     1.156   11.08122   0.001871   0.045785   0.001364
 r_peak,r_snr =   0.3026249       8.827599    
    1046    -0.188    3446    -0.250    8.82760   0.004311   0.042049   0.002874
 r_peak,r_snr =   0.3772399       4.899391    
    1146     0.531    3446    -9.750    4.89939   0.017316   0.981614   0.108039
 r_peak,r_snr =   0.7840844       12.99255    
    1246     0.281    3446    -0.469   12.99255   0.000280   0.001936   0.000195
 r_peak,r_snr =   0.5481356       8.516143    
    1346    -0.094    3446    -9.781    8.51614   0.001211   0.094648  -0.001036
 r_peak,r_snr =   0.4351562       2.568650    
    1446     0.469    3446    13.656    2.56865   0.018911   0.064177   0.019082
 r_peak,r_snr =   0.4442196       6.099214    
    1546     0.063    3446    -0.063    6.09921   0.002889   0.071583  -0.000519
 r_peak,r_snr =   0.4940117       12.09457    
    1646     0.094    3446     2.781   12.09457   0.001343   0.094892   0.003401
 r_peak,r_snr =   0.6973478       4.972674    
    1746    -0.250    3446    -1.031    4.97267   0.000795   0.018642   0.000452
 r_peak,r_snr =   0.4451734       3.865187    
    1846     0.063    3446    -0.250    3.86519   0.003375   0.232939  -0.004126
 r_peak,r_snr =   0.7262781       13.62261    
    1946    -0.031    3446     1.719   13.62261   0.000366   0.322270  -0.003378
 r_peak,r_snr =   0.2551232       12.84067    
    2046     0.375    3446     3.844   12.84067   0.004611   0.025291   0.003749
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.6754341       8.687905    
     146     0.063    3846    -0.125    8.68791   0.000468   0.002602   0.000043
 r_peak,r_snr =   0.7126495       10.18228    
     246     0.125    3846    -0.125   10.18228   0.000239   0.005951   0.000079
 r_peak,r_snr =   0.7539907       11.12198    
     346     0.063    3846    -0.156   11.12198   0.000327   0.003196   0.000007
 r_peak,r_snr =   0.5579118       9.124895    
     446    -0.063    3846    -0.031    9.12490   0.000880   0.006446   0.000224
 r_peak,r_snr =   0.5933877       14.40388    
     546     0.156    3846    -0.281   14.40388   0.000675   0.016649   0.000326
 r_peak,r_snr =   0.5202622       3.843487    
     646     0.031    3846    -0.656    3.84349   0.002007   0.032220   0.002154
 r_peak,r_snr =   0.6630926       11.66696    
     746     0.156    3846    -0.500   11.66696   0.000507   0.077598   0.000777
 r_peak,r_snr =   0.6047556       20.13783    
     846     0.063    3846    -0.063   20.13783   0.000485   0.001246   0.000092
 r_peak,r_snr =   0.4404481       3.963722    
     946    -0.063    3846    -0.781    3.96372   0.005034   0.299727  -0.014868
 r_peak,r_snr =   0.1361892       14.60373    
    1046    -0.219    3846     0.688   14.60373   0.009222   0.821737  -0.010083
 r_peak,r_snr =   0.4322731       3.531636    
    1146     0.344    3846    -0.219    3.53164   0.006058   0.320589   0.013421
 r_peak,r_snr =   0.6085187       7.706704    
    1246    -0.031    3846     2.844    7.70670   0.000885   0.048601   0.001913
 r_peak,r_snr =   0.5228633       3.463519    
    1346    -0.344    3846     9.750    3.46352   0.005701   0.036998   0.005817
 r_peak,r_snr =   0.4119672       4.581881    
    1446    -0.188    3846     0.844    4.58188   0.005809   0.182623   0.003961
 r_peak,r_snr =   0.4409286       9.234404    
    1546    -0.188    3846     0.406    9.23440   0.001968   0.046175   0.002270
 r_peak,r_snr =   0.5134429       10.72196    
    1646    -0.031    3846    -0.156   10.72196   0.000915   0.024497  -0.000141
 r_peak,r_snr =   0.6010820       3.979290    
    1746     0.250    3846    -0.250    3.97929   0.002073   0.029106   0.003538
 r_peak,r_snr =   0.9389933       14.89794    
    1846     0.031    3846    -0.188   14.89794   0.000051   0.000970   0.000014
 r_peak,r_snr =   0.9364555       12.06172    
    1946     0.063    3846     0.469   12.06172   0.000052   0.002003   0.000024
 r_peak,r_snr =   0.3127459       7.153949    
    2046     0.156    3846    -1.094    7.15395   0.003299   0.024132   0.002999
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.6462318       8.881898    
     146     0.063    4246    -0.125    8.88190   0.000755   0.003946   0.000009
 r_peak,r_snr =   0.6948176       18.50796    
     246     0.094    4246    -0.125   18.50796   0.000301   0.004766   0.000107
 r_peak,r_snr =   0.6463427       18.31824    
     346     0.063    4246    -0.063   18.31824   0.000414   0.002804   0.000030
 r_peak,r_snr =   0.4564939       9.833200    
     446     0.156    4246    -0.094    9.83320   0.001612   0.013130   0.000221
 r_peak,r_snr =   0.5703161       8.157512    
     546    -0.031    4246     0.000    8.15751   0.001597   0.018313   0.000270
 r_peak,r_snr =   0.3932205       7.255096    
     646    -0.094    4246     0.750    7.25510   0.005521   0.048689   0.008755
 r_peak,r_snr =   0.9409522       16.88764    
     746    -0.031    4246    -0.188   16.88764   0.000051   0.001619   0.000015
 r_peak,r_snr =   0.5013208       6.364694    
     946    -0.188    4246    -0.188    6.36469   0.001878   0.037157   0.001544
 r_peak,r_snr =   0.4678155       3.958122    
    1046     0.219    4246    -0.281    3.95812   0.006556   0.091007   0.011894
 r_peak,r_snr =   0.6375480       3.579041    
    1146     0.031    4246    -3.781    3.57904   0.001414   0.076935   0.001276
 r_peak,r_snr =   0.5931958       17.19955    
    1246     0.094    4246     0.188   17.19955   0.000625   0.023890   0.000563
 r_peak,r_snr =   0.5169221       3.690802    
    1346    -0.281    4246    -0.594    3.69080   0.004917   0.061624   0.009375
 r_peak,r_snr =   0.5197572       3.930572    
    1446    -0.438    4246     0.813    3.93057   0.002886   0.058926   0.003177
 r_peak,r_snr =   0.5809692       11.40808    
    1546     0.125    4246     0.719   11.40808   0.001088   0.022161   0.001498
 r_peak,r_snr =   0.5326218       9.841622    
    1646     0.125    4246    11.719    9.84162   0.001216   0.019781   0.000781
 r_peak,r_snr =   0.5134453       9.978736    
    1746    -0.344    4246     0.219    9.97874   0.001139   0.059906   0.001285
 r_peak,r_snr =   0.4267740       9.751526    
    1846     0.000    4246     9.750    9.75153   0.002445   0.134996   0.010477
 r_peak,r_snr =   0.9756967       14.39177    
    1946     0.094    4246     0.094   14.39177   0.000019   0.000495   0.000004
 r_peak,r_snr =   0.4365142       4.089877    
    2046     0.344    4246    -1.188    4.08988   0.002963   0.024319   0.001670
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.9319038       12.43439    
     146     0.031    4646    -0.156   12.43439   0.000060   0.001131   0.000007
 r_peak,r_snr =   0.6972812       12.44851    
     246     0.031    4646     0.063   12.44851   0.000344   0.019394  -0.000028
 r_peak,r_snr =   0.5164764       26.77535    
     346    -0.031    4646    -0.188   26.77535   0.000718   0.004143   0.000175
 r_peak,r_snr =   0.4535720       12.46734    
     446     0.000    4646     0.719   12.46734   0.001445   0.093065   0.000492
 r_peak,r_snr =   0.5918043       18.35351    
     546     0.000    4646     0.156   18.35351   0.000583   0.015369   0.000396
 r_peak,r_snr =   0.1552302       14.28664    
     646    -0.031    4646    -0.656   14.28664   0.014665   0.091393   0.017281
 r_peak,r_snr =   0.2852044       8.267848    
     746     0.031    4646    -0.156    8.26785   0.003396   0.030555  -0.000216
 r_peak,r_snr =   0.5735705       1.824184    
     846     0.000    4646    -0.844    1.82418   0.005874   0.156101   0.012425
 r_peak,r_snr =   0.3938613       2.158003    
     946     0.313    4646     4.219    2.15800   0.015317   0.277007   0.028548
 r_peak,r_snr =   0.5424677       2.855769    
    1046    -0.031    4646     0.250    2.85577   0.003331   0.115558   0.003804
 r_peak,r_snr =   0.2592197       57.18523    
    1146     0.156    4646    -0.219   57.18523   0.002156   0.005697   0.000752
 r_peak,r_snr =   0.7814344       13.10918    
    1246     0.063    4646    -0.500   13.10918   0.000280   0.009248  -0.000017
 r_peak,r_snr =   0.6074020       2.016344    
    1346     0.375    4646    -3.750    2.01634   0.011446   1.273751   0.101023
 r_peak,r_snr =   0.5531335       5.789118    
    1446     0.031    4646     9.813    5.78912   0.002460   0.061106   0.002499
 r_peak,r_snr =   0.5984893       9.402040    
    1546    -0.250    4646   -13.656    9.40204   0.001043   0.016441   0.000680
 r_peak,r_snr =   0.2921581       8.195355    
    1746    -0.094    4646    -1.781    8.19536   0.010657   0.602882   0.057981
 r_peak,r_snr =   0.7193182       19.84774    
    1846    -0.094    4646    -1.219   19.84774   0.000325   0.009762   0.000120
 r_peak,r_snr =   0.5342100       9.639799    
    1946     0.281    4646    10.219    9.63980   0.001080   0.058438   0.001747
 r_peak,r_snr =   0.7175841       9.868450    
    2046    -0.188    4646     1.719    9.86845   0.000428   0.005971   0.000366
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.7721618       49.28148    
     146     0.094    5046     0.031   49.28148   0.000153   0.001048   0.000021
 r_peak,r_snr =   0.6415630       6.372897    
     246     0.000    5046    -0.250    6.37290   0.000669   0.013987   0.000313
 r_peak,r_snr =   0.9110896       10.01505    
     346     0.094    5046    -0.250   10.01505   0.000088   0.001587   0.000005
 r_peak,r_snr =   0.6071220       6.790823    
     446     0.156    5046    -4.188    6.79082   0.001773   0.112759  -0.002872
 r_peak,r_snr =   0.7830468       15.76492    
     546     0.156    5046    -0.844   15.76492   0.000266   0.005028   0.000107
 r_peak,r_snr =   0.1315478       10.03464    
     646     1.344    5046    -4.719   10.03464   0.030229   0.123619   0.025442
 r_peak,r_snr =   0.6533274       12.96052    
     746     0.094    5046    -0.281   12.96052   0.000583   0.010602   0.000664
 r_peak,r_snr =   0.4923389       22.18840    
     846    -0.063    5046     0.000   22.18840   0.000828   0.003648   0.000348
 r_peak,r_snr =   0.4562726       4.227290    
     946     0.031    5046     0.969    4.22729   0.003727   0.160218   0.006541
 r_peak,r_snr =   0.3508352       15.51479    
    1146     0.250    5046    -0.156   15.51479   0.002006   0.028224   0.001222
 r_peak,r_snr =   0.3122503       21.18896    
    1246     0.000    5046    -0.438   21.18896   0.001704   0.018283   0.001012
 r_peak,r_snr =   0.5968714       1.564196    
    1346    -0.438    5046    -1.781    1.56420   0.014792   0.085407   0.015148
 r_peak,r_snr =   0.6415653       20.33040    
    1446    -0.031    5046     0.375   20.33040   0.000423   0.008336   0.000282
 r_peak,r_snr =   0.7662978       12.48881    
    1546     0.094    5046     0.813   12.48881   0.000275   0.008498   0.000053
 r_peak,r_snr =   0.4831571       10.05505    
    1646    -0.156    5046    -3.906   10.05505   0.001102   0.088791   0.000088
 r_peak,r_snr =   0.9294407       13.11660    
    1746     0.063    5046    -0.875   13.11660   0.000061   0.000992   0.000025
 r_peak,r_snr =   0.6980722       33.99159    
    1846     0.094    5046    -0.281   33.99159   0.000254   0.002184   0.000129
 r_peak,r_snr =   0.9653683       14.48500    
    2046     0.031    5046    -0.500   14.48500   0.000028   0.001594   0.000018
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.7402813       57.14008    
     146     0.094    5446    -0.094   57.14008   0.000173   0.001289   0.000029
 r_peak,r_snr =   0.8310806       6.247614    
     246     0.094    5446    -0.250    6.24761   0.000218   0.003951   0.000118
 r_peak,r_snr =   0.7042541       12.15000    
     346     0.125    5446    -0.125   12.15000   0.000324   0.002044   0.000039
 r_peak,r_snr =   0.4894743       6.318025    
     446    -0.063    5446    -0.656    6.31802   0.003199   0.089190   0.000702
 r_peak,r_snr =   0.7100614       17.66662    
     546     0.000    5446     0.250   17.66662   0.000356   0.005007   0.000224
 r_peak,r_snr =   0.1035256       11.14430    
     646     0.219    5446    -0.375   11.14430   0.013967   0.045716   0.012617
 r_peak,r_snr =   0.3832103       12.61078    
     746     0.094    5446    -0.281   12.61078   0.002017   0.016786   0.000071
 r_peak,r_snr =   0.8469710       19.83698    
     846     0.063    5446    -0.094   19.83698   0.000132   0.001560   0.000040
 r_peak,r_snr =   0.4012378       2.435058    
     946     1.375    5446     0.719    2.43506   0.009828   0.064227   0.001826
 r_peak,r_snr =   0.4581760       2.800047    
    1046     0.000    5446     0.188    2.80005   0.037189   0.379160  -0.077540
 r_peak,r_snr =   0.6224650       15.75693    
    1146     0.188    5446    -0.656   15.75693   0.000855   0.009949   0.000756
 r_peak,r_snr =   0.8446624       14.63863    
    1246     0.031    5446    -0.094   14.63863   0.000162   0.000992   0.000062
 r_peak,r_snr =   0.2849190       5.308305    
    1346     0.563    5446    -5.813    5.30831   0.036691   0.114161   0.035247
 r_peak,r_snr =   0.5921228       9.991114    
    1446    -0.094    5446     1.219    9.99111   0.000907   0.054742   0.000269
 r_peak,r_snr =   0.2279415       14.30933    
    1546    -0.094    5446     0.000   14.30933   0.002444   0.018275   0.001411
 r_peak,r_snr =   0.4220472       9.500517    
    1646    -0.063    5446     0.844    9.50052   0.002661   0.066130  -0.002284
 r_peak,r_snr =   0.5541661       10.16443    
    1746    -0.406    5446     3.813   10.16443   0.001261   0.042497   0.002746
 r_peak,r_snr =   0.4631817       14.06364    
    1846     0.313    5446    -0.250   14.06364   0.001427   0.033214   0.001673
 r_peak,r_snr =   0.8853305       24.59789    
    1946     0.375    5446     3.813   24.59789   0.000114   0.001953   0.000065
 r_peak,r_snr =   0.4062177       31.96810    
    2046     0.000    5446    -0.344   31.96810   0.001434   0.010505   0.000926
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.7878433       7.224702    
     146     0.063    5846     0.031    7.22470   0.000220   0.001225   0.000025
 r_peak,r_snr =   0.5551830       9.070248    
     246     0.094    5846    -0.156    9.07025   0.000962   0.008190   0.000695
 r_peak,r_snr =   0.7860522       10.15429    
     346     0.063    5846     0.156   10.15429   0.000315   0.003837  -0.000014
 r_peak,r_snr =   0.3768034       8.937062    
     446     0.125    5846     1.750    8.93706   0.003836   0.330571   0.011399
 r_peak,r_snr =   0.7960005       18.79671    
     546    -0.156    5846     0.469   18.79671   0.000228   0.001519   0.000104
 r_peak,r_snr =   0.1667742       12.78845    
     646     0.438    5846     3.875   12.78845   0.025684   0.187305   0.035745
 r_peak,r_snr =   0.1232687       11.40767    
     746    -0.094    5846     0.719   11.40767   0.013398   0.144489   0.003477
 r_peak,r_snr =   0.5982532       11.77041    
     846     0.063    5846     0.094   11.77041   0.000687   0.014625   0.000601
 r_peak,r_snr =   0.5138530       8.039706    
     946    -0.094    5846    -8.156    8.03971   0.001571   0.187387   0.004442
 r_peak,r_snr =   0.5505863       6.267006    
    1046     0.125    5846     0.219    6.26701   0.002170   0.094116   0.004864
 r_peak,r_snr =   0.3853468       12.01367    
    1146    -0.031    5846    -0.281   12.01367   0.001961   0.026920   0.000791
 r_peak,r_snr =   0.3162966       10.84515    
    1246    -0.094    5846     0.688   10.84515   0.003109   0.171327   0.000691
 r_peak,r_snr =   0.7177773       10.04412    
    1346     0.094    5846    -0.281   10.04412   0.000397   0.005554   0.000215
 r_peak,r_snr =   0.5232971       2.571523    
    1446     0.500    5846   -11.781    2.57152   0.009242   5.438230   0.034722
 r_peak,r_snr =   0.3220418       12.20599    
    1546    -0.344    5846     0.813   12.20599   0.003155   0.021106   0.002005
 r_peak,r_snr =   0.4825630       5.729239    
    1646    -0.094    5846    -0.781    5.72924   0.009843   2.743933  -0.122758
 r_peak,r_snr =   0.4655204       5.422218    
    1746    -0.031    5846    -0.781    5.42222   0.004146   0.456780   0.019263
 r_peak,r_snr =   0.5118366       14.01504    
    1846     0.031    5846    -0.063   14.01504   0.001080   0.013915   0.000524
 r_peak,r_snr =   0.8291798       6.897213    
    1946     0.063    5846    -0.188    6.89721   0.000181   0.002875   0.000090
 r_peak,r_snr =   0.1828290       14.11639    
    2046    -0.438    5846    -0.094   14.11639   0.015018   0.252821   0.045510
 /export/sardine0/airops/processor/data/           
  *************************************************
  *****      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:/export/sardine0/airops/processor/data/recal0.dat           
    20.00000    
 abs gain:   125.1340       125.2690       125.1340       125.2690    
 caltone:   82.70000       83.00000       82.70000       83.00000    
 *** ifreq 0-p 1-L 2-c:           1           1
  ifreq 0-p 1-L 2-c:           1           2
 cable phase P/L/C:  -23.26000      -76.26700      -104.9400    
 sigma zero:  0.0000000E+00  0.0000000E+00  0.0000000E+00  0.0000000E+00
 hddt bw ha T :       95027   20.00000       7991.600       10.00000    
 $tphase,phasedat:  -316.1000       16.10000    
 $rphase,phasevh,phasehv:  -332.2000      -163.0000       169.2000    
 $tphase,phasedat:  -316.1000       16.10000    
 Enter H Ant pattern file:
 POLSAR H-ANT:/export/sardine0/airops/processor/data/AIRSAR.LH            
 Enter V Ant pattern file:
 POLSAR V-ANT:/export/sardine0/airops/processor/data/AIRSAR.LV            
  Enter the name of the motion compensation file.
 motion lun:          15
  How many lines of raw data?
   Cross pol phase difference is:   16.10 deg
   Receiver phase difference is -332.20 deg
   Transmitter phase difference is -316.10 deg
   Cable phase difference is  -76.27 deg
 $ghv,phasedat,phi: (0.9607792,0.2773147)   16.10000       16.10000    
 $phico aphase:  -800.8340      -76.26700    
 $fhh,fhv,fvh: (0.1592956,0.9872310) (0.8446363,0.5353404)
 (0.6630516,0.7485737)
  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): (-0.1971674,7.4278325E-02) (-0.1791032,-5.2502442E-02)
   Finished estimating cross-talk.
  Enter the file with the lines per pixel.
 lines  lun:          18
  Is there a DEM available?
  Now doing the actual calibration.
  Absolute gain AChu(linear) :.  2.6019558E-07  2.4634832E-07  2.4634832E-07
 ahh hv vv chh hv vh vv:  -213.5940      -214.2690      -213.5940    
   -214.2690       81.90000       82.10000       81.80000       82.10000    
            1
          257
          513
          769
         1025
         1281
         1537
         1793
         2049
         2305
         2561
         2817
         3073
         3329
         3585
         3841
         4097
         4353
         4609
         4865
         5121
         5377
         5633
   *********************************************
   *****                                   ***** 
   *****    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)
  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
  ***   Error opening  ***
: No such file or directory
  Enter number of set to convert: 
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
 /export/air16/airops/1029/cm6069_c.dat
 -1
  *** Synthesize 2.5 - 11/30/90 ***
  Enter the name of input file.

  Stokes matrix data...

  Enter the name of the output byte file.
  Enter the relative scale factor.
 100
 200
 300
 400
 500
 600
 700
 800
 900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
2300
2400
2500
2600
2700
2800
2900
3000
3100
3200
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
Mon Aug 16 23:20:29 PDT 1999
Mon Aug 16 23:20:29 PDT 1999
Mon Aug 16 23:20:30 PDT 1999
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...


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

  Data acquired after 1994.
  
 J2000 time    =   -144447781.6364820    
 GPS J2000 time    =   -144447783.4472040    
  
 Message 1
 Time          =   -144447781.6364820    
 INS Time      =  -0.1384960000000000    
 Roll angle    =   -1.109619140625000    
 Pitch angle   =   0.9722900390625000    
 Heading angle =   -3.131103515625000    
 Long. acc     =   0.1800000000000000    
 Lat. acc      =   0.2200000000000000    
 Norm.  acc    =   -9.790000000000001    
 East vel.     =   0.7720000000000000    
 North vel.    =    216.3360000000000    
 Up vel.       =  -0.1270000000000000    
 True Grnd Spd =    216.3281250000000    
 Altitude      =    8235.000000000000    
 Latitude      =    42.21233298070729    
 Longitude     =   -85.29987663030624    
  
 Message 6
 Week          =          804
 GPS Time      =   -144447783.4472040    
 GDOP          =    2.421875000000000    
 PDOP          =    2.171875000000000    
 HDOP          =    1.234375000000000    
 VDOP          =    1.765625000000000    
 TDOP          =    1.093750000000000    
 Spherical Acc =    10.00000000000000    
 Time Acc      =   1.0000000000000000E-08
 GPS Lat       =    42.20896093330985    
 GPS Lon       =   -85.29989631211367    
 GPS Alt       =    8239.000000000000    
 GPS East Vel  =   0.8300000000000001    
 GPS North Vel =    216.3600000000000    
 GPS Up Vel    =  -0.2200000000000000    
  
 Message 3
 Del INU Time  =  -0.9384960000000000    
 Del vel east  =  -2.7343750000000000E-02
 Del vel north =   6.3476562500000000E-03
 Del vel up    =   2.6367187500000000E-02
 Del pos east  =   0.0000000000000000E+00
 Del pos north =    1.250000000000000    
 Del pos up    =   0.1250000000000000    
  
 Message 4
 Sigma Pos x   =    1.375000000000000    
 Sigma Pos y   =    1.375000000000000    
 Sigma Pos z   =    2.125000000000000    
 Sigma Vel x   =   8.9111328125000000E-03
 Sigma Vel y   =   8.7890625000000000E-03
 Sigma Vel z   =   1.0864257812500000E-02
  
 Message 7
 Satellites used =  26 31 31 15  7 27
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 Retrived Honeywell data...       12602
 Operator Comments: 
  - - - - - - - - - - - - - - - - - - - - -
 Another very nice data set here at Kellogg; IGI is performing ve
 ry well; CPA @ 15:24:23 FC=5,257,200 IDR=396900 drft -4.6; mostl
 y smooth flyin'; photo is still having problems...ks great (for
 all runs here)thy William MillerLori 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:            595027         95027
 enter HDDT footage number  <0> : 
 enter the title of image: 
 enter the CCT ID: 
 cct:        6069
 prod ID1:60696069
 prod ID:6069                        
  SONY tapeid: 95027       95027
 tapeid:9502795027  
 tapeid par:95027
 prod ID:6069
 chrp_delay from subcomm header tapeID:    27.20000           95027
  chrp_delay is 32.5 usec       95027   27.20000    
 Is this 98039< x >98001 for P-bnad?:       95027
 1998 P-band fc?   11.25000    
 idelay,chrp_delay,xdelay          85   27.20000      0.4200000    
 near range delr windela:   8601.046       6.662055               0
  f_cal   21.44531       1238.555    
  Parameter header created ..
  
 >> Record # :          128
 >> GPS Stuff =   2.00   7 19  2 15 26 27      
 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 14  0   
 >> ratn_phv = 0  8  0   
 >> ratn_pvh = 0  8  0   
 >> ratn_pvv = 0 14  0   
 >> ratn_lhh = 0  6  0   
 >> ratn_lhv = 0  0  0   
 >> ratn_lvh = 0  0  0   
 >> ratn_lvv = 0  6  0   
 >> ratn_chh = 0  6 10   
 >> ratn_chv = 0  0 10   
 >> ratn_cvh = 0  0 10   
 >> ratn_cvv = 0  6 10   
 >> rcvr_chh = 
 >> rcvr_chv = 
 >> rcvr_cvh = 
 >> rcvr_cvv = 
 >> rcvr_cpz = 0.0
 >> rcvr_cbw = 0
 >> chrp_bnd = 20  
 >> chrp_len = 10 
 >> chrp_mod = DN
  
 Done decoding data from header array...
  
 Data collected on ==> 04-JUN-1995                                                                     
  
 Starting and end GPS times for SAR data  -144447781.7740   -144447528.5690
  
                           Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00120     0.0000018      0
 hdg             -3.44475       -3.80127       -3.12561     0.1315866      0
 trc              0.03371       -0.10275        0.20875     0.0638021      0
 tgs            215.53341      214.96875      216.32813     0.3204179      0
 roll            -0.96532       -1.48315        1.35132     0.1945628      0
 pitch            0.99642        0.86243        1.14258     0.0512543      0
 lati            42.45329       42.20896       42.69728     0.1410345      0
 loni           -85.29967      -85.29990      -85.29951     0.0000739      0
 latd            42.45063       42.20500       42.69333     0.1410971      0
 lond           -85.30000      -85.30000      -85.30000     0.0000000      0
 balt          7929.61215     7924.80000     7933.63920     1.3129427      0
 ralt          7991.61271     7970.21520     8028.43200    13.9179954      0
 dpth             1.04285        0.90000        1.20000     0.0563572      0
 droll           -0.92552       -1.40000        0.00000     0.1762158      0
 thd            356.58261      356.20000      356.90000     0.1452079      0
 dad              3.36400        3.20000        3.60000     0.0968022      0
 latg            42.45590       42.21167       42.69994     0.1407199      6
 long           -84.93769      -85.29967        0.00001     5.5440953      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8208.46825     4602.94971     8263.88965   236.1908924      0
 phh_aten        14.00000       14.00000       14.00000     0.0000000      0
 phv_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvh_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvv_aten        14.00000       14.00000       14.00000     0.0000000      0
 lhh_aten         6.00000        6.00000        6.00000     0.0000000      0
 lhv_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvh_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvv_aten         6.00000        6.00000        6.00000     0.0000000      0
 chh_aten        16.00000       16.00000       16.00000     0.0000000      0
 chv_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvh_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvv_aten        16.00000       16.00000       16.00000     0.0000000      0
 hwlat           42.45647       42.21232       42.70070     0.1409106      0
 hwlon          -85.30643     -170.59937      -85.29949     0.7598197      0
 hwalt         8226.03267     8221.89885     8234.80133     3.1462233      0
 hwev             0.12644       -0.38600        0.78800     0.2397668      0
 hwnv           215.53948      214.97000      216.33600     0.3196438      0
 hwuv            -0.05220       -0.42200        0.29600     0.1367699      0
 hwroll          -0.96532       -1.48315        1.31287     0.1935107      0
 hwpitch          0.99646        0.86243        1.14258     0.0512689      0
 hwhdg           -3.44532       -6.61377       -3.12561     0.1344015      0
 hwtrc            0.03356       -0.10275        0.27875     0.0637137      0
 hwtgs          215.53244      214.96875      216.32813     0.3198344      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...
   -144447780.9993958    
 i_yearind        19954
  
 GPS time for first pulse =   -144447781.7725127      -144447781.7740000    
  
  
 New start and number of records =          116      211107
 New start and number of blocks  =            1        1651
  
 GPS trend coefficients =   -15.88482483295863       48.30010957364550    
    20.92917637861216    
  
 Begin final analysis of data...
  
                            Analysis Results
 Parameter     Average        Minimum        Maximum        Std. Dev     Errors
  
 t_prf            0.00119        0.00119        0.00120     0.0000018      0
 hdg             -3.44492       -3.80127       -3.12561     0.1314308      0
 trc              0.03361       -0.10275        0.20875     0.0636991      0
 tgs            215.53290      214.96875      216.32813     0.3199448      0
 roll            -0.96570       -1.48315        1.27441     0.1919076      0
 pitch            0.99643        0.86243        1.14258     0.0512664      0
 delx             0.25730        0.00000        0.25738     0.0005605      0
 lati            42.45344       42.20896       42.69728     0.1411195      0
 loni           -85.29967      -85.29990      -85.29951     0.0000740      0
 latd            42.45078       42.20667       42.69333     0.1411789      0
 lond           -85.30000      -85.30000      -85.30000     0.0000000      0
 balt          7929.61348     7925.40960     7933.33440     1.3076481      0
 ralt          7991.60658     7970.21520     8028.43200    13.9066150      0
 dpth             1.04282        0.90000        1.20000     0.0563499      0
 droll           -0.92629       -1.40000       -0.40000     0.1749260      0
 thd            356.58262      356.20000      356.90000     0.1451645      0
 dad              3.36396        3.20000        3.60000     0.0967857      0
 latg            42.45529       42.21167       42.69800     0.1411037      0
 long           -85.29956      -85.29967      -85.29942     0.0000680      0
 nc               0.00000        0.00000        0.00000     0.0000000      0
 ec               0.00000        0.00000        0.00000     0.0000000      0
 hgt           8208.46824     8205.00992     8211.75599     1.7140819      0
 phh_aten        14.00000       14.00000       14.00000     0.0000000      0
 phv_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvh_aten         8.00000        8.00000        8.00000     0.0000000      0
 pvv_aten        14.00000       14.00000       14.00000     0.0000000      0
 lhh_aten         6.00000        6.00000        6.00000     0.0000000      0
 lhv_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvh_aten         0.00000        0.00000        0.00000     0.0000000      0
 lvv_aten         6.00000        6.00000        6.00000     0.0000000      0
 chh_aten        16.00000       16.00000       16.00000     0.0000000      0
 chv_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvh_aten        10.00000       10.00000       10.00000     0.0000000      0
 cvv_aten        16.00000       16.00000       16.00000     0.0000000      0
 hwlat           42.45647       42.21236       42.70066     0.1409106      0
 hwlon          -85.29966      -85.29988      -85.29949     0.0000733      0
 hwalt         8226.03267     8221.89891     8234.79867     3.1462231      0
 hwev             0.12648       -0.38500        0.78600     0.2397782      0
 hwnv           215.53947      214.97200      216.33500     0.3197087      0
 hwuv            -0.05220       -0.42200        0.29600     0.1367690      0
 hwroll          -0.96535       -1.47766        1.27441     0.1934459      0
 hwpitch          0.99650        0.86792        1.14258     0.0511866      0
 hwhdg           -3.44506       -3.80127       -3.12561     0.1314352      0
 hwtrc            0.03355       -0.10248        0.20822     0.0636803      0
 hwtgs          215.53240      214.96875      216.32813     0.3199047      0

 Finished final analysis of data...

  
 Average Barometric Altitude =    7929.613476922916    
 Average Radar Altitude      =    7991.606584615370    
 Average GPS Altitude        =    8208.468244775069    
 >>Record # :          128
 >>GPS Stuff =   2.00   7 19  2 15 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 =    42.2123569  -85.2998780    8234.799
 End position   =    42.7006613  -85.2994908    8221.999
 Loxodromic Heading (deg) =     0.0336416
 Loxodromic Distance (km) =     54241.9091192
 Geodesic Heading (deg)   =     0.0335113
 Geodesic Distance (km)   =     54241.9090224
  
 Peg latitude and longitude =    42.4565084  -85.2997308
 Peg heading =     0.0415349
  
 Rotation matrix 
 First row =    0.060456863 -0.054591646 -0.996676838
 Second row =  -0.735308760  0.672819466 -0.081455472
 Third row =    0.675030367  0.737789752  0.000534839
  
 Translation vector 
 Vector =      1411.57918   -17168.38236   -13105.31598
  
 Local Radius of Curvature =    6364538.716021913    
  
 Start and end pulse used =          116      211222
 Ellipsoidal delta s (m) =   0.2569415792178094    
  
 Delta s on reference surface =   0.2569415796797827    
  
 Miscellaneous Information 
  
 Start range =           8664.003250000000    
 Start ground range =    3346.517071933570    
 Time orgin =           -144447781.7725127    
 Pulse spacing =        0.2573007974459931    
 First frame  =            5860115

 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/air16/airops/1029/cm6069_p.mocomp                   
 Name of the H-pol motion compensation file?
 /export/air16/airops/1029/cm6069_p.mocomph                  
 Name of the V-pol motion compensation file?
 /export/air16/airops/1029/cm6069_p.mocompv                 
 How many lines per polarization?
       105650
 +           1
 +       10001
 +       20001
 +       30001
 +       40001
 +       50001
 +       60001
 +       70001
 +       80001
 +       90001
 +      100001
 +      110001
 +      120001
 +      130001
 +      140001
 +      150001
 +      160001
 +      170001
 +      180001
 +      190001
 +      200001
 +      210001

  *********************************************
  *                                           *
  *         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/air16/airops/1029/cm6069_p.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/p_hh                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_p_hh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_p_hh.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_p_hh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_p_hh.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            1
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (-135.3206,0.0000000E+00) (100.2374,0.0000000E+00)
 (0.0000000E+00,0.0000000E+00)
 attenuation (dB):    14.00000    
 Pulse#/128:           1        1073  5.3751750E+08
 Pulse#/128:         129        1073  5.2188896E+08
 Pulse#/128:         257        1073  5.2389549E+08
 Pulse#/128:         385        1073  5.2920365E+08
 Pulse#/128:         513        1073  5.4454822E+08
 Pulse#/128:         641        1073  5.5069350E+08
 Pulse#/128:         769        1073  5.5183066E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   87.33530    Power RMS:  9.3750000E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   23270.79    Amp.  RMS:   352.0909    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   142.6174    Phase RMS:  0.8291562    
 Incoherent PH 1st:   142.5563    
  max_bin with Incoherent averaging:         1866
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   87.88264    
 CalTone Power Coherently dB  :   87.33530    
 Incoherent PW  - Coherent PW :  0.5473480    
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   23303.03    
 CalTone Amplitude Coherently   :   23270.79    
 Incoherent Amp.- Coherent Amp. :   32.24414    
       ------------ *** ------------
 running time (sec):     44.39
  ********** 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/air16/airops/1029/cm6069_p.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/p_hv                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_p_hv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_p_hv.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_p_hv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_p_hv.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            2
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (-60.28527,0.0000000E+00) (-70.33282,0.0000000E+00)
 (0.0000000E+00,0.0000000E+00)
 attenuation (dB):    8.000000    
 Pulse#/128:           1        1073  9.3012314E+08
 Pulse#/128:         129        1073  9.2111872E+08
 Pulse#/128:         257        1073  9.1533350E+08
 Pulse#/128:         385        1073  9.3548429E+08
 Pulse#/128:         513        1073  9.3112576E+08
 Pulse#/128:         641        1073  9.2924416E+08
 Pulse#/128:         769        1073  9.0604096E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.66674    Power RMS:  0.0000000E+00
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   30432.83    Amp.  RMS:   152.4205    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -37.76997    Phase RMS:  0.3144470    
 Incoherent PH 1st:  -37.90828    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.68238    
 CalTone Power Coherently dB  :   89.66674    
 Incoherent PW  - Coherent PW :  1.5640259E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   30505.47    
 CalTone Amplitude Coherently   :   30432.83    
 Incoherent Amp.- Coherent Amp. :   72.64258    
       ------------ *** ------------
 running time (sec):     42.65
  ********** 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/air16/airops/1029/cm6069_p.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/p_vh                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_p_vh.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_p_vh.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_p_vh.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_p_vh.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            3
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (-75.35659,0.0000000E+00) (47.72584,0.0000000E+00)
 (-62.79716,0.0000000E+00)
 attenuation (dB):    8.000000    
 Pulse#/128:           1        1073  5.4821978E+08
 Pulse#/128:         129        1073  5.4411430E+08
 Pulse#/128:         257        1073  5.4721056E+08
 Pulse#/128:         385        1073  5.4989402E+08
 Pulse#/128:         513        1073  5.4489293E+08
 Pulse#/128:         641        1073  5.3700442E+08
 Pulse#/128:         769        1073  5.4281971E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   87.37323    Power RMS:  5.4126587E-02
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   23370.48    Amp.  RMS:   123.1584    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :   142.3149    Phase RMS:  0.4192627    
 Incoherent PH 1st:   142.3480    
  max_bin with Incoherent averaging:         1866
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   87.73643    
 CalTone Power Coherently dB  :   87.37323    
 Incoherent PW  - Coherent PW :  0.3631973    
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   23420.11    
 CalTone Amplitude Coherently   :   23370.48    
 Incoherent Amp.- Coherent Amp. :   49.62891    
       ------------ *** ------------
 running time (sec):     42.49
  ********** 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/air16/airops/1029/cm6069_p.par                      
  Enter the raw data file name.
 /export/air11/airops/1029/p_vv                              
  Enter the motion compensation file name.
 /export/air16/airops/1029/cm6069_p.mocomp                   
  Enter a file name for the range spectrum:
 /export/air16/airops/1029/db_p_vv.dat                       
  Enter a file name for the sampled caltone power:
 /export/air16/airops/1029/1st_p_vv.dat                      
  Enter histogram of the caltone power file name:
 /export/air16/airops/1029/pw_hist_p_vv.dat                  
  Enter histogram of the caltone phase file name:
 /export/air16/airops/1029/ph_hist_p_vv.dat                  
  How many lines of raw data?
       105650
  Enter start range line #:
            1
  Enter polarization (1=HH,2=HV,3=VH,4=VV):
            4
  band width:    20.00000    
  Sampling frequency =    45.00000    
  Sampling frequency =    45.00000    
  Raw data samples per line =         2560
  Caltone frequency =    21.44530    
  Prediction cal_bin        1073
  start/end pulse:           1      105473
  128-Loop Count:         825
 cmplx raw(1 2 3): (135.3206,0.0000000E+00) (-50.11872,0.0000000E+00)
 (40.09498,0.0000000E+00)
 attenuation (dB):    14.00000    
 Pulse#/128:           1        1073  9.8919366E+08
 Pulse#/128:         129        1073  9.7935526E+08
 Pulse#/128:         257        1073  9.6162560E+08
 Pulse#/128:         385        1073  1.0189473E+09
 Pulse#/128:         513        1073  9.8716064E+08
 Pulse#/128:         641        1073  1.0013695E+09
 Pulse#/128:         769        1073  9.8023962E+08
 plot_x:         825
 Estimate Caltone :        1073          49
  
       -----CalTone Estimate Position ---
 CalTone Bin at              :        1073        1073
 CalTone Bin offset          :           0
  
       -------- CalTone Intensity--------
 Coherent Power MEAN (dB)    :   89.92316    Power RMS:  0.0000000E+00
  
       -------- CalTone Amplitude --------
 Coherent Amplitude MEAN     :   31345.64    Amp.  RMS:   283.7464    
  
       ---------CalTone Phase Angle---------
 Coherent Phase MEAN (Deg)   :  -37.51546    Phase RMS:  0.5790744    
 Incoherent PH 1st:  -37.68834    
  max_bin with Incoherent averaging:         1073
  
       ----CalTone Power Comparison of Non/Coherent---
 CalTone Power Incoherently dB:   89.96311    
 CalTone Power Coherently dB  :   89.92316    
 Incoherent PW  - Coherent PW :  3.9947510E-02
       ------------ *** ------------
  
   ----CalTone Amplitude Comparison of Non/Coherent---
 CalTone Amplitude Incoherently :   31478.02    
 CalTone Amplitude Coherently   :   31345.64    
 Incoherent Amp.- Coherent Amp. :   132.3750    
       ------------ *** ------------
 running time (sec):     42.43
  ********** 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: 
   -16.96342      1.0760557E-04
  z fit: constant and linear terms: 
   -3.913142     -4.5888624E-05
  y and z standard deviations (meters)   3.662802       1.454361    
  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 =           28
  Step size =         3492
  PATCH NUMER            1
 First line =           1
  Averages =  -3.2365140E-02 -3.4095652E-02 -3.3530351E-02 -3.2934204E-02
 Differences =   8.6621195E-04 -8.6430088E-04 -2.9899925E-04  2.9714778E-04
  PATCH NUMER            2
 First line =        3493
  Averages =  -3.3913784E-02 -3.3028383E-02 -3.2453179E-02 -3.1667389E-02
 Differences =  -1.1480749E-03 -2.6267394E-04  3.1252950E-04  1.0983199E-03
  PATCH NUMER            3
 First line =        6985
  Averages =  -3.2586701E-02 -3.1775478E-02 -3.2334413E-02 -3.2792594E-02
 Differences =  -2.1440163E-04  5.9682131E-04  3.7886202E-05 -4.2029470E-04
  PATCH NUMER            4
 First line =       10477
  Averages =  -3.1995725E-02 -3.2728199E-02 -3.2857481E-02 -3.3377033E-02
 Differences =   7.4388832E-04  1.1414289E-05 -1.1786819E-04 -6.3741952E-04
  PATCH NUMER            5
 First line =       13969
  Averages =  -3.2806389E-02 -3.3110734E-02 -3.4644425E-02 -3.6297612E-02
 Differences =   1.4084503E-03  1.1041053E-03 -4.2958558E-04 -2.0827726E-03
  PATCH NUMER            6
 First line =       17461
  Averages =  -3.4111712E-02 -3.5969920E-02 -3.6561105E-02 -3.7669960E-02
 Differences =   1.9665137E-03  1.0830536E-04 -4.8287958E-04 -1.5917346E-03
  PATCH NUMER            7
 First line =       20953
  Averages =  -3.6429033E-02 -3.7274171E-02 -3.8287919E-02 -3.7563544E-02
 Differences =   9.5964223E-04  1.1450425E-04 -8.9924410E-04 -1.7486885E-04
  PATCH NUMER            8
 First line =       24445
  Averages =  -3.8172446E-02 -3.7700012E-02 -3.7859671E-02 -3.6237285E-02
 Differences =  -6.8006665E-04 -2.0763278E-04 -3.6729127E-04  1.2550950E-03
  PATCH NUMER            9
 First line =       27937
  Averages =  -3.7795961E-02 -3.6840480E-02 -3.5183113E-02 -3.4686089E-02
 Differences =  -1.6695149E-03 -7.1403384E-04  9.4333291E-04  1.4403574E-03
  PATCH NUMER           10
 First line =       31429
  Averages =  -3.5375178E-02 -3.4608267E-02 -3.4731708E-02 -3.5989992E-02
 Differences =  -1.9887090E-04  5.6803972E-04  4.4459850E-04 -8.1368536E-04
  PATCH NUMER           11
 First line =       34921
  Averages =  -3.4603719E-02 -3.5487071E-02 -3.6933485E-02 -3.7806399E-02
 Differences =   1.6039833E-03  7.2063133E-04 -7.2578341E-04 -1.5986972E-03
  PATCH NUMER           12
 First line =       38413
  Averages =  -3.6333989E-02 -3.7725274E-02 -3.8305819E-02 -3.8600329E-02
 Differences =   1.4073811E-03  1.6096979E-05 -5.6444854E-04 -8.5895881E-04
  PATCH NUMER           13
 First line =       41905
  Averages =  -3.8012713E-02 -3.8760558E-02 -3.7527546E-02 -3.6321297E-02
 Differences =  -3.5716593E-04 -1.1050105E-03  1.2800097E-04  1.3342500E-03
  PATCH NUMER           14
 First line =       45397
  Averages =  -3.7835587E-02 -3.6801215E-02 -3.5880357E-02 -3.6587693E-02
 Differences =  -1.0593049E-03 -2.4933368E-05  8.9592487E-04  1.8858910E-04
  PATCH NUMER           15
 First line =       48889
  Averages =  -3.6063544E-02 -3.6113452E-02 -3.7659958E-02 -3.7402634E-02
 Differences =   7.4638799E-04  6.9648027E-04 -8.5002556E-04 -5.9270114E-04
  PATCH NUMER           16
 First line =       52381
  Averages =  -3.7267305E-02 -3.7683003E-02 -3.6496479E-02 -3.5153966E-02
 Differences =  -6.1706081E-04 -1.0327585E-03  1.5376508E-04  1.4962777E-03
  PATCH NUMER           17
 First line =       55873
  Averages =  -3.6887392E-02 -3.5462309E-02 -3.4815177E-02 -3.4245525E-02
 Differences =  -1.5347451E-03 -1.0966137E-04  5.3746998E-04  1.1071227E-03
  PATCH NUMER           18
 First line =       59365
  Averages =  -3.4942627E-02 -3.4426250E-02 -3.3979796E-02 -3.3631355E-02
 Differences =  -6.9760159E-04 -1.8122420E-04  2.6522949E-04  6.1367080E-04
  PATCH NUMER           19
 First line =       62857
  Averages =  -3.4097001E-02 -3.3786554E-02 -3.3639092E-02 -3.4109514E-02
 Differences =  -1.8895417E-04  1.2149289E-04  2.6895478E-04 -2.0146742E-04
  PATCH NUMER           20
 First line =       66349
  Averages =  -3.3794288E-02 -3.3790059E-02 -3.4801677E-02 -3.6248107E-02
 Differences =   8.6427853E-04  8.6850673E-04 -1.4311075E-04 -1.5895404E-03
  PATCH NUMER           21
 First line =       69841
  Averages =  -3.4416325E-02 -3.5948467E-02 -3.6563538E-02 -3.5668969E-02
 Differences =   1.2330152E-03 -2.9912591E-04 -9.1419742E-04 -1.9628555E-05
  PATCH NUMER           22
 First line =       73333
  Averages =  -3.6679525E-02 -3.6077239E-02 -3.4991652E-02 -3.5124741E-02
 Differences =  -9.6122175E-04 -3.5893545E-04  7.2665140E-04  5.9356168E-04
  PATCH NUMER           23
 First line =       76825
  Averages =  -3.5320587E-02 -3.4699507E-02 -3.6113851E-02 -3.7622694E-02
 Differences =   6.1862171E-04  1.2397021E-03 -1.7464161E-04 -1.6834848E-03
  PATCH NUMER           24
 First line =       80317
  Averages =  -3.5603266E-02 -3.7278220E-02 -3.8095433E-02 -3.7771072E-02
 Differences =   1.5837662E-03 -9.1187656E-05 -9.0840086E-04 -5.8403984E-04
  PATCH NUMER           25
 First line =       83809
  Averages =  -3.8039643E-02 -3.7806690E-02 -3.7620731E-02 -3.5852365E-02
 Differences =  -7.0975721E-04 -4.7680363E-04 -2.9084459E-04  1.4775209E-03
  PATCH NUMER           26
 First line =       87301
  Averages =  -3.7552211E-02 -3.6542106E-02 -3.4857430E-02 -3.5175096E-02
 Differences =  -1.5204661E-03 -5.1036105E-04  1.1743158E-03  8.5664913E-04
  PATCH NUMER           27
 First line =       90793
  Averages =  -3.5238527E-02 -3.4960464E-02 -3.5801090E-02 -3.5052091E-02
 Differences =   2.4527311E-05  3.0259043E-04 -5.3803623E-04  2.1096319E-04
  PATCH NUMER           28
 First line =       94285
  Averages =  -3.5917304E-02 -3.5496857E-02 -3.4305148E-02 -3.4415361E-02
 Differences =  -8.8362768E-04 -4.6318024E-04  7.2852895E-04  6.1831623E-04
  PATCH NUMER           29
 First line =       97777
 last black mod_64:          61      105650       97777        8192
  Averages =  -3.4410380E-02 -3.4410298E-02 -3.6336668E-02 -3.5890412E-02
 Differences =   8.5158646E-04  8.5166842E-04 -1.0747015E-03 -6.2844530E-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/air11/airops/1029/sensor.pp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_p.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =  -0.7250000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  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/air11/airops/1029/p_hh                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_p.mocomph                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.ph                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.3286002E-02
 reading motion compensation data
 WAYNE read motion compen    2.408079    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7002840    
 start range comp, time =      3.218

 WAYNE PREV   3.136349    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.486 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.02610099315643    
 ATTN ifrq ipol ln           0           1       78032   14.00000    
 IPOL, ITOP nblock            1           0          21
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1639952659606934E-02
 WAYNE Motion comp. added to patch, time =    15.69533503055573    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.3090839385986328E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5927530527115    
  Writing         4192 lines of data to file
 WAYNE write output data    4.637302994728088    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   372.9672960042953    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   376.454 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    112.8449280261993    
 ATTN ifrq ipol ln           0           1       81524   14.00000    
 IPOL, ITOP nblock            1           0          22
  ****shift in azimuth (fractional pixel)=  -0.4987936    
  shift in azimuth *fractional pixel=  -0.4987936       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1379003524780273E-02
 WAYNE Motion comp. added to patch, time =    15.13640403747559    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.9362926483154297E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.0947700738907    
  Writing         4192 lines of data to file
 WAYNE write output data    1.364467024803162    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   429.4726440906525    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   805.927 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.6598820686340    
 ATTN ifrq ipol ln           0           1       85016   14.00000    
 IPOL, ITOP nblock            1           0          23
  ****shift in azimuth (fractional pixel)=  -0.4988185    
  shift in azimuth *fractional pixel=  -0.4988185       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1409997940063477E-02
 WAYNE Motion comp. added to patch, time =    15.96938192844391    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.9828081130981445E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3598880767822    
  Writing         4192 lines of data to file
 WAYNE write output data    1.388926029205322    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   435.4106709957123    
 ==w out          24       12579
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.505 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.55575394630432    
 ATTN ifrq ipol ln           0           1       88508   14.00000    
 IPOL, ITOP nblock            1           0          24
  ****shift in azimuth (fractional pixel)=  -0.4988095    
  shift in azimuth *fractional pixel=  -0.4988095       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1536955833435059E-02
 WAYNE Motion comp. added to patch, time =    15.84607911109924    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.3919343948364258E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.1463119983673    
  Writing         4192 lines of data to file
 WAYNE write output data    14.81914901733398    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   383.3833160400391    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   386.889 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.3754270076752    
 ATTN ifrq ipol ln           0           1       92000   14.00000    
 IPOL, ITOP nblock            1           0          25
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1721014976501465E-02
 WAYNE Motion comp. added to patch, time =    15.35659706592560    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.5291085243225098E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.6064039468765    
  Writing         4192 lines of data to file
 WAYNE write output data    15.12843501567841    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   435.5057220458984    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   822.395 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.8936769962311    
 ATTN ifrq ipol ln           0           1       95492   14.00000    
 IPOL, ITOP nblock            1           0          26
  ****shift in azimuth (fractional pixel)=  -0.4988108    
  shift in azimuth *fractional pixel=  -0.4988108       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1533021926879883E-02
 WAYNE Motion comp. added to patch, time =    15.25191509723663    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.8558025360107422E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.9551041126251    
  Writing         4192 lines of data to file
 WAYNE write output data    1.608448982238770    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   421.7407869100571    
 ==w out          27       12579
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.422 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    50.89425694942474    
 ATTN ifrq ipol ln           0           1        8192   14.00000    
 IPOL, ITOP nblock            1           0           1
  ****shift in azimuth (fractional pixel)=  -0.4988896    
  shift in azimuth *fractional pixel=  -0.4988896       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1324048042297363E-02
 TESTING  0.0000000E+00  -11.74972      -1.664346    
 WAYNE Motion comp. added to patch, time =    16.15540993213654    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.5060176849365234E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.74972      -1.664346    
 HEY,dt,fract,ye,pe  -0.4988896       1.000000     -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    302.5700539350510    
  Writing         4192 lines of data to file
 WAYNE write output data    14.06216907501221    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   383.6975340843201    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   387.120 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    103.5995529890060    
 ATTN ifrq ipol ln           0           1       11684   14.00000    
 IPOL, ITOP nblock            1           0           2
  ****shift in azimuth (fractional pixel)=  -0.4988821    
  shift in azimuth *fractional pixel=  -0.4988821       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1357069015502930E-02
 TESTING  0.0000000E+00  -14.45146      -3.182904    
 WAYNE Motion comp. added to patch, time =    15.57816803455353    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.2609949111938477E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.45146      -3.182904    
 HEY,dt,fract,ye,pe  -0.4988821       1.000000     -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    301.2903190851212    
  Writing         4192 lines of data to file
 WAYNE write output data    17.30137801170349    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   437.8049699068069    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   824.926 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    102.9343270063400    
 ATTN ifrq ipol ln           0           1       15176   14.00000    
 IPOL, ITOP nblock            1           0           3
  ****shift in azimuth (fractional pixel)=  -0.4988862    
  shift in azimuth *fractional pixel=  -0.4988862       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1453986167907715E-02
 TESTING  0.0000000E+00  -16.38409      -4.338090    
 WAYNE Motion comp. added to patch, time =    15.33629107475281    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   8.5690021514892578E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.38409      -4.338090    
 HEY,dt,fract,ye,pe  -0.4988862       1.000000     -6.4866804E-02
   1.7948201E-02
 WAYNE Azim PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.526 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.17152404785156    
 ATTN ifrq ipol ln           0           1       98984   14.00000    
 IPOL, ITOP nblock            1           0          27
  ****shift in azimuth (fractional pixel)=  -0.4988292    
  shift in azimuth *fractional pixel=  -0.4988292       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1532068252563477E-02
 WAYNE Motion comp. added to patch, time =    15.92228198051453    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.5990009307861328E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.0891339778900    
  Writing         4192 lines of data to file
 WAYNE write output data    1.925065040588379    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   369.1239700317383    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   372.651 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    117.6951889991760    
 ATTN ifrq ipol ln           0           1      102476   14.00000    
 IPOL, ITOP nblock            1           0          28
  ****shift in azimuth (fractional pixel)=  -0.4988315    
  shift in azimuth *fractional pixel=  -0.4988315       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1354088783264160E-02
 WAYNE Motion comp. added to patch, time =    16.27362000942230    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.2048959732055664E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5243959426880    
  Writing         4192 lines of data to file
 WAYNE write output data    12.87763595581055    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   448.3958120346069    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   821.047 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    104.1712059974670    
 ATTN ifrq ipol ln           0           1      105649   14.00000    
 IPOL, ITOP nblock            1           0          29
  ****shift in azimuth (fractional pixel)=  -0.4988363    
  shift in azimuth *fractional pixel=  -0.4988363       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1308073997497559E-02
 WAYNE Motion comp. added to patch, time =    15.06475901603699    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.8633008003234863E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.2925230264664    
  Writing         4192 lines of data to file
 WAYNE write output data    1.789956927299500    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   424.3499768972397    
 ==w out          30       12579
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.474 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.94298303127289    
 ATTN ifrq ipol ln           0           1       64064   14.00000    
 IPOL, ITOP nblock            1           0          17
  ****shift in azimuth (fractional pixel)=  -0.4987488    
  shift in azimuth *fractional pixel=  -0.4987488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1818051338195801E-02
 WAYNE Motion comp. added to patch, time =    16.91080796718597    
 WAYNE Doppler estimation done, time =   2.0027160644531250E-05
 WAYNE write deskew done, time =   2.6679039001464844E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.8307449817657    
  Writing         4192 lines of data to file
 WAYNE write output data    3.762542963027954    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   371.4638639688492    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   374.939 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    114.6908239126205    
 ATTN ifrq ipol ln           0           1       67556   14.00000    
 IPOL, ITOP nblock            1           0          18
  ****shift in azimuth (fractional pixel)=  -0.4988122    
  shift in azimuth *fractional pixel=  -0.4988122       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1522054672241211E-02
 WAYNE Motion comp. added to patch, time =    16.84659099578857    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   1.2454986572265625E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.0259850025177    
  Writing         4192 lines of data to file
 WAYNE write output data    6.528833985328674    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   439.1175969839096    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   814.057 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    112.6632109880447    
 ATTN ifrq ipol ln           0           1       71048   14.00000    
 IPOL, ITOP nblock            1           0          19
  ****shift in azimuth (fractional pixel)=  -0.4988589    
  shift in azimuth *fractional pixel=  -0.4988589       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1311054229736328E-02
 WAYNE Motion comp. added to patch, time =    15.18826103210449    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   6.7880153656005859E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.6291120052338    
  Writing         4192 lines of data to file
 WAYNE write output data    1.697692990303040    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   430.1979309320450    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1244.255 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    96.03896296024323    
 ATTN ifrq ipol ln           0           1       74540   14.00000    
 IPOL, ITOP nblock            1           0          20
  ****shift in azimuth (fractional pixel)=  -0.4987871    
  shift in azimuth *fractional pixel=  -0.4987871       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0820031166076660E-02
 WAYNE Motion comp. added to patch, time =    14.9735 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.436 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.99223399162292    
 ATTN ifrq ipol ln           0           1       22160   14.00000    
 IPOL, ITOP nblock            1           0           5
  ****shift in azimuth (fractional pixel)=  -0.4988097    
  shift in azimuth *fractional pixel=  -0.4988097       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1676073074340820E-02
 WAYNE Motion comp. added to patch, time =    15.98915708065033    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.4340152740478516E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.6752679347992    
  Writing         4192 lines of data to file
 WAYNE write output data    7.773799061775208    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   375.4463130235672    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   378.883 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    110.6884509325027    
 ATTN ifrq ipol ln           0           1       25652   14.00000    
 IPOL, ITOP nblock            1           0           6
  ****shift in azimuth (fractional pixel)=  -0.4987210    
  shift in azimuth *fractional pixel=  -0.4987210       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1265993118286133E-02
 WAYNE Motion comp. added to patch, time =    15.27401399612427    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.6950011253356934E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.2450189590454    
  Writing         4192 lines of data to file
 WAYNE write output data    1.447264075279236    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   427.6844210624695    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   806.568 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    118.1307250261307    
 ATTN ifrq ipol ln           0           1       29144   14.00000    
 IPOL, ITOP nblock            1           0           7
  ****shift in azimuth (fractional pixel)=  -0.4987034    
  shift in azimuth *fractional pixel=  -0.4987034       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1348962783813477E-02
 WAYNE Motion comp. added to patch, time =    15.62286102771759    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   1.6829967498779297E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.6017900705338    
  Writing         4192 lines of data to file
 WAYNE write output data    1.866575002670288    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   438.2514970302582    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1244.820 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.93241202831268    
 ATTN ifrq ipol ln           0           1       32636   14.00000    
 IPOL, ITOP nblock            1           0           8
  ****shift in azimuth (fractional pixel)=  -0.4987086    
  shift in azimuth *fractional pixel=  -0.4987086       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0810971260070801E-02
 WAYNE Motion comp. added to patch, time =    14.8619 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.449 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.53410804271698    
 ATTN ifrq ipol ln           0           1       36128   14.00000    
 IPOL, ITOP nblock            1           0           9
  ****shift in azimuth (fractional pixel)=  -0.4988124    
  shift in azimuth *fractional pixel=  -0.4988124       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1860013008117676E-02
 WAYNE Motion comp. added to patch, time =    16.24065995216370    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.3719072341918945E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.0441889762878    
  Writing         4192 lines of data to file
 WAYNE write output data    1.701666951179504    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   368.5368219614029    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   371.986 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    117.8850290775299    
 ATTN ifrq ipol ln           0           1       39620   14.00000    
 IPOL, ITOP nblock            1           0          10
  ****shift in azimuth (fractional pixel)=  -0.4987768    
  shift in azimuth *fractional pixel=  -0.4987768       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1348009109497070E-02
 WAYNE Motion comp. added to patch, time =    15.12267005443573    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.4502048492431641E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.1971160173416    
  Writing         4192 lines of data to file
 WAYNE write output data    1.420258998870850    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   435.6525070667267    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   807.639 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    118.8855020999908    
 ATTN ifrq ipol ln           0           1       43112   14.00000    
 IPOL, ITOP nblock            1           0          11
  ****shift in azimuth (fractional pixel)=  -0.4986992    
  shift in azimuth *fractional pixel=  -0.4986992       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1348009109497070E-02
 WAYNE Motion comp. added to patch, time =    15.11718404293060    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   2.2701025009155273E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4816880226135    
  Writing         4192 lines of data to file
 WAYNE write output data    1.643048048019409    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   438.1633440256119    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1245.803 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.10592198371887    
 ATTN ifrq ipol ln           0           1       46604   14.00000    
 IPOL, ITOP nblock            1           0          12
  ****shift in azimuth (fractional pixel)=  -0.4986090    
  shift in azimuth *fractional pixel=  -0.4986090       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0844945907592773E-02
 WAYNE Motion comp. added to patch, time =    14.9778 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.460 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.52428698539734    
 ATTN ifrq ipol ln           0           1       50096   14.00000    
 IPOL, ITOP nblock            1           0          13
  ****shift in azimuth (fractional pixel)=  -0.4985529    
  shift in azimuth *fractional pixel=  -0.4985529       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1756062507629395E-02
 WAYNE Motion comp. added to patch, time =    16.11786592006683    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.5749206542968750E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8466910123825    
  Writing         4192 lines of data to file
 WAYNE write output data    10.97535800933838    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   379.4806489944458    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   382.941 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    107.2227779626846    
 ATTN ifrq ipol ln           0           1       53588   14.00000    
 IPOL, ITOP nblock            1           0          14
  ****shift in azimuth (fractional pixel)=  -0.4986932    
  shift in azimuth *fractional pixel=  -0.4986932       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1423945426940918E-02
 WAYNE Motion comp. added to patch, time =    15.79471600055695    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.0310997962951660E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8858000040054    
  Writing         4192 lines of data to file
 WAYNE write output data    17.04773890972137    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   441.9843078851700    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   824.926 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.1158649921417    
 ATTN ifrq ipol ln           0           1       57080   14.00000    
 IPOL, ITOP nblock            1           0          15
  ****shift in azimuth (fractional pixel)=  -0.4987679    
  shift in azimuth *fractional pixel=  -0.4987679       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1435985565185547E-02
 WAYNE Motion comp. added to patch, time =    15.68133795261383    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   1.5576004981994629E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5675940513611    
  Writing         4192 lines of data to file
 WAYNE write output data    7.927302002906799    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   426.3205900192261    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1251.247 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    89.76086199283600    
 ATTN ifrq ipol ln           0           1       60572   14.00000    
 IPOL, ITOP nblock            1           0          16
  ****shift in azimuth (fractional pixel)=  -0.4987639    
  shift in azimuth *fractional pixel=  -0.4987639       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0905027389526367E-02
 WAYNE Motion comp. added to patch, time =    14.98061098060608    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.0039081573486328E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    253.1449630260468    
  Writing         4192 lines of data to file
 WAYNE write output data    1.314935922622681    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   365.4871670007706    
 ==w out          21       16771
5003986359    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.0439624786376953E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    257.8755190372467    
  Writing         4192 lines of data to file
 WAYNE write output data    1.452328085899353    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   370.1371430158615    
 ==w out           9       16771
uth compression done, time =    301.6806390285492    
  Writing         4192 lines of data to file
 WAYNE write output data    1.435382008552551    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   421.4089049100876    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1246.335 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    93.72949993610382    
 ATTN ifrq ipol ln           0           1       18668   14.00000    
 IPOL, ITOP nblock            1           0           4
  ****shift in azimuth (fractional pixel)=  -0.4988561    
  shift in azimuth *fractional pixel=  -0.4988561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.0723948478698730E-02
 TESTING  0.0000000E+00  -18.20922      -5.289400    
 WAYNE Motion comp. added to patch, time =    15.01912808418274    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   1.8607020378112793E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.20922      -5.289400    
 HEY,dt,fract,ye,pe  -0.4988561       1.000000     -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    258.6626650094986    
  Writing         4192 lines of data to file
 WAYNE write output data    1.460531949996948    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   368.9022649526596    
 ==w out           5       16771
3195972443    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   2.0580291748046875E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    258.5743149518967    
  Writing         4192 lines of data to file
 WAYNE write output data    1.461132049560547    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   370.1342480182648    
 ==w out          13       16771
9298267365    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.2781968116760254E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    259.0848600864410    
  Writing         4192 lines of data to file
 WAYNE write output data    1.385495066642761    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   365.2476409673691    
 ==w out          17       16771
            1      147331           0
            2      147397           0
            3      147364           0
            4      147250           0
            5      146892           0
            6      147332           0
            7      147338           0
            8      147337           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     22.89353203773499    
 WAYNE LOOP TIME:     1648.470839977264    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_p.hh_j                     
 /export/air16/airops/1029/cm6069_p.mocomph                  
 /export/air16/airops/1029/cm6069_p.dop                      
 /export/air16/airops/1029/cm6069_p.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_p.mocomph                  
 dopfile /export/air16/airops/1029/cm6069_p.dop                      
 globalfile /export/air16/airops/1029/cm6069_p.glb                      
 /export/air16/airops/1029/cm6069_p.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_p.hh_j                     
 WAYNE FINAL PROCESS   1653.212918996811    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_p.hh_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_p.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.ph                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_p.hh                       
  Name of the line output file?
 /export/air16/airops/1029/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.725582003593445    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -137.1441      -2783.829     -0.4988896     -0.4988896    
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.6335      -2786.590     -0.4988821     -0.4988821    
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.9893      -2797.917     -0.4988862     -0.4988862    
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.7788      -2829.386     -0.4988561     -0.4988561    
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -137.3549      -2910.997     -0.4988097     -0.4988097    
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -153.2506      -3001.350     -0.4987210     -0.4987210    
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -166.3095      -3049.878     -0.4987034     -0.4987034    
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.7691      -3027.823     -0.4987086     -0.4987086    
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.9258      -2967.694     -0.4988124     -0.4988124    
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -147.3159      -2954.598     -0.4987768     -0.4987768    
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.7874      -3042.012     -0.4986992     -0.4986992    
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.6278      -3143.292     -0.4986090     -0.4986090    
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -159.3723      -3149.517     -0.4985529     -0.4985529    
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -156.4042      -3065.586     -0.4986932     -0.4986932    
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.9886      -2997.912     -0.4987679     -0.4987679    
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -164.0472      -2990.563     -0.4987639     -0.4987639    
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -149.1362      -2961.860     -0.4987488     -0.4987488    
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.8432      -2905.956     -0.4988122     -0.4988122    
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -139.3830      -2870.555     -0.4988589     -0.4988589    
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.8325      -2908.903     -0.4987871     -0.4987871    
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -153.4042      -2965.322     -0.4987294     -0.4987294    
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.6394      -2953.805     -0.4987936     -0.4987936    
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -161.1952      -2932.294     -0.4988185     -0.4988185    
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -173.4073      -2980.792     -0.4988095     -0.4988095    
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.9593      -2995.656     -0.4987294     -0.4987294    
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.5358      -2936.594     -0.4988108     -0.4988108    
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.8536      -2884.750     -0.4988292     -0.4988292    
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.8814      -2883.476     -0.4988315     -0.4988315    
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -155.2342      -2908.518     -0.4988363     -0.4988363    
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    508.9163140058517    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    510.0518640279770    

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.pp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_p.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =  -0.7250000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  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/air11/airops/1029/p_hv                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_p.mocomph                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.ph                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5041009E-02
 reading motion compensation data
 WAYNE read motion compen    2.438254    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7013922    
 start range comp, time =      3.944

 WAYNE PREV   3.170583    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     4.157 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    50.89081203937531    
 ATTN ifrq ipol ln           0           2        8192   8.000000    
 IPOL, ITOP nblock            2           0           1
  ****shift in azimuth (fractional pixel)=  -0.4988896    
  shift in azimuth *fractional pixel=  -0.4988896       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1785984039306641E-02
 TESTING  0.0000000E+00  -11.74972      -1.664346    
 WAYNE Motion comp. added to patch, time =    16.17234897613525    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3959875106811523E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.74972      -1.664346    
 HEY,dt,fract,ye,pe  -0.4988896       1.000000     -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    302.1218230724335    
  Writing         4192 lines of data to file
 WAYNE write output data    1.908148050308228    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   371.1090509891510    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   375.266 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    111.6188809871674    
 ATTN ifrq ipol ln           0           2       11684   8.000000    
 IPOL, ITOP nblock            2           0           2
  ****shift in azimuth (fractional pixel)=  -0.4988821    
  shift in azimuth *fractional pixel=  -0.4988821       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1387944221496582E-02
 TESTING  0.0000000E+00  -14.45146      -3.182904    
 WAYNE Motion comp. added to patch, time =    15.66376996040344    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.2367954254150391E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.45146      -3.182904    
 HEY,dt,fract,ye,pe  -0.4988821       1.000000     -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    310.6693140268326    
  Writing         4192 lines of data to file
 WAYNE write output data    10.94763696193695    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   448.9350160360336    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   824.202 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    95.11851501464844    
 ATTN ifrq ipol ln           0           2       15176   8.000000    
 IPOL, ITOP nblock            2           0           3
  ****shift in azimuth (fractional pixel)=  -0.4988862    
  shift in azimuth *fractional pixel=  -0.4988862       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1402010917663574E-02
 TESTING  0.0000000E+00  -16.38409      -4.338090    
 WAYNE Motion comp. added to patch, time =    15.48032093048096    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.9200921058654785E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.38409      -4.338090    
 HEY,dt,fract,ye,pe  -0.4988862       1.000000     -6.4866804E-02
   1.7948201E-02
 WAYNE Azim PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     4.224 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.52332389354706    
 ATTN ifrq ipol ln           0           2       78032   8.000000    
 IPOL, ITOP nblock            2           0          21
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1609077453613281E-02
 WAYNE Motion comp. added to patch, time =    16.10692799091339    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.7229785919189453E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.3589619398117    
  Writing         4192 lines of data to file
 WAYNE write output data    10.41287994384766    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   382.4183129072189    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   386.643 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    99.00650298595428    
 ATTN ifrq ipol ln           0           2       81524   8.000000    
 IPOL, ITOP nblock            2           0          22
  ****shift in azimuth (fractional pixel)=  -0.4987936    
  shift in azimuth *fractional pixel=  -0.4987936       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1259078979492188E-02
 WAYNE Motion comp. added to patch, time =    15.41878700256348    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.5136957168579102E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4306720495224    
  Writing         4192 lines of data to file
 WAYNE write output data    2.926049947738647    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   419.8098489046097    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   806.453 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.1126610040665    
 ATTN ifrq ipol ln           0           2       85016   8.000000    
 IPOL, ITOP nblock            2           0          23
  ****shift in azimuth (fractional pixel)=  -0.4988185    
  shift in azimuth *fractional pixel=  -0.4988185       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1290073394775391E-02
 WAYNE Motion comp. added to patch, time =    15.33874702453613    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   6.5560340881347656E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.0321029424667    
  Writing         4192 lines of data to file
 WAYNE write output data    5.981266021728516    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   435.4841619729996    
 ==w out          24       12579
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     4.252 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.32469499111176    
 ATTN ifrq ipol ln           0           2       98984   8.000000    
 IPOL, ITOP nblock            2           0          27
  ****shift in azimuth (fractional pixel)=  -0.4988292    
  shift in azimuth *fractional pixel=  -0.4988292       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.7899036407470703E-02
 WAYNE Motion comp. added to patch, time =    16.78652703762054    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.4889707565307617E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.2687020301819    
  Writing         4192 lines of data to file
 WAYNE write output data    9.555407047271729    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   383.9579780101776    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   388.211 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.63575899600983    
 ATTN ifrq ipol ln           0           2      102476   8.000000    
 IPOL, ITOP nblock            2           0          28
  ****shift in azimuth (fractional pixel)=  -0.4988315    
  shift in azimuth *fractional pixel=  -0.4988315       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1214971542358398E-02
 WAYNE Motion comp. added to patch, time =    15.19816291332245    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.0258903503417969E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.3646810054779    
  Writing         4192 lines of data to file
 WAYNE write output data    2.917403936386108    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   418.1488689184189    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   806.360 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.7257039546967    
 ATTN ifrq ipol ln           0           2      105649   8.000000    
 IPOL, ITOP nblock            2           0          29
  ****shift in azimuth (fractional pixel)=  -0.4988363    
  shift in azimuth *fractional pixel=  -0.4988363       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1355042457580566E-02
 WAYNE Motion comp. added to patch, time =    15.25352597236633    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   2.1498918533325195E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.0683460235596    
  Writing         4192 lines of data to file
 WAYNE write output data    8.570441007614136    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   439.6527509689331    
 ==w out          30       12579
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     4.240 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    50.87733507156372    
 ATTN ifrq ipol ln           0           2       88508   8.000000    
 IPOL, ITOP nblock            2           0          24
  ****shift in azimuth (fractional pixel)=  -0.4988095    
  shift in azimuth *fractional pixel=  -0.4988095       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1544942855834961E-02
 WAYNE Motion comp. added to patch, time =    15.85760700702667    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.3789405822753906E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8138850927353    
  Writing         4192 lines of data to file
 WAYNE write output data    1.935257077217102    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   370.4998660087585    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   374.741 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.5465849637985    
 ATTN ifrq ipol ln           0           2       92000   8.000000    
 IPOL, ITOP nblock            2           0          25
  ****shift in azimuth (fractional pixel)=  -0.4987294    
  shift in azimuth *fractional pixel=  -0.4987294       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1445999145507813E-02
 WAYNE Motion comp. added to patch, time =    16.20908200740814    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.9688010215759277E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.3614751100540    
  Writing         4192 lines of data to file
 WAYNE write output data    9.856837987899780    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   441.0066299438477    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   815.748 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.9604650735855    
 ATTN ifrq ipol ln           0           2       95492   8.000000    
 IPOL, ITOP nblock            2           0          26
  ****shift in azimuth (fractional pixel)=  -0.4988108    
  shift in azimuth *fractional pixel=  -0.4988108       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1237978935241699E-02
 WAYNE Motion comp. added to patch, time =    15.27694594860077    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.8286943435668945E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8882520198822    
  Writing         4192 lines of data to file
 WAYNE write output data    7.987781047821045    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   428.1443040370941    
 ==w out          27       12579
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     4.172 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.29364800453186    
 ATTN ifrq ipol ln           0           2       22160   8.000000    
 IPOL, ITOP nblock            2           0           5
  ****shift in azimuth (fractional pixel)=  -0.4988097    
  shift in azimuth *fractional pixel=  -0.4988097       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1583924293518066E-02
 WAYNE Motion comp. added to patch, time =    15.82374894618988    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.4509429931640625E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.4492861032486    
  Writing         4192 lines of data to file
 WAYNE write output data    9.194599032402039    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   380.7771799564362    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   384.950 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.6127929687500    
 ATTN ifrq ipol ln           0           2       25652   8.000000    
 IPOL, ITOP nblock            2           0           6
  ****shift in azimuth (fractional pixel)=  -0.4987210    
  shift in azimuth *fractional pixel=  -0.4987210       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1344075202941895E-02
 WAYNE Motion comp. added to patch, time =    15.59780097007751    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   1.7938017845153809E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.9467990398407    
  Writing         4192 lines of data to file
 WAYNE write output data    10.73944497108459    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   431.9277060031891    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   816.878 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.2319300174713    
 ATTN ifrq ipol ln           0           2       29144   8.000000    
 IPOL, ITOP nblock            2           0           7
  ****shift in azimuth (fractional pixel)=  -0.4987034    
  shift in azimuth *fractional pixel=  -0.4987034       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1149048805236816E-02
 WAYNE Motion comp. added to patch, time =    15.35893297195435    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.1346926689147949E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.1802569627762    
  Writing         4192 lines of data to file
 WAYNE write output data    2.036900997161865    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   420.8419810533524    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1237.720 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.0525239706039    
 ATTN ifrq ipol ln           0           2       32636   8.000000    
 IPOL, ITOP nblock            2           0           8
  ****shift in azimuth (fractional pixel)=  -0.4987086    
  shift in azimuth *fractional pixel=  -0.4987086       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1482000350952148E-02
 WAYNE Motion comp. added to patch, time =    15.1343 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     4.196 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.01727902889252    
 ATTN ifrq ipol ln           0           2       50096   8.000000    
 IPOL, ITOP nblock            2           0          13
  ****shift in azimuth (fractional pixel)=  -0.4985529    
  shift in azimuth *fractional pixel=  -0.4985529       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1416912078857422E-02
 WAYNE Motion comp. added to patch, time =    16.43724000453949    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.5199651718139648E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.9578601121902    
  Writing         4192 lines of data to file
 WAYNE write output data    1.804577946662903    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   370.2328109741211    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   374.429 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.1629520654678    
 ATTN ifrq ipol ln           0           2       53588   8.000000    
 IPOL, ITOP nblock            2           0          14
  ****shift in azimuth (fractional pixel)=  -0.4986932    
  shift in azimuth *fractional pixel=  -0.4986932       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1345028877258301E-02
 WAYNE Motion comp. added to patch, time =    15.93325102329254    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.5127062797546387E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.9603929519653    
  Writing         4192 lines of data to file
 WAYNE write output data    2.986171007156372    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   432.0705519914627    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   806.500 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.9237689971924    
 ATTN ifrq ipol ln           0           2       57080   8.000000    
 IPOL, ITOP nblock            2           0          15
  ****shift in azimuth (fractional pixel)=  -0.4987679    
  shift in azimuth *fractional pixel=  -0.4987679       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1394023895263672E-02
 WAYNE Motion comp. added to patch, time =    15.42650699615479    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.2928009033203125E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.6524100303650    
  Writing         4192 lines of data to file
 WAYNE write output data    17.29449808597565    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   447.3231871128082    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1253.824 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    87.63245904445648    
 ATTN ifrq ipol ln           0           2       60572   8.000000    
 IPOL, ITOP nblock            2           0          16
  ****shift in azimuth (fractional pixel)=  -0.4987639    
  shift in azimuth *fractional pixel=  -0.4987639       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1516094207763672E-02
 WAYNE Motion comp. added to patch, time =    15.2821 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     4.183 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.22420692443848    
 ATTN ifrq ipol ln           0           2       36128   8.000000    
 IPOL, ITOP nblock            2           0           9
  ****shift in azimuth (fractional pixel)=  -0.4988124    
  shift in azimuth *fractional pixel=  -0.4988124       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1489987373352051E-02
 WAYNE Motion comp. added to patch, time =    15.77825403213501    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3670196533203125E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5481810569763    
  Writing         4192 lines of data to file
 WAYNE write output data    1.863580942153931    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   370.4299769401550    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   374.613 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.3047419786453    
 ATTN ifrq ipol ln           0           2       39620   8.000000    
 IPOL, ITOP nblock            2           0          10
  ****shift in azimuth (fractional pixel)=  -0.4987768    
  shift in azimuth *fractional pixel=  -0.4987768       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1385917663574219E-02
 WAYNE Motion comp. added to patch, time =    15.40843999385834    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.9415020942687988E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.1546159982681    
  Writing         4192 lines of data to file
 WAYNE write output data    8.597102046012878    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   440.4974660873413    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   815.111 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.3746650218964    
 ATTN ifrq ipol ln           0           2       43112   8.000000    
 IPOL, ITOP nblock            2           0          11
  ****shift in azimuth (fractional pixel)=  -0.4986992    
  shift in azimuth *fractional pixel=  -0.4986992       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1355996131896973E-02
 WAYNE Motion comp. added to patch, time =    15.30751705169678    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   1.9999980926513672E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.2420569658279    
  Writing         4192 lines of data to file
 WAYNE write output data    14.09324395656586    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   435.0503410100937    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1250.162 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    91.37938201427460    
 ATTN ifrq ipol ln           0           2       46604   8.000000    
 IPOL, ITOP nblock            2           0          12
  ****shift in azimuth (fractional pixel)=  -0.4986090    
  shift in azimuth *fractional pixel=  -0.4986090       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1325001716613770E-02
 WAYNE Motion comp. added to patch, time =    15.3776 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     4.213 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    51.23329699039459    
 ATTN ifrq ipol ln           0           2       64064   8.000000    
 IPOL, ITOP nblock            2           0          17
  ****shift in azimuth (fractional pixel)=  -0.4987488    
  shift in azimuth *fractional pixel=  -0.4987488       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1497974395751953E-02
 WAYNE Motion comp. added to patch, time =    15.99152290821075    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.3710727691650391E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.4564440250397    
  Writing         4192 lines of data to file
 WAYNE write output data    1.854300022125244    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   371.5514110326767    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   375.764 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.4099580049515    
 ATTN ifrq ipol ln           0           2       67556   8.000000    
 IPOL, ITOP nblock            2           0          18
  ****shift in azimuth (fractional pixel)=  -0.4988122    
  shift in azimuth *fractional pixel=  -0.4988122       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1451005935668945E-02
 WAYNE Motion comp. added to patch, time =    15.82408499717712    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3969054222106934E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.9188500642776    
  Writing         4192 lines of data to file
 WAYNE write output data    1.303564906120300    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   427.4932199716568    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   803.258 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    113.9417990446091    
 ATTN ifrq ipol ln           0           2       71048   8.000000    
 IPOL, ITOP nblock            2           0          19
  ****shift in azimuth (fractional pixel)=  -0.4988589    
  shift in azimuth *fractional pixel=  -0.4988589       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1429071426391602E-02
 WAYNE Motion comp. added to patch, time =    15.47403097152710    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.7236948013305664E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.2158420085907    
  Writing         4192 lines of data to file
 WAYNE write output data    1.560368061065674    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   433.2221909761429    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1236.480 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.6335229873657    
 ATTN ifrq ipol ln           0           2       74540   8.000000    
 IPOL, ITOP nblock            2           0          20
  ****shift in azimuth (fractional pixel)=  -0.4987871    
  shift in azimuth *fractional pixel=  -0.4987871       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1440992355346680E-02
 WAYNE Motion comp. added to patch, time =    15.22371298732758    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.5967955589294434E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    259.3984839916229    
  Writing         4192 lines of data to file
 WAYNE write output data    1.421532988548279    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   378.0464329719543    
 ==w out           9       16771
uth compression done, time =    302.4143630266190    
  Writing         4192 lines of data to file
 WAYNE write output data    12.59998893737793    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   425.6790369749069    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        10477        18668 patch#            4
  reference line: 14572  1249.881 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    90.83786797523499    
 ATTN ifrq ipol ln           0           2       18668   8.000000    
 IPOL, ITOP nblock            2           0           4
  ****shift in azimuth (fractional pixel)=  -0.4988561    
  shift in azimuth *fractional pixel=  -0.4988561       1.000000    
 WAYNE Motion comp. coeff. calculated, time =   1.1427044868469238E-02
 TESTING  0.0000000E+00  -18.20922      -5.289400    
 WAYNE Motion comp. added to patch, time =    15.33276391029358    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.2343993186950684E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.20922      -5.289400    
 HEY,dt,fract,ye,pe  -0.4988561       1.000000     -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    258.2549339532852    
  Writing         4192 lines of data to file
 WAYNE write output data    1.421023011207581    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   365.8818469047546    
 ==w out           5       16771
9103813171    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.7491936683654785E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    261.0572409629822    
  Writing         4192 lines of data to file
 WAYNE write output data    1.362043023109436    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   365.3649640083313    
 ==w out          17       16771
8495082855    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.2235999107360840E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    261.3428949117661    
  Writing         4192 lines of data to file
 WAYNE write output data    1.383402943611145    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   369.5093079805374    
 ==w out          13       16771
8098964691    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   2.1296977996826172E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    261.0801240205765    
  Writing         4192 lines of data to file
 WAYNE write output data    1.309994101524353    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   384.2824140787125    
 ==w out          21       16771
            1      147862           0
            2      147860           0
            3      147763           0
            4      147853           0
            5      147856           0
            6      147863           0
            7      119152           0
            8      147753           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     16.98252904415131    
 WAYNE LOOP TIME:     1652.342319011688    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_p.hv_j                     
 /export/air16/airops/1029/cm6069_p.mocomph                  
 /export/air16/airops/1029/cm6069_p.dop                      
 /export/air16/airops/1029/cm6069_p.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_p.mocomph                  
 dopfile /export/air16/airops/1029/cm6069_p.dop                      
 globalfile /export/air16/airops/1029/cm6069_p.glb                      
 /export/air16/airops/1029/cm6069_p.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_p.hv_j                     
 WAYNE FINAL PROCESS   1657.044814944267    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_p.hv_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_p.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.ph                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_p.hv                       
  Name of the line output file?
 /export/air16/airops/1029/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.716403007507324    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -137.1441      -2783.829     -0.4988896     -0.4988896    
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.6335      -2786.590     -0.4988821     -0.4988821    
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.9893      -2797.917     -0.4988862     -0.4988862    
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.7788      -2829.386     -0.4988561     -0.4988561    
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -137.3549      -2910.997     -0.4988097     -0.4988097    
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -153.2506      -3001.350     -0.4987210     -0.4987210    
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -166.3095      -3049.878     -0.4987034     -0.4987034    
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.7691      -3027.823     -0.4987086     -0.4987086    
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.9258      -2967.694     -0.4988124     -0.4988124    
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -147.3159      -2954.598     -0.4987768     -0.4987768    
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.7874      -3042.012     -0.4986992     -0.4986992    
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.6278      -3143.292     -0.4986090     -0.4986090    
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -159.3723      -3149.517     -0.4985529     -0.4985529    
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -156.4042      -3065.586     -0.4986932     -0.4986932    
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.9886      -2997.912     -0.4987679     -0.4987679    
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -164.0472      -2990.563     -0.4987639     -0.4987639    
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -149.1362      -2961.860     -0.4987488     -0.4987488    
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.8432      -2905.956     -0.4988122     -0.4988122    
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -139.3830      -2870.555     -0.4988589     -0.4988589    
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.8325      -2908.903     -0.4987871     -0.4987871    
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -153.4042      -2965.322     -0.4987294     -0.4987294    
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.6394      -2953.805     -0.4987936     -0.4987936    
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -161.1952      -2932.294     -0.4988185     -0.4988185    
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -173.4073      -2980.792     -0.4988095     -0.4988095    
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.9593      -2995.656     -0.4987294     -0.4987294    
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.5358      -2936.594     -0.4988108     -0.4988108    
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.8536      -2884.750     -0.4988292     -0.4988292    
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.8814      -2883.476     -0.4988315     -0.4988315    
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -155.2342      -2908.518     -0.4988363     -0.4988363    
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    533.0891239643097    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    533.6343529224396    

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.pp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_p.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =  -0.7250000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  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/air11/airops/1029/p_vh                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_p.mocompv                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.pv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.4915001E-02
 reading motion compensation data
 WAYNE read motion compen    2.438626    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7008030    
 start range comp, time =      3.421

 WAYNE PREV   3.170845    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.704 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.41476798057556    
 ATTN ifrq ipol ln           0           3       78032   8.000000    
 IPOL, ITOP nblock            3           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1511087417602539E-02
 WAYNE Motion comp. added to patch, time =    16.09952199459076    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.3950338363647461E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.4229489564896    
  Writing         4192 lines of data to file
 WAYNE write output data    1.558169007301331    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   375.5114270448685    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   379.216 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.5283399820328    
 ATTN ifrq ipol ln           0           3       81524   8.000000    
 IPOL, ITOP nblock            3           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1272072792053223E-02
 WAYNE Motion comp. added to patch, time =    15.66881906986237    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   1.3958930969238281E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.3930919170380    
  Writing         4192 lines of data to file
 WAYNE write output data    4.110103964805603    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   433.7280299663544    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   812.944 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    102.5809229612350    
 ATTN ifrq ipol ln           0           3       85016   8.000000    
 IPOL, ITOP nblock            3           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1238932609558105E-02
 WAYNE Motion comp. added to patch, time =    15.25527799129486    
 WAYNE Doppler estimation done, time =   6.1988830566406250E-05
 WAYNE write deskew done, time =   2.0967006683349609E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.0172629356384    
  Writing         4192 lines of data to file
 WAYNE write output data    1.412389993667603    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   421.2995109558105    
 ==w out          24       12579
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.734 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.98721802234650    
 ATTN ifrq ipol ln           0           3       98984   8.000000    
 IPOL, ITOP nblock            3           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1686921119689941E-02
 WAYNE Motion comp. added to patch, time =    16.17893397808075    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3840665817260742E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.7250510454178    
  Writing         4192 lines of data to file
 WAYNE write output data    1.469701886177063    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   374.3770189285278    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   378.111 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.2242770195007    
 ATTN ifrq ipol ln           0           3      102476   8.000000    
 IPOL, ITOP nblock            3           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1327981948852539E-02
 WAYNE Motion comp. added to patch, time =    15.78956902027130    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   8.5479021072387695E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    305.2795170545578    
  Writing         4192 lines of data to file
 WAYNE write output data    10.43482804298401    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   442.7499520778656    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   820.861 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.23731696605682    
 ATTN ifrq ipol ln           0           3      105649   8.000000    
 IPOL, ITOP nblock            3           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1278033256530762E-02
 WAYNE Motion comp. added to patch, time =    14.99109494686127    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   2.2853970527648926E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.9614650011063    
  Writing         4192 lines of data to file
 WAYNE write output data    1.470695018768311    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   413.6961530447006    
 ==w out          30       12579
 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.720 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.14596998691559    
 ATTN ifrq ipol ln           0           3       88508   8.000000    
 IPOL, ITOP nblock            3           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1427044868469238E-02
 WAYNE Motion comp. added to patch, time =    16.04932999610901    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.3430585861206055E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.2974220514297    
  Writing         4192 lines of data to file
 WAYNE write output data    5.941658973693848    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   381.4500089883804    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   385.171 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.9028180837631    
 ATTN ifrq ipol ln           0           3       92000   8.000000    
 IPOL, ITOP nblock            3           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1100053787231445E-02
 WAYNE Motion comp. added to patch, time =    15.39081907272339    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.9080042839050293E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.1367280483246    
  Writing         4192 lines of data to file
 WAYNE write output data    1.388280987739563    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   420.8500980138779    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   806.021 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    109.2450850009918    
 ATTN ifrq ipol ln           0           3       95492   8.000000    
 IPOL, ITOP nblock            3           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1255979537963867E-02
 WAYNE Motion comp. added to patch, time =    16.06210207939148    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.2495994567871094E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.6846419572830    
  Writing         4192 lines of data to file
 WAYNE write output data    1.542266011238098    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   429.5594220161438    
 ==w out          27       12579
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.642 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    52.09374308586121    
 ATTN ifrq ipol ln           0           3        8192   8.000000    
 IPOL, ITOP nblock            3           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1497974395751953E-02
 TESTING  0.0000000E+00  -11.75021      -1.664558    
 WAYNE Motion comp. added to patch, time =    17.00065004825592    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.3000240325927734E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.75021      -1.664558    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    306.4323890209198    
  Writing         4192 lines of data to file
 WAYNE write output data    8.581972956657410    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   384.1242909431458    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   387.767 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    99.15486407279968    
 ATTN ifrq ipol ln           0           3       11684   8.000000    
 IPOL, ITOP nblock            3           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1279940605163574E-02
 TESTING  0.0000000E+00  -14.45175      -3.183110    
 WAYNE Motion comp. added to patch, time =    15.62599802017212    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.9690990447998047E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.45175      -3.183110    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    304.4310579299927    
  Writing         4192 lines of data to file
 WAYNE write output data    1.364429950714111    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   420.6087219715118    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   808.376 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    108.8828600645065    
 ATTN ifrq ipol ln           0           3       15176   8.000000    
 IPOL, ITOP nblock            3           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1265039443969727E-02
 TESTING  0.0000000E+00  -16.38437      -4.338229    
 WAYNE Motion comp. added to patch, time =    15.35002303123474    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.5184988975524902E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.38437      -4.338229    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4866804E-02
   1.7948201E-02
 WAYNE Azimuth compression done, time =    303.2372059822083    
  Writing         4192 lines of data to file
 WAYNE write output data    1.318894028663635    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   428.8269699811935    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.657 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.02742803096771    
 ATTN ifrq ipol ln           0           3       22160   8.000000    
 IPOL, ITOP nblock            3           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.1658072471618652E-02
 WAYNE Motion comp. added to patch, time =    16.21227896213531    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.3030042648315430E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.6803580522537    
  Writing         4192 lines of data to file
 WAYNE write output data    9.378919959068298    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   385.3149410486221    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   388.972 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.48505198955536    
 ATTN ifrq ipol ln           0           3       25652   8.000000    
 IPOL, ITOP nblock            3           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1286020278930664E-02
 WAYNE Motion comp. added to patch, time =    15.57424199581146    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.7429947853088379E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.9766180515289    
  Writing         4192 lines of data to file
 WAYNE write output data    1.474131107330322    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   417.5401180982590    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   806.513 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    110.1438629627228    
 ATTN ifrq ipol ln           0           3       29144   8.000000    
 IPOL, ITOP nblock            3           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1234998703002930E-02
 WAYNE Motion comp. added to patch, time =    16.27294504642487    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   2.2053003311157227E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.6268920898438    
  Writing         4192 lines of data to file
 WAYNE write output data    1.546426057815552    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   429.6248700618744    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1236.138 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.1988641023636    
 ATTN ifrq ipol ln           0           3       32636   8.000000    
 IPOL, ITOP nblock            3           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.0658025741577148E-02
 WAYNE Motion comp. added to patch, time =    14.85260999202728    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.5061964988708496E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    255.6310659646988    
  Writing         4192 lines of data to file
 WAYNE write output data    1.315701007843018    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   372.0355160236359    
 ==w out           9       16771
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.693 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.90910494327545    
 ATTN ifrq ipol ln           0           3       64064   8.000000    
 IPOL, ITOP nblock            3           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1612057685852051E-02
 WAYNE Motion comp. added to patch, time =    16.37593889236450    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.4769306182861328E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.5215879678726    
  Writing         4192 lines of data to file
 WAYNE write output data    10.27325403690338    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   386.0958420038223    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   389.789 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.31640207767487    
 ATTN ifrq ipol ln           0           3       67556   8.000000    
 IPOL, ITOP nblock            3           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1164069175720215E-02
 WAYNE Motion comp. added to patch, time =    15.45334005355835    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.2292017936706543E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    306.0706650018692    
  Writing         4192 lines of data to file
 WAYNE write output data    8.377892017364502    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   428.2531670331955    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   818.043 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.63908910751343    
 ATTN ifrq ipol ln           0           3       71048   8.000000    
 IPOL, ITOP nblock            3           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1395931243896484E-02
 WAYNE Motion comp. added to patch, time =    15.23211193084717    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   8.3400011062622070E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.2680130004883    
  Writing         4192 lines of data to file
 WAYNE write output data    1.603934049606323    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   417.7642980813980    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1235.808 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.2734448909760    
 ATTN ifrq ipol ln           0           3       74540   8.000000    
 IPOL, ITOP nblock            3           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.0653972625732422E-02
 WAYNE Motion comp. added to patch, time =    14.93277597427368    
 WAYNE Doppler estimation done, time =   1.1086463928222656E-05
 WAYNE write deskew done, time =   2.1609067916870117E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    257.1419129371643    
  Writing         4192 lines of data to file
 WAYNE write output data    1.333956003189087    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   373.6961039304733    
 ==w out          21       16771
0477        18668 patch#            4
  reference line: 14572  1237.203 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    99.82842195034027    
 ATTN ifrq ipol ln           0           3       18668   8.000000    
 IPOL, ITOP nblock            3           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.0788083076477051E-02
 TESTING  0.0000000E+00  -18.20945      -5.289533    
 WAYNE Motion comp. added to patch, time =    15.05567491054535    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.0291924476623535E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.20945      -5.289533    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    258.5109869241714    
  Writing         4192 lines of data to file
 WAYNE write output data    1.293917059898376    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   374.7218470573425    
 ==w out           5       16771
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.679 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.65955209732056    
 ATTN ifrq ipol ln           0           3       50096   8.000000    
 IPOL, ITOP nblock            3           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1449933052062988E-02
 WAYNE Motion comp. added to patch, time =    16.68819999694824    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   2.3310184478759766E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    304.1175819635391    
  Writing         4192 lines of data to file
 WAYNE write output data    1.567402958869934    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   375.0484139919281    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   378.727 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    110.5384219884872    
 ATTN ifrq ipol ln           0           3       53588   8.000000    
 IPOL, ITOP nblock            3           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1394023895263672E-02
 WAYNE Motion comp. added to patch, time =    15.67903900146484    
 WAYNE Doppler estimation done, time =   1.4901161193847656E-05
 WAYNE write deskew done, time =   8.5059404373168945E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    303.8427659273148    
  Writing         4192 lines of data to file
 WAYNE write output data    3.081686019897461    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   433.1633279323578    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   811.891 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    111.1610410213470    
 ATTN ifrq ipol ln           0           3       57080   8.000000    
 IPOL, ITOP nblock            3           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1425971984863281E-02
 WAYNE Motion comp. added to patch, time =    15.66078805923462    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.1404027938842773E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.1807819604874    
  Writing         4192 lines of data to file
 WAYNE write output data    1.334956884384155    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   429.3718169927597    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1241.263 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    98.80456900596619    
 ATTN ifrq ipol ln           0           3       60572   8.000000    
 IPOL, ITOP nblock            3           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.0748028755187988E-02
 WAYNE Motion comp. added to patch, time =    15.06674802303314    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.2379159927368164E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    257.2933189868927    
  Writing         4192 lines of data to file
 WAYNE write output data    1.291381955146790    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   372.4702008962631    
 ==w out          17       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.667 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.52110302448273    
 ATTN ifrq ipol ln           0           3       36128   8.000000    
 IPOL, ITOP nblock            3           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1479020118713379E-02
 WAYNE Motion comp. added to patch, time =    16.16109406948090    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.4969577789306641E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    307.9422999620438    
  Writing         4192 lines of data to file
 WAYNE write output data    14.71692597866058    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   391.3573360443115    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   395.025 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    95.12834405899048    
 ATTN ifrq ipol ln           0           3       39620   8.000000    
 IPOL, ITOP nblock            3           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1605024337768555E-02
 WAYNE Motion comp. added to patch, time =    16.08880388736725    
 WAYNE Doppler estimation done, time =   1.8000602722167969E-05
 WAYNE write deskew done, time =   1.7857074737548828E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    302.7325170040131    
  Writing         4192 lines of data to file
 WAYNE write output data    17.68808400630951    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   431.6687129735947    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   826.694 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    97.43495595455170    
 ATTN ifrq ipol ln           0           3       43112   8.000000    
 IPOL, ITOP nblock            3           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1392951011657715E-02
 WAYNE Motion comp. added to patch, time =    15.21811401844025    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   1.4216065406799316E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.2932549715042    
  Writing         4192 lines of data to file
 WAYNE write output data    1.362404942512512    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   415.3357620239258    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1242.030 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.0448230504990    
 ATTN ifrq ipol ln           0           3       46604   8.000000    
 IPOL, ITOP nblock            3           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.0681986808776855E-02
 WAYNE Motion comp. added to patch, time =    15.04350304603577    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.2939443588256836E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    257.0892020463943    
  Writing         4192 lines of data to file
 WAYNE write output data    1.297529935836792    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   373.4892309904099    
 ==w out          13       16771
            1      148361           0
            2      148379           0
            3      148320           0
            4      148295           0
            5      148398           0
            6      148238           0
            7      148225           0
            8      148401           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     10.99665904045105    
 WAYNE LOOP TIME:     1638.285509943962    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_p.vh_j                     
 /export/air16/airops/1029/cm6069_p.mocompv                  
 /export/air16/airops/1029/cm6069_p.dop                      
 /export/air16/airops/1029/cm6069_p.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_p.mocompv                  
 dopfile /export/air16/airops/1029/cm6069_p.dop                      
 globalfile /export/air16/airops/1029/cm6069_p.glb                      
 /export/air16/airops/1029/cm6069_p.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_p.vh_j                     
 WAYNE FINAL PROCESS   1642.801821947098    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_p.vh_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_p.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.pv                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_p.vh                       
  Name of the line output file?
 /export/air16/airops/1029/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.823301911354065    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -136.6452      -2783.331      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.1346      -2786.091      0.0000000E+00  0.0000000E+00
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.4904      -2797.418      0.0000000E+00  0.0000000E+00
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.2799      -2828.888      0.0000000E+00  0.0000000E+00
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -136.8563      -2910.498      0.0000000E+00  0.0000000E+00
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -152.7519      -3000.851      0.0000000E+00  0.0000000E+00
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -165.8108      -3049.380      0.0000000E+00  0.0000000E+00
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.2704      -3027.324      0.0000000E+00  0.0000000E+00
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.4270      -2967.195      0.0000000E+00  0.0000000E+00
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -146.8171      -2954.100      0.0000000E+00  0.0000000E+00
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.2887      -3041.513      0.0000000E+00  0.0000000E+00
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.1292      -3142.793      0.0000000E+00  0.0000000E+00
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -158.8735      -3149.019      0.0000000E+00  0.0000000E+00
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -155.9055      -3065.087      0.0000000E+00  0.0000000E+00
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.4898      -2997.414      0.0000000E+00  0.0000000E+00
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -163.5485      -2990.064      0.0000000E+00  0.0000000E+00
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -148.6375      -2961.361      0.0000000E+00  0.0000000E+00
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.3444      -2905.458      0.0000000E+00  0.0000000E+00
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -138.8842      -2870.056      0.0000000E+00  0.0000000E+00
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.3337      -2908.404      0.0000000E+00  0.0000000E+00
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -152.9055      -2964.823      0.0000000E+00  0.0000000E+00
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.1406      -2953.306      0.0000000E+00  0.0000000E+00
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -160.6963      -2931.795      0.0000000E+00  0.0000000E+00
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -172.9085      -2980.294      0.0000000E+00  0.0000000E+00
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.4607      -2995.157      0.0000000E+00  0.0000000E+00
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.0370      -2936.095      0.0000000E+00  0.0000000E+00
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.3547      -2884.251      0.0000000E+00  0.0000000E+00
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.3826      -2882.977      0.0000000E+00  0.0000000E+00
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -154.7354      -2908.019      0.0000000E+00  0.0000000E+00
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    486.0951299667358    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    486.6451399326324    

  *********************************************
  *****                                   *****
  *****    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/air11/airops/1029/sensor.pp                         

  Please enter the name of the parameter file
 /export/air16/airops/1029/cm6069_p.par                      
 hddt:       95027
 dx   0.5144400       1.000000    


  The following values were specified:

  Processing         6144 bytes per data line
  Start processing at line            1
  Going to process       105650 lines
  Keeping         4192 data points per patch
  Near range (m)                       =    8601.050    
  Slant range pixel spacing (m)        =    6.662055    
  Azimuth pixel spacing (m)            =   0.5144400    
  Theoretical azimuth resolution (m)   =    3.500000    
  Radar wavelength (m)                 =   0.6832900    
  ADC sampling frequency (MHz)         =    45.00000    
  Pulse length (microseconds)          =    10.00000    
  Chirp bandwidth (MHz)                =    20.00000    
  Ashift                               =  -0.7250000    
  Range weighting coefficient          =   0.1000000    
  Map height (m)                       =    243.2000    
  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/air11/airops/1029/p_vv                              

  Name of the mocomp data file?
 /export/air16/airops/1029/cm6069_p.mocompv                  

  Output file name w/o ext?
 /export/air16/airops/1029/cm6069_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/air11/airops/1029/
 output filename:/export/air11/airops/1029/cm6069_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/air11/airops/1029/deskew.pv                         
 WAYNE init fft, calc slant range, load unpack, interpo   1.5179001E-02
 reading motion compensation data
 WAYNE read motion compen    2.441028    
 write parameters ...
 digital chirp < 96032       95027
 References calculated in time domain.
 WAYNE calc pos of antenna, baseline,global ref line, range ref   0.7007890    
 start range comp, time =      3.418

 WAYNE PREV   3.172823    
 NUMBER OF PROCESSOR USED =            8
 POINTER          274877909344         274877974880
 NONE-SYMMETRIC PARALLEL JOBS
 PROCESSING KID#            6 .....
 WAYNE IS IN
 Processing           21 to           23 by #            5

 Processing block number           21
 WAYNE PATCHES:        69841        78032 patch#           21
  reference line: 73936     3.691 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.08630907535553    
 ATTN ifrq ipol ln           0           4       78032   14.00000    
 IPOL, ITOP nblock            4           0          21
 WAYNE Motion comp. coeff. calculated, time =   1.1508941650390625E-02
 WAYNE Motion comp. added to patch, time =    15.93985605239868    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.4670362472534180E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.8539320230484    
  Writing         4192 lines of data to file
 WAYNE write output data    16.92995393276215    
 ==w out          21           0        2001                    0
 WAYNE PROCESS   387.8261020183563    

 Processing block number           22
 WAYNE PATCHES:        73333        81524 patch#           22
  reference line: 77428   391.518 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    103.2512980699539    
 ATTN ifrq ipol ln           0           4       81524   14.00000    
 IPOL, ITOP nblock            4           0          22
 WAYNE Motion comp. coeff. calculated, time =   1.1171936988830566E-02
 WAYNE Motion comp. added to patch, time =    15.15706706047058    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   1.9942998886108398E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.8631020784378    
  Writing         4192 lines of data to file
 WAYNE write output data    1.516960978507996    
 ==w out          22        4192        2001             85852160
 WAYNE PROCESS   419.8209669589996    

 Processing block number           23
 WAYNE PATCHES:        76825        85016 patch#           23
  reference line: 80920   811.339 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    119.7735449075699    
 ATTN ifrq ipol ln           0           4       85016   14.00000    
 IPOL, ITOP nblock            4           0          23
 WAYNE Motion comp. coeff. calculated, time =   1.1505961418151855E-02
 WAYNE Motion comp. added to patch, time =    15.31744897365570    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.1056065559387207E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.9361479282379    
  Writing         4192 lines of data to file
 WAYNE write output data    1.316584944725037    
 ==w out          23        8384        2001            171704320
 WAYNE PROCESS   435.3677129745483    
 ==w out          24       12579
 PROCESSING KID#            8 .....
 WAYNE IS IN
 Processing           27 to           29 by #            7

 Processing block number           27
 WAYNE PATCHES:        90793        98984 patch#           27
  reference line: 94888     3.715 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    54.01788198947906    
 ATTN ifrq ipol ln           0           4       98984   14.00000    
 IPOL, ITOP nblock            4           0          27
 WAYNE Motion comp. coeff. calculated, time =   1.1422991752624512E-02
 WAYNE Motion comp. added to patch, time =    16.37517297267914    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.6869773864746094E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.4070010185242    
  Writing         4192 lines of data to file
 WAYNE write output data    13.25665605068207    
 ==w out          27           0        2001                    0
 WAYNE PROCESS   385.0731470584869    

 Processing block number           28
 WAYNE PATCHES:        94285       102476 patch#           28
  reference line: 98380   388.789 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.9755949974060    
 ATTN ifrq ipol ln           0           4      102476   14.00000    
 IPOL, ITOP nblock            4           0          28
 WAYNE Motion comp. coeff. calculated, time =   1.1587977409362793E-02
 WAYNE Motion comp. added to patch, time =    15.16713404655457    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3261904716491699E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.0410670042038    
  Writing         4192 lines of data to file
 WAYNE write output data    1.994001984596252    
 ==w out          28        4192        2001             85852160
 WAYNE PROCESS   424.2142559289932    

 Processing block number           29
 WAYNE PATCHES:        97458       105649 patch#           29
  reference line: *****   813.003 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    117.9997159242630    
 ATTN ifrq ipol ln           0           4      105649   14.00000    
 IPOL, ITOP nblock            4           0          29
 WAYNE Motion comp. coeff. calculated, time =   1.1415004730224609E-02
 WAYNE Motion comp. added to patch, time =    15.34048306941986    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.0135045051574707E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.1877850294113    
  Writing         4192 lines of data to file
 WAYNE write output data    1.768400073051453    
 ==w out          29        8384        2001            171704320
 WAYNE PROCESS   436.3294349908829    
 ==w out          30       12579
 PROCESSING KID#            1 .....
 WAYNE IS IN
 Processing            1 to            4 by #            0

 Processing block number            1
 TESTING WHY -6.4188898E-02  1.6771900E-02           1           1
 WAYNE PATCHES:            1         8192 patch#            1
  reference line:  4096     3.622 seconds.
 TESTING           1
 before reading
 done reading
 WAYNE load raw data , time =    53.48165798187256    
 ATTN ifrq ipol ln           0           4        8192   14.00000    
 IPOL, ITOP nblock            4           0           1
 WAYNE Motion comp. coeff. calculated, time =   1.1438965797424316E-02
 TESTING  0.0000000E+00  -11.75021      -1.664558    
 WAYNE Motion comp. added to patch, time =    16.16630804538727    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   2.4819374084472656E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -11.75021      -1.664558    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4188898E-02
   1.6771900E-02
 WAYNE Azimuth compression done, time =    298.8943409919739    
  Writing         4192 lines of data to file
 WAYNE write output data    1.474294900894165    
 ==w out           1           0        2001                    0
 WAYNE PROCESS   370.0324429273605    

 Processing block number            2
 TESTING WHY -6.4423703E-02  1.7318100E-02        3492           2
 WAYNE PATCHES:         3493        11684 patch#            2
  reference line:  7588   373.655 seconds.
 TESTING        3493
 before reading
 done reading
 WAYNE load raw data , time =    118.0033529996872    
 ATTN ifrq ipol ln           0           4       11684   14.00000    
 IPOL, ITOP nblock            4           0           2
 WAYNE Motion comp. coeff. calculated, time =   1.1309981346130371E-02
 TESTING  0.0000000E+00  -14.45175      -3.183110    
 WAYNE Motion comp. added to patch, time =    15.36392402648926    
 WAYNE Doppler estimation done, time =   1.2040138244628906E-05
 WAYNE write deskew done, time =   2.7141928672790527E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -14.45175      -3.183110    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4423703E-02
   1.7318100E-02
 WAYNE Azimuth compression done, time =    299.9482209682465    
  Writing         4192 lines of data to file
 WAYNE write output data    1.470497965812683    
 ==w out           2        4192        2001             85852160
 WAYNE PROCESS   434.8257659673691    

 Processing block number            3
 TESTING WHY -6.4866804E-02  1.7948201E-02        3492           3
 WAYNE PATCHES:         6985        15176 patch#            3
  reference line: 11080   808.481 seconds.
 TESTING        6985
 before reading
 done reading
 WAYNE load raw data , time =    122.4206590652466    
 ATTN ifrq ipol ln           0           4       15176   14.00000    
 IPOL, ITOP nblock            4           0           3
 WAYNE Motion comp. coeff. calculated, time =   1.1165976524353027E-02
 TESTING  0.0000000E+00  -16.38437      -4.338229    
 WAYNE Motion comp. added to patch, time =    15.90160202980042    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.3535966873168945E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -16.38437      -4.338229    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.4866804E-02
   1.7948201E-02
 WAYNE Azimuth compression done, time =    301.9611090421677    
  Writing         4192 lines of data to file
 WAYNE write output data    11.96554398536682    
 ==w out           3        8384        2001            171704320
 WAYNE PROCESS   452.2854518890381    

 Processing block number            4
 TESTING WHY -6.5591604E-02  1.8143900E-02        3492           4
 WAYNE PATCHES:        1 PROCESSING KID#            7 .....
 WAYNE IS IN
 Processing           24 to           26 by #            6

 Processing block number           24
 WAYNE PATCHES:        80317        88508 patch#           24
  reference line: 84412     3.708 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.16756498813629    
 ATTN ifrq ipol ln           0           4       88508   14.00000    
 IPOL, ITOP nblock            4           0          24
 WAYNE Motion comp. coeff. calculated, time =   1.1654973030090332E-02
 WAYNE Motion comp. added to patch, time =    16.19199705123901    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.5210380554199219E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.4733040332794    
  Writing         4192 lines of data to file
 WAYNE write output data    7.826684951782227    
 ==w out          24           0        2001                    0
 WAYNE PROCESS   377.6753228902817    

 Processing block number           25
 WAYNE PATCHES:        83809        92000 patch#           25
  reference line: 87904   381.384 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    114.2465209960938    
 ATTN ifrq ipol ln           0           4       92000   14.00000    
 IPOL, ITOP nblock            4           0          25
 WAYNE Motion comp. coeff. calculated, time =   1.1389017105102539E-02
 WAYNE Motion comp. added to patch, time =    15.82656991481781    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.0298957824707031E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.5775890350342    
  Writing         4192 lines of data to file
 WAYNE write output data    13.46743500232697    
 ==w out          25        4192        2001             85852160
 WAYNE PROCESS   443.1511659622192    

 Processing block number           26
 WAYNE PATCHES:        87301        95492 patch#           26
  reference line: 91396   824.536 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    107.6541939973831    
 ATTN ifrq ipol ln           0           4       95492   14.00000    
 IPOL, ITOP nblock            4           0          26
 WAYNE Motion comp. coeff. calculated, time =   1.1245965957641602E-02
 WAYNE Motion comp. added to patch, time =    15.24183404445648    
 WAYNE Doppler estimation done, time =   1.7046928405761719E-05
 WAYNE write deskew done, time =   1.4797925949096680E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5132530927658    
  Writing         4192 lines of data to file
 WAYNE write output data    11.91733896732330    
 ==w out          26        8384        2001            171704320
 WAYNE PROCESS   436.3542259931564    
 ==w out          27       12579
 PROCESSING KID#            5 .....
 WAYNE IS IN
 Processing           17 to           20 by #            4

 Processing block number           17
 WAYNE PATCHES:        55873        64064 patch#           17
  reference line: 59968     3.678 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.46975004673004    
 ATTN ifrq ipol ln           0           4       64064   14.00000    
 IPOL, ITOP nblock            4           0          17
 WAYNE Motion comp. coeff. calculated, time =   1.1531949043273926E-02
 WAYNE Motion comp. added to patch, time =    16.19121599197388    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   2.4409294128417969E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.0215040445328    
  Writing         4192 lines of data to file
 WAYNE write output data    5.742823958396912    
 ==w out          17           0        2001                    0
 WAYNE PROCESS   376.4414470195770    

 Processing block number           18
 WAYNE PATCHES:        59365        67556 patch#           18
  reference line: 63460   380.120 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    114.8917840719223    
 ATTN ifrq ipol ln           0           4       67556   14.00000    
 IPOL, ITOP nblock            4           0          18
 WAYNE Motion comp. coeff. calculated, time =   1.1237978935241699E-02
 WAYNE Motion comp. added to patch, time =    15.27171289920807    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   1.5516996383666992E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.8212809562683    
  Writing         4192 lines of data to file
 WAYNE write output data    14.72943198680878    
 ==w out          18        4192        2001             85852160
 WAYNE PROCESS   445.7423499822617    

 Processing block number           19
 WAYNE PATCHES:        62857        71048 patch#           19
  reference line: 66952   825.863 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    106.4988089799881    
 ATTN ifrq ipol ln           0           4       71048   14.00000    
 IPOL, ITOP nblock            4           0          19
 WAYNE Motion comp. coeff. calculated, time =   1.1314988136291504E-02
 WAYNE Motion comp. added to patch, time =    15.23400390148163    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   1.7722010612487793E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.4750800132751    
  Writing         4192 lines of data to file
 WAYNE write output data    1.928344964981079    
 ==w out          19        8384        2001            171704320
 WAYNE PROCESS   424.1667239665985    

 Processing block number           20
 WAYNE PATCHES:        66349        74540 patch#           20
  reference line: 70444  1250.030 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.6913089752197    
 ATTN ifrq ipol ln           0           4       74540   14.00000    
 IPOL, ITOP nblock            4           0          20
 WAYNE Motion comp. coeff. calculated, time =   1.0630011558532715E-02
 WAYNE Motion comp. added to patch, time =    14.91735899448395    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   2.3920536041259766E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    258.7773470878601    
  Writing         4192 lines of data to file
 WAYNE write output data    1.411087036132813    
 ==w out          20       12576        2001            257556480
 WAYNE PROCESS   375.8114650249481    
 ==w out          21       16771
0477        18668 patch#            4
  reference line: 14572  1260.767 seconds.
 TESTING       10477
 before reading
 done reading
 WAYNE load raw data , time =    91.64287304878235    
 ATTN ifrq ipol ln           0           4       18668   14.00000    
 IPOL, ITOP nblock            4           0           4
 WAYNE Motion comp. coeff. calculated, time =   1.0708928108215332E-02
 TESTING  0.0000000E+00  -18.20945      -5.289533    
 WAYNE Motion comp. added to patch, time =    15.03807294368744    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.2979974746704102E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 HEY,x10,y10,z10  0.0000000E+00  -18.20945      -5.289533    
 HEY,dt,fract,ye,pe   0.0000000E+00  0.0000000E+00 -6.5591604E-02
   1.8143900E-02
 WAYNE Azimuth compression done, time =    257.1001130342484    
  Writing         4192 lines of data to file
 WAYNE write output data    1.417606949806213    
 ==w out           4       12576        2001            257556480
 WAYNE PROCESS   365.2135310173035    
 ==w out           5       16771
 PROCESSING KID#            3 .....
 WAYNE IS IN
 Processing            9 to           12 by #            2

 Processing block number            9
 WAYNE PATCHES:        27937        36128 patch#            9
  reference line: 32032     3.652 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    53.34996592998505    
 ATTN ifrq ipol ln           0           4       36128   14.00000    
 IPOL, ITOP nblock            4           0           9
 WAYNE Motion comp. coeff. calculated, time =   1.1528968811035156E-02
 WAYNE Motion comp. added to patch, time =    15.82734906673431    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.4009943008422852E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3849489688873    
  Writing         4192 lines of data to file
 WAYNE write output data    12.22620296478271    
 ==w out           9           0        2001                    0
 WAYNE PROCESS   382.8043479919434    

 Processing block number           10
 WAYNE PATCHES:        31429        39620 patch#           10
  reference line: 35524   386.457 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    108.3680139780045    
 ATTN ifrq ipol ln           0           4       39620   14.00000    
 IPOL, ITOP nblock            4           0          10
 WAYNE Motion comp. coeff. calculated, time =   1.1467933654785156E-02
 WAYNE Motion comp. added to patch, time =    15.19457399845123    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   6.6840648651123047E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.3599920272827    
  Writing         4192 lines of data to file
 WAYNE write output data    15.45381402969360    
 ==w out          10        4192        2001             85852160
 WAYNE PROCESS   440.3960279226303    

 Processing block number           11
 WAYNE PATCHES:        34921        43112 patch#           11
  reference line: 39016   826.854 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    105.3863049745560    
 ATTN ifrq ipol ln           0           4       43112   14.00000    
 IPOL, ITOP nblock            4           0          11
 WAYNE Motion comp. coeff. calculated, time =   1.1600971221923828E-02
 WAYNE Motion comp. added to patch, time =    15.25363898277283    
 WAYNE Doppler estimation done, time =   1.5974044799804688E-05
 WAYNE write deskew done, time =   1.2951970100402832E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    299.4409350156784    
  Writing         4192 lines of data to file
 WAYNE write output data    1.408545017242432    
 ==w out          11        8384        2001            171704320
 WAYNE PROCESS   421.5158350467682    

 Processing block number           12
 WAYNE PATCHES:        38413        46604 patch#           12
  reference line: 42508  1248.370 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.9703700542450    
 ATTN ifrq ipol ln           0           4       46604   14.00000    
 IPOL, ITOP nblock            4           0          12
 WAYNE Motion comp. coeff. calculated, time =   1.0861039161682129E-02
 WAYNE Motion comp. added to patch, time =    14.96893501281738    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   2.5665998458862305E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    261.7977989912033    
  Writing         4192 lines of data to file
 WAYNE write output data    1.305802941322327    
 ==w out          12       12576        2001            257556480
 WAYNE PROCESS   380.0807019472122    
 ==w out          13       16771
 PROCESSING KID#            4 .....
 WAYNE IS IN
 Processing           13 to           16 by #            3

 Processing block number           13
 WAYNE PATCHES:        41905        50096 patch#           13
  reference line: 46000     3.666 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.87174201011658    
 ATTN ifrq ipol ln           0           4       50096   14.00000    
 IPOL, ITOP nblock            4           0          13
 WAYNE Motion comp. coeff. calculated, time =   1.1564970016479492E-02
 WAYNE Motion comp. added to patch, time =    16.34661102294922    
 WAYNE Doppler estimation done, time =   1.0967254638671875E-05
 WAYNE write deskew done, time =   2.3670196533203125E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.1330869197845    
  Writing         4192 lines of data to file
 WAYNE write output data    1.863185882568359    
 ==w out          13           0        2001                    0
 WAYNE PROCESS   371.2305119037628    

 Processing block number           14
 WAYNE PATCHES:        45397        53588 patch#           14
  reference line: 49492   374.897 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    116.6490340232849    
 ATTN ifrq ipol ln           0           4       53588   14.00000    
 IPOL, ITOP nblock            4           0          14
 WAYNE Motion comp. coeff. calculated, time =   1.1180996894836426E-02
 WAYNE Motion comp. added to patch, time =    15.49989104270935    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   1.2523055076599121E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    300.4518380165100    
  Writing         4192 lines of data to file
 WAYNE write output data    1.516319990158081    
 ==w out          14        4192        2001             85852160
 WAYNE PROCESS   434.1423239707947    

 Processing block number           15
 WAYNE PATCHES:        48889        57080 patch#           15
  reference line: 52984   809.040 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    121.6955070495605    
 ATTN ifrq ipol ln           0           4       57080   14.00000    
 IPOL, ITOP nblock            4           0          15
 WAYNE Motion comp. coeff. calculated, time =   1.1312961578369141E-02
 WAYNE Motion comp. added to patch, time =    16.21721303462982    
 WAYNE Doppler estimation done, time =   1.3947486877441406E-05
 WAYNE write deskew done, time =   1.2387990951538086E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.1391730308533    
  Writing         4192 lines of data to file
 WAYNE write output data    1.908360004425049    
 ==w out          15        8384        2001            171704320
 WAYNE PROCESS   440.9856650829315    

 Processing block number           16
 WAYNE PATCHES:        52381        60572 patch#           16
  reference line: 56476  1250.026 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    101.1141350269318    
 ATTN ifrq ipol ln           0           4       60572   14.00000    
 IPOL, ITOP nblock            4           0          16
 WAYNE Motion comp. coeff. calculated, time =   1.0661959648132324E-02
 WAYNE Motion comp. added to patch, time =    15.01111602783203    
 WAYNE Doppler estimation done, time =   1.4066696166992188E-05
 WAYNE write deskew done, time =   2.0752906799316406E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    262.0124460458755    
  Writing         4192 lines of data to file
 WAYNE write output data    1.391389012336731    
 ==w out          16       12576        2001            257556480
 WAYNE PROCESS   379.5620499849319    
 ==w out          17       16771
 PROCESSING KID#            2 .....
 WAYNE IS IN
 Processing            5 to            8 by #            1

 Processing block number            5
 WAYNE PATCHES:        13969        22160 patch#            5
  reference line: 18064     3.638 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    52.84446394443512    
 ATTN ifrq ipol ln           0           4       22160   14.00000    
 IPOL, ITOP nblock            4           0           5
 WAYNE Motion comp. coeff. calculated, time =   1.1711955070495605E-02
 WAYNE Motion comp. added to patch, time =    16.09583604335785    
 WAYNE Doppler estimation done, time =   1.5020370483398438E-05
 WAYNE write deskew done, time =   2.5249719619750977E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.4277158975601    
  Writing         4192 lines of data to file
 WAYNE write output data    9.886533021926880    
 ==w out           5           0        2001                    0
 WAYNE PROCESS   380.2708829641342    

 Processing block number            6
 WAYNE PATCHES:        17461        25652 patch#            6
  reference line: 21556   383.909 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    109.3654199838638    
 ATTN ifrq ipol ln           0           4       25652   14.00000    
 IPOL, ITOP nblock            4           0           6
 WAYNE Motion comp. coeff. calculated, time =   1.1218905448913574E-02
 WAYNE Motion comp. added to patch, time =    15.43591105937958    
 WAYNE Doppler estimation done, time =   1.1920928955078125E-05
 WAYNE write deskew done, time =   1.4132022857666016E-02
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    298.3343839645386    
  Writing         4192 lines of data to file
 WAYNE write output data    3.098582029342651    
 ==w out           6        4192        2001             85852160
 WAYNE PROCESS   426.2611310482025    

 Processing block number            7
 WAYNE PATCHES:        20953        29144 patch#            7
  reference line: 25048   810.171 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    121.5541399717331    
 ATTN ifrq ipol ln           0           4       29144   14.00000    
 IPOL, ITOP nblock            4           0           7
 WAYNE Motion comp. coeff. calculated, time =   1.1324048042297363E-02
 WAYNE Motion comp. added to patch, time =    15.25255000591278    
 WAYNE Doppler estimation done, time =   1.2993812561035156E-05
 WAYNE write deskew done, time =   6.6260099411010742E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    301.5673900842667    
  Writing         4192 lines of data to file
 WAYNE write output data    1.905151009559631    
 ==w out           7        8384        2001            171704320
 WAYNE PROCESS   440.2987610101700    

 Processing block number            8
 WAYNE PATCHES:        24445        32636 patch#            8
  reference line: 28540  1250.470 seconds.
 before reading
 done reading
 WAYNE load raw data , time =    100.7951290607452    
 ATTN ifrq ipol ln           0           4       32636   14.00000    
 IPOL, ITOP nblock            4           0           8
 WAYNE Motion comp. coeff. calculated, time =   1.0678052902221680E-02
 WAYNE Motion comp. added to patch, time =    14.83480703830719    
 WAYNE Doppler estimation done, time =   1.3113021850585938E-05
 WAYNE write deskew done, time =   2.2839307785034180E-03
  range migration lines:            1        4700
  range migration lines:         4701        8192
  Back projection
 WAYNE Azimuth compression done, time =    262.3462370634079    
  Writing         4192 lines of data to file
 WAYNE write output data    1.381855010986328    
 ==w out           8       12576        2001            257556480
 WAYNE PROCESS   379.3725589513779    
 ==w out           9       16771
            1      148788           0
            2      146196           0
            3      146195           0
            4      148068           0
            5      148051           0
            6      148071           0
            7      148855           0
            8      148863           0
 PROCESSING COMPLETED
 POINTER          274877909344         274877974880
 icnt =      121568kids=            8

 Writing variable header...

 gather image from processor #            0
             4
 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
             3
 gather image from processor #            6
             3
 gather image from processor #            7
             3
 WAYNE gather images takes:     20.45188999176025    
 WAYNE LOOP TIME:     1660.892496943474    
 update sarfile,mocompfile,dopfile,glbfile,N_RA:
 /export/air11/airops/1029/cm6069_p.vv_j                     
 /export/air16/airops/1029/cm6069_p.mocompv                  
 /export/air16/airops/1029/cm6069_p.dop                      
 /export/air16/airops/1029/cm6069_p.glb                              2560
       121568
 update intf hdr ha:   7991.600    
 UPDATE:        2560      121568   6.662100      0.5144000    
 mocompfile /export/air16/airops/1029/cm6069_p.mocompv                  
 dopfile /export/air16/airops/1029/cm6069_p.dop                      
 globalfile /export/air16/airops/1029/cm6069_p.glb                      
 /export/air16/airops/1029/cm6069_p.glb                                38
 deskew line ra ha trc:  -70.03057            -137   8593.918    
    7991.600      4.1374538E-02
  after deskew line ra ha trc:  -70.03057               1   8593.918    
    7991.600      4.1374538E-02
 lat1 lon1:           1   42.21238      -85.33816          121568
 last ra n_ns ns:   8593.918              -1           1      121568
       121568
 lati loni:      121568   42.79361      -85.33824          121568           1
 center ra n_ns ns:   17114.74            1278        1278       60784
       121568
 lati loni:       60784   42.50299      -85.44116           60784        2560
  Updated paramater header in 
 /export/air11/airops/1029/cm6069_p.vv_j                     
 WAYNE FINAL PROCESS   1665.090663075447    

  *********************************************
  *****                                   *****
  *****    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
        16768           4
        16768           4
        16768           4
        16768           4
        16768           4
        12576           3
        12576           3
        12576           3
  Name of data file to be deskewed?
 /export/air11/airops/1029/cm6069_p.vv_j                     
  Name of the doppler parameter file?
 /export/air16/airops/1029/cm6069_p.dop                      
  Name of the deskew file?
 /export/air11/airops/1029/deskew.pv                         
  Line up to another frequency [y/n]?
 n
  Name of the output file?
 /export/air16/airops/1029/cm6069_p.vv                       
  Name of the line output file?
 /export/air16/airops/1029/p_lines.dat                       
 NONE-SYMMETRIC PARALLEL JOBS
 WAYNE before patch:    3.366546988487244    

  Deskewing           29 patches
 Processing block number            1
 DEBUG        -2784  -136.6452      -2783.331      0.0000000E+00  0.0000000E+00
 patch iptc,sj,dgj,dgi,id:           1           1       -2784       -2784
            0
  half line dmj dgc:           0        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           0        2096
   Writing data negflag .eq. 0
 sj>s1:           1           1
   Zeroing lines in arrays 
  Total # of output lines =            1           0

            1        2097           0        2096
 patch iptc,sj,dgj,dgi,id:           1        2097       -2784       -2784
         2096
  half line dmj dgc:           1        2001        -137       -2784
   Actual deskew ireclen:       20480
 **           1        2096           1        4192
   Writing data negflag .eq. 0
 sj>s1:        2097           1
   Zeroing lines in arrays 
  Total # of output lines =            1        2096

 Processing block number            2
 DEBUG        -2787  -130.1346      -2786.091      0.0000000E+00  0.0000000E+00
         2097        3490          -3        1396
 patch iptc,sj,dgj,dgi,id:           2        3490       -2787       -2784
         1396
  half line dmj dgc:           0        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           0        6288
   Writing data negflag .eq. 0
 sj>s1:        3490        2097
   Zeroing lines in arrays 
  Total # of output lines =            2        3489

         3490        5586           0        2096
 patch iptc,sj,dgj,dgi,id:           2        5586       -2787       -2787
         2096
  half line dmj dgc:           1        5493        -131       -2784
   Actual deskew ireclen:       20480
 **           2        2096           1        8384
   Writing data negflag .eq. 0
 sj>s1:        5586        3490
   Zeroing lines in arrays 
  Total # of output lines =            2        5585

 Processing block number            3
 DEBUG        -2798  -123.4904      -2797.418      0.0000000E+00  0.0000000E+00
         5586        6971         -11        1396
 patch iptc,sj,dgj,dgi,id:           3        6971       -2798       -2787
         1396
  half line dmj dgc:           0        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           0       10480
   Writing data negflag .eq. 0
 sj>s1:        6971        5586
   Zeroing lines in arrays 
  Total # of output lines =            3        6970

         6971        9067           0        2096
 patch iptc,sj,dgj,dgi,id:           3        9067       -2798       -2798
         2096
  half line dmj dgc:           1        8985        -124       -2784
   Actual deskew ireclen:       20480
 **           3        2096           1       12576
   Writing data negflag .eq. 0
 sj>s1:        9067        6971
   Zeroing lines in arrays 
  Total # of output lines =            3        9066

 Processing block number            4
 DEBUG        -2829  -125.2799      -2828.888      0.0000000E+00  0.0000000E+00
         9067       10432         -31        1396
 patch iptc,sj,dgj,dgi,id:           4       10432       -2829       -2798
         1396
  half line dmj dgc:           0       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           0       14672
   Writing data negflag .eq. 0
 sj>s1:       10432        9067
   Zeroing lines in arrays 
  Total # of output lines =            4       10431

        10432       12528           0        2096
 patch iptc,sj,dgj,dgi,id:           4         240       -2829       -2829
         2096
  half line dmj dgc:           1       12477        -126       -2784
   Actual deskew ireclen:       20480
 **           4        2096           1       16768
   Writing data negflag .eq. 0
 s1>sj:       10432         240
   Zeroing lines in arrays 
  Total # of output lines =            4       12527

 Processing block number            5
 DEBUG        -2911  -136.8563      -2910.498      0.0000000E+00  0.0000000E+00
          240        1554         -82        1396
 patch iptc,sj,dgj,dgi,id:           5        1554       -2911       -2829
         1396
  half line dmj dgc:           0       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           0       18864
   Writing data negflag .eq. 0
 sj>s1:        1554         240
   Zeroing lines in arrays 
  Total # of output lines =            5       13841

         1554        3650           0        2096
 patch iptc,sj,dgj,dgi,id:           5        3650       -2911       -2911
         2096
  half line dmj dgc:           1       15969        -137       -2784
   Actual deskew ireclen:       20480
 **           5        2096           1       20960
   Writing data negflag .eq. 0
 sj>s1:        3650        1554
   Zeroing lines in arrays 
  Total # of output lines =            5       15937

 Processing block number            6
 DEBUG        -3001  -152.7519      -3000.851      0.0000000E+00  0.0000000E+00
         3650        4956         -90        1396
 patch iptc,sj,dgj,dgi,id:           6        4956       -3001       -2911
         1396
  half line dmj dgc:           0       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           0       23056
   Writing data negflag .eq. 0
 sj>s1:        4956        3650
   Zeroing lines in arrays 
  Total # of output lines =            6       17243

         4956        7052           0        2096
 patch iptc,sj,dgj,dgi,id:           6        7052       -3001       -3001
         2096
  half line dmj dgc:           1       19461        -153       -2784
   Actual deskew ireclen:       20480
 **           6        2096           1       25152
   Writing data negflag .eq. 0
 sj>s1:        7052        4956
   Zeroing lines in arrays 
  Total # of output lines =            6       19339

 Processing block number            7
 DEBUG        -3050  -165.8108      -3049.380      0.0000000E+00  0.0000000E+00
         7052        8399         -49        1396
 patch iptc,sj,dgj,dgi,id:           7        8399       -3050       -3001
         1396
  half line dmj dgc:           0       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           0       27248
   Writing data negflag .eq. 0
 sj>s1:        8399        7052
   Zeroing lines in arrays 
  Total # of output lines =            7       20686

         8399       10495           0        2096
 patch iptc,sj,dgj,dgi,id:           7       10495       -3050       -3050
         2096
  half line dmj dgc:           1       22953        -166       -2784
   Actual deskew ireclen:       20480
 **           7        2096           1       29344
   Writing data negflag .eq. 0
 sj>s1:       10495        8399
   Zeroing lines in arrays 
  Total # of output lines =            7       22782

 Processing block number            8
 DEBUG        -3028  -170.2704      -3027.324      0.0000000E+00  0.0000000E+00
        10495       11913          22        1396
 patch iptc,sj,dgj,dgi,id:           8       11913       -3028       -3050
         1396
  half line dmj dgc:           0       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           0       31440
   Writing data negflag .eq. 0
 sj>s1:       11913       10495
   Zeroing lines in arrays 
  Total # of output lines =            8       24200

        11913       14009           0        2096
 patch iptc,sj,dgj,dgi,id:           8        1721       -3028       -3028
         2096
  half line dmj dgc:           1       26445        -171       -2784
   Actual deskew ireclen:       20480
 **           8        2096           1       33536
   Writing data negflag .eq. 0
 s1>sj:       11913        1721
   Zeroing lines in arrays 
  Total # of output lines =            8       26296

 Processing block number            9
 DEBUG        -2968  -158.4270      -2967.195      0.0000000E+00  0.0000000E+00
         1721        3177          60        1396
 patch iptc,sj,dgj,dgi,id:           9        3177       -2968       -3028
         1396
  half line dmj dgc:           0       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           0       35632
   Writing data negflag .eq. 0
 sj>s1:        3177        1721
   Zeroing lines in arrays 
  Total # of output lines =            9       27752

         3177        5273           0        2096
 patch iptc,sj,dgj,dgi,id:           9        5273       -2968       -2968
         2096
  half line dmj dgc:           1       29937        -159       -2784
   Actual deskew ireclen:       20480
 **           9        2096           1       37728
   Writing data negflag .eq. 0
 sj>s1:        5273        3177
   Zeroing lines in arrays 
  Total # of output lines =            9       29848

 Processing block number           10
 DEBUG        -2955  -146.8171      -2954.100      0.0000000E+00  0.0000000E+00
         5273        6682          13        1396
 patch iptc,sj,dgj,dgi,id:          10        6682       -2955       -2968
         1396
  half line dmj dgc:           0       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           0       39824
   Writing data negflag .eq. 0
 sj>s1:        6682        5273
   Zeroing lines in arrays 
  Total # of output lines =           10       31257

         6682        8778           0        2096
 patch iptc,sj,dgj,dgi,id:          10        8778       -2955       -2955
         2096
  half line dmj dgc:           1       33429        -147       -2784
   Actual deskew ireclen:       20480
 **          10        2096           1       41920
   Writing data negflag .eq. 0
 sj>s1:        8778        6682
   Zeroing lines in arrays 
  Total # of output lines =           10       33353

 Processing block number           11
 DEBUG        -3042  -151.2887      -3041.513      0.0000000E+00  0.0000000E+00
         8778       10087         -87        1396
 patch iptc,sj,dgj,dgi,id:          11       10087       -3042       -2955
         1396
  half line dmj dgc:           0       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           0       44016
   Writing data negflag .eq. 0
 sj>s1:       10087        8778
   Zeroing lines in arrays 
  Total # of output lines =           11       34662

        10087       12183           0        2096
 patch iptc,sj,dgj,dgi,id:          11       12183       -3042       -3042
         2096
  half line dmj dgc:           1       36921        -152       -2784
   Actual deskew ireclen:       20480
 **          11        2096           1       46112
   Writing data negflag .eq. 0
 sj>s1:       12183       10087
   Zeroing lines in arrays 
  Total # of output lines =           11       36758

 Processing block number           12
 DEBUG        -3143  -161.1292      -3142.793      0.0000000E+00  0.0000000E+00
        12183       13478        -101        1396
 patch iptc,sj,dgj,dgi,id:          12        1190       -3143       -3042
         1396
  half line dmj dgc:           0       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           0       48208
   Writing data negflag .eq. 0
 s1>sj:       12183        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       38053

         1190        3286           0        2096
 patch iptc,sj,dgj,dgi,id:          12        3286       -3143       -3143
         2096
  half line dmj dgc:           1       40413        -162       -2784
   Actual deskew ireclen:       20480
 **          12        2096           1       50304
   Writing data negflag .eq. 0
 sj>s1:        3286        1190
   Zeroing lines in arrays 
  Total # of output lines =           12       40149

 Processing block number           13
 DEBUG        -3150  -158.8735      -3149.019      0.0000000E+00  0.0000000E+00
         3286        4675          -7        1396
 patch iptc,sj,dgj,dgi,id:          13        4675       -3150       -3143
         1396
  half line dmj dgc:           0       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           0       52400
   Writing data negflag .eq. 0
 sj>s1:        4675        3286
   Zeroing lines in arrays 
  Total # of output lines =           13       41538

         4675        6771           0        2096
 patch iptc,sj,dgj,dgi,id:          13        6771       -3150       -3150
         2096
  half line dmj dgc:           1       43905        -159       -2784
   Actual deskew ireclen:       20480
 **          13        2096           1       54496
   Writing data negflag .eq. 0
 sj>s1:        6771        4675
   Zeroing lines in arrays 
  Total # of output lines =           13       43634

 Processing block number           14
 DEBUG        -3066  -155.9055      -3065.087      0.0000000E+00  0.0000000E+00
         6771        8251          84        1396
 patch iptc,sj,dgj,dgi,id:          14        8251       -3066       -3150
         1396
  half line dmj dgc:           0       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           0       56592
   Writing data negflag .eq. 0
 sj>s1:        8251        6771
   Zeroing lines in arrays 
  Total # of output lines =           14       45114

         8251       10347           0        2096
 patch iptc,sj,dgj,dgi,id:          14       10347       -3066       -3066
         2096
  half line dmj dgc:           1       47397        -157       -2784
   Actual deskew ireclen:       20480
 **          14        2096           1       58688
   Writing data negflag .eq. 0
 sj>s1:       10347        8251
   Zeroing lines in arrays 
  Total # of output lines =           14       47210

 Processing block number           15
 DEBUG        -2998  -164.4898      -2997.414      0.0000000E+00  0.0000000E+00
        10347       11811          68        1396
 patch iptc,sj,dgj,dgi,id:          15       11811       -2998       -3066
         1396
  half line dmj dgc:           0       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           0       60784
   Writing data negflag .eq. 0
 sj>s1:       11811       10347
   Zeroing lines in arrays 
  Total # of output lines =           15       48674

        11811       13907           0        2096
 patch iptc,sj,dgj,dgi,id:          15        1619       -2998       -2998
         2096
  half line dmj dgc:           1       50889        -165       -2784
   Actual deskew ireclen:       20480
 **          15        2096           1       62880
   Writing data negflag .eq. 0
 s1>sj:       11811        1619
   Zeroing lines in arrays 
  Total # of output lines =           15       50770

 Processing block number           16
 DEBUG        -2991  -163.5485      -2990.064      0.0000000E+00  0.0000000E+00
         1619        3022           7        1396
 patch iptc,sj,dgj,dgi,id:          16        3022       -2991       -2998
         1396
  half line dmj dgc:           0       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           0       64976
   Writing data negflag .eq. 0
 sj>s1:        3022        1619
   Zeroing lines in arrays 
  Total # of output lines =           16       52173

         3022        5118           0        2096
 patch iptc,sj,dgj,dgi,id:          16        5118       -2991       -2991
         2096
  half line dmj dgc:           1       54381        -164       -2784
   Actual deskew ireclen:       20480
 **          16        2096           1       67072
   Writing data negflag .eq. 0
 sj>s1:        5118        3022
   Zeroing lines in arrays 
  Total # of output lines =           16       54269

 Processing block number           17
 DEBUG        -2962  -148.6375      -2961.361      0.0000000E+00  0.0000000E+00
         5118        6543          29        1396
 patch iptc,sj,dgj,dgi,id:          17        6543       -2962       -2991
         1396
  half line dmj dgc:           0       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           0       69168
   Writing data negflag .eq. 0
 sj>s1:        6543        5118
   Zeroing lines in arrays 
  Total # of output lines =           17       55694

         6543        8639           0        2096
 patch iptc,sj,dgj,dgi,id:          17        8639       -2962       -2962
         2096
  half line dmj dgc:           1       57873        -149       -2784
   Actual deskew ireclen:       20480
 **          17        2096           1       71264
   Writing data negflag .eq. 0
 sj>s1:        8639        6543
   Zeroing lines in arrays 
  Total # of output lines =           17       57790

 Processing block number           18
 DEBUG        -2906  -139.3444      -2905.458      0.0000000E+00  0.0000000E+00
         8639       10091          56        1396
 patch iptc,sj,dgj,dgi,id:          18       10091       -2906       -2962
         1396
  half line dmj dgc:           0       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           0       73360
   Writing data negflag .eq. 0
 sj>s1:       10091        8639
   Zeroing lines in arrays 
  Total # of output lines =           18       59242

        10091       12187           0        2096
 patch iptc,sj,dgj,dgi,id:          18       12187       -2906       -2906
         2096
  half line dmj dgc:           1       61365        -140       -2784
   Actual deskew ireclen:       20480
 **          18        2096           1       75456
   Writing data negflag .eq. 0
 sj>s1:       12187       10091
   Zeroing lines in arrays 
  Total # of output lines =           18       61338

 Processing block number           19
 DEBUG        -2871  -138.8842      -2870.056      0.0000000E+00  0.0000000E+00
        12187       13618          35        1396
 patch iptc,sj,dgj,dgi,id:          19        1330       -2871       -2906
         1396
  half line dmj dgc:           0       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           0       77552
   Writing data negflag .eq. 0
 s1>sj:       12187        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       62769

         1330        3426           0        2096
 patch iptc,sj,dgj,dgi,id:          19        3426       -2871       -2871
         2096
  half line dmj dgc:           1       64857        -139       -2784
   Actual deskew ireclen:       20480
 **          19        2096           1       79648
   Writing data negflag .eq. 0
 sj>s1:        3426        1330
   Zeroing lines in arrays 
  Total # of output lines =           19       64865

 Processing block number           20
 DEBUG        -2909  -145.3337      -2908.404      0.0000000E+00  0.0000000E+00
         3426        4784         -38        1396
 patch iptc,sj,dgj,dgi,id:          20        4784       -2909       -2871
         1396
  half line dmj dgc:           0       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           0       81744
   Writing data negflag .eq. 0
 sj>s1:        4784        3426
   Zeroing lines in arrays 
  Total # of output lines =           20       66223

         4784        6880           0        2096
 patch iptc,sj,dgj,dgi,id:          20        6880       -2909       -2909
         2096
  half line dmj dgc:           1       68349        -146       -2784
   Actual deskew ireclen:       20480
 **          20        2096           1       83840
   Writing data negflag .eq. 0
 sj>s1:        6880        4784
   Zeroing lines in arrays 
  Total # of output lines =           20       68319

 Processing block number           21
 DEBUG        -2965  -152.9055      -2964.823      0.0000000E+00  0.0000000E+00
         6880        8220         -56        1396
 patch iptc,sj,dgj,dgi,id:          21        8220       -2965       -2909
         1396
  half line dmj dgc:           0       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           0       85936
   Writing data negflag .eq. 0
 sj>s1:        8220        6880
   Zeroing lines in arrays 
  Total # of output lines =           21       69659

         8220       10316           0        2096
 patch iptc,sj,dgj,dgi,id:          21       10316       -2965       -2965
         2096
  half line dmj dgc:           1       71841        -154       -2784
   Actual deskew ireclen:       20480
 **          21        2096           1       88032
   Writing data negflag .eq. 0
 sj>s1:       10316        8220
   Zeroing lines in arrays 
  Total # of output lines =           21       71755

 Processing block number           22
 DEBUG        -2954  -155.1406      -2953.306      0.0000000E+00  0.0000000E+00
        10316       11723          11        1396
 patch iptc,sj,dgj,dgi,id:          22       11723       -2954       -2965
         1396
  half line dmj dgc:           0       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           0       90128
   Writing data negflag .eq. 0
 sj>s1:       11723       10316
   Zeroing lines in arrays 
  Total # of output lines =           22       73162

        11723       13819           0        2096
 patch iptc,sj,dgj,dgi,id:          22        1531       -2954       -2954
         2096
  half line dmj dgc:           1       75333        -156       -2784
   Actual deskew ireclen:       20480
 **          22        2096           1       92224
   Writing data negflag .eq. 0
 s1>sj:       11723        1531
   Zeroing lines in arrays 
  Total # of output lines =           22       75258

 Processing block number           23
 DEBUG        -2932  -160.6963      -2931.795      0.0000000E+00  0.0000000E+00
         1531        2949          22        1396
 patch iptc,sj,dgj,dgi,id:          23        2949       -2932       -2954
         1396
  half line dmj dgc:           0       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           0       94320
   Writing data negflag .eq. 0
 sj>s1:        2949        1531
   Zeroing lines in arrays 
  Total # of output lines =           23       76676

         2949        5045           0        2096
 patch iptc,sj,dgj,dgi,id:          23        5045       -2932       -2932
         2096
  half line dmj dgc:           1       78825        -161       -2784
   Actual deskew ireclen:       20480
 **          23        2096           1       96416
   Writing data negflag .eq. 0
 sj>s1:        5045        2949
   Zeroing lines in arrays 
  Total # of output lines =           23       78772

 Processing block number           24
 DEBUG        -2981  -172.9085      -2980.294      0.0000000E+00  0.0000000E+00
         5045        6392         -49        1396
 patch iptc,sj,dgj,dgi,id:          24        6392       -2981       -2932
         1396
  half line dmj dgc:           0       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           0       98512
   Writing data negflag .eq. 0
 sj>s1:        6392        5045
   Zeroing lines in arrays 
  Total # of output lines =           24       80119

         6392        8488           0        2096
 patch iptc,sj,dgj,dgi,id:          24        8488       -2981       -2981
         2096
  half line dmj dgc:           1       82317        -174       -2784
   Actual deskew ireclen:       20480
 **          24        2096           1      100608
   Writing data negflag .eq. 0
 sj>s1:        8488        6392
   Zeroing lines in arrays 
  Total # of output lines =           24       82215

 Processing block number           25
 DEBUG        -2996  -173.4607      -2995.157      0.0000000E+00  0.0000000E+00
         8488        9869         -15        1396
 patch iptc,sj,dgj,dgi,id:          25        9869       -2996       -2981
         1396
  half line dmj dgc:           0       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           0      102704
   Writing data negflag .eq. 0
 sj>s1:        9869        8488
   Zeroing lines in arrays 
  Total # of output lines =           25       83596

         9869       11965           0        2096
 patch iptc,sj,dgj,dgi,id:          25       11965       -2996       -2996
         2096
  half line dmj dgc:           1       85809        -174       -2784
   Actual deskew ireclen:       20480
 **          25        2096           1      104800
   Writing data negflag .eq. 0
 sj>s1:       11965        9869
   Zeroing lines in arrays 
  Total # of output lines =           25       85692

 Processing block number           26
 DEBUG        -2937  -162.0370      -2936.095      0.0000000E+00  0.0000000E+00
        11965       13420          59        1396
 patch iptc,sj,dgj,dgi,id:          26        1132       -2937       -2996
         1396
  half line dmj dgc:           0       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           0      106896
   Writing data negflag .eq. 0
 s1>sj:       11965        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       87147

         1132        3228           0        2096
 patch iptc,sj,dgj,dgi,id:          26        3228       -2937       -2937
         2096
  half line dmj dgc:           1       89301        -163       -2784
   Actual deskew ireclen:       20480
 **          26        2096           1      108992
   Writing data negflag .eq. 0
 sj>s1:        3228        1132
   Zeroing lines in arrays 
  Total # of output lines =           26       89243

 Processing block number           27
 DEBUG        -2885  -157.3547      -2884.251      0.0000000E+00  0.0000000E+00
         3228        4676          52        1396
 patch iptc,sj,dgj,dgi,id:          27        4676       -2885       -2937
         1396
  half line dmj dgc:           0       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           0      111088
   Writing data negflag .eq. 0
 sj>s1:        4676        3228
   Zeroing lines in arrays 
  Total # of output lines =           27       90691

         4676        6772           0        2096
 patch iptc,sj,dgj,dgi,id:          27        6772       -2885       -2885
         2096
  half line dmj dgc:           1       92793        -158       -2784
   Actual deskew ireclen:       20480
 **          27        2096           1      113184
   Writing data negflag .eq. 0
 sj>s1:        6772        4676
   Zeroing lines in arrays 
  Total # of output lines =           27       92787

 Processing block number           28
 DEBUG        -2884  -154.3826      -2882.977      0.0000000E+00  0.0000000E+00
         6772        8169           1        1396
 patch iptc,sj,dgj,dgi,id:          28        8169       -2884       -2885
         1396
  half line dmj dgc:           0       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           0      115280
   Writing data negflag .eq. 0
 sj>s1:        8169        6772
   Zeroing lines in arrays 
  Total # of output lines =           28       94184

         8169       10265           0        2096
 patch iptc,sj,dgj,dgi,id:          28       10265       -2884       -2884
         2096
  half line dmj dgc:           1       96285        -155       -2784
   Actual deskew ireclen:       20480
 **          28        2096           1      117376
   Writing data negflag .eq. 0
 sj>s1:       10265        8169
   Zeroing lines in arrays 
  Total # of output lines =           28       96280

 Processing block number           29
 DEBUG        -2909  -154.7354      -2908.019      0.0000000E+00  0.0000000E+00
        10265       11317         -25        1077
 patch iptc,sj,dgj,dgi,id:          29       11317       -2909       -2884
         1077
  half line dmj dgc:           0       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           0      119472
   Writing data negflag .eq. 0
 sj>s1:       11317       10265
   Zeroing lines in arrays 
  Total # of output lines =           29       97332

        11317       13413           0        2096
 patch iptc,sj,dgj,dgi,id:          29        1125       -2909       -2909
         2096
  half line dmj dgc:           1       99458        -155       -2784
   Actual deskew ireclen:       20480
 **          29        2096           1      121568
   Writing data negflag .eq. 0
 s1>sj:       11317        1125
   Zeroing lines in arrays 
  Total # of output lines =           29       99428

 ia dmi dgi:        1125        -155       -2909
   Writing the last         4850 lines
 last half sj>s1        5975        1125       99428
 WAYNE done patche    522.1173560619354    
  Total # of output lines =       104278

  Writing new header..
RECORD LENGTH IN BYTES =                     20480
NUMBER OF HEADER RECORDS =                       2
NUMBER OF SAMPLES PER RECORD =                2560
NUMBER OF LINES IN IMAGE =                  104278
NUMBER OF BYTES PER SAMPLE =                     8
JPL AIRCRAFT SAR PROCESSOR VERSION            6.10
DATA TYPE =                                COMPLEX
RANGE PROJECTION =                           SLANT
RANGE PIXEL SPACING (METERS) =              6.6621
AZIMUTH PIXEL SPACING (METERS) =            0.5144
BYTE OFFSET OF OLD HEADER =                      0
BYTE OFFSET OF USER HEADER =                     0
BYTE OFFSET OF FIRST DATA RECORD =           40960
BYTE OFFSET OF PARAMETER HEADER =            20480
LINE FORMAT OF DATA =                        RANGE
BYTE OFFSET OF CALIBRATION HEADER =              0
BYTE OFFSET OF DEM HEADER =                      0
  Closing files ..
 WAYNE done total    522.7410509586334    
 Enter single look lines filename:  Enter single look image filename:  Enter output lines filename:  Enter number of looks:  ns np nlloks:        2560      104278          18
  Multi-looking lines.dat file...
  Total number of lines written to output file:                  5793
   *************************************** 
   *****                             ***** 
   ***** 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   447.4609       468.5711    
 Enter the name of the <Shh Shh*> file.
 Enter the name of the <Shh Shv*> file.
 Enter the name of the <Shh Svv*> file.
 Enter the name of the <Shv Shv*> file.
 Enter the name of the <Shv Svv*> file.
 Enter the name of the <Svv Svv*> file.
 Enter the number of looks in azimuth.
  amplitude ratio and phase =    1.023317       27.82314    
       104274        5793          18
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....   
 Correlation Surface at          146        3046
  0.011  0.001  0.202  0.653  0.785  0.504  0.174  0.023  0.000
  0.012  0.001  0.215  0.708  0.864  0.543  0.169  0.021  0.000
  0.012  0.002  0.223  0.756  0.938  0.572  0.162  0.019  0.000
  0.012  0.002  0.226  0.786  0.987  0.582  0.153  0.019  0.000
  0.011  0.002  0.224  0.794  1.000  0.572  0.145  0.020  0.000
  0.010  0.003  0.218  0.777  0.979  0.550  0.139  0.022  0.001
  0.008  0.003  0.210  0.743  0.934  0.522  0.137  0.025  0.002
  0.006  0.003  0.204  0.699  0.875  0.494  0.137  0.028  0.002
  0.004  0.003  0.197  0.650  0.815  0.473  0.138  0.029  0.002
 r_peak,r_snr =   0.5061764       8.516618    
  
 Correlation Surface of oversamples image at          146        3046
  0.169  0.417  0.690  0.898  0.953  0.807  0.546  0.327  0.184
  0.168  0.417  0.695  0.914  0.971  0.818  0.548  0.324  0.179
  0.166  0.415  0.700  0.926  0.984  0.823  0.548  0.319  0.174
  0.165  0.415  0.704  0.937  0.994  0.827  0.547  0.316  0.170
  0.165  0.416  0.708  0.945  1.000  0.827  0.544  0.312  0.166
  0.166  0.415  0.708  0.947  0.997  0.820  0.537  0.306  0.162
  0.166  0.413  0.705  0.943  0.988  0.808  0.528  0.300  0.158
  0.169  0.415  0.706  0.943  0.984  0.801  0.523  0.297  0.157
  0.173  0.419  0.710  0.944  0.980  0.795  0.518  0.294  0.155
     146    -0.125    3046     1.219    8.51662   0.002343   0.435842   0.005067
  
 Correlation Surface at          246        3046
  0.020  0.148  0.459  0.777  0.921  0.695  0.373  0.165  0.081
  0.018  0.146  0.488  0.840  0.961  0.691  0.373  0.167  0.086
  0.017  0.144  0.505  0.890  0.985  0.684  0.376  0.169  0.092
  0.018  0.143  0.513  0.923  0.997  0.686  0.385  0.174  0.097
  0.022  0.147  0.517  0.938  1.000  0.701  0.401  0.182  0.100
  0.027  0.158  0.522  0.940  0.994  0.724  0.420  0.191  0.100
  0.035  0.176  0.535  0.937  0.980  0.746  0.439  0.198  0.095
  0.046  0.198  0.558  0.937  0.960  0.756  0.453  0.202  0.087
  0.058  0.222  0.587  0.946  0.942  0.752  0.457  0.202  0.078
 r_peak,r_snr =   0.4276915       4.952991    
  
 Correlation Surface of oversamples image at          246        3046
  0.148  0.313  0.516  0.703  0.786  0.697  0.498  0.315  0.189
  0.138  0.305  0.519  0.716  0.799  0.700  0.491  0.308  0.185
  0.130  0.299  0.522  0.727  0.809  0.700  0.487  0.306  0.186
  0.124  0.295  0.526  0.737  0.815  0.699  0.485  0.307  0.190
  0.119  0.293  0.531  0.744  0.815  0.694  0.483  0.311  0.198
  0.118  0.294  0.538  0.748  0.810  0.687  0.482  0.318  0.209
  0.119  0.300  0.548  0.754  0.806  0.682  0.486  0.330  0.224
  0.123  0.309  0.561  0.760  0.801  0.678  0.491  0.342  0.239
  0.128  0.317  0.570  0.760  0.790  0.669  0.491  0.350  0.250
     246    -0.563    3046    -0.719    4.95299   0.013129  11.790647  -0.216267
  
 Correlation Surface at          346        3046
  0.027  0.076  0.305  0.614  0.786  0.619  0.225  0.064  0.012
  0.019  0.077  0.336  0.653  0.856  0.680  0.261  0.078  0.016
  0.015  0.083  0.363  0.689  0.929  0.724  0.288  0.090  0.022
  0.016  0.093  0.379  0.714  0.980  0.737  0.299  0.097  0.030
  0.022  0.106  0.381  0.721  1.000  0.721  0.293  0.097  0.037
  0.032  0.120  0.372  0.714  0.992  0.689  0.275  0.093  0.041
  0.044  0.135  0.357  0.695  0.970  0.656  0.253  0.088  0.042
  0.055  0.146  0.339  0.665  0.943  0.631  0.234  0.084  0.041
  0.064  0.151  0.318  0.628  0.913  0.614  0.220  0.084  0.038
 r_peak,r_snr =   0.4216246       6.917328    
  
 Correlation Surface of oversamples image at          346        3046
  0.350  0.501  0.659  0.799  0.860  0.785  0.619  0.436  0.284
  0.346  0.500  0.670  0.818  0.873  0.784  0.610  0.426  0.274
  0.342  0.498  0.677  0.833  0.882  0.781  0.599  0.414  0.264
  0.339  0.498  0.684  0.846  0.891  0.781  0.594  0.407  0.256
  0.336  0.497  0.689  0.854  0.896  0.781  0.589  0.401  0.249
  0.330  0.491  0.686  0.854  0.894  0.777  0.583  0.394  0.241
  0.319  0.479  0.675  0.845  0.889  0.774  0.579  0.389  0.234
  0.313  0.472  0.669  0.843  0.895  0.785  0.588  0.393  0.234
     346    -0.125    3046     2.781    6.91733   0.005506   1.262551   0.030858
  
 Correlation Surface at          446        3046
  0.526  0.454  0.446  0.585  0.779  0.737  0.576  0.520  0.518
  0.536  0.459  0.460  0.631  0.855  0.776  0.592  0.532  0.526
  0.544  0.460  0.471  0.678  0.931  0.813  0.603  0.540  0.525
  0.549  0.455  0.481  0.719  0.985  0.834  0.608  0.547  0.517
  0.548  0.451  0.494  0.751  1.000  0.831  0.612  0.555  0.506
  0.544  0.451  0.510  0.770  0.975  0.805  0.616  0.565  0.496
  0.538  0.457  0.527  0.774  0.925  0.773  0.623  0.574  0.489
 r_peak,r_snr =   0.5748768       2.025680    
  
 Correlation Surface of oversamples image at          446        3046
  0.533  0.571  0.662  0.801  0.917  0.937  0.856  0.719  0.580
  0.542  0.588  0.689  0.836  0.954  0.968  0.878  0.732  0.586
  0.551  0.606  0.715  0.866  0.981  0.989  0.892  0.740  0.590
  0.560  0.623  0.738  0.889  0.997  0.996  0.895  0.741  0.592
  0.570  0.640  0.758  0.904  1.000  0.991  0.888  0.737  0.593
  0.582  0.657  0.775  0.909  0.990  0.972  0.871  0.728  0.593
  0.593  0.673  0.787  0.906  0.969  0.943  0.848  0.717  0.595
  0.607  0.690  0.796  0.897  0.941  0.911  0.824  0.708  0.600
  0.621  0.704  0.801  0.883  0.910  0.876  0.800  0.700  0.608
     446    -0.781    3046    11.688    2.02568   0.003570   0.192911   0.010679
  
 Correlation Surface at          546        3046
  0.410  0.440  0.459  0.570  0.831  0.752  0.533  0.409  0.342
  0.385  0.418  0.448  0.597  0.883  0.778  0.534  0.380  0.298
  0.360  0.407  0.451  0.638  0.937  0.810  0.542  0.355  0.264
  0.338  0.407  0.469  0.687  0.981  0.846  0.556  0.337  0.241
  0.324  0.415  0.496  0.732  1.000  0.878  0.578  0.329  0.231
  0.321  0.428  0.524  0.755  0.983  0.890  0.599  0.330  0.235
  0.330  0.443  0.546  0.751  0.933  0.877  0.610  0.340  0.252
  0.350  0.456  0.557  0.722  0.865  0.841  0.606  0.357  0.278
  0.374  0.465  0.560  0.681  0.792  0.792  0.590  0.379  0.309
 r_peak,r_snr =   0.5095613       2.484742    
  
 Correlation Surface of oversamples image at          546        3046
  0.404  0.539  0.718  0.861  0.889  0.792  0.631  0.474  0.344
  0.407  0.547  0.730  0.879  0.909  0.810  0.646  0.484  0.345
  0.411  0.553  0.739  0.891  0.925  0.826  0.660  0.493  0.347
  0.417  0.558  0.743  0.898  0.934  0.837  0.672  0.501  0.349
  0.424  0.562  0.745  0.900  0.939  0.846  0.682  0.509  0.353
  0.431  0.564  0.742  0.896  0.938  0.851  0.691  0.517  0.356
  0.436  0.563  0.733  0.885  0.930  0.850  0.697  0.524  0.361
  0.440  0.559  0.721  0.869  0.916  0.845  0.700  0.530  0.366
  0.446  0.555  0.708  0.849  0.898  0.836  0.702  0.535  0.373
     546     0.375    3046     1.781    2.48474   0.005064   0.365430   0.007817
  
 Correlation Surface at          646        3046
  0.000  0.008  0.001  0.284  0.940  0.586  0.049  0.000  0.001
  0.000  0.007  0.001  0.286  0.958  0.601  0.051  0.000  0.001
  0.000  0.007  0.001  0.290  0.976  0.610  0.051  0.000  0.001
  0.000  0.008  0.001  0.295  0.992  0.610  0.049  0.000  0.001
  0.001  0.008  0.001  0.299  1.000  0.602  0.047  0.000  0.001
  0.001  0.008  0.001  0.299  0.999  0.590  0.045  0.000  0.001
  0.001  0.009  0.001  0.295  0.987  0.576  0.044  0.000  0.001
  0.001  0.010  0.000  0.287  0.968  0.561  0.044  0.000  0.001
  0.002  0.011  0.000  0.277  0.945  0.548  0.045  0.000  0.001
 r_peak,r_snr =   0.6954865       10.49654    
  
 Correlation Surface of oversamples image at          646        3046
  0.003  0.066  0.305  0.705  0.988  0.890  0.522  0.199  0.048
  0.003  0.067  0.306  0.707  0.992  0.893  0.524  0.199  0.048
  0.003  0.067  0.308  0.710  0.996  0.896  0.525  0.199  0.047
  0.003  0.067  0.309  0.712  0.999  0.898  0.526  0.199  0.047
  0.003  0.067  0.309  0.712  1.000  0.899  0.526  0.199  0.046
  0.003  0.067  0.308  0.711  1.000  0.899  0.525  0.198  0.046
  0.003  0.067  0.306  0.710  0.998  0.898  0.524  0.196  0.045
  0.003  0.066  0.304  0.707  0.996  0.895  0.521  0.194  0.044
  0.003  0.065  0.302  0.704  0.992  0.891  0.517  0.192  0.043
     646     0.125    3046     8.219   10.49654   0.000405   1.036188   0.006265
  
 Correlation Surface at          746        3046
  0.727  0.694  0.811  0.841  0.838  0.656  0.395  0.220  0.177
  0.746  0.693  0.797  0.850  0.895  0.693  0.383  0.219  0.186
  0.752  0.686  0.792  0.872  0.952  0.718  0.372  0.219  0.193
  0.749  0.671  0.790  0.895  0.990  0.720  0.361  0.220  0.194
  0.738  0.652  0.782  0.905  1.000  0.701  0.352  0.219  0.188
  0.725  0.628  0.762  0.895  0.988  0.675  0.348  0.217  0.178
  0.709  0.604  0.729  0.862  0.963  0.656  0.353  0.217  0.166
  0.691  0.583  0.685  0.807  0.932  0.653  0.368  0.221  0.156
  0.677  0.572  0.638  0.742  0.900  0.667  0.392  0.228  0.149
 r_peak,r_snr =   0.4621061       2.479433    
  
 Correlation Surface of oversamples image at          746        3046
  0.725  0.836  0.895  0.939  0.961  0.891  0.717  0.487  0.274
  0.728  0.840  0.905  0.956  0.979  0.904  0.722  0.484  0.267
  0.729  0.842  0.912  0.969  0.992  0.912  0.725  0.482  0.262
  0.729  0.841  0.915  0.977  0.998  0.916  0.727  0.481  0.258
  0.726  0.836  0.913  0.979  1.000  0.916  0.728  0.482  0.258
  0.719  0.826  0.904  0.975  0.997  0.912  0.728  0.484  0.259
  0.707  0.809  0.889  0.965  0.990  0.907  0.728  0.488  0.262
  0.692  0.789  0.870  0.951  0.982  0.904  0.730  0.496  0.269
  0.673  0.764  0.847  0.935  0.973  0.901  0.735  0.505  0.278
     746     4.875    3046     3.031    2.47943   0.008013   1.458446   0.048802
  
 Correlation Surface at          846        3046
  0.160  0.288  0.493  0.693  0.814  0.728  0.452  0.262  0.178
  0.171  0.299  0.512  0.735  0.885  0.781  0.456  0.259  0.178
  0.186  0.311  0.528  0.769  0.946  0.795  0.446  0.255  0.178
  0.203  0.322  0.537  0.791  0.987  0.770  0.426  0.251  0.180
  0.217  0.331  0.537  0.796  1.000  0.725  0.407  0.251  0.185
  0.225  0.333  0.524  0.780  0.980  0.676  0.391  0.255  0.190
  0.224  0.328  0.500  0.743  0.933  0.636  0.381  0.263  0.189
  0.216  0.313  0.464  0.692  0.872  0.614  0.377  0.271  0.182
  0.203  0.292  0.422  0.638  0.812  0.610  0.380  0.277  0.172
 r_peak,r_snr =   0.6007073       4.910235    
  
 Correlation Surface of oversamples image at          846        3046
  0.490  0.621  0.755  0.873  0.947  0.951  0.857  0.686  0.516
  0.492  0.624  0.763  0.889  0.969  0.967  0.859  0.682  0.514
  0.494  0.624  0.767  0.902  0.985  0.973  0.851  0.672  0.509
  0.495  0.623  0.769  0.911  0.996  0.971  0.836  0.658  0.504
  0.495  0.620  0.768  0.916  1.000  0.962  0.816  0.642  0.499
  0.495  0.616  0.763  0.915  0.996  0.944  0.792  0.625  0.494
  0.492  0.608  0.754  0.906  0.983  0.921  0.767  0.609  0.489
  0.488  0.598  0.739  0.891  0.963  0.894  0.741  0.594  0.486
  0.481  0.585  0.722  0.872  0.939  0.867  0.719  0.583  0.484
     846     0.156    3046    -1.813    4.91024   0.002697   0.234063   0.011925
  
 Correlation Surface at          946        3046
  0.010  0.101  0.322  0.661  0.979  0.902  0.432  0.115  0.009
  0.009  0.095  0.331  0.694  0.993  0.905  0.443  0.119  0.010
  0.007  0.084  0.333  0.722  0.999  0.898  0.445  0.124  0.011
  0.005  0.073  0.330  0.743  1.000  0.879  0.442  0.130  0.013
  0.004  0.063  0.324  0.759  1.000  0.852  0.441  0.141  0.014
  0.002  0.057  0.316  0.772  0.996  0.815  0.448  0.155  0.015
  0.002  0.054  0.308  0.781  0.983  0.774  0.465  0.174  0.016
  0.001  0.053  0.304  0.790  0.963  0.738  0.493  0.196  0.018
  0.001  0.054  0.302  0.794  0.939  0.716  0.525  0.217  0.021
 r_peak,r_snr =   0.5438526       5.854898    
  
 Correlation Surface of oversamples image at          946        3046
  0.445  0.630  0.808  0.949  0.988  0.880  0.671  0.436  0.238
  0.460  0.650  0.826  0.961  0.996  0.890  0.684  0.449  0.246
  0.476  0.670  0.844  0.970  1.000  0.897  0.693  0.458  0.253
  0.489  0.685  0.855  0.972  0.995  0.893  0.693  0.462  0.259
  0.499  0.698  0.862  0.968  0.983  0.880  0.686  0.460  0.262
  0.506  0.707  0.868  0.962  0.967  0.861  0.672  0.456  0.265
  0.511  0.714  0.872  0.955  0.948  0.837  0.654  0.449  0.267
     946     0.375    3046    -9.781    5.85490   0.154809  38.281780   2.402705
  
 Correlation Surface at         1046        3046
  0.003  0.010  0.131  0.522  0.850  0.645  0.221  0.044  0.004
  0.002  0.012  0.145  0.556  0.881  0.652  0.214  0.038  0.004
  0.001  0.015  0.160  0.595  0.926  0.670  0.212  0.034  0.003
  0.001  0.017  0.169  0.625  0.972  0.695  0.214  0.030  0.002
  0.000  0.018  0.171  0.633  1.000  0.714  0.218  0.027  0.001
  0.000  0.020  0.166  0.615  0.991  0.711  0.218  0.024  0.000
 r_peak,r_snr =   0.6493186       8.003542    
  
 Correlation Surface of oversamples image at         1046        3046
  0.161  0.347  0.589  0.817  0.938  0.890  0.690  0.428  0.211
  0.166  0.360  0.610  0.843  0.965  0.913  0.707  0.438  0.216
  0.169  0.367  0.623  0.862  0.987  0.934  0.724  0.451  0.222
  0.169  0.367  0.626  0.870  1.000  0.949  0.738  0.463  0.230
  0.166  0.361  0.619  0.866  1.000  0.954  0.747  0.471  0.236
  0.161  0.351  0.604  0.850  0.987  0.947  0.746  0.474  0.240
  0.155  0.337  0.584  0.827  0.965  0.930  0.737  0.473  0.242
  0.149  0.322  0.560  0.798  0.935  0.904  0.721  0.467  0.241
  0.142  0.305  0.532  0.762  0.895  0.866  0.693  0.451  0.235
    1046     0.125    3046    13.313    8.00354   0.001025   0.113952  -0.001320
  
 Correlation Surface at         1146        3046
  0.322  0.371  0.443  0.773  0.937  0.770  0.644  0.495  0.334
  0.315  0.371  0.451  0.795  0.952  0.782  0.662  0.498  0.342
  0.310  0.380  0.470  0.823  0.977  0.800  0.678  0.500  0.347
  0.308  0.396  0.492  0.846  0.997  0.817  0.683  0.496  0.347
  0.307  0.416  0.514  0.858  1.000  0.826  0.675  0.487  0.344
  0.305  0.436  0.536  0.859  0.984  0.825  0.656  0.474  0.342
  0.301  0.450  0.557  0.855  0.958  0.818  0.636  0.461  0.342
  0.295  0.453  0.579  0.852  0.929  0.810  0.622  0.452  0.341
  0.288  0.449  0.606  0.855  0.907  0.806  0.623  0.452  0.337
 r_peak,r_snr =   0.4615163       3.021320    
  
 Correlation Surface of oversamples image at         1146        3046
  1.662  2.213  2.931  3.474  3.595  3.315  2.765  2.221  1.786
  1.642  2.194  2.899  3.436  3.571  3.311  2.772  2.234  1.804
  1.628  2.179  2.869  3.400  3.549  3.309  2.784  2.255  1.829
  1.612  2.156  2.826  3.347  3.507  3.285  2.778  2.264  1.850
  1.594  2.127  2.775  3.286  3.454  3.246  2.758  2.262  1.863
    1146    -0.094    3046    -0.781    3.02132   0.009576   1.896266   0.008827
  
 Correlation Surface at         1246        3046
  0.002  0.003  0.029  0.327  0.821  0.419  0.040  0.002  0.002
  0.002  0.002  0.027  0.348  0.887  0.451  0.043  0.003  0.002
  0.002  0.002  0.027  0.374  0.944  0.471  0.043  0.003  0.003
  0.002  0.002  0.029  0.401  0.983  0.475  0.042  0.004  0.004
  0.002  0.002  0.032  0.422  1.000  0.465  0.039  0.004  0.005
  0.002  0.002  0.035  0.432  0.992  0.446  0.036  0.004  0.006
  0.002  0.002  0.036  0.429  0.964  0.425  0.034  0.004  0.006
  0.002  0.002  0.037  0.414  0.928  0.408  0.032  0.004  0.006
  0.002  0.002  0.035  0.395  0.895  0.398  0.031  0.004  0.006
 r_peak,r_snr =   0.8183274       12.89641    
  
 Correlation Surface of oversamples image at         1246        3046
  0.024  0.120  0.375  0.740  0.951  0.804  0.449  0.164  0.040
  0.026  0.126  0.391  0.766  0.977  0.822  0.457  0.166  0.041
  0.027  0.131  0.403  0.783  0.993  0.830  0.459  0.166  0.041
  0.028  0.135  0.412  0.794  0.999  0.831  0.456  0.163  0.040
  0.030  0.140  0.418  0.799  1.000  0.827  0.451  0.160  0.038
  0.031  0.143  0.422  0.799  0.995  0.819  0.444  0.156  0.037
  0.032  0.144  0.421  0.791  0.981  0.804  0.434  0.151  0.035
  0.033  0.144  0.416  0.778  0.961  0.786  0.422  0.145  0.033
  0.034  0.143  0.409  0.762  0.939  0.767  0.410  0.140  0.031
    1246     0.031    3046    -1.813   12.89641   0.000190   0.048990   0.000843
  
 Correlation Surface at         1346        3046
  0.007  0.029  0.186  0.769  0.910  0.469  0.247  0.133  0.076
  0.006  0.026  0.183  0.782  0.941  0.482  0.237  0.120  0.076
  0.005  0.024  0.183  0.792  0.972  0.493  0.222  0.105  0.078
  0.005  0.023  0.184  0.794  0.993  0.499  0.204  0.091  0.081
  0.006  0.023  0.186  0.789  1.000  0.497  0.186  0.082  0.085
  0.007  0.024  0.187  0.779  0.997  0.490  0.171  0.077  0.090
  0.008  0.025  0.187  0.767  0.987  0.479  0.161  0.077  0.094
  0.009  0.027  0.184  0.751  0.973  0.466  0.155  0.078  0.097
  0.010  0.027  0.179  0.738  0.971  0.460  0.153  0.079  0.099
 r_peak,r_snr =   0.6076092       5.705554    
  
 Correlation Surface of oversamples image at         1346        3046
  0.181  0.735  1.854  3.189  3.876  3.601  2.782  1.893  1.238
  0.182  0.732  1.845  3.184  3.893  3.637  2.818  1.917  1.242
  0.181  0.726  1.831  3.179  3.920  3.690  2.873  1.955  1.254
  0.181  0.720  1.822  3.188  3.971  3.769  2.950  2.009  1.277
    1346    -0.344    3046    -4.219    5.70555   0.001086   2.003317  -0.002549
  
 Correlation Surface at         1446        3046
  0.025  0.079  0.331  0.501  0.885  0.460  0.074  0.015  0.000
  0.025  0.102  0.347  0.503  0.922  0.510  0.093  0.007  0.002
  0.023  0.125  0.335  0.486  0.953  0.553  0.101  0.002  0.005
  0.020  0.144  0.305  0.460  0.982  0.572  0.095  0.000  0.007
  0.017  0.162  0.267  0.435  1.000  0.549  0.081  0.000  0.006
  0.016  0.179  0.229  0.418  0.995  0.486  0.069  0.002  0.004
  0.018  0.192  0.195  0.411  0.954  0.402  0.064  0.009  0.002
  0.024  0.196  0.167  0.414  0.875  0.319  0.069  0.021  0.001
  0.031  0.188  0.148  0.425  0.770  0.256  0.080  0.032  0.001
 r_peak,r_snr =   0.2705049       9.499623    
  
 Correlation Surface of oversamples image at         1446        3046
  0.071  0.117  0.198  0.352  0.520  0.486  0.282  0.139  0.071
  0.074  0.122  0.208  0.371  0.539  0.495  0.293  0.153  0.081
  0.073  0.121  0.214  0.387  0.555  0.501  0.301  0.164  0.088
  0.070  0.117  0.216  0.399  0.565  0.502  0.305  0.170  0.088
  0.065  0.110  0.215  0.408  0.569  0.496  0.303  0.168  0.083
  0.059  0.102  0.211  0.413  0.568  0.484  0.294  0.160  0.074
  0.051  0.091  0.207  0.418  0.565  0.468  0.281  0.148  0.064
  0.044  0.081  0.202  0.422  0.558  0.448  0.264  0.133  0.054
  0.036  0.071  0.197  0.423  0.545  0.422  0.240  0.115  0.044
    1446     0.125    3046     0.219    9.49962   0.005550   6.682335   0.076779
  
 Correlation Surface at         1546        3046
  0.006  0.085  0.314  0.619  0.828  0.635  0.234  0.039  0.002
  0.006  0.095  0.346  0.687  0.892  0.656  0.238  0.043  0.002
  0.006  0.106  0.378  0.749  0.949  0.680  0.244  0.047  0.002
  0.007  0.115  0.402  0.791  0.986  0.700  0.249  0.049  0.002
  0.008  0.121  0.413  0.803  1.000  0.707  0.249  0.049  0.002
  0.008  0.121  0.412  0.789  0.994  0.695  0.243  0.047  0.002
  0.009  0.117  0.398  0.756  0.976  0.667  0.231  0.044  0.002
  0.009  0.112  0.376  0.717  0.953  0.630  0.218  0.043  0.003
  0.009  0.107  0.353  0.683  0.931  0.595  0.206  0.044  0.003
 r_peak,r_snr =   0.5429237       7.189592    
  
 Correlation Surface of oversamples image at         1546        3046
  0.379  0.552  0.737  0.897  0.958  0.881  0.681  0.431  0.222
  0.391  0.571  0.759  0.917  0.975  0.897  0.692  0.434  0.223
  0.400  0.585  0.775  0.930  0.988  0.911  0.702  0.437  0.224
  0.404  0.594  0.783  0.936  0.997  0.923  0.710  0.440  0.226
  0.405  0.595  0.782  0.934  1.000  0.929  0.714  0.440  0.226
  0.401  0.590  0.773  0.927  0.998  0.930  0.712  0.438  0.225
  0.396  0.581  0.761  0.917  0.994  0.927  0.707  0.434  0.224
  0.388  0.568  0.746  0.905  0.988  0.920  0.699  0.427  0.222
  0.378  0.552  0.727  0.890  0.977  0.907  0.684  0.417  0.217
    1546     0.031    3046    -2.313    7.18959   0.002814   0.937518   0.001873
  
 Correlation Surface at         1646        3046
  0.061  0.162  0.076  0.122  0.206  0.094  0.100  0.220
  0.114  0.199  0.170  0.308  0.372  0.231  0.175  0.365
  0.211  0.274  0.332  0.580  0.570  0.381  0.254  0.478
  0.368  0.390  0.542  0.858  0.701  0.468  0.291  0.476
  0.563  0.521  0.732  1.000  0.676  0.460  0.256  0.367
  0.720  0.592  0.808  0.915  0.505  0.376  0.172  0.225
  0.739  0.535  0.724  0.669  0.292  0.264  0.084  0.115
  0.589  0.358  0.532  0.395  0.135  0.164  0.026  0.059
  0.363  0.165  0.334  0.202  0.059  0.088  0.004  0.040
 r_peak,r_snr =   0.1500707       6.985880    
  
 Correlation Surface of oversamples image at         1646        3046
  2.352  2.348  1.859  1.780  2.221
  2.933  2.809  2.180  2.107  2.586
  3.485  3.165  2.387  2.332  2.793
  3.905  3.317  2.420  2.394  2.784
  4.000  3.119  2.168  2.169  2.459
  3.731  2.587  1.647  1.654  1.833
  3.511  2.130  1.218  1.223  1.317
    1646   -15.844    3046     0.594    6.98588   0.080020   0.433028   0.123988
  
 Correlation Surface at         1746        3046
  0.237  0.210  0.444  0.801  0.660  0.360  0.217  0.193  0.162
  0.225  0.217  0.468  0.876  0.803  0.428  0.226  0.195  0.161
  0.210  0.224  0.480  0.928  0.926  0.480  0.230  0.200  0.153
  0.191  0.223  0.483  0.943  0.993  0.505  0.225  0.206  0.145
  0.169  0.217  0.489  0.920  1.000  0.513  0.217  0.210  0.141
  0.150  0.215  0.508  0.878  0.979  0.523  0.211  0.214  0.143
  0.135  0.222  0.541  0.839  0.960  0.545  0.215  0.219  0.149
  0.123  0.241  0.578  0.815  0.959  0.579  0.229  0.226  0.153
  0.116  0.270  0.609  0.806  0.974  0.618  0.250  0.229  0.150
 r_peak,r_snr =   0.3485341       5.491789    
  
 Correlation Surface of oversamples image at         1746        3046
  0.231  0.354  0.544  0.769  0.908  0.816  0.538  0.290  0.167
  0.235  0.354  0.547  0.786  0.944  0.850  0.552  0.292  0.164
  0.237  0.354  0.550  0.801  0.975  0.879  0.567  0.297  0.161
  0.236  0.354  0.550  0.808  0.994  0.898  0.578  0.301  0.157
  0.234  0.352  0.546  0.806  1.000  0.908  0.589  0.306  0.152
  0.233  0.351  0.540  0.798  0.998  0.916  0.606  0.317  0.151
  0.231  0.350  0.532  0.783  0.987  0.920  0.625  0.332  0.152
  0.226  0.344  0.515  0.753  0.955  0.909  0.638  0.343  0.151
  0.219  0.334  0.491  0.709  0.906  0.885  0.644  0.352  0.149
    1746    -0.375    3046    -5.156    5.49179   0.010222   2.394298  -0.089595
  
 Correlation Surface at         1846        3046
  0.002  0.063  0.221  0.431  0.830  0.782  0.323  0.091  0.054
  0.002  0.075  0.231  0.460  0.902  0.799  0.363  0.124  0.063
  0.004  0.090  0.244  0.484  0.959  0.798  0.390  0.143  0.063
  0.007  0.106  0.261  0.503  0.992  0.784  0.400  0.143  0.056
  0.014  0.123  0.283  0.520  1.000  0.762  0.394  0.126  0.048
  0.024  0.137  0.308  0.534  0.983  0.741  0.372  0.103  0.041
  0.034  0.147  0.331  0.541  0.949  0.724  0.343  0.081  0.038
  0.040  0.149  0.348  0.535  0.904  0.713  0.315  0.067  0.039
  0.039  0.144  0.353  0.515  0.857  0.705  0.293  0.060  0.042
 r_peak,r_snr =   0.3626163       7.403244    
  
 Correlation Surface of oversamples image at         1846        3046
  0.229  0.343  0.504  0.737  0.956  0.967  0.726  0.447  0.268
  0.236  0.350  0.513  0.753  0.971  0.964  0.714  0.448  0.281
  0.244  0.360  0.526  0.772  0.987  0.960  0.703  0.450  0.295
  0.254  0.371  0.540  0.790  0.998  0.952  0.693  0.453  0.306
  0.263  0.381  0.551  0.802  1.000  0.936  0.679  0.451  0.311
  0.271  0.391  0.561  0.808  0.991  0.913  0.662  0.447  0.310
  0.281  0.403  0.572  0.812  0.979  0.891  0.649  0.445  0.308
  0.290  0.414  0.582  0.811  0.960  0.867  0.637  0.444  0.303
  0.293  0.418  0.580  0.794  0.923  0.832  0.620  0.435  0.290
    1846    -0.813    3046    -6.031    7.40324   0.006722   2.760178   0.079962
  
 Correlation Surface at         1946        3046
  0.455  0.461  0.648  0.763  0.781  0.516  0.440  0.304  0.179
  0.429  0.436  0.609  0.777  0.850  0.567  0.462  0.292  0.170
  0.421  0.419  0.589  0.811  0.932  0.637  0.495  0.291  0.172
  0.435  0.418  0.584  0.837  0.991  0.707  0.534  0.301  0.179
  0.468  0.439  0.596  0.841  1.000  0.757  0.569  0.320  0.183
  0.510  0.485  0.627  0.831  0.962  0.787  0.602  0.340  0.182
  0.544  0.547  0.673  0.828  0.907  0.804  0.629  0.355  0.178
  0.550  0.603  0.719  0.839  0.857  0.811  0.642  0.360  0.176
  0.522  0.631  0.744  0.861  0.831  0.819  0.638  0.359  0.182
 r_peak,r_snr =   0.3686388       3.547867    
  
 Correlation Surface of oversamples image at         1946        3046
  1.343  1.635  2.188  3.108  3.818  3.779  3.518  3.591  3.756
  1.449  1.723  2.261  3.177  3.835  3.697  3.389  3.477  3.678
  1.537  1.801  2.330  3.233  3.827  3.594  3.238  3.324  3.550
  1.655  1.925  2.460  3.356  3.891  3.573  3.167  3.236  3.475
    1946     0.031    3046    11.813    3.54787   0.014784   0.720780  -0.046509
  
 Correlation Surface at         2046        3046
  0.008  0.238  0.011  0.148  0.418  0.799  0.439  0.069  0.000
  0.025  0.239  0.001  0.217  0.572  0.834  0.471  0.067  0.002
  0.037  0.195  0.002  0.319  0.779  0.847  0.509  0.038  0.000
  0.035  0.125  0.011  0.428  0.951  0.833  0.535  0.006  0.003
  0.021  0.056  0.020  0.491  1.000  0.787  0.529  0.002  0.012
  0.005  0.011  0.023  0.481  0.910  0.711  0.478  0.018  0.012
 r_peak,r_snr =   0.1202201       7.997094    
  
 Correlation Surface of oversamples image at         2046        3046
  0.095  0.308  0.523  0.653  0.762  0.718  0.397  0.066  0.013
  0.077  0.291  0.524  0.697  0.837  0.778  0.408  0.058  0.018
  0.059  0.267  0.514  0.731  0.895  0.811  0.400  0.049  0.022
  0.048  0.251  0.516  0.776  0.956  0.835  0.390  0.045  0.021
  0.042  0.241  0.524  0.822  1.000  0.834  0.373  0.044  0.015
  0.034  0.221  0.514  0.831  0.986  0.776  0.330  0.040  0.010
  0.026  0.197  0.489  0.806  0.920  0.675  0.273  0.034  0.005
  0.032  0.205  0.511  0.828  0.891  0.616  0.254  0.044  0.000
    2046    -0.938    3046    14.844    7.99709   0.055353   1.440172   0.110082
  
 At line =         3400
 Reading in data....   
 Correlation Surface at          146        3446
  0.093  0.230  0.497  0.804  0.921  0.690  0.368  0.139  0.015
  0.108  0.241  0.500  0.825  0.948  0.696  0.365  0.134  0.012
  0.124  0.252  0.503  0.849  0.973  0.699  0.363  0.127  0.008
  0.142  0.268  0.514  0.877  0.993  0.696  0.363  0.120  0.006
  0.163  0.291  0.538  0.904  1.000  0.686  0.359  0.109  0.003
  0.191  0.322  0.578  0.924  0.987  0.669  0.348  0.096  0.001
  0.223  0.360  0.627  0.928  0.952  0.648  0.333  0.083  0.000
  0.256  0.401  0.671  0.915  0.905  0.627  0.316  0.072  0.000
  0.285  0.441  0.699  0.886  0.855  0.607  0.301  0.064  0.000
 r_peak,r_snr =   0.5315357       5.246471    
  
 Correlation Surface of oversamples image at          146        3446
  0.371  0.503  0.664  0.834  0.947  0.933  0.808  0.645  0.492
  0.383  0.518  0.684  0.858  0.968  0.948  0.815  0.647  0.494
  0.397  0.537  0.706  0.879  0.984  0.956  0.818  0.647  0.494
  0.416  0.559  0.729  0.899  0.995  0.958  0.815  0.645  0.492
  0.437  0.584  0.753  0.915  1.000  0.953  0.808  0.641  0.490
  0.463  0.612  0.776  0.927  0.999  0.942  0.797  0.635  0.487
  0.492  0.641  0.799  0.935  0.991  0.926  0.783  0.628  0.483
  0.521  0.670  0.818  0.937  0.977  0.905  0.766  0.618  0.477
  0.551  0.697  0.831  0.932  0.956  0.880  0.745  0.605  0.469
     146    -0.406    3446     0.813    5.24647   0.006402   1.066854   0.051822
  
 Correlation Surface at          246        3446
  0.131  0.239  0.455  0.649  0.685  0.630  0.659  0.604  0.562
  0.157  0.267  0.494  0.715  0.801  0.734  0.710  0.653  0.565
  0.184  0.302  0.551  0.799  0.909  0.815  0.759  0.691  0.544
  0.204  0.338  0.613  0.883  0.982  0.845  0.776  0.697  0.500
  0.215  0.365  0.663  0.942  1.000  0.816  0.745  0.664  0.442
  0.216  0.379  0.691  0.962  0.967  0.749  0.678  0.606  0.391
  0.207  0.378  0.693  0.939  0.898  0.672  0.603  0.547  0.358
  0.189  0.364  0.671  0.886  0.814  0.606  0.546  0.513  0.348
  0.167  0.342  0.633  0.818  0.732  0.559  0.520  0.515  0.360
 r_peak,r_snr =   0.3801888       3.484341    
  
 Correlation Surface of oversamples image at          246        3446
  0.414  0.562  0.715  0.827  0.878  0.873  0.814  0.752  0.739
  0.449  0.599  0.756  0.876  0.933  0.926  0.854  0.779  0.759
  0.484  0.637  0.794  0.914  0.972  0.959  0.875  0.787  0.765
  0.520  0.674  0.827  0.942  0.993  0.971  0.874  0.779  0.754
  0.557  0.710  0.856  0.960  1.000  0.967  0.859  0.757  0.731
  0.591  0.743  0.878  0.967  0.993  0.948  0.832  0.725  0.699
  0.617  0.766  0.890  0.960  0.969  0.913  0.794  0.685  0.658
  0.635  0.782  0.893  0.942  0.933  0.869  0.749  0.641  0.614
  0.651  0.797  0.894  0.923  0.897  0.826  0.708  0.603  0.576
     246     1.125    3446     0.219    3.48434   0.062930   0.768386   0.168186
  
 Correlation Surface at          346        3446
  0.342  0.482  0.687  0.884  0.875  0.798  0.816  0.817  0.648
  0.341  0.499  0.688  0.880  0.907  0.834  0.816  0.807  0.633
  0.350  0.521  0.686  0.878  0.948  0.882  0.826  0.805  0.627
  0.368  0.545  0.683  0.883  0.985  0.915  0.833  0.806  0.632
  0.392  0.566  0.681  0.889  1.000  0.916  0.830  0.807  0.647
  0.416  0.577  0.678  0.889  0.980  0.883  0.815  0.806  0.670
  0.433  0.576  0.674  0.878  0.930  0.830  0.793  0.804  0.700
  0.440  0.563  0.668  0.856  0.872  0.778  0.778  0.804  0.731
  0.440  0.540  0.664  0.831  0.824  0.746  0.774  0.805  0.753
 r_peak,r_snr =   0.4770101       2.172853    
  
 Correlation Surface of oversamples image at          346        3446
  0.626  0.741  0.846  0.916  0.943  0.916  0.843  0.793  0.797
  0.615  0.729  0.844  0.927  0.966  0.938  0.858  0.804  0.806
  0.603  0.718  0.840  0.935  0.982  0.953  0.867  0.811  0.814
  0.594  0.708  0.838  0.943  0.995  0.962  0.871  0.816  0.821
  0.585  0.700  0.836  0.947  1.000  0.962  0.867  0.815  0.824
  0.575  0.689  0.830  0.943  0.993  0.948  0.852  0.805  0.819
  0.566  0.680  0.821  0.933  0.975  0.923  0.830  0.790  0.810
  0.564  0.677  0.816  0.922  0.954  0.897  0.808  0.777  0.802
  0.564  0.676  0.811  0.908  0.930  0.869  0.787  0.764  0.792
     346     2.063    3446     5.969    2.17285   0.021841   0.513934   0.031029
  
 Correlation Surface at          446        3446
  0.141  0.196  0.428  0.792  0.916  0.677  0.420  0.309  0.254
  0.134  0.194  0.433  0.805  0.952  0.725  0.454  0.324  0.256
  0.133  0.198  0.437  0.811  0.979  0.763  0.480  0.338  0.263
  0.136  0.206  0.441  0.810  0.995  0.786  0.495  0.350  0.275
  0.143  0.215  0.444  0.805  1.000  0.793  0.498  0.359  0.286
  0.151  0.222  0.443  0.800  0.998  0.788  0.492  0.365  0.295
  0.159  0.226  0.441  0.798  0.993  0.775  0.482  0.368  0.301
  0.165  0.225  0.437  0.797  0.985  0.760  0.472  0.367  0.304
  0.169  0.220  0.429  0.794  0.975  0.745  0.466  0.362  0.304
 r_peak,r_snr =   0.6387610       3.124777    
  
 Correlation Surface of oversamples image at          446        3446
  0.376  0.564  0.744  0.865  0.885  0.799  0.653  0.507  0.397
  0.377  0.564  0.744  0.867  0.891  0.807  0.662  0.516  0.405
  0.377  0.563  0.742  0.867  0.894  0.812  0.668  0.522  0.412
  0.377  0.560  0.738  0.864  0.896  0.816  0.672  0.527  0.417
  0.376  0.557  0.732  0.861  0.896  0.819  0.674  0.529  0.420
  0.373  0.551  0.725  0.856  0.895  0.820  0.674  0.529  0.420
  0.370  0.544  0.718  0.851  0.893  0.818  0.672  0.526  0.419
  0.366  0.538  0.712  0.847  0.891  0.817  0.669  0.522  0.416
  0.362  0.532  0.706  0.844  0.890  0.816  0.666  0.518  0.412
     446    -0.094    3446    -1.313    3.12478   0.002364   3.197997  -0.024909
  
 Correlation Surface at          646        3446
  0.018  0.033  0.137  0.547  0.971  0.529  0.090  0.003  0.004
  0.016  0.035  0.146  0.588  1.000  0.531  0.090  0.004  0.005
  0.015  0.035  0.151  0.612  0.995  0.515  0.090  0.005  0.006
  0.014  0.031  0.152  0.620  0.966  0.483  0.087  0.006  0.006
  0.014  0.026  0.153  0.623  0.931  0.442  0.081  0.006  0.006
  0.014  0.022  0.160  0.632  0.903  0.402  0.072  0.005  0.006
 r_peak,r_snr =   0.5326791       7.291371    
  
 Correlation Surface of oversamples image at          646        3446
  0.080  0.203  0.441  0.746  0.942  0.860  0.569  0.285  0.111
  0.084  0.213  0.457  0.768  0.965  0.874  0.571  0.281  0.106
  0.090  0.224  0.472  0.786  0.982  0.882  0.570  0.276  0.102
  0.098  0.237  0.490  0.804  0.994  0.884  0.566  0.271  0.097
  0.106  0.253  0.511  0.823  1.000  0.880  0.559  0.266  0.094
  0.115  0.270  0.532  0.837  0.999  0.869  0.549  0.259  0.089
  0.125  0.288  0.553  0.848  0.993  0.853  0.536  0.251  0.085
  0.135  0.306  0.572  0.855  0.979  0.829  0.517  0.240  0.080
  0.144  0.323  0.591  0.860  0.961  0.801  0.494  0.227  0.074
     646     0.031    3446   -14.750    7.29137   0.001478   0.363786   0.009746
  
 Correlation Surface at          746        3446
  0.077  0.081  0.199  0.545  0.920  0.806  0.400  0.209  0.113
  0.075  0.077  0.201  0.553  0.940  0.821  0.406  0.210  0.107
  0.074  0.073  0.194  0.557  0.963  0.846  0.429  0.215  0.101
  0.075  0.069  0.183  0.556  0.985  0.878  0.468  0.228  0.098
  0.078  0.068  0.174  0.553  1.000  0.908  0.511  0.249  0.099
  0.082  0.070  0.168  0.544  0.999  0.924  0.547  0.275  0.107
  0.088  0.076  0.169  0.532  0.982  0.922  0.564  0.302  0.120
  0.093  0.087  0.178  0.524  0.954  0.902  0.560  0.329  0.141
  0.098  0.102  0.192  0.521  0.924  0.874  0.546  0.353  0.167
 r_peak,r_snr =   0.4998404       5.005283    
  
 Correlation Surface of oversamples image at          746        3446
  0.292  0.496  0.732  0.916  0.956  0.829  0.619  0.423  0.287
  0.288  0.496  0.740  0.932  0.976  0.854  0.646  0.449  0.307
  0.282  0.494  0.745  0.943  0.991  0.875  0.672  0.474  0.326
  0.276  0.489  0.745  0.947  0.999  0.890  0.694  0.497  0.346
  0.270  0.483  0.740  0.944  1.000  0.899  0.710  0.517  0.363
  0.264  0.474  0.731  0.934  0.994  0.901  0.721  0.531  0.378
  0.259  0.466  0.720  0.921  0.984  0.898  0.725  0.541  0.391
  0.257  0.458  0.706  0.905  0.970  0.890  0.723  0.545  0.400
  0.255  0.450  0.690  0.886  0.952  0.876  0.714  0.543  0.405
     746     0.406    3446     8.219    5.00528   0.004554   2.087578  -0.058186
  
 Correlation Surface at          946        3446
  0.008  0.000  0.092  0.492  0.760  0.437  0.111  0.011  0.000
  0.008  0.000  0.095  0.521  0.813  0.467  0.123  0.014  0.001
  0.007  0.001  0.103  0.570  0.885  0.507  0.138  0.016  0.001
  0.007  0.001  0.115  0.629  0.958  0.546  0.153  0.018  0.001
  0.006  0.001  0.131  0.676  1.000  0.568  0.161  0.019  0.001
  0.006  0.001  0.146  0.685  0.990  0.566  0.161  0.019  0.002
  0.006  0.002  0.154  0.659  0.950  0.551  0.154  0.016  0.002
  0.006  0.003  0.154  0.616  0.904  0.534  0.143  0.013  0.003
  0.007  0.003  0.151  0.577  0.873  0.520  0.128  0.009  0.004
 r_peak,r_snr =   0.6244807       9.481227    
  
 Correlation Surface of oversamples image at          946        3446
  0.096  0.283  0.564  0.828  0.933  0.820  0.573  0.321  0.147
  0.102  0.300  0.592  0.859  0.956  0.833  0.578  0.324  0.150
  0.110  0.318  0.619  0.888  0.977  0.844  0.583  0.329  0.155
  0.119  0.337  0.644  0.912  0.993  0.851  0.588  0.334  0.160
  0.128  0.355  0.667  0.930  1.000  0.851  0.589  0.338  0.164
  0.138  0.373  0.686  0.939  0.999  0.847  0.588  0.340  0.166
  0.149  0.388  0.697  0.939  0.990  0.838  0.586  0.341  0.168
  0.158  0.398  0.699  0.928  0.972  0.826  0.582  0.342  0.168
  0.166  0.403  0.690  0.905  0.946  0.809  0.575  0.339  0.166
     946    -0.094    3446    -7.750    9.48123   0.000952   0.077275   0.001035
  
 Correlation Surface at         1046        3446
  0.189  0.361  0.639  0.820  0.819  0.657  0.373  0.213  0.221
  0.189  0.363  0.650  0.835  0.867  0.687  0.380  0.220  0.234
  0.193  0.366  0.661  0.862  0.924  0.717  0.390  0.232  0.247
  0.200  0.366  0.665  0.891  0.975  0.738  0.398  0.247  0.256
  0.207  0.359  0.656  0.906  1.000  0.741  0.402  0.261  0.262
  0.212  0.345  0.631  0.895  0.992  0.726  0.402  0.275  0.263
  0.215  0.327  0.592  0.859  0.955  0.700  0.403  0.288  0.263
  0.215  0.306  0.546  0.804  0.901  0.672  0.407  0.299  0.261
  0.215  0.288  0.503  0.746  0.845  0.645  0.414  0.309  0.260
 r_peak,r_snr =   0.5682702       3.279798    
  
 Correlation Surface of oversamples image at         1046        3446
  0.652  0.759  0.848  0.921  0.956  0.924  0.807  0.631  0.462
  0.654  0.763  0.855  0.936  0.976  0.941  0.816  0.634  0.468
  0.654  0.765  0.862  0.947  0.991  0.952  0.818  0.634  0.473
  0.650  0.763  0.864  0.954  0.999  0.955  0.814  0.630  0.476
  0.642  0.757  0.861  0.955  1.000  0.950  0.803  0.623  0.478
  0.630  0.747  0.854  0.949  0.992  0.936  0.787  0.612  0.478
  0.614  0.732  0.841  0.937  0.977  0.915  0.766  0.599  0.477
  0.596  0.714  0.825  0.920  0.956  0.889  0.741  0.585  0.474
  0.575  0.692  0.805  0.899  0.930  0.860  0.715  0.570  0.472
    1046     0.031    3446    -2.219    3.27980   0.004040   0.268819   0.003642
  
 Correlation Surface at         1146        3446
  0.105  0.288  0.521  0.761  0.870  0.874  0.768  0.464  0.180
  0.101  0.295  0.543  0.801  0.906  0.912  0.787  0.463  0.188
  0.097  0.308  0.584  0.859  0.947  0.941  0.788  0.452  0.192
  0.095  0.325  0.637  0.922  0.982  0.956  0.768  0.430  0.188
  0.095  0.340  0.685  0.969  1.000  0.951  0.732  0.401  0.178
  0.095  0.345  0.712  0.989  0.996  0.924  0.686  0.371  0.165
  0.092  0.334  0.709  0.976  0.968  0.874  0.638  0.346  0.153
  0.086  0.309  0.680  0.938  0.922  0.812  0.595  0.327  0.146
  0.079  0.279  0.640  0.891  0.869  0.749  0.563  0.316  0.145
 r_peak,r_snr =   0.6278426       4.312772    
  
 Correlation Surface of oversamples image at         1146        3446
  0.437  0.601  0.761  0.884  0.936  0.931  0.920  0.922  0.885
  0.457  0.635  0.802  0.921  0.963  0.949  0.932  0.928  0.880
  0.476  0.666  0.838  0.952  0.984  0.963  0.942  0.930  0.871
  0.490  0.690  0.865  0.972  0.996  0.971  0.945  0.926  0.855
  0.498  0.705  0.880  0.981  1.000  0.972  0.943  0.914  0.835
  0.500  0.712  0.885  0.980  0.996  0.968  0.934  0.897  0.811
  0.497  0.711  0.881  0.970  0.985  0.957  0.918  0.873  0.783
  0.487  0.700  0.865  0.951  0.967  0.939  0.895  0.843  0.751
  0.472  0.681  0.842  0.925  0.944  0.915  0.866  0.808  0.715
    1146     0.375    3446    -3.188    4.31277   0.169515   1.029794   0.377183
  
 Correlation Surface at         1446        3446
  0.172  0.220  0.306  0.596  0.763  0.786  0.828  0.622  0.432
  0.167  0.213  0.311  0.619  0.834  0.855  0.795  0.571  0.411
  0.162  0.209  0.325  0.661  0.915  0.925  0.764  0.533  0.399
  0.161  0.209  0.348  0.712  0.981  0.965  0.730  0.510  0.401
  0.163  0.212  0.372  0.753  1.000  0.948  0.683  0.496  0.412
  0.169  0.215  0.390  0.765  0.961  0.873  0.623  0.485  0.422
  0.178  0.222  0.400  0.746  0.884  0.773  0.559  0.474  0.424
  0.190  0.230  0.402  0.709  0.798  0.678  0.503  0.471  0.417
 r_peak,r_snr =   0.5340421       3.760240    
  
 Correlation Surface of oversamples image at         1446        3446
  0.270  0.413  0.597  0.767  0.880  0.921  0.912  0.868  0.773
  0.281  0.437  0.635  0.812  0.925  0.954  0.920  0.846  0.732
  0.297  0.465  0.675  0.857  0.963  0.976  0.918  0.820  0.694
  0.314  0.494  0.712  0.893  0.989  0.984  0.905  0.789  0.658
  0.331  0.520  0.742  0.917  1.000  0.978  0.881  0.755  0.624
  0.347  0.543  0.763  0.928  0.996  0.958  0.849  0.719  0.594
  0.363  0.560  0.774  0.926  0.979  0.929  0.813  0.686  0.570
  0.377  0.571  0.774  0.911  0.950  0.891  0.774  0.653  0.550
  0.385  0.572  0.761  0.882  0.909  0.845  0.731  0.621  0.531
    1446    -0.844    3446    11.438    3.76024   0.009237   0.146070   0.020682
  
 Correlation Surface at         1546        3446
  0.245  0.386  0.586  0.830  0.882  0.741  0.411  0.166  0.089
  0.228  0.359  0.565  0.866  0.934  0.752  0.418  0.174  0.093
  0.209  0.336  0.551  0.896  0.976  0.756  0.418  0.179  0.098
  0.189  0.319  0.545  0.917  1.000  0.750  0.411  0.179  0.101
  0.170  0.302  0.539  0.925  1.000  0.733  0.400  0.176  0.102
  0.154  0.282  0.527  0.917  0.981  0.705  0.390  0.175  0.102
  0.137  0.255  0.508  0.892  0.949  0.675  0.389  0.181  0.103
  0.122  0.223  0.487  0.855  0.916  0.652  0.403  0.200  0.110
  0.107  0.192  0.469  0.814  0.888  0.643  0.432  0.235  0.124
 r_peak,r_snr =   0.4542061       4.136883    
  
 Correlation Surface of oversamples image at         1546        3446
  0.428  0.594  0.763  0.886  0.941  0.925  0.822  0.649  0.450
  0.429  0.607  0.791  0.920  0.968  0.937  0.824  0.645  0.445
  0.433  0.620  0.816  0.950  0.987  0.941  0.819  0.636  0.436
  0.436  0.631  0.839  0.973  0.998  0.938  0.808  0.623  0.425
  0.439  0.640  0.856  0.988  1.000  0.927  0.792  0.606  0.412
  0.442  0.646  0.867  0.996  0.995  0.911  0.773  0.589  0.399
  0.442  0.649  0.872  0.995  0.983  0.892  0.754  0.571  0.387
  0.439  0.646  0.869  0.985  0.965  0.871  0.734  0.555  0.377
  0.434  0.640  0.860  0.968  0.943  0.850  0.715  0.542  0.371
    1546    -0.250    3446     4.250    4.13688   0.011402   1.920438   0.074503
  
 Correlation Surface at         1646        3446
  0.006  0.002  0.058  0.354  0.867  0.342  0.000  0.039  0.007
  0.005  0.000  0.059  0.388  0.949  0.340  0.000  0.042  0.003
  0.008  0.000  0.064  0.422  0.997  0.320  0.000  0.036  0.001
  0.012  0.000  0.070  0.450  1.000  0.298  0.000  0.026  0.000
  0.017  0.000  0.076  0.464  0.963  0.286  0.000  0.014  0.002
  0.019  0.000  0.078  0.459  0.896  0.281  0.003  0.006  0.005
  0.016  0.000  0.078  0.436  0.814  0.277  0.007  0.001  0.009
  0.010  0.000  0.076  0.398  0.725  0.269  0.010  0.000  0.010
 r_peak,r_snr =   0.3430651       11.18233    
  
 Correlation Surface of oversamples image at         1646        3446
  0.051  0.186  0.435  0.743  0.910  0.716  0.324  0.066  0.001
  0.053  0.196  0.458  0.784  0.950  0.733  0.319  0.060  0.000
  0.057  0.204  0.478  0.818  0.980  0.741  0.313  0.056  0.000
  0.061  0.213  0.496  0.844  0.997  0.740  0.306  0.054  0.000
  0.066  0.221  0.509  0.859  1.000  0.731  0.300  0.053  0.000
  0.070  0.226  0.514  0.860  0.986  0.714  0.295  0.055  0.000
  0.073  0.229  0.514  0.849  0.960  0.692  0.292  0.059  0.001
  0.076  0.231  0.512  0.832  0.928  0.668  0.292  0.065  0.002
  0.079  0.232  0.507  0.809  0.891  0.644  0.293  0.072  0.004
    1646    -0.063    3446   -12.125   11.18233   0.002415   1.179712   0.024081
  
 Correlation Surface at         1746        3446
  0.106  0.161  0.422  0.821  0.835  0.531  0.342  0.257  0.271
  0.117  0.158  0.425  0.831  0.869  0.520  0.346  0.278  0.296
  0.129  0.154  0.420  0.831  0.914  0.522  0.351  0.293  0.302
  0.143  0.153  0.407  0.826  0.965  0.534  0.351  0.292  0.290
  0.159  0.157  0.395  0.814  1.000  0.544  0.339  0.270  0.267
  0.174  0.165  0.387  0.790  0.996  0.543  0.313  0.230  0.239
  0.185  0.177  0.386  0.763  0.958  0.531  0.278  0.186  0.214
  0.186  0.190  0.390  0.734  0.902  0.517  0.244  0.154  0.199
  0.179  0.199  0.391  0.703  0.844  0.506  0.222  0.140  0.195
 r_peak,r_snr =   0.4883151       4.368880    
  
 Correlation Surface of oversamples image at         1746        3446
  0.259  0.452  0.694  0.886  0.954  0.881  0.686  0.478  0.356
  0.249  0.445  0.694  0.894  0.974  0.906  0.700  0.483  0.361
  0.238  0.433  0.686  0.896  0.990  0.929  0.716  0.491  0.367
  0.226  0.419  0.672  0.890  0.999  0.949  0.732  0.500  0.374
  0.215  0.402  0.654  0.877  1.000  0.963  0.745  0.508  0.380
  0.206  0.387  0.634  0.859  0.994  0.971  0.755  0.515  0.385
  0.200  0.373  0.613  0.836  0.981  0.969  0.759  0.519  0.387
  0.195  0.361  0.590  0.809  0.958  0.956  0.755  0.518  0.385
  0.193  0.350  0.568  0.779  0.927  0.932  0.742  0.512  0.378
    1746    -0.313    3446    -5.750    4.36888   0.002593   0.383469  -0.007357
  
 Correlation Surface at         1846        3446
  0.076  0.163  0.256  0.435  0.610  0.351  0.097  0.068  0.193
  0.052  0.133  0.247  0.467  0.739  0.403  0.109  0.084  0.158
  0.038  0.109  0.242  0.520  0.864  0.458  0.130  0.105  0.127
  0.032  0.096  0.242  0.596  0.958  0.492  0.153  0.127  0.103
  0.033  0.095  0.248  0.696  1.000  0.495  0.171  0.142  0.085
  0.039  0.107  0.261  0.812  0.997  0.474  0.176  0.139  0.069
  0.047  0.130  0.284  0.909  0.965  0.445  0.166  0.120  0.055
  0.055  0.156  0.315  0.955  0.920  0.423  0.147  0.091  0.043
  0.058  0.177  0.346  0.932  0.875  0.415  0.126  0.062  0.034
 r_peak,r_snr =   0.2206439       6.780936    
  
 Correlation Surface of oversamples image at         1846        3446
  0.218  0.337  0.550  0.788  0.862  0.681  0.406  0.224  0.134
  0.213  0.340  0.572  0.837  0.919  0.722  0.432  0.243  0.148
  0.211  0.344  0.593  0.879  0.962  0.749  0.453  0.259  0.162
  0.213  0.354  0.618  0.917  0.989  0.765  0.468  0.275  0.175
  0.219  0.366  0.642  0.944  1.000  0.767  0.477  0.287  0.185
  0.224  0.376  0.658  0.955  0.989  0.753  0.475  0.292  0.189
  0.230  0.385  0.669  0.951  0.962  0.728  0.465  0.290  0.190
  0.241  0.399  0.682  0.944  0.932  0.702  0.454  0.288  0.189
  0.252  0.412  0.691  0.928  0.896  0.673  0.440  0.282  0.185
    1846    -0.188    3446     3.219    6.78094   0.036576   3.979357   0.320166
  
 Correlation Surface at         1946        3446
  0.005  0.005  0.008  0.336  0.898  0.497  0.049  0.000  0.003
  0.005  0.004  0.007  0.335  0.941  0.539  0.054  0.001  0.003
  0.005  0.004  0.007  0.332  0.977  0.576  0.059  0.001  0.003
  0.004  0.003  0.006  0.328  0.998  0.601  0.064  0.002  0.004
  0.004  0.003  0.006  0.323  1.000  0.609  0.067  0.002  0.004
  0.003  0.002  0.006  0.316  0.982  0.603  0.069  0.002  0.003
  0.002  0.002  0.006  0.305  0.947  0.585  0.068  0.001  0.002
  0.002  0.002  0.006  0.291  0.899  0.559  0.066  0.000  0.001
  0.003  0.003  0.005  0.274  0.846  0.531  0.063  0.000  0.000
 r_peak,r_snr =   0.5824524       12.15638    
  
 Correlation Surface of oversamples image at         1946        3446
  0.008  0.090  0.337  0.707  0.958  0.880  0.550  0.224  0.053
  0.007  0.088  0.334  0.709  0.969  0.899  0.568  0.234  0.056
  0.007  0.086  0.333  0.713  0.983  0.921  0.588  0.245  0.060
  0.007  0.085  0.331  0.716  0.996  0.941  0.607  0.256  0.064
  0.006  0.084  0.328  0.714  1.000  0.952  0.619  0.264  0.067
  0.006  0.082  0.324  0.709  0.999  0.958  0.628  0.270  0.069
  0.006  0.081  0.320  0.703  0.997  0.962  0.635  0.275  0.072
  0.006  0.079  0.316  0.697  0.993  0.963  0.638  0.279  0.073
  0.005  0.078  0.312  0.689  0.984  0.956  0.636  0.279  0.074
    1946     0.188    3446     1.250   12.15638   0.000700   0.640561  -0.003036
  
 Correlation Surface at         2046        3446
  0.055  0.076  0.534  0.025  0.092  0.007  0.000  0.073  0.147
  0.021  0.132  0.422  0.003  0.324  0.121  0.004  0.020  0.036
  0.006  0.123  0.225  0.063  0.665  0.322  0.002  0.002  0.000
  0.004  0.065  0.063  0.145  0.946  0.478  0.000  0.053  0.029
  0.011  0.012  0.002  0.171  1.000  0.490  0.006  0.147  0.099
  0.035  0.003  0.013  0.122  0.791  0.371  0.010  0.235  0.187
  0.084  0.045  0.039  0.043  0.446  0.216  0.006  0.280  0.265
  0.147  0.120  0.048  0.001  0.149  0.095  0.001  0.278  0.283
  0.193  0.197  0.049  0.017  0.011  0.029  0.000  0.243  0.203
 r_peak,r_snr =   0.1037459       8.020547    
  
 Correlation Surface of oversamples image at         2046        3446
  0.222  0.048  0.063  0.457  0.664  0.560  0.378  0.149  0.020
  0.149  0.021  0.098  0.557  0.819  0.717  0.467  0.145  0.004
  0.092  0.007  0.124  0.620  0.932  0.842  0.524  0.125  0.001
  0.045  0.001  0.139  0.645  0.999  0.929  0.553  0.102  0.011
  0.015  0.000  0.138  0.624  1.000  0.954  0.544  0.078  0.027
  0.003  0.001  0.117  0.548  0.920  0.897  0.491  0.053  0.046
  0.000  0.001  0.084  0.438  0.779  0.779  0.415  0.035  0.061
  0.004  0.001  0.055  0.331  0.630  0.652  0.354  0.029  0.057
  0.014  0.001  0.032  0.230  0.474  0.517  0.301  0.031  0.042
    2046     7.188    3446     7.844    8.02055   0.016506   0.511714   0.008481
  
 At line =         3800
 Reading in data....   
 Correlation Surface at          146        3846
  0.077  0.080  0.175  0.440  0.844  0.643  0.214  0.035  0.003
  0.075  0.082  0.180  0.457  0.891  0.665  0.223  0.036  0.003
  0.071  0.083  0.184  0.480  0.942  0.694  0.233  0.036  0.002
  0.068  0.083  0.184  0.501  0.981  0.719  0.238  0.035  0.001
  0.066  0.082  0.180  0.516  1.000  0.733  0.239  0.034  0.001
  0.065  0.079  0.173  0.524  0.998  0.730  0.235  0.033  0.000
  0.064  0.074  0.166  0.524  0.977  0.711  0.228  0.033  0.001
  0.062  0.068  0.161  0.517  0.941  0.680  0.221  0.032  0.001
  0.059  0.060  0.158  0.504  0.892  0.648  0.215  0.031  0.001
 r_peak,r_snr =   0.6046620       7.306901    
  
 Correlation Surface of oversamples image at          146        3846
  0.164  0.278  0.484  0.758  0.956  0.935  0.724  0.458  0.243
  0.164  0.281  0.493  0.773  0.974  0.950  0.735  0.466  0.247
  0.164  0.283  0.500  0.785  0.987  0.963  0.745  0.472  0.250
  0.164  0.285  0.505  0.793  0.997  0.972  0.752  0.476  0.253
  0.163  0.285  0.508  0.796  1.000  0.975  0.754  0.477  0.254
  0.161  0.285  0.509  0.796  0.999  0.975  0.753  0.477  0.254
  0.160  0.285  0.509  0.795  0.996  0.972  0.750  0.475  0.255
  0.159  0.285  0.508  0.791  0.990  0.966  0.745  0.472  0.254
  0.156  0.283  0.504  0.781  0.976  0.953  0.735  0.466  0.252
     146     0.188    3846    -3.344    7.30690   0.001054   0.498993   0.002787
  
 Correlation Surface at          346        3846
  0.289  0.188  0.296  0.481  0.917  0.977  0.486  0.237  0.123
  0.286  0.172  0.264  0.463  0.954  0.988  0.479  0.234  0.127
  0.279  0.160  0.248  0.462  0.982  0.982  0.466  0.226  0.131
  0.270  0.153  0.244  0.474  0.997  0.961  0.445  0.213  0.135
  0.261  0.149  0.243  0.492  1.000  0.930  0.417  0.198  0.138
  0.253  0.145  0.239  0.508  0.996  0.894  0.384  0.184  0.141
  0.249  0.135  0.230  0.520  0.988  0.854  0.351  0.178  0.146
  0.242  0.118  0.219  0.527  0.971  0.811  0.326  0.183  0.155
  0.232  0.098  0.208  0.528  0.940  0.765  0.317  0.198  0.167
 r_peak,r_snr =   0.3180842       3.684839    
  
 Correlation Surface of oversamples image at          346        3846
  0.369  0.461  0.578  0.760  0.932  0.926  0.700  0.420  0.228
  0.374  0.475  0.604  0.791  0.952  0.925  0.689  0.411  0.224
  0.377  0.490  0.633  0.826  0.974  0.926  0.681  0.406  0.224
  0.378  0.504  0.661  0.859  0.994  0.926  0.674  0.402  0.225
  0.373  0.511  0.682  0.882  1.000  0.914  0.659  0.395  0.224
  0.364  0.514  0.696  0.893  0.993  0.892  0.639  0.385  0.222
  0.359  0.522  0.715  0.908  0.990  0.875  0.625  0.381  0.225
     346     0.031    3846     8.750    3.68484   0.152114  73.150963   3.245321
  
 Correlation Surface at          446        3846
  0.020  0.085  0.321  0.631  0.774  0.478  0.135  0.039  0.008
  0.020  0.086  0.336  0.663  0.857  0.523  0.161  0.056  0.011
  0.021  0.087  0.340  0.676  0.932  0.572  0.194  0.074  0.014
  0.023  0.087  0.331  0.674  0.983  0.612  0.230  0.092  0.016
  0.026  0.085  0.313  0.663  1.000  0.633  0.258  0.104  0.019
  0.028  0.081  0.290  0.647  0.980  0.627  0.270  0.110  0.023
  0.029  0.074  0.265  0.626  0.931  0.597  0.265  0.108  0.026
  0.028  0.065  0.242  0.599  0.868  0.555  0.249  0.101  0.029
  0.025  0.056  0.222  0.568  0.809  0.515  0.230  0.091  0.031
 r_peak,r_snr =   0.5874314       8.721546    
  
 Correlation Surface of oversamples image at          446        3846
  0.291  0.490  0.703  0.891  0.950  0.790  0.506  0.282  0.163
  0.286  0.484  0.702  0.903  0.974  0.814  0.524  0.296  0.176
  0.280  0.476  0.700  0.912  0.991  0.831  0.538  0.308  0.189
  0.273  0.467  0.695  0.915  1.000  0.840  0.547  0.319  0.201
  0.263  0.456  0.687  0.911  1.000  0.842  0.551  0.326  0.211
  0.251  0.442  0.674  0.901  0.991  0.835  0.549  0.330  0.218
  0.237  0.426  0.658  0.885  0.976  0.823  0.544  0.331  0.222
  0.222  0.410  0.641  0.867  0.958  0.808  0.535  0.329  0.223
  0.206  0.392  0.622  0.844  0.933  0.786  0.521  0.322  0.220
     446    -0.063    3846    -2.750    8.72155   0.001334   0.196374  -0.003410
  
 Correlation Surface at          546        3846
  0.004  0.034  0.094  0.361  0.762  0.486  0.107  0.063  0.065
  0.006  0.038  0.104  0.393  0.832  0.496  0.107  0.058  0.060
  0.011  0.042  0.116  0.439  0.909  0.500  0.103  0.050  0.058
  0.017  0.049  0.129  0.489  0.971  0.494  0.097  0.040  0.058
  0.025  0.057  0.141  0.532  1.000  0.479  0.089  0.030  0.057
  0.034  0.067  0.149  0.553  0.991  0.458  0.080  0.022  0.056
  0.043  0.076  0.151  0.550  0.947  0.434  0.072  0.018  0.053
  0.049  0.082  0.147  0.527  0.880  0.409  0.065  0.016  0.049
  0.050  0.082  0.138  0.492  0.802  0.382  0.060  0.015  0.044
 r_peak,r_snr =   0.3616811       8.030665    
  
 Correlation Surface of oversamples image at          546        3846
  0.125  0.247  0.470  0.755  0.926  0.820  0.518  0.240  0.094
  0.140  0.266  0.497  0.789  0.957  0.832  0.516  0.236  0.091
  0.154  0.283  0.519  0.816  0.979  0.837  0.510  0.230  0.087
  0.166  0.296  0.535  0.836  0.994  0.836  0.501  0.224  0.082
  0.176  0.304  0.544  0.848  1.000  0.830  0.491  0.216  0.077
  0.183  0.307  0.545  0.849  0.996  0.818  0.478  0.208  0.072
  0.186  0.304  0.538  0.841  0.984  0.801  0.464  0.199  0.067
  0.185  0.298  0.527  0.828  0.969  0.783  0.451  0.192  0.062
  0.182  0.287  0.512  0.810  0.947  0.764  0.440  0.187  0.059
     546     0.000    3846    -1.875    8.03067   0.003747   1.155963   0.036041
  
 Correlation Surface at          646        3846
  0.228  0.327  0.584  0.890  0.927  0.713  0.424  0.223  0.152
  0.232  0.338  0.586  0.899  0.952  0.735  0.427  0.227  0.156
  0.245  0.354  0.588  0.905  0.977  0.766  0.438  0.235  0.161
  0.264  0.371  0.588  0.904  0.995  0.799  0.459  0.248  0.168
  0.287  0.384  0.586  0.892  1.000  0.826  0.484  0.266  0.177
  0.308  0.393  0.583  0.873  0.986  0.837  0.507  0.286  0.188
  0.322  0.394  0.578  0.849  0.955  0.822  0.519  0.303  0.198
  0.329  0.390  0.573  0.825  0.915  0.784  0.517  0.315  0.206
  0.329  0.383  0.568  0.806  0.878  0.734  0.502  0.318  0.211
 r_peak,r_snr =   0.6578853       3.443062    
  
 Correlation Surface of oversamples image at          646        3846
  0.441  0.581  0.751  0.901  0.969  0.941  0.839  0.693  0.525
  0.446  0.587  0.760  0.911  0.979  0.954  0.858  0.711  0.538
  0.451  0.595  0.770  0.920  0.988  0.967  0.876  0.730  0.553
  0.458  0.603  0.781  0.929  0.995  0.979  0.894  0.749  0.567
  0.463  0.611  0.790  0.935  1.000  0.988  0.909  0.766  0.581
  0.467  0.615  0.794  0.935  0.999  0.992  0.919  0.778  0.590
  0.468  0.616  0.793  0.931  0.992  0.988  0.921  0.783  0.595
  0.468  0.616  0.790  0.923  0.982  0.980  0.917  0.782  0.597
  0.466  0.613  0.783  0.911  0.967  0.966  0.906  0.773  0.592
     646    -0.313    3846     2.219    3.44306   0.005238   0.440564  -0.029464
  
 Correlation Surface at          746        3846
  0.121  0.077  0.174  0.567  0.920  0.699  0.314  0.125  0.056
  0.118  0.076  0.178  0.587  0.954  0.708  0.291  0.119  0.062
  0.112  0.074  0.183  0.609  0.981  0.710  0.268  0.117  0.073
  0.102  0.071  0.187  0.627  0.996  0.704  0.249  0.121  0.088
  0.090  0.068  0.187  0.635  1.000  0.695  0.237  0.131  0.107
  0.080  0.065  0.182  0.634  0.996  0.686  0.236  0.144  0.124
  0.073  0.063  0.176  0.632  0.986  0.678  0.239  0.154  0.136
  0.070  0.065  0.172  0.632  0.964  0.665  0.241  0.156  0.138
  0.073  0.069  0.171  0.634  0.930  0.642  0.236  0.145  0.129
 r_peak,r_snr =   0.4535180       5.239465    
  
 Correlation Surface of oversamples image at          746        3846
  0.099  0.385  0.991  1.780  2.262  2.119  1.481  0.781  0.369
  0.108  0.414  1.055  1.866  2.346  2.180  1.512  0.788  0.365
  0.118  0.446  1.118  1.944  2.410  2.217  1.522  0.782  0.353
  0.133  0.489  1.199  2.036  2.483  2.259  1.538  0.779  0.343
     746     0.063    3846     7.781    5.23947   0.004344  12.340957   0.134155
  
 Correlation Surface at          846        3846
  0.042  0.321  0.019  0.597  0.300  0.005  0.058  0.072  0.050
  0.016  0.201  0.019  0.437  0.448  0.028  0.074  0.132  0.060
  0.006  0.128  0.015  0.314  0.663  0.062  0.072  0.115  0.048
  0.002  0.069  0.004  0.243  0.893  0.097  0.041  0.037  0.033
  0.000  0.021  0.001  0.218  1.000  0.106  0.010  0.000  0.028
  0.006  0.000  0.022  0.218  0.872  0.065  0.001  0.041  0.035
  0.025  0.018  0.054  0.220  0.572  0.009  0.003  0.073  0.046
  0.052  0.050  0.069  0.214  0.268  0.017  0.029  0.038  0.042
  0.064  0.049  0.050  0.186  0.072  0.136  0.103  0.000  0.014
 r_peak,r_snr =   8.4325485E-02   5.434444    
  
 Correlation Surface of oversamples image at          846        3846
  0.098  0.007  0.767  2.871  4.000  2.565  0.974  0.412  0.106
  0.032  0.031  0.739  2.473  3.391  2.270  0.966  0.456  0.129
  0.003  0.074  0.736  2.132  2.873  2.071  1.025  0.526  0.151
  0.005  0.139  0.746  1.847  2.456  1.958  1.134  0.599  0.158
  0.040  0.227  0.763  1.590  2.098  1.889  1.268  0.661  0.150
     846    -5.031    3846     3.156    5.43444   0.014322   1.020067   0.007251
  
 Correlation Surface at          946        3846
  0.432  0.476  0.586  0.738  0.791  0.577  0.477  0.578  0.570
  0.423  0.467  0.592  0.776  0.847  0.617  0.496  0.579  0.584
  0.418  0.463  0.602  0.809  0.910  0.668  0.514  0.569  0.591
  0.420  0.465  0.611  0.828  0.967  0.719  0.522  0.547  0.587
  0.429  0.470  0.614  0.824  1.000  0.757  0.514  0.515  0.573
  0.442  0.479  0.609  0.797  0.991  0.768  0.490  0.479  0.551
  0.458  0.486  0.594  0.751  0.938  0.743  0.457  0.446  0.527
  0.473  0.488  0.571  0.698  0.856  0.691  0.423  0.422  0.507
  0.482  0.480  0.542  0.651  0.770  0.631  0.398  0.407  0.490
 r_peak,r_snr =   0.5979884       2.596735    
  
 Correlation Surface of oversamples image at          946        3846
  0.454  0.584  0.739  0.895  0.982  0.914  0.715  0.525  0.450
  0.462  0.585  0.733  0.895  0.989  0.921  0.719  0.528  0.450
  0.470  0.586  0.729  0.896  0.996  0.927  0.722  0.529  0.449
  0.476  0.585  0.724  0.897  1.000  0.929  0.723  0.529  0.445
  0.479  0.582  0.718  0.896  1.000  0.927  0.720  0.523  0.436
  0.481  0.578  0.713  0.895  0.997  0.921  0.711  0.513  0.424
  0.482  0.575  0.711  0.894  0.992  0.911  0.700  0.501  0.410
  0.483  0.574  0.709  0.891  0.982  0.896  0.686  0.487  0.396
  0.481  0.571  0.706  0.883  0.964  0.873  0.665  0.470  0.379
     946     0.094    3846     0.281    2.59674   0.003050   0.149116  -0.008224
  
 Correlation Surface at         1046        3846
  0.023  0.028  0.011  0.177  0.821  0.595  0.052  0.001  0.060
  0.018  0.014  0.001  0.343  1.000  0.534  0.060  0.008  0.045
  0.023  0.002  0.024  0.459  0.985  0.399  0.067  0.020  0.026
  0.041  0.003  0.062  0.448  0.748  0.245  0.070  0.028  0.011
  0.071  0.019  0.095  0.332  0.416  0.127  0.069  0.030  0.002
  0.113  0.044  0.121  0.194  0.160  0.066  0.069  0.025  0.001
 r_peak,r_snr =   0.1483229       6.337983    
  
 Correlation Surface of oversamples image at         1046        3846
  0.199  0.038  0.036  0.305  0.619  0.646  0.412  0.188  0.069
  0.115  0.004  0.110  0.461  0.758  0.696  0.396  0.162  0.060
  0.048  0.006  0.227  0.642  0.890  0.721  0.363  0.136  0.054
  0.010  0.044  0.368  0.815  0.983  0.703  0.311  0.108  0.049
  0.000  0.102  0.496  0.934  1.000  0.630  0.243  0.080  0.044
  0.006  0.159  0.586  0.981  0.941  0.523  0.177  0.058  0.040
  0.023  0.214  0.645  0.973  0.841  0.416  0.128  0.047  0.044
  0.044  0.253  0.655  0.898  0.699  0.308  0.091  0.043  0.051
  0.055  0.251  0.585  0.731  0.507  0.195  0.056  0.037  0.054
    1046     0.781    3846   -13.344    6.33798   0.027619   0.573312   0.092975
  
 Correlation Surface at         1146        3846
  0.050  0.065  0.204  0.674  0.837  0.393  0.094  0.009  0.001
  0.049  0.066  0.201  0.691  0.876  0.418  0.106  0.013  0.002
  0.046  0.067  0.198  0.718  0.924  0.449  0.122  0.019  0.003
  0.041  0.068  0.200  0.754  0.971  0.479  0.135  0.026  0.005
  0.036  0.066  0.204  0.795  1.000  0.495  0.140  0.032  0.007
  0.034  0.062  0.209  0.825  0.998  0.490  0.136  0.035  0.009
  0.032  0.056  0.213  0.830  0.958  0.462  0.127  0.036  0.011
  0.031  0.050  0.214  0.807  0.892  0.424  0.117  0.035  0.012
  0.029  0.046  0.213  0.763  0.815  0.381  0.111  0.035  0.012
 r_peak,r_snr =   0.3710732       7.243914    
  
 Correlation Surface of oversamples image at         1146        3846
  0.073  0.178  0.409  0.719  0.933  0.926  0.713  0.440  0.226
  0.072  0.176  0.416  0.742  0.962  0.947  0.726  0.450  0.232
  0.070  0.176  0.425  0.763  0.984  0.960  0.733  0.456  0.235
  0.069  0.176  0.435  0.782  0.998  0.962  0.732  0.456  0.235
  0.067  0.177  0.444  0.794  1.000  0.953  0.722  0.450  0.231
  0.065  0.178  0.452  0.798  0.989  0.933  0.705  0.439  0.223
  0.064  0.181  0.457  0.794  0.968  0.904  0.682  0.423  0.213
  0.063  0.182  0.459  0.783  0.939  0.869  0.654  0.404  0.201
  0.061  0.182  0.455  0.761  0.898  0.826  0.620  0.382  0.187
    1146     0.656    3846   -10.813    7.24391   0.004788   1.444948   0.029559
  
 Correlation Surface at         1246        3846
  0.155  0.123  0.082  0.303  0.677  0.406  0.142  0.138  0.097
  0.171  0.137  0.089  0.343  0.777  0.467  0.149  0.124  0.080
  0.179  0.145  0.100  0.396  0.878  0.508  0.148  0.106  0.062
  0.176  0.146  0.112  0.454  0.961  0.522  0.141  0.087  0.049
  0.162  0.138  0.122  0.503  1.000  0.511  0.131  0.073  0.043
  0.146  0.128  0.129  0.532  0.998  0.485  0.120  0.064  0.043
  0.143  0.131  0.140  0.544  0.972  0.464  0.112  0.059  0.047
  0.154  0.149  0.155  0.537  0.935  0.455  0.106  0.055  0.051
  0.180  0.180  0.172  0.517  0.901  0.456  0.102  0.050  0.052
 r_peak,r_snr =   0.4082308       8.745167    
  
 Correlation Surface of oversamples image at         1246        3846
  0.108  0.260  0.536  0.840  0.947  0.738  0.406  0.183  0.093
  0.116  0.275  0.562  0.873  0.973  0.747  0.407  0.181  0.089
  0.124  0.289  0.586  0.901  0.991  0.752  0.405  0.179  0.086
  0.130  0.301  0.604  0.919  0.999  0.751  0.403  0.177  0.082
  0.135  0.310  0.616  0.929  1.000  0.747  0.401  0.175  0.079
  0.140  0.318  0.624  0.932  0.998  0.745  0.402  0.175  0.076
  0.145  0.323  0.627  0.930  0.992  0.744  0.406  0.177  0.075
  0.147  0.323  0.622  0.918  0.980  0.741  0.410  0.179  0.073
  0.147  0.318  0.608  0.897  0.962  0.737  0.413  0.180  0.071
    1246    -0.156    3846    -0.188    8.74517   0.002887   0.653833   0.024083
  
 Correlation Surface at         1346        3846
  0.059  0.086  0.223  0.582  0.905  0.702  0.359  0.171  0.138
  0.053  0.080  0.210  0.584  0.938  0.726  0.364  0.173  0.141
  0.048  0.075  0.200  0.592  0.966  0.738  0.353  0.173  0.144
  0.046  0.071  0.196  0.607  0.988  0.738  0.331  0.170  0.147
  0.045  0.070  0.197  0.628  1.000  0.721  0.303  0.166  0.148
  0.047  0.070  0.201  0.644  0.992  0.685  0.276  0.162  0.146
  0.051  0.072  0.205  0.647  0.958  0.635  0.255  0.159  0.142
  0.054  0.076  0.209  0.633  0.903  0.584  0.246  0.159  0.136
  0.057  0.081  0.211  0.603  0.835  0.541  0.248  0.163  0.132
 r_peak,r_snr =   0.5883221       4.736556    
  
 Correlation Surface of oversamples image at         1346        3846
  0.269  0.427  0.635  0.838  0.953  0.928  0.790  0.609  0.454
  0.256  0.416  0.634  0.849  0.973  0.946  0.803  0.616  0.454
  0.243  0.406  0.632  0.858  0.987  0.957  0.808  0.615  0.449
  0.232  0.398  0.630  0.865  0.996  0.960  0.805  0.608  0.441
  0.223  0.391  0.629  0.870  1.000  0.955  0.794  0.594  0.428
  0.216  0.387  0.628  0.872  0.996  0.941  0.775  0.573  0.411
  0.210  0.382  0.626  0.869  0.986  0.919  0.747  0.547  0.392
  0.206  0.379  0.623  0.864  0.969  0.892  0.715  0.518  0.372
  0.205  0.379  0.622  0.857  0.951  0.862  0.683  0.491  0.355
    1346     0.125    3846     5.219    4.73656   0.002476   0.692502   0.027068
  
 Correlation Surface at         1446        3846
  0.459  0.587  0.633  0.774  0.909  0.849  0.653  0.307  0.204
  0.457  0.551  0.602  0.790  0.943  0.849  0.610  0.272  0.198
  0.458  0.515  0.570  0.797  0.977  0.857  0.571  0.245  0.194
  0.456  0.487  0.551  0.800  0.999  0.858  0.538  0.229  0.188
  0.446  0.470  0.549  0.804  1.000  0.833  0.510  0.223  0.183
  0.428  0.463  0.566  0.815  0.975  0.776  0.485  0.229  0.181
  0.404  0.458  0.597  0.836  0.938  0.703  0.462  0.242  0.181
  0.378  0.452  0.634  0.866  0.898  0.630  0.436  0.255  0.183
  0.357  0.451  0.670  0.898  0.869  0.574  0.409  0.261  0.185
 r_peak,r_snr =   0.4589328       3.102196    
  
 Correlation Surface of oversamples image at         1446        3846
  0.478  0.550  0.670  0.784  0.820  0.770  0.681  0.591  0.486
  0.469  0.549  0.673  0.794  0.839  0.790  0.688  0.581  0.467
  0.462  0.547  0.675  0.802  0.857  0.807  0.691  0.571  0.452
  0.458  0.547  0.676  0.808  0.869  0.816  0.689  0.560  0.441
  0.457  0.547  0.677  0.812  0.876  0.816  0.679  0.547  0.433
  0.458  0.550  0.679  0.814  0.875  0.803  0.659  0.531  0.427
  0.461  0.555  0.683  0.815  0.866  0.780  0.631  0.513  0.422
  0.468  0.566  0.693  0.817  0.852  0.749  0.598  0.493  0.418
  0.478  0.581  0.707  0.822  0.835  0.713  0.562  0.472  0.415
    1446     0.000    3846    -1.781    3.10220   0.014857   1.275279   0.095717
  
 Correlation Surface at         1546        3846
  0.062  0.288  0.475  0.644  0.761  0.868  0.528  0.140  0.004
  0.055  0.229  0.424  0.668  0.824  0.894  0.499  0.121  0.008
  0.050  0.172  0.366  0.688  0.899  0.927  0.471  0.104  0.013
  0.048  0.131  0.315  0.697  0.965  0.947  0.441  0.090  0.017
  0.051  0.108  0.277  0.689  1.000  0.932  0.409  0.078  0.017
  0.056  0.101  0.254  0.662  0.992  0.875  0.376  0.071  0.013
  0.062  0.105  0.246  0.622  0.938  0.785  0.343  0.069  0.008
  0.065  0.113  0.250  0.580  0.853  0.683  0.311  0.069  0.005
  0.064  0.121  0.259  0.542  0.760  0.590  0.277  0.072  0.005
 r_peak,r_snr =   0.4020181       6.408397    
  
 Correlation Surface of oversamples image at         1546        3846
  0.348  0.510  0.669  0.810  0.918  0.964  0.903  0.728  0.481
  0.317  0.493  0.677  0.839  0.950  0.978  0.892  0.698  0.446
  0.287  0.471  0.677  0.860  0.975  0.986  0.877  0.668  0.414
  0.260  0.448  0.672  0.875  0.993  0.989  0.862  0.641  0.388
  0.236  0.424  0.660  0.878  1.000  0.985  0.844  0.617  0.366
  0.214  0.398  0.640  0.868  0.991  0.967  0.819  0.591  0.347
  0.196  0.371  0.613  0.844  0.967  0.938  0.789  0.565  0.330
  0.184  0.350  0.586  0.813  0.933  0.903  0.759  0.545  0.320
  0.178  0.333  0.557  0.773  0.887  0.861  0.728  0.528  0.315
    1546     0.188    3846    -2.125    6.40840   0.010272   0.599401   0.013088
  
 Correlation Surface at         1646        3846
  0.064  0.079  0.136  0.581  0.850  0.274  0.047  0.007  0.006
  0.062  0.070  0.142  0.616  0.869  0.287  0.047  0.007  0.007
  0.053  0.057  0.153  0.670  0.911  0.323  0.049  0.007  0.008
  0.040  0.045  0.165  0.727  0.963  0.373  0.054  0.007  0.007
  0.029  0.038  0.175  0.766  1.000  0.417  0.062  0.008  0.004
  0.023  0.036  0.179  0.761  0.989  0.437  0.068  0.009  0.001
  0.023  0.040  0.176  0.709  0.922  0.421  0.070  0.010  0.000
  0.028  0.049  0.171  0.629  0.817  0.381  0.068  0.010  0.000
  0.038  0.062  0.168  0.543  0.708  0.335  0.063  0.010  0.001
 r_peak,r_snr =   0.4779944       9.433116    
  
 Correlation Surface of oversamples image at         1646        3846
  0.069  0.149  0.347  0.663  0.930  0.892  0.617  0.336  0.156
  0.064  0.151  0.359  0.686  0.955  0.916  0.644  0.359  0.168
  0.061  0.155  0.373  0.707  0.976  0.939  0.673  0.385  0.182
  0.059  0.160  0.386  0.727  0.992  0.957  0.700  0.411  0.196
  0.060  0.166  0.399  0.741  1.000  0.967  0.721  0.433  0.210
  0.061  0.172  0.410  0.748  0.996  0.965  0.731  0.447  0.220
  0.063  0.179  0.418  0.747  0.980  0.950  0.730  0.453  0.225
  0.068  0.186  0.425  0.741  0.955  0.925  0.719  0.451  0.226
  0.073  0.193  0.429  0.729  0.921  0.889  0.697  0.441  0.223
    1646    -0.313    3846     4.000    9.43312   0.001826   0.277310  -0.004636
  
 Correlation Surface at         1746        3846
  0.584  0.363  0.303  0.646  0.947  0.730  0.538  0.559  0.407
  0.579  0.349  0.313  0.648  0.958  0.716  0.553  0.517  0.394
  0.549  0.339  0.347  0.667  0.977  0.686  0.537  0.463  0.369
  0.499  0.338  0.399  0.698  0.994  0.637  0.493  0.409  0.344
  0.440  0.345  0.451  0.725  1.000  0.576  0.435  0.369  0.329
  0.383  0.356  0.481  0.732  0.993  0.515  0.385  0.343  0.324
  0.339  0.369  0.477  0.717  0.981  0.469  0.352  0.326  0.325
  0.308  0.380  0.444  0.691  0.971  0.445  0.337  0.316  0.328
  0.289  0.385  0.397  0.670  0.968  0.445  0.329  0.308  0.328
 r_peak,r_snr =   0.3118421       4.033194    
  
 Correlation Surface of oversamples image at         1746        3846
  1.062  1.724  2.894  3.873  4.000  3.405  2.687  2.157  1.975
  1.062  1.712  2.860  3.795  3.877  3.281  2.625  2.155  1.969
  1.081  1.721  2.834  3.714  3.745  3.146  2.548  2.132  1.937
  1.136  1.776  2.859  3.682  3.655  3.036  2.473  2.093  1.888
  1.218  1.866  2.915  3.677  3.586  2.936  2.387  2.028  1.816
    1746    -0.188    3846    -6.813    4.03319   0.118824  26.073666   1.710065
  
 Correlation Surface at         1846        3846
  0.076  0.084  0.009  0.265  0.863  0.272  0.000  0.036  0.062
  0.075  0.084  0.009  0.280  0.903  0.290  0.000  0.036  0.064
  0.073  0.083  0.008  0.292  0.945  0.311  0.000  0.037  0.065
  0.070  0.080  0.008  0.300  0.981  0.327  0.000  0.038  0.067
  0.067  0.077  0.008  0.306  1.000  0.330  0.000  0.039  0.069
  0.064  0.074  0.007  0.309  0.996  0.318  0.000  0.040  0.071
  0.061  0.072  0.006  0.310  0.969  0.297  0.000  0.040  0.072
  0.058  0.071  0.005  0.305  0.923  0.280  0.000  0.039  0.074
  0.057  0.072  0.005  0.292  0.870  0.270  0.000  0.037  0.075
 r_peak,r_snr =   0.4970903       8.890809    
  
 Correlation Surface of oversamples image at         1846        3846
  0.009  0.035  0.307  0.767  0.994  0.751  0.334  0.073  0.001
  0.009  0.036  0.310  0.771  0.998  0.756  0.339  0.075  0.001
  0.009  0.036  0.310  0.772  0.999  0.760  0.343  0.077  0.002
  0.009  0.036  0.309  0.771  1.000  0.763  0.347  0.079  0.002
  0.009  0.035  0.307  0.769  0.999  0.765  0.349  0.080  0.002
  0.009  0.034  0.304  0.766  0.997  0.763  0.349  0.079  0.002
  0.009  0.033  0.302  0.763  0.993  0.760  0.346  0.078  0.001
  0.009  0.033  0.300  0.762  0.991  0.755  0.342  0.076  0.001
    1846     0.000    3846    -2.781    8.89081   0.000753   0.981768   0.004740
  
 Correlation Surface at         1946        3846
  0.001  0.000  0.021  0.426  0.983  0.394  0.021  0.000  0.002
  0.001  0.000  0.021  0.428  0.988  0.395  0.020  0.001  0.002
  0.001  0.000  0.021  0.433  0.994  0.394  0.019  0.001  0.002
  0.001  0.000  0.022  0.437  0.998  0.393  0.019  0.001  0.002
  0.001  0.000  0.022  0.439  1.000  0.393  0.019  0.001  0.002
  0.002  0.000  0.022  0.437  0.998  0.395  0.020  0.000  0.002
  0.002  0.000  0.021  0.430  0.991  0.397  0.021  0.000  0.001
  0.002  0.000  0.020  0.422  0.982  0.398  0.022  0.000  0.001
  0.002  0.000  0.019  0.415  0.973  0.398  0.022  0.000  0.001
 r_peak,r_snr =   0.9227290       11.45149    
  
 Correlation Surface of oversamples image at         1946        3846
  0.024  0.144  0.446  0.833  0.994  0.776  0.396  0.126  0.022
  0.024  0.144  0.447  0.835  0.996  0.777  0.396  0.126  0.021
  0.024  0.145  0.448  0.836  0.997  0.778  0.395  0.125  0.021
  0.024  0.146  0.450  0.839  1.000  0.778  0.395  0.124  0.021
  0.024  0.146  0.452  0.840  1.000  0.777  0.393  0.124  0.020
  0.024  0.146  0.451  0.839  0.996  0.773  0.390  0.122  0.020
  0.023  0.145  0.449  0.835  0.991  0.767  0.387  0.121  0.020
  0.023  0.145  0.449  0.833  0.988  0.765  0.386  0.121  0.020
    1946    -0.063    3846    -0.219   11.45149   0.000059   0.239409  -0.000123
  
 Correlation Surface at         2046        3846
  0.163  0.045  0.106  0.257  0.125  0.092  0.063  0.126
  0.138  0.037  0.117  0.352  0.291  0.214  0.115  0.150
  0.129  0.034  0.138  0.475  0.545  0.389  0.177  0.145
  0.144  0.040  0.158  0.594  0.823  0.563  0.222  0.108
  0.186  0.058  0.162  0.659  1.000  0.645  0.214  0.053
  0.255  0.090  0.149  0.635  0.973  0.582  0.146  0.009
  0.336  0.135  0.121  0.511  0.739  0.402  0.059  0.003
  0.398  0.182  0.091  0.330  0.422  0.202  0.007  0.037
 r_peak,r_snr =   0.1665964       6.879283    
  
 Correlation Surface of oversamples image at         2046        3846
  0.222  0.327  0.420  0.512  0.629  0.661  0.525  0.367  0.271
  0.254  0.388  0.513  0.639  0.780  0.797  0.609  0.409  0.289
  0.283  0.444  0.600  0.753  0.904  0.898  0.666  0.435  0.295
  0.305  0.487  0.669  0.839  0.983  0.947  0.683  0.437  0.285
  0.312  0.506  0.704  0.877  1.000  0.933  0.656  0.411  0.256
  0.306  0.499  0.699  0.859  0.950  0.858  0.589  0.362  0.213
  0.294  0.474  0.660  0.794  0.847  0.739  0.495  0.297  0.165
  0.275  0.429  0.589  0.688  0.705  0.592  0.386  0.226  0.115
  0.246  0.365  0.486  0.549  0.539  0.436  0.275  0.155  0.070
    2046    11.156    3846    11.281    6.87928   0.027025   0.292685   0.003274
  
 At line =         4200
 Reading in data....   
 Correlation Surface at          146        4246
  0.029  0.164  0.403  0.653  0.881  0.727  0.393  0.177  0.026
  0.033  0.168  0.394  0.675  0.935  0.780  0.428  0.182  0.024
  0.036  0.171  0.396  0.709  0.978  0.811  0.453  0.183  0.020
  0.039  0.173  0.402  0.744  1.000  0.817  0.467  0.181  0.016
  0.041  0.172  0.404  0.766  0.998  0.801  0.476  0.182  0.012
  0.042  0.167  0.399  0.765  0.976  0.775  0.483  0.189  0.011
  0.043  0.161  0.384  0.740  0.945  0.751  0.494  0.203  0.011
  0.044  0.155  0.363  0.698  0.912  0.736  0.511  0.223  0.014
 r_peak,r_snr =   0.6099332       4.822178    
  
 Correlation Surface of oversamples image at          146        4246
  0.413  0.549  0.703  0.860  0.951  0.909  0.750  0.560  0.400
  0.410  0.550  0.713  0.878  0.970  0.929  0.773  0.583  0.418
  0.411  0.555  0.727  0.895  0.985  0.944  0.791  0.603  0.433
  0.413  0.564  0.741  0.910  0.995  0.951  0.802  0.617  0.445
  0.418  0.575  0.757  0.923  1.000  0.951  0.806  0.626  0.453
  0.423  0.586  0.773  0.934  1.000  0.945  0.803  0.631  0.460
  0.427  0.596  0.785  0.939  0.994  0.933  0.795  0.631  0.466
  0.429  0.602  0.792  0.940  0.983  0.917  0.782  0.628  0.470
  0.428  0.605  0.795  0.936  0.970  0.898  0.768  0.624  0.474
     146     0.031    4246   -12.188    4.82218   0.002958   0.385350   0.016546
  
 Correlation Surface at          246        4246
  0.303  0.331  0.446  0.810  0.979  0.780  0.753  0.848  0.483
  0.276  0.305  0.421  0.821  1.000  0.807  0.778  0.828  0.479
  0.246  0.280  0.382  0.817  0.977  0.803  0.764  0.772  0.459
  0.213  0.249  0.330  0.787  0.911  0.767  0.713  0.688  0.428
  0.182  0.212  0.273  0.722  0.817  0.715  0.643  0.594  0.396
  0.154  0.171  0.218  0.627  0.718  0.668  0.575  0.511  0.378
 r_peak,r_snr =   0.2495122       3.394586    
  
 Correlation Surface of oversamples image at          246        4246
  0.622  0.760  0.849  0.925  0.967  0.948  0.925  0.924  0.929
  0.646  0.773  0.852  0.931  0.979  0.960  0.929  0.923  0.938
  0.666  0.775  0.842  0.927  0.984  0.967  0.928  0.917  0.942
  0.691  0.778  0.833  0.926  0.994  0.978  0.933  0.920  0.952
  0.710  0.773  0.818  0.922  1.000  0.985  0.935  0.922  0.960
  0.704  0.741  0.777  0.893  0.982  0.965  0.911  0.899  0.944
  0.678  0.690  0.721  0.851  0.951  0.929  0.869  0.860  0.910
  0.673  0.667  0.698  0.846  0.954  0.922  0.853  0.849  0.906
     246    -0.281    4246   -12.219    3.39459   0.036708   2.337822  -0.030681
  
 Correlation Surface at          346        4246
  0.000  0.033  0.213  0.603  0.762  0.526  0.330  0.282  0.252
  0.000  0.028  0.221  0.657  0.850  0.560  0.336  0.274  0.262
  0.000  0.026  0.229  0.711  0.928  0.588  0.341  0.267  0.276
  0.000  0.026  0.240  0.755  0.981  0.604  0.342  0.262  0.292
  0.000  0.028  0.250  0.780  1.000  0.602  0.334  0.259  0.306
  0.000  0.032  0.256  0.780  0.984  0.583  0.319  0.257  0.314
  0.000  0.037  0.255  0.755  0.938  0.552  0.301  0.257  0.315
  0.000  0.041  0.247  0.710  0.874  0.518  0.282  0.261  0.312
  0.000  0.043  0.233  0.652  0.805  0.488  0.265  0.269  0.305
 r_peak,r_snr =   0.2729616       5.331908    
  
 Correlation Surface of oversamples image at          346        4246
  0.155  0.304  0.512  0.745  0.900  0.872  0.704  0.517  0.388
  0.157  0.314  0.534  0.781  0.941  0.904  0.723  0.525  0.392
  0.161  0.323  0.552  0.809  0.972  0.927  0.736  0.533  0.396
  0.164  0.330  0.565  0.829  0.991  0.940  0.743  0.538  0.400
  0.166  0.334  0.572  0.838  1.000  0.944  0.745  0.541  0.403
  0.167  0.335  0.573  0.839  1.000  0.942  0.742  0.540  0.402
  0.168  0.335  0.569  0.833  0.992  0.936  0.739  0.538  0.400
  0.168  0.332  0.561  0.819  0.979  0.927  0.733  0.534  0.395
  0.168  0.328  0.549  0.800  0.961  0.914  0.724  0.525  0.387
     346    -0.375    4246   -11.750    5.33191   0.012605   2.879620   0.061755
  
 Correlation Surface at          446        4246
  0.037  0.100  0.318  0.650  0.755  0.461  0.163  0.029  0.001
  0.034  0.104  0.329  0.680  0.825  0.497  0.162  0.026  0.001
  0.034  0.116  0.347  0.716  0.898  0.531  0.160  0.024  0.001
  0.036  0.133  0.370  0.754  0.962  0.558  0.159  0.023  0.001
  0.039  0.153  0.390  0.782  1.000  0.571  0.159  0.024  0.000
  0.042  0.169  0.400  0.789  0.998  0.564  0.161  0.026  0.000
  0.044  0.174  0.393  0.770  0.954  0.541  0.164  0.029  0.000
  0.044  0.168  0.372  0.730  0.882  0.509  0.171  0.032  0.000
  0.042  0.155  0.347  0.681  0.805  0.481  0.178  0.036  0.000
 r_peak,r_snr =   0.6639773       7.853155    
  
 Correlation Surface of oversamples image at          446        4246
  0.405  0.563  0.740  0.879  0.900  0.778  0.563  0.339  0.170
  0.418  0.577  0.761  0.911  0.936  0.810  0.586  0.351  0.173
  0.430  0.590  0.780  0.939  0.967  0.837  0.605  0.360  0.177
  0.440  0.601  0.798  0.963  0.990  0.856  0.618  0.367  0.180
  0.447  0.608  0.808  0.976  1.000  0.862  0.622  0.369  0.182
  0.450  0.609  0.810  0.976  0.996  0.856  0.617  0.369  0.183
  0.447  0.605  0.806  0.967  0.981  0.840  0.606  0.366  0.185
  0.441  0.597  0.795  0.949  0.956  0.815  0.590  0.360  0.186
  0.429  0.583  0.775  0.919  0.919  0.781  0.568  0.352  0.186
     446    -0.188    4246    -1.344    7.85316   0.000940   0.088396   0.001021
  
 Correlation Surface at          546        4246
  0.002  0.050  0.310  0.715  0.910  0.581  0.184  0.075  0.047
  0.003  0.057  0.315  0.723  0.933  0.598  0.186  0.073  0.042
  0.005  0.066  0.323  0.734  0.962  0.630  0.194  0.071  0.037
  0.008  0.076  0.330  0.737  0.988  0.667  0.204  0.069  0.032
  0.012  0.085  0.331  0.726  1.000  0.694  0.211  0.066  0.029
  0.016  0.091  0.322  0.700  0.989  0.701  0.214  0.063  0.026
  0.019  0.093  0.308  0.664  0.952  0.686  0.212  0.062  0.024
  0.022  0.092  0.295  0.630  0.897  0.658  0.212  0.062  0.023
  0.025  0.089  0.289  0.606  0.838  0.631  0.217  0.063  0.023
 r_peak,r_snr =   0.5185506       6.711084    
  
 Correlation Surface of oversamples image at          546        4246
  0.169  0.334  0.565  0.800  0.917  0.782  0.453  0.167  0.041
  0.169  0.338  0.576  0.825  0.953  0.820  0.480  0.181  0.046
  0.167  0.338  0.583  0.842  0.979  0.848  0.501  0.193  0.052
  0.164  0.336  0.584  0.851  0.995  0.865  0.515  0.203  0.057
  0.161  0.333  0.583  0.853  1.000  0.872  0.523  0.211  0.062
  0.157  0.330  0.579  0.847  0.993  0.866  0.523  0.217  0.067
  0.153  0.324  0.569  0.829  0.968  0.844  0.513  0.218  0.071
  0.149  0.318  0.555  0.802  0.931  0.810  0.496  0.217  0.074
  0.149  0.316  0.545  0.778  0.894  0.776  0.481  0.217  0.078
     546     0.031    4246     1.719    6.71108   0.003550   0.842496  -0.029725
  
 Correlation Surface at          646        4246
  0.181  0.248  0.336  0.593  0.771  0.543  0.214  0.074  0.079
  0.185  0.244  0.332  0.616  0.850  0.587  0.209  0.069  0.088
  0.180  0.228  0.320  0.637  0.922  0.623  0.207  0.071  0.100
  0.164  0.203  0.302  0.655  0.976  0.645  0.211  0.079  0.113
  0.140  0.176  0.284  0.664  1.000  0.649  0.218  0.093  0.127
  0.114  0.153  0.270  0.658  0.989  0.637  0.229  0.112  0.143
  0.090  0.135  0.259  0.631  0.945  0.613  0.240  0.134  0.159
  0.072  0.124  0.251  0.588  0.878  0.581  0.250  0.154  0.176
  0.061  0.117  0.242  0.536  0.801  0.545  0.258  0.169  0.190
 r_peak,r_snr =   0.4528788       6.339593    
  
 Correlation Surface of oversamples image at          646        4246
  0.324  0.449  0.629  0.824  0.939  0.895  0.732  0.530  0.343
  0.312  0.441  0.632  0.841  0.966  0.921  0.751  0.542  0.350
  0.301  0.435  0.635  0.855  0.986  0.940  0.764  0.551  0.357
  0.290  0.429  0.636  0.865  1.000  0.951  0.771  0.556  0.363
  0.279  0.421  0.632  0.865  1.000  0.948  0.767  0.554  0.366
  0.268  0.412  0.623  0.856  0.987  0.933  0.752  0.545  0.365
  0.261  0.405  0.615  0.844  0.971  0.913  0.733  0.534  0.364
  0.256  0.401  0.607  0.831  0.951  0.889  0.713  0.522  0.364
  0.248  0.390  0.590  0.804  0.916  0.853  0.682  0.503  0.359
     646     0.125    4246    -0.750    6.33959   0.002807   0.620875   0.002819
  
 Correlation Surface at          746        4246
  0.015  0.011  0.033  0.272  0.776  0.641  0.284  0.097  0.025
  0.013  0.011  0.036  0.308  0.870  0.686  0.284  0.094  0.023
  0.011  0.011  0.038  0.342  0.948  0.711  0.276  0.089  0.022
  0.010  0.010  0.039  0.365  0.995  0.711  0.260  0.082  0.020
  0.009  0.010  0.038  0.372  1.000  0.687  0.239  0.076  0.019
  0.007  0.009  0.035  0.358  0.966  0.646  0.217  0.072  0.019
  0.006  0.007  0.031  0.329  0.904  0.596  0.199  0.071  0.019
  0.005  0.006  0.025  0.293  0.829  0.545  0.187  0.075  0.021
  0.003  0.004  0.020  0.257  0.750  0.497  0.184  0.085  0.024
 r_peak,r_snr =   0.5790256       10.82684    
  
 Correlation Surface of oversamples image at          746        4246
  0.035  0.124  0.358  0.711  0.963  0.928  0.682  0.418  0.235
  0.035  0.126  0.366  0.727  0.981  0.939  0.683  0.413  0.230
  0.035  0.127  0.372  0.738  0.993  0.947  0.683  0.409  0.225
  0.035  0.127  0.373  0.742  0.999  0.950  0.681  0.404  0.222
  0.034  0.126  0.372  0.742  1.000  0.949  0.677  0.399  0.219
  0.033  0.123  0.367  0.736  0.995  0.944  0.671  0.395  0.218
  0.031  0.119  0.357  0.722  0.980  0.931  0.661  0.389  0.217
  0.029  0.112  0.342  0.699  0.956  0.909  0.645  0.381  0.216
  0.027  0.105  0.327  0.675  0.927  0.884  0.628  0.375  0.218
     746     0.156    4246     1.750   10.82684   0.000880   0.185992   0.002839
  
 Correlation Surface at          946        4246
  0.112  0.213  0.395  0.644  0.775  0.724  0.553  0.269  0.066
  0.109  0.213  0.422  0.712  0.842  0.744  0.545  0.273  0.070
  0.111  0.219  0.455  0.780  0.913  0.771  0.538  0.272  0.073
  0.115  0.228  0.482  0.832  0.971  0.791  0.530  0.268  0.076
  0.121  0.237  0.495  0.856  1.000  0.790  0.518  0.262  0.077
  0.126  0.246  0.495  0.853  0.994  0.766  0.501  0.254  0.077
  0.129  0.251  0.485  0.828  0.956  0.723  0.480  0.247  0.075
  0.129  0.251  0.473  0.792  0.899  0.674  0.455  0.240  0.073
  0.125  0.248  0.462  0.753  0.842  0.632  0.432  0.235  0.070
 r_peak,r_snr =   0.6633650       5.149606    
  
 Correlation Surface of oversamples image at          946        4246
  0.470  0.651  0.807  0.904  0.932  0.889  0.795  0.684  0.557
  0.489  0.677  0.836  0.935  0.961  0.909  0.805  0.684  0.552
  0.505  0.697  0.859  0.959  0.982  0.923  0.809  0.681  0.545
  0.516  0.710  0.873  0.974  0.995  0.928  0.806  0.675  0.537
  0.522  0.715  0.879  0.981  1.000  0.926  0.798  0.664  0.527
  0.523  0.713  0.876  0.980  0.996  0.915  0.784  0.650  0.516
  0.518  0.704  0.865  0.970  0.983  0.897  0.763  0.632  0.502
  0.510  0.689  0.849  0.955  0.964  0.873  0.740  0.613  0.488
  0.498  0.671  0.830  0.936  0.942  0.847  0.715  0.593  0.473
     946    -0.156    4246    -4.844    5.14961   0.002400   0.115449   0.004258
  
 Correlation Surface at         1046        4246
  0.143  0.317  0.533  0.810  0.876  0.828  0.677  0.451  0.300
  0.145  0.331  0.570  0.853  0.909  0.839  0.678  0.448  0.307
  0.144  0.336  0.607  0.897  0.948  0.851  0.678  0.451  0.315
  0.141  0.330  0.637  0.934  0.984  0.858  0.677  0.458  0.320
  0.138  0.314  0.653  0.953  1.000  0.851  0.670  0.465  0.316
  0.134  0.295  0.649  0.950  0.991  0.830  0.656  0.465  0.306
  0.130  0.278  0.625  0.929  0.959  0.795  0.632  0.456  0.293
  0.126  0.268  0.590  0.895  0.915  0.752  0.600  0.439  0.284
  0.121  0.265  0.555  0.859  0.875  0.705  0.563  0.419  0.278
 r_peak,r_snr =   0.5097404       3.763496    
  
 Correlation Surface of oversamples image at         1046        4246
  0.612  0.735  0.828  0.901  0.952  0.935  0.840  0.714  0.578
  0.644  0.766  0.854  0.921  0.966  0.945  0.850  0.725  0.586
  0.677  0.799  0.882  0.942  0.979  0.954  0.859  0.735  0.593
  0.712  0.830  0.908  0.962  0.992  0.963  0.869  0.745  0.601
  0.743  0.858  0.929  0.976  1.000  0.969  0.877  0.752  0.607
  0.767  0.877  0.942  0.982  1.000  0.967  0.877  0.754  0.610
  0.783  0.887  0.946  0.981  0.993  0.958  0.873  0.753  0.612
  0.791  0.890  0.944  0.974  0.980  0.946  0.866  0.750  0.613
  0.790  0.884  0.934  0.960  0.962  0.930  0.857  0.746  0.613
    1046     0.500    4246    -2.750    3.76350   0.019094   0.781794   0.052016
  
 Correlation Surface at         1146        4246
  0.362  0.355  0.428  0.721  0.993  0.842  0.623  0.426  0.274
  0.367  0.360  0.430  0.731  1.000  0.839  0.619  0.428  0.282
  0.384  0.373  0.426  0.707  0.966  0.836  0.621  0.429  0.279
  0.406  0.387  0.423  0.666  0.908  0.833  0.630  0.427  0.269
  0.421  0.396  0.425  0.631  0.852  0.830  0.639  0.418  0.258
  0.420  0.398  0.433  0.617  0.819  0.824  0.639  0.402  0.253
 r_peak,r_snr =   0.6570862       3.290551    
  
 Correlation Surface of oversamples image at         1146        4246
  0.427  0.499  0.635  0.795  0.907  0.920  0.853  0.761  0.670
  0.434  0.517  0.668  0.839  0.944  0.934  0.845  0.746  0.655
  0.438  0.532  0.695  0.876  0.974  0.943  0.838  0.732  0.642
  0.441  0.541  0.714  0.901  0.994  0.947  0.830  0.722  0.631
  0.442  0.544  0.723  0.913  1.000  0.944  0.822  0.713  0.622
  0.440  0.542  0.721  0.910  0.992  0.933  0.813  0.706  0.614
  0.436  0.534  0.709  0.893  0.973  0.917  0.805  0.702  0.609
  0.431  0.523  0.690  0.866  0.944  0.896  0.797  0.699  0.606
  0.425  0.509  0.666  0.833  0.909  0.874  0.789  0.698  0.605
    1146     0.031    4246   -14.781    3.29055   0.001749   0.089746  -0.000596
  
 Correlation Surface at         1246        4246
  0.001  0.000  0.044  0.357  0.760  0.578  0.254  0.184  0.238
  0.001  0.000  0.056  0.348  0.820  0.661  0.276  0.176  0.249
  0.001  0.001  0.063  0.343  0.893  0.736  0.285  0.164  0.260
  0.002  0.001  0.065  0.349  0.961  0.773  0.276  0.154  0.272
  0.004  0.001  0.063  0.371  1.000  0.759  0.254  0.149  0.284
  0.005  0.000  0.061  0.404  1.000  0.713  0.232  0.151  0.290
  0.006  0.000  0.061  0.445  0.977  0.667  0.222  0.158  0.281
  0.006  0.000  0.061  0.483  0.948  0.643  0.229  0.165  0.254
  0.005  0.000  0.063  0.509  0.926  0.650  0.250  0.167  0.211
 r_peak,r_snr =   0.4076132       6.687896    
  
 Correlation Surface of oversamples image at         1246        4246
  0.161  0.354  0.627  0.851  0.887  0.776  0.621  0.481  0.371
  0.161  0.346  0.627  0.874  0.926  0.818  0.656  0.497  0.371
  0.159  0.339  0.631  0.898  0.960  0.850  0.678  0.503  0.366
  0.156  0.335  0.639  0.921  0.986  0.870  0.689  0.500  0.358
  0.155  0.336  0.651  0.941  1.000  0.876  0.687  0.489  0.347
  0.155  0.341  0.668  0.956  1.000  0.864  0.670  0.469  0.335
  0.157  0.351  0.687  0.963  0.985  0.839  0.643  0.446  0.323
  0.160  0.365  0.705  0.959  0.956  0.803  0.609  0.419  0.312
  0.166  0.383  0.720  0.944  0.916  0.759  0.570  0.393  0.303
    1246     0.344    4246   -10.719    6.68790   0.003523   0.771529   0.030535
  
 Correlation Surface at         1346        4246
  0.079  0.160  0.303  0.511  0.809  0.773  0.538  0.295  0.194
  0.083  0.156  0.301  0.539  0.881  0.796  0.531  0.305  0.215
  0.085  0.151  0.298  0.566  0.950  0.810  0.517  0.320  0.247
  0.083  0.145  0.294  0.584  0.996  0.811  0.500  0.333  0.279
  0.079  0.139  0.288  0.583  1.000  0.799  0.485  0.339  0.296
  0.073  0.134  0.279  0.559  0.951  0.770  0.469  0.331  0.290
  0.066  0.128  0.267  0.515  0.859  0.724  0.451  0.309  0.265
  0.060  0.125  0.253  0.465  0.754  0.670  0.430  0.283  0.237
  0.058  0.123  0.240  0.419  0.656  0.609  0.403  0.261  0.215
 r_peak,r_snr =   0.5164028       5.006947    
  
 Correlation Surface of oversamples image at         1346        4246
  0.396  0.521  0.683  0.827  0.862  0.802  0.697  0.556  0.418
  0.397  0.535  0.710  0.857  0.881  0.809  0.696  0.550  0.414
  0.398  0.548  0.736  0.883  0.897  0.815  0.694  0.543  0.409
  0.398  0.558  0.756  0.903  0.910  0.821  0.692  0.537  0.405
  0.395  0.562  0.767  0.911  0.915  0.825  0.690  0.530  0.400
  0.389  0.558  0.766  0.906  0.913  0.824  0.685  0.521  0.393
  0.380  0.549  0.753  0.890  0.903  0.820  0.678  0.512  0.385
  0.371  0.536  0.732  0.865  0.888  0.814  0.672  0.504  0.377
  0.360  0.519  0.703  0.832  0.869  0.805  0.664  0.496  0.369
    1346    -0.750    4246     2.031    5.00695   0.002251   0.167600   0.000837
  
 Correlation Surface at         1446        4246
  0.129  0.160  0.252  0.618  0.806  0.647  0.392  0.220  0.117
  0.126  0.159  0.250  0.643  0.887  0.688  0.433  0.250  0.124
  0.121  0.153  0.250  0.665  0.952  0.720  0.472  0.284  0.139
  0.115  0.144  0.255  0.683  0.992  0.743  0.508  0.313  0.154
  0.108  0.135  0.263  0.688  1.000  0.755  0.534  0.328  0.163
  0.102  0.130  0.275  0.683  0.976  0.756  0.546  0.323  0.161
  0.096  0.132  0.288  0.669  0.929  0.749  0.548  0.299  0.149
  0.092  0.138  0.300  0.650  0.875  0.737  0.541  0.264  0.134
  0.089  0.145  0.306  0.626  0.825  0.720  0.529  0.232  0.121
 r_peak,r_snr =   0.4601098       5.356041    
  
 Correlation Surface of oversamples image at         1446        4246
  0.130  0.296  0.546  0.755  0.805  0.719  0.593  0.478  0.386
  0.130  0.302  0.566  0.787  0.836  0.738  0.604  0.489  0.403
  0.130  0.309  0.583  0.813  0.858  0.750  0.610  0.498  0.418
  0.131  0.314  0.595  0.829  0.871  0.756  0.613  0.505  0.431
  0.132  0.320  0.603  0.836  0.875  0.757  0.615  0.512  0.441
  0.135  0.325  0.607  0.837  0.871  0.754  0.616  0.518  0.450
  0.139  0.330  0.608  0.828  0.860  0.746  0.615  0.524  0.456
  0.143  0.334  0.603  0.812  0.841  0.735  0.613  0.529  0.460
  0.148  0.337  0.593  0.788  0.816  0.720  0.611  0.533  0.461
    1446    -0.156    4246     2.250    5.35604   0.003775   0.713843  -0.004556
  
 Correlation Surface at         1546        4246
  0.041  0.093  0.190  0.421  0.780  0.678  0.350  0.209  0.125
  0.035  0.088  0.194  0.458  0.872  0.700  0.323  0.202  0.132
  0.031  0.084  0.201  0.502  0.945  0.709  0.313  0.207  0.136
  0.030  0.081  0.206  0.546  0.990  0.711  0.323  0.222  0.134
  0.029  0.077  0.206  0.580  1.000  0.711  0.352  0.241  0.125
  0.029  0.073  0.203  0.598  0.978  0.711  0.394  0.253  0.112
  0.027  0.067  0.198  0.597  0.929  0.712  0.437  0.252  0.098
  0.025  0.061  0.192  0.575  0.863  0.708  0.462  0.235  0.087
  0.022  0.054  0.186  0.537  0.795  0.698  0.461  0.210  0.083
 r_peak,r_snr =   0.4439771       6.981988    
  
 Correlation Surface of oversamples image at         1546        4246
  0.129  0.226  0.418  0.677  0.886  0.909  0.725  0.463  0.262
  0.130  0.238  0.446  0.720  0.932  0.939  0.728  0.451  0.253
  0.133  0.252  0.475  0.758  0.967  0.957  0.726  0.441  0.249
  0.136  0.267  0.501  0.789  0.990  0.963  0.716  0.430  0.247
  0.139  0.281  0.525  0.812  1.000  0.957  0.701  0.422  0.250
  0.142  0.295  0.547  0.827  1.000  0.944  0.686  0.418  0.258
  0.147  0.310  0.566  0.835  0.991  0.924  0.672  0.419  0.269
  0.151  0.323  0.579  0.835  0.973  0.898  0.657  0.422  0.283
  0.155  0.333  0.587  0.827  0.948  0.868  0.642  0.428  0.297
    1546     0.156    4246    -1.781    6.98199   0.003166   0.777766   0.017512
  
 Correlation Surface at         1646        4246
  0.000  0.001  0.053  0.568  0.837  0.225  0.011  0.004  0.019
  0.000  0.001  0.050  0.608  0.910  0.251  0.013  0.003  0.017
  0.000  0.002  0.051  0.654  0.969  0.270  0.015  0.004  0.017
  0.000  0.003  0.054  0.695  1.000  0.277  0.017  0.004  0.016
  0.000  0.002  0.060  0.720  0.997  0.272  0.019  0.005  0.016
  0.000  0.001  0.067  0.721  0.970  0.263  0.020  0.006  0.015
  0.000  0.000  0.069  0.697  0.939  0.260  0.020  0.005  0.013
  0.001  0.000  0.066  0.656  0.926  0.271  0.019  0.004  0.010
 r_peak,r_snr =   0.4689958       8.990917    
  
 Correlation Surface of oversamples image at         1646        4246
  0.037  0.206  0.554  0.900  0.944  0.659  0.306  0.090  0.015
  0.039  0.212  0.569  0.925  0.970  0.678  0.318  0.096  0.017
  0.040  0.217  0.580  0.941  0.988  0.692  0.328  0.101  0.018
  0.042  0.221  0.588  0.952  0.998  0.701  0.336  0.106  0.020
  0.044  0.223  0.591  0.954  1.000  0.706  0.342  0.110  0.021
  0.045  0.222  0.586  0.946  0.994  0.706  0.345  0.113  0.022
  0.045  0.218  0.575  0.930  0.982  0.702  0.346  0.114  0.022
  0.044  0.213  0.563  0.915  0.973  0.702  0.349  0.116  0.023
    1646    -0.188    4246   -10.219    8.99092   0.001376   0.570735   0.008610
  
 Correlation Surface at         1746        4246
  0.009  0.000  0.080  0.508  0.934  0.357  0.031  0.001  0.000
  0.010  0.000  0.072  0.513  0.981  0.361  0.023  0.000  0.000
  0.009  0.000  0.062  0.504  1.000  0.350  0.016  0.000  0.001
  0.007  0.000  0.051  0.483  0.985  0.328  0.010  0.000  0.002
  0.007  0.001  0.040  0.449  0.941  0.305  0.007  0.000  0.002
  0.009  0.003  0.031  0.406  0.875  0.288  0.006  0.000  0.001
  0.013  0.005  0.024  0.361  0.802  0.280  0.006  0.000  0.000
 r_peak,r_snr =   0.4298486       12.56753    
  
 Correlation Surface of oversamples image at         1746        4246
  0.071  0.208  0.482  0.806  0.922  0.706  0.359  0.124  0.034
  0.069  0.208  0.491  0.831  0.958  0.734  0.371  0.126  0.034
  0.068  0.208  0.497  0.848  0.984  0.754  0.378  0.126  0.033
  0.066  0.206  0.497  0.855  0.998  0.764  0.379  0.124  0.032
  0.062  0.200  0.491  0.853  1.000  0.765  0.376  0.120  0.029
  0.059  0.194  0.482  0.843  0.992  0.757  0.368  0.115  0.026
  0.055  0.187  0.469  0.824  0.972  0.741  0.358  0.109  0.024
  0.051  0.177  0.449  0.793  0.938  0.714  0.342  0.102  0.021
  0.044  0.162  0.421  0.752  0.893  0.680  0.325  0.095  0.018
    1746    -0.063    4246   -12.188   12.56753   0.001372   0.800621   0.001920
  
 Correlation Surface at         1846        4246
  0.012  0.015  0.166  0.661  0.789  0.306  0.053  0.021  0.032
  0.016  0.022  0.219  0.778  0.846  0.307  0.053  0.020  0.032
  0.019  0.029  0.257  0.871  0.914  0.310  0.051  0.018  0.030
  0.021  0.031  0.270  0.923  0.972  0.307  0.048  0.016  0.026
  0.019  0.029  0.259  0.929  1.000  0.302  0.047  0.014  0.020
  0.014  0.022  0.233  0.892  0.981  0.295  0.049  0.013  0.015
  0.008  0.013  0.202  0.828  0.925  0.288  0.054  0.013  0.011
  0.004  0.006  0.173  0.751  0.857  0.288  0.062  0.014  0.007
  0.001  0.003  0.149  0.673  0.797  0.300  0.073  0.015  0.006
 r_peak,r_snr =   0.3434165       9.570547    
  
 Correlation Surface of oversamples image at         1846        4246
  0.176  0.409  0.689  0.887  0.924  0.737  0.423  0.174  0.078
  0.178  0.425  0.718  0.917  0.950  0.755  0.432  0.178  0.079
  0.176  0.435  0.739  0.940  0.966  0.762  0.434  0.178  0.079
  0.173  0.441  0.756  0.959  0.978  0.763  0.431  0.177  0.078
  0.169  0.443  0.766  0.971  0.985  0.760  0.425  0.176  0.079
  0.161  0.436  0.761  0.969  0.979  0.747  0.413  0.171  0.077
  0.152  0.421  0.742  0.950  0.961  0.730  0.398  0.165  0.076
  0.148  0.411  0.724  0.934  0.955  0.728  0.396  0.166  0.080
    1846    -0.719    4246     7.813    9.57055   0.003801   0.824162  -0.001919
  
 Correlation Surface at         1946        4246
  0.000  0.000  0.034  0.423  0.879  0.346  0.027  0.003  0.002
  0.000  0.000  0.032  0.437  0.931  0.369  0.029  0.002  0.002
  0.000  0.000  0.030  0.450  0.973  0.384  0.029  0.002  0.001
  0.000  0.000  0.028  0.462  0.997  0.388  0.030  0.002  0.001
  0.001  0.000  0.026  0.470  1.000  0.382  0.030  0.003  0.002
  0.001  0.000  0.024  0.469  0.984  0.367  0.029  0.003  0.002
  0.001  0.000  0.023  0.462  0.957  0.349  0.028  0.004  0.003
  0.001  0.000  0.022  0.453  0.923  0.328  0.027  0.005  0.003
  0.001  0.000  0.023  0.442  0.886  0.308  0.024  0.004  0.003
 r_peak,r_snr =   0.7781381       12.45631    
  
 Correlation Surface of oversamples image at         1946        4246
  0.158  0.725  2.000  3.495  4.000  3.037  1.568  0.594  0.207
  0.156  0.725  2.001  3.484  3.964  2.988  1.533  0.578  0.202
  0.154  0.724  1.998  3.464  3.914  2.926  1.489  0.558  0.194
  0.153  0.722  1.993  3.443  3.869  2.873  1.452  0.542  0.188
  0.152  0.718  1.980  3.412  3.817  2.818  1.416  0.526  0.183
    1946    -0.094    4246   -11.781   12.45631   0.000228   0.123861   0.000982
  
 Correlation Surface at         2046        4246
  0.097  0.017  0.117  0.381  0.932  0.479  0.062  0.054  0.128
  0.135  0.012  0.109  0.341  0.932  0.589  0.096  0.047  0.139
  0.186  0.003  0.091  0.306  0.943  0.704  0.137  0.041  0.129
  0.228  0.000  0.074  0.294  0.971  0.776  0.156  0.028  0.089
  0.244  0.001  0.064  0.302  1.000  0.785  0.139  0.011  0.039
  0.234  0.001  0.059  0.314  0.999  0.745  0.104  0.001  0.006
  0.215  0.000  0.052  0.304  0.941  0.686  0.074  0.002  0.001
  0.200  0.000  0.041  0.266  0.848  0.629  0.054  0.006  0.004
  0.189  0.001  0.031  0.218  0.753  0.574  0.042  0.006  0.001
 r_peak,r_snr =   0.1102056       5.525105    
  
 Correlation Surface of oversamples image at         2046        4246
  0.707  1.088  1.868  3.007  3.546  2.769  1.370  0.446  0.123
  0.599  1.036  1.875  3.050  3.661  2.964  1.523  0.511  0.138
  0.504  0.987  1.880  3.070  3.727  3.116  1.662  0.576  0.153
  0.488  1.028  1.999  3.223  3.921  3.385  1.900  0.705  0.202
    2046    -0.938    4246     9.813    5.52511   0.041828  35.405190   0.591915
  
 At line =         4600
 Reading in data....   
 Correlation Surface at          146        4646
  0.037  0.104  0.269  0.579  0.880  0.629  0.185  0.028  0.003
  0.037  0.113  0.295  0.610  0.917  0.652  0.189  0.030  0.003
  0.038  0.126  0.325  0.646  0.957  0.664  0.188  0.030  0.003
  0.040  0.143  0.361  0.686  0.988  0.658  0.182  0.030  0.003
  0.044  0.162  0.399  0.726  1.000  0.631  0.171  0.029  0.002
  0.049  0.184  0.438  0.763  0.990  0.589  0.158  0.028  0.002
  0.055  0.204  0.475  0.793  0.961  0.540  0.146  0.026  0.001
  0.060  0.221  0.505  0.812  0.919  0.494  0.138  0.026  0.002
 r_peak,r_snr =   0.5666440       7.067382    
  
 Correlation Surface of oversamples image at          146        4646
  0.332  0.483  0.665  0.855  0.972  0.918  0.688  0.410  0.205
  0.348  0.499  0.680  0.869  0.984  0.923  0.686  0.405  0.201
  0.365  0.516  0.695  0.882  0.993  0.923  0.679  0.397  0.196
  0.382  0.533  0.711  0.895  0.999  0.918  0.666  0.385  0.189
  0.400  0.550  0.726  0.905  1.000  0.907  0.648  0.370  0.180
  0.418  0.566  0.738  0.912  0.994  0.887  0.623  0.352  0.170
  0.434  0.580  0.748  0.913  0.981  0.860  0.594  0.331  0.160
  0.449  0.593  0.757  0.913  0.964  0.829  0.563  0.311  0.150
  0.463  0.606  0.765  0.909  0.944  0.796  0.531  0.292  0.142
     146     0.031    4646    10.813    7.06738   0.005023   0.812610   0.052538
  
 Correlation Surface at          246        4646
  0.006  0.001  0.029  0.397  0.891  0.388  0.077  0.035  0.008
  0.006  0.000  0.030  0.415  0.942  0.408  0.073  0.033  0.008
  0.007  0.000  0.031  0.426  0.977  0.419  0.069  0.030  0.007
  0.008  0.000  0.030  0.430  0.995  0.422  0.064  0.028  0.007
  0.009  0.000  0.028  0.428  1.000  0.420  0.061  0.027  0.008
  0.009  0.001  0.026  0.420  0.994  0.415  0.059  0.028  0.008
  0.009  0.001  0.023  0.409  0.979  0.407  0.060  0.030  0.009
  0.010  0.001  0.020  0.394  0.956  0.397  0.063  0.033  0.009
  0.010  0.001  0.017  0.376  0.921  0.383  0.067  0.037  0.010
 r_peak,r_snr =   0.7606719       12.86204    
  
 Correlation Surface of oversamples image at          246        4646
  0.019  0.128  0.414  0.796  0.967  0.763  0.403  0.156  0.058
  0.018  0.127  0.415  0.803  0.977  0.770  0.403  0.152  0.053
  0.017  0.125  0.414  0.807  0.985  0.775  0.402  0.148  0.049
  0.016  0.123  0.416  0.814  0.995  0.781  0.402  0.145  0.046
  0.015  0.122  0.416  0.817  1.000  0.783  0.400  0.141  0.043
  0.014  0.118  0.411  0.813  0.994  0.776  0.392  0.136  0.039
  0.012  0.115  0.406  0.805  0.985  0.766  0.384  0.131  0.037
  0.012  0.114  0.405  0.806  0.985  0.763  0.381  0.129  0.036
     246    -0.031    4646     2.781   12.86204   0.000245   0.434280  -0.000310
  
 Correlation Surface at          346        4646
  0.002  0.043  0.186  0.543  0.831  0.704  0.454  0.270  0.199
  0.002  0.047  0.197  0.561  0.879  0.748  0.480  0.296  0.231
  0.002  0.049  0.207  0.586  0.936  0.791  0.502  0.326  0.266
  0.001  0.049  0.212  0.609  0.981  0.824  0.518  0.350  0.292
  0.001  0.045  0.206  0.617  1.000  0.839  0.525  0.362  0.300
  0.001  0.038  0.189  0.605  0.990  0.835  0.525  0.362  0.290
  0.000  0.031  0.167  0.576  0.960  0.816  0.518  0.353  0.267
  0.000  0.026  0.146  0.540  0.919  0.787  0.507  0.340  0.241
  0.000  0.022  0.131  0.502  0.869  0.751  0.492  0.328  0.218
 r_peak,r_snr =   0.4730327       5.165462    
  
 Correlation Surface of oversamples image at          346        4646
  0.255  0.437  0.670  0.889  0.988  0.939  0.808  0.664  0.526
  0.262  0.443  0.673  0.893  0.994  0.947  0.819  0.675  0.536
  0.267  0.446  0.674  0.894  0.998  0.955  0.830  0.685  0.546
  0.269  0.447  0.674  0.894  1.000  0.962  0.841  0.696  0.556
  0.268  0.446  0.671  0.891  1.000  0.968  0.852  0.707  0.566
  0.265  0.441  0.666  0.885  0.998  0.973  0.863  0.719  0.576
  0.257  0.431  0.653  0.872  0.990  0.976  0.873  0.730  0.586
  0.245  0.415  0.635  0.853  0.978  0.975  0.881  0.739  0.596
  0.232  0.398  0.616  0.835  0.968  0.976  0.890  0.751  0.606
     346     0.156    4646     1.813    5.16546   0.003564   0.780144  -0.005793
  
 Correlation Surface at          446        4646
  0.057  0.132  0.221  0.515  0.828  0.465  0.199  0.143  0.138
  0.049  0.115  0.215  0.553  0.902  0.496  0.199  0.145  0.132
  0.046  0.104  0.208  0.578  0.961  0.531  0.211  0.158  0.132
  0.050  0.106  0.203  0.586  0.995  0.563  0.236  0.181  0.136
  0.063  0.120  0.204  0.580  1.000  0.584  0.266  0.206  0.141
  0.083  0.149  0.213  0.565  0.977  0.588  0.295  0.228  0.145
  0.109  0.190  0.228  0.543  0.933  0.575  0.315  0.238  0.146
  0.137  0.236  0.244  0.514  0.876  0.551  0.323  0.233  0.144
  0.162  0.277  0.256  0.480  0.815  0.524  0.318  0.215  0.138
 r_peak,r_snr =   0.5227559       6.178367    
  
 Correlation Surface of oversamples image at          446        4646
  0.190  0.297  0.518  0.803  0.956  0.830  0.539  0.307  0.192
  0.178  0.287  0.516  0.815  0.979  0.854  0.556  0.318  0.201
  0.167  0.278  0.511  0.820  0.994  0.868  0.568  0.328  0.211
  0.160  0.269  0.505  0.820  0.999  0.875  0.575  0.337  0.221
  0.156  0.263  0.500  0.819  1.000  0.876  0.579  0.346  0.232
  0.157  0.262  0.497  0.818  0.999  0.874  0.582  0.354  0.243
  0.160  0.261  0.494  0.812  0.990  0.863  0.578  0.359  0.252
  0.163  0.259  0.485  0.797  0.969  0.842  0.566  0.358  0.256
  0.169  0.258  0.477  0.780  0.944  0.817  0.552  0.355  0.258
     446     0.063    4646     2.813    6.17837   0.001536   0.548205  -0.008885
  
 Correlation Surface at          646        4646
  0.318  0.331  0.227  0.216  0.348  0.395  0.290  0.067  0.000
  0.329  0.284  0.229  0.316  0.519  0.578  0.362  0.058  0.001
  0.302  0.217  0.227  0.435  0.724  0.782  0.418  0.042  0.002
  0.257  0.161  0.223  0.536  0.904  0.941  0.436  0.024  0.002
  0.221  0.131  0.215  0.583  1.000  0.996  0.411  0.011  0.002
  0.209  0.130  0.209  0.564  0.989  0.942  0.357  0.005  0.001
  0.217  0.147  0.204  0.501  0.897  0.818  0.306  0.005  0.000
  0.229  0.167  0.199  0.425  0.774  0.676  0.276  0.011  0.000
  0.225  0.170  0.194  0.360  0.658  0.553  0.269  0.027  0.001
 r_peak,r_snr =   0.2151240       7.175038    
  
 Correlation Surface of oversamples image at          646        4646
  0.004  0.129  0.410  0.573  0.592  0.569  0.495  0.356  0.191
  0.001  0.148  0.494  0.702  0.740  0.710  0.595  0.402  0.197
  0.000  0.158  0.558  0.806  0.864  0.828  0.676  0.433  0.193
  0.001  0.160  0.595  0.877  0.955  0.920  0.740  0.453  0.185
  0.003  0.150  0.596  0.901  1.000  0.971  0.775  0.456  0.171
  0.008  0.128  0.555  0.868  0.984  0.966  0.764  0.431  0.145
  0.013  0.101  0.487  0.790  0.921  0.917  0.720  0.387  0.115
  0.016  0.080  0.417  0.705  0.849  0.861  0.674  0.351  0.095
  0.016  0.062  0.346  0.613  0.767  0.794  0.620  0.315  0.081
     646    -0.813    4646    -4.813    7.17504   0.036390   0.576401   0.013705
  
 Correlation Surface at          746        4646
  0.028  0.003  0.006  0.250  0.848  0.478  0.057  0.002  0.002
  0.026  0.002  0.007  0.268  0.897  0.507  0.057  0.001  0.002
  0.023  0.002  0.009  0.293  0.948  0.521  0.055  0.001  0.003
  0.018  0.001  0.012  0.317  0.985  0.513  0.051  0.000  0.003
  0.015  0.000  0.014  0.333  1.000  0.487  0.046  0.000  0.003
  0.013  0.000  0.015  0.336  0.994  0.457  0.041  0.000  0.003
  0.013  0.000  0.014  0.329  0.980  0.434  0.038  0.000  0.002
  0.015  0.001  0.011  0.320  0.970  0.424  0.037  0.001  0.001
  0.019  0.001  0.009  0.311  0.964  0.424  0.040  0.002  0.000
 r_peak,r_snr =   0.2907797       4.748823    
  
 Correlation Surface of oversamples image at          746        4646
  0.009  0.255  1.266  3.011  3.962  3.118  1.528  0.447  0.047
  0.006  0.239  1.243  2.995  3.955  3.109  1.513  0.436  0.046
  0.003  0.221  1.218  2.973  3.947  3.103  1.502  0.427  0.044
  0.002  0.213  1.211  2.979  3.975  3.134  1.516  0.430  0.047
     746     0.031    4646    -0.219    4.74882   0.005951   7.476432   0.147975
  
 Correlation Surface at          946        4646
  0.063  0.169  0.369  0.587  0.608  0.417  0.306  0.321  0.309
  0.066  0.172  0.390  0.667  0.720  0.468  0.321  0.296  0.284
  0.069  0.177  0.414  0.751  0.840  0.529  0.345  0.280  0.269
  0.072  0.181  0.433  0.818  0.942  0.592  0.376  0.280  0.264
  0.075  0.184  0.440  0.849  1.000  0.641  0.408  0.298  0.269
  0.079  0.187  0.429  0.830  0.996  0.664  0.437  0.332  0.282
  0.084  0.189  0.401  0.763  0.936  0.654  0.459  0.374  0.296
  0.091  0.194  0.365  0.674  0.857  0.623  0.469  0.412  0.307
  0.099  0.201  0.331  0.588  0.786  0.592  0.474  0.436  0.309
 r_peak,r_snr =   0.4930722       3.689963    
  
 Correlation Surface of oversamples image at          946        4646
  0.471  0.584  0.723  0.856  0.896  0.807  0.625  0.453  0.361
  0.476  0.593  0.732  0.874  0.926  0.840  0.654  0.478  0.383
  0.482  0.600  0.738  0.886  0.950  0.868  0.680  0.503  0.407
  0.487  0.605  0.740  0.892  0.966  0.890  0.704  0.527  0.430
  0.491  0.606  0.735  0.890  0.970  0.901  0.721  0.547  0.447
  0.493  0.603  0.726  0.879  0.965  0.904  0.731  0.560  0.459
  0.498  0.600  0.714  0.865  0.955  0.902  0.738  0.571  0.468
  0.500  0.592  0.696  0.842  0.935  0.891  0.737  0.574  0.471
  0.496  0.574  0.664  0.803  0.900  0.866  0.721  0.562  0.462
     946    -0.469    4646    -2.563    3.68996   0.003700   0.149216  -0.005763
  
 Correlation Surface at         1046        4646
  0.327  0.433  0.570  0.788  0.944  0.881  0.708  0.528  0.366
  0.322  0.419  0.580  0.818  0.965  0.899  0.722  0.539  0.373
  0.317  0.402  0.587  0.852  0.985  0.907  0.720  0.547  0.383
  0.317  0.391  0.597  0.883  0.999  0.909  0.709  0.555  0.397
  0.326  0.393  0.610  0.897  1.000  0.906  0.698  0.558  0.413
  0.345  0.409  0.618  0.888  0.984  0.899  0.693  0.557  0.430
  0.371  0.432  0.616  0.851  0.945  0.882  0.690  0.552  0.447
  0.395  0.452  0.597  0.791  0.885  0.855  0.687  0.545  0.463
  0.409  0.461  0.562  0.724  0.812  0.817  0.678  0.540  0.478
 r_peak,r_snr =   0.5694103       2.334304    
  
 Correlation Surface of oversamples image at         1046        4646
  0.524  0.661  0.815  0.933  0.971  0.929  0.836  0.729  0.643
  0.529  0.674  0.836  0.954  0.985  0.935  0.837  0.728  0.641
  0.535  0.686  0.853  0.970  0.994  0.939  0.838  0.727  0.639
  0.543  0.697  0.866  0.980  1.000  0.941  0.841  0.728  0.638
  0.550  0.704  0.872  0.983  1.000  0.942  0.844  0.731  0.639
  0.556  0.706  0.869  0.976  0.993  0.940  0.846  0.735  0.641
  0.560  0.704  0.859  0.961  0.980  0.933  0.848  0.740  0.644
  0.560  0.695  0.841  0.937  0.959  0.922  0.848  0.746  0.648
  0.553  0.678  0.813  0.904  0.930  0.905  0.844  0.748  0.650
    1046    -0.156    4646    -1.688    2.33430   0.010982   0.976067   0.021452
  
 Correlation Surface at         1146        4646
  0.015  0.202  0.046  0.186  0.302  0.014  0.004  0.113  0.131
  0.018  0.154  0.001  0.313  0.478  0.107  0.006  0.019  0.048
  0.022  0.076  0.048  0.491  0.717  0.255  0.009  0.001  0.026
  0.021  0.007  0.228  0.701  0.933  0.335  0.007  0.005  0.043
  0.010  0.018  0.420  0.864  1.000  0.301  0.000  0.056  0.091
  0.000  0.098  0.460  0.883  0.879  0.216  0.010  0.216  0.140
  0.018  0.153  0.291  0.699  0.620  0.137  0.062  0.410  0.135
  0.087  0.127  0.069  0.393  0.323  0.089  0.150  0.464  0.077
  0.199  0.069  0.003  0.119  0.090  0.063  0.209  0.321  0.020
 r_peak,r_snr =   8.7681495E-02   6.660643    
  
 Correlation Surface of oversamples image at         1146        4646
  0.017  0.063  0.226  0.472  0.635  0.705  0.573  0.300  0.064
  0.045  0.125  0.341  0.618  0.751  0.758  0.585  0.316  0.073
  0.084  0.196  0.459  0.769  0.870  0.791  0.562  0.303  0.076
  0.121  0.253  0.549  0.894  0.965  0.789  0.503  0.263  0.071
  0.141  0.273  0.586  0.958  1.000  0.733  0.410  0.202  0.059
  0.143  0.262  0.575  0.967  0.982  0.639  0.307  0.141  0.048
  0.142  0.240  0.541  0.948  0.943  0.544  0.225  0.100  0.048
  0.129  0.201  0.470  0.873  0.856  0.438  0.157  0.074  0.055
  0.090  0.128  0.336  0.698  0.678  0.297  0.085  0.046  0.056
    1146    -3.719    4646    10.781    6.66064   0.082462   1.679744   0.203466
  
 Correlation Surface at         1346        4646
  0.484  0.497  0.495  0.623  0.845  0.704  0.544  0.450  0.356
  0.495  0.539  0.545  0.666  0.891  0.719  0.542  0.443  0.324
  0.504  0.587  0.597  0.715  0.939  0.731  0.540  0.427  0.294
  0.514  0.626  0.635  0.766  0.980  0.736  0.532  0.405  0.266
  0.526  0.643  0.652  0.806  1.000  0.728  0.517  0.381  0.245
  0.536  0.633  0.642  0.819  0.984  0.699  0.491  0.357  0.233
  0.541  0.600  0.610  0.795  0.924  0.645  0.452  0.335  0.227
  0.541  0.558  0.568  0.738  0.830  0.572  0.406  0.316  0.226
  0.540  0.520  0.526  0.665  0.723  0.495  0.360  0.300  0.227
 r_peak,r_snr =   0.5819215       2.952871    
  
 Correlation Surface of oversamples image at         1346        4646
  0.580  0.613  0.718  0.861  0.934  0.864  0.706  0.570  0.498
  0.597  0.631  0.740  0.886  0.956  0.878  0.712  0.570  0.495
  0.609  0.646  0.761  0.909  0.975  0.890  0.717  0.569  0.490
  0.617  0.659  0.779  0.930  0.991  0.899  0.722  0.570  0.488
  0.620  0.667  0.793  0.944  1.000  0.903  0.723  0.570  0.484
  0.616  0.668  0.799  0.949  0.999  0.899  0.719  0.565  0.478
  0.607  0.664  0.797  0.945  0.990  0.889  0.711  0.558  0.471
  0.596  0.656  0.791  0.935  0.976  0.876  0.702  0.551  0.464
  0.582  0.643  0.776  0.915  0.953  0.856  0.687  0.540  0.456
    1346    -0.063    4646     0.219    2.95287   0.003109   0.223932   0.012396
  
 Correlation Surface at         1446        4646
  0.091  0.179  0.402  0.736  0.849  0.617  0.323  0.113  0.020
  0.092  0.182  0.398  0.735  0.897  0.669  0.330  0.107  0.025
  0.097  0.185  0.391  0.737  0.943  0.707  0.330  0.105  0.031
  0.109  0.193  0.389  0.747  0.981  0.724  0.323  0.108  0.037
  0.126  0.208  0.397  0.765  1.000  0.717  0.311  0.113  0.043
  0.147  0.231  0.417  0.786  0.995  0.687  0.293  0.118  0.048
  0.167  0.259  0.447  0.805  0.967  0.639  0.273  0.121  0.051
  0.183  0.286  0.475  0.811  0.919  0.585  0.254  0.122  0.052
  0.191  0.305  0.495  0.805  0.868  0.537  0.238  0.121  0.053
 r_peak,r_snr =   0.6265129       5.565424    
  
 Correlation Surface of oversamples image at         1446        4646
  0.385  0.543  0.740  0.910  0.948  0.813  0.582  0.364  0.210
  0.391  0.554  0.757  0.932  0.966  0.822  0.583  0.361  0.207
  0.398  0.565  0.773  0.950  0.978  0.824  0.581  0.358  0.204
  0.408  0.579  0.790  0.966  0.987  0.825  0.579  0.356  0.204
  0.420  0.593  0.804  0.975  0.988  0.821  0.576  0.355  0.205
  0.430  0.602  0.809  0.972  0.976  0.808  0.567  0.352  0.205
  0.438  0.607  0.806  0.959  0.957  0.792  0.558  0.348  0.205
  0.449  0.615  0.806  0.949  0.942  0.781  0.555  0.349  0.209
    1446    -0.219    4646     4.781    5.56542   0.002216   0.350293   0.014645
  
 Correlation Surface at         1546        4646
  0.328  0.373  0.527  0.658  0.834  0.888  0.761  0.395  0.258
  0.329  0.404  0.561  0.690  0.908  0.949  0.778  0.390  0.277
  0.342  0.439  0.603  0.741  0.971  0.974  0.747  0.369  0.289
  0.358  0.465  0.642  0.799  0.999  0.951  0.683  0.340  0.291
  0.376  0.479  0.674  0.862  1.000  0.900  0.612  0.312  0.283
  0.397  0.485  0.693  0.917  0.983  0.843  0.549  0.289  0.270
  0.424  0.488  0.698  0.952  0.952  0.799  0.507  0.274  0.256
  0.456  0.497  0.695  0.955  0.908  0.785  0.496  0.270  0.241
  0.489  0.509  0.686  0.917  0.853  0.796  0.513  0.271  0.225
 r_peak,r_snr =   0.3648902       3.125126    
  
 Correlation Surface of oversamples image at         1546        4646
  1.728  2.202  2.775  3.412  3.822  3.925  3.836  3.536  2.885
  1.709  2.200  2.826  3.491  3.864  3.903  3.780  3.489  2.860
  1.694  2.184  2.844  3.528  3.872  3.862  3.720  3.444  2.838
  1.758  2.250  2.938  3.637  3.956  3.912  3.764  3.505  2.910
    1546    -0.375    4646     5.781    3.12513   7.975749 128.016907  31.893412
  
 Correlation Surface at         1646        4646
  0.047  0.039  0.247  0.898  0.949  0.325  0.066  0.084  0.178
  0.047  0.036  0.243  0.893  0.961  0.330  0.065  0.080  0.188
  0.045  0.034  0.233  0.864  0.980  0.341  0.064  0.077  0.198
  0.040  0.031  0.213  0.817  0.997  0.351  0.064  0.078  0.204
  0.034  0.028  0.185  0.763  1.000  0.353  0.063  0.080  0.206
  0.028  0.023  0.154  0.711  0.984  0.347  0.061  0.084  0.204
  0.024  0.018  0.126  0.669  0.953  0.331  0.059  0.087  0.201
  0.021  0.013  0.105  0.645  0.913  0.311  0.057  0.090  0.200
  0.018  0.009  0.095  0.641  0.871  0.290  0.055  0.092  0.204
 r_peak,r_snr =   0.4934242       7.297773    
  
 Correlation Surface of oversamples image at         1646        4646
  0.215  0.588  1.686  3.106  3.839  3.599  2.276  0.857  0.235
  0.206  0.584  1.684  3.095  3.810  3.576  2.261  0.844  0.231
  0.201  0.584  1.680  3.069  3.765  3.550  2.255  0.840  0.232
  0.200  0.590  1.675  3.031  3.705  3.517  2.251  0.840  0.232
  0.201  0.598  1.664  2.976  3.630  3.476  2.250  0.845  0.234
    1646    -0.844    4646    -3.781    7.29777   0.002567   1.563285  -0.042770
  
 Correlation Surface at         1746        4646
  0.273  0.107  0.096  0.053  0.033  0.055  0.050  0.167  0.074
  0.329  0.154  0.198  0.173  0.207  0.300  0.151  0.196  0.082
  0.346  0.169  0.264  0.346  0.534  0.682  0.256  0.172  0.060
  0.359  0.174  0.277  0.515  0.869  0.971  0.309  0.126  0.028
  0.389  0.188  0.251  0.576  1.000  0.977  0.290  0.085  0.006
  0.436  0.207  0.196  0.467  0.838  0.726  0.225  0.054  0.000
  0.459  0.199  0.118  0.248  0.508  0.401  0.146  0.030  0.009
  0.399  0.144  0.043  0.067  0.202  0.151  0.078  0.013  0.022
  0.223  0.052  0.002  0.001  0.031  0.028  0.038  0.006  0.027
 r_peak,r_snr =   0.1127441       6.660007    
  
 Correlation Surface of oversamples image at         1746        4646
  0.106  0.000  0.151  0.469  0.645  0.656  0.588  0.453  0.345
  0.091  0.001  0.197  0.562  0.781  0.817  0.733  0.545  0.387
  0.059  0.008  0.258  0.660  0.906  0.943  0.824  0.581  0.385
  0.024  0.029  0.329  0.745  0.985  0.994  0.826  0.545  0.336
  0.003  0.069  0.401  0.800  1.000  0.954  0.739  0.448  0.255
  0.006  0.136  0.484  0.840  0.970  0.856  0.602  0.330  0.173
  0.044  0.225  0.559  0.842  0.884  0.702  0.434  0.206  0.100
  0.099  0.300  0.577  0.758  0.713  0.489  0.244  0.088  0.036
  0.138  0.329  0.523  0.602  0.496  0.272  0.087  0.013  0.002
    1746     6.719    4646    -6.313    6.66001   0.140737   0.366944   0.055243
  
 Correlation Surface at         1846        4646
  0.082  0.035  0.008  0.294  0.837  0.358  0.016  0.038  0.010
  0.081  0.039  0.008  0.287  0.862  0.372  0.028  0.047  0.007
  0.076  0.037  0.007  0.288  0.910  0.398  0.046  0.055  0.005
  0.069  0.030  0.006  0.297  0.964  0.428  0.068  0.059  0.004
  0.062  0.022  0.005  0.307  1.000  0.452  0.085  0.056  0.002
  0.057  0.014  0.004  0.311  0.999  0.462  0.092  0.046  0.000
  0.053  0.006  0.002  0.301  0.954  0.451  0.089  0.031  0.000
  0.049  0.001  0.000  0.272  0.865  0.417  0.079  0.018  0.003
  0.046  0.000  0.000  0.231  0.745  0.360  0.066  0.009  0.008
 r_peak,r_snr =   0.2480997       11.67107    
  
 Correlation Surface of oversamples image at         1846        4646
  0.025  0.098  0.342  0.722  0.964  0.869  0.531  0.249  0.127
  0.026  0.103  0.355  0.738  0.979  0.879  0.539  0.258  0.134
  0.027  0.108  0.365  0.749  0.990  0.889  0.549  0.267  0.139
  0.027  0.111  0.370  0.754  0.998  0.899  0.560  0.277  0.143
  0.027  0.112  0.371  0.753  1.000  0.906  0.572  0.286  0.146
  0.025  0.112  0.369  0.749  0.999  0.912  0.583  0.295  0.146
  0.024  0.111  0.366  0.744  0.999  0.921  0.596  0.304  0.147
  0.023  0.108  0.360  0.735  0.993  0.925  0.607  0.312  0.146
  0.020  0.103  0.346  0.713  0.972  0.914  0.607  0.313  0.142
    1846     0.125    4646     3.969   11.67107   0.003843   3.315840  -0.013568
  
 Correlation Surface at         1946        4646
  0.027  0.013  0.007  0.279  0.810  0.366  0.011  0.003  0.000
  0.025  0.011  0.008  0.292  0.872  0.387  0.010  0.004  0.001
  0.023  0.011  0.008  0.307  0.935  0.409  0.011  0.004  0.001
  0.022  0.011  0.007  0.324  0.983  0.427  0.013  0.003  0.001
  0.021  0.012  0.007  0.338  1.000  0.434  0.017  0.002  0.001
  0.022  0.012  0.007  0.347  0.983  0.429  0.020  0.001  0.001
  0.023  0.013  0.007  0.345  0.939  0.411  0.021  0.001  0.000
  0.024  0.014  0.007  0.332  0.879  0.384  0.018  0.001  0.000
  0.024  0.014  0.007  0.311  0.815  0.350  0.014  0.001  0.000
 r_peak,r_snr =   0.5814200       10.90564    
  
 Correlation Surface of oversamples image at         1946        4646
  0.010  0.095  0.332  0.692  0.922  0.788  0.418  0.121  0.011
  0.010  0.095  0.340  0.714  0.953  0.812  0.429  0.124  0.012
  0.009  0.095  0.345  0.732  0.976  0.830  0.438  0.128  0.013
  0.009  0.094  0.350  0.745  0.992  0.842  0.444  0.131  0.014
  0.008  0.093  0.354  0.753  1.000  0.847  0.448  0.134  0.016
  0.008  0.093  0.356  0.755  0.999  0.844  0.447  0.136  0.017
  0.007  0.093  0.355  0.750  0.988  0.834  0.443  0.137  0.019
  0.007  0.092  0.352  0.738  0.969  0.817  0.436  0.136  0.019
  0.007  0.092  0.347  0.722  0.945  0.796  0.426  0.134  0.020
    1946     0.063    4646    -0.219   10.90564   0.000582   0.239308   0.001472
  
 Correlation Surface at         2046        4646
  0.002  0.024  0.097  0.445  0.960  0.370  0.048  0.004  0.001
  0.002  0.025  0.100  0.452  0.971  0.380  0.048  0.003  0.001
  0.002  0.024  0.100  0.457  0.988  0.391  0.049  0.004  0.001
  0.001  0.022  0.096  0.453  1.000  0.397  0.052  0.005  0.002
  0.001  0.020  0.090  0.439  1.000  0.396  0.055  0.007  0.004
  0.000  0.017  0.083  0.418  0.990  0.392  0.055  0.009  0.005
  0.000  0.016  0.077  0.397  0.973  0.390  0.054  0.009  0.006
 r_peak,r_snr =   0.4922375       11.28135    
  
 Correlation Surface of oversamples image at         2046        4646
  0.093  0.219  0.471  0.802  0.948  0.731  0.372  0.141  0.048
  0.093  0.214  0.461  0.797  0.956  0.746  0.383  0.145  0.049
  0.094  0.210  0.451  0.790  0.961  0.759  0.393  0.149  0.049
  0.096  0.208  0.444  0.785  0.968  0.773  0.403  0.152  0.049
  0.097  0.206  0.439  0.781  0.973  0.784  0.411  0.154  0.048
  0.099  0.206  0.435  0.776  0.972  0.789  0.415  0.154  0.046
  0.101  0.207  0.433  0.771  0.968  0.787  0.414  0.152  0.044
  0.101  0.209  0.433  0.768  0.963  0.784  0.411  0.149  0.041
  0.101  0.210  0.435  0.766  0.959  0.779  0.407  0.146  0.039
    2046     0.000    4646    11.250   11.28135   0.001286   4.643638  -0.038254
  
 At line =         5000
 Reading in data....   
 Correlation Surface at          146        5046
  0.003  0.007  0.053  0.367  0.798  0.352  0.023  0.002  0.001
  0.004  0.010  0.056  0.374  0.876  0.428  0.035  0.002  0.001
  0.004  0.013  0.061  0.376  0.939  0.503  0.048  0.001  0.001
  0.004  0.016  0.068  0.374  0.980  0.560  0.058  0.000  0.001
  0.005  0.018  0.076  0.374  1.000  0.587  0.062  0.000  0.000
  0.005  0.018  0.083  0.375  0.991  0.581  0.060  0.000  0.000
  0.005  0.017  0.088  0.375  0.953  0.548  0.054  0.000  0.000
  0.005  0.015  0.091  0.374  0.892  0.503  0.048  0.000  0.001
  0.005  0.013  0.093  0.372  0.822  0.453  0.041  0.000  0.002
 r_peak,r_snr =   0.3860735       11.39762    
  
 Correlation Surface of oversamples image at          146        5046
  0.079  0.143  0.321  0.642  0.896  0.832  0.525  0.235  0.080
  0.077  0.142  0.324  0.662  0.939  0.883  0.562  0.254  0.087
  0.076  0.140  0.326  0.677  0.974  0.926  0.596  0.272  0.094
  0.073  0.136  0.324  0.684  0.997  0.956  0.620  0.287  0.100
  0.069  0.131  0.318  0.680  1.000  0.965  0.632  0.295  0.104
  0.065  0.125  0.308  0.666  0.987  0.958  0.632  0.298  0.106
  0.063  0.122  0.301  0.648  0.963  0.940  0.626  0.300  0.109
  0.063  0.121  0.292  0.625  0.927  0.907  0.610  0.297  0.109
  0.062  0.118  0.280  0.592  0.876  0.857  0.579  0.284  0.105
     146     0.219    5046     3.375   11.39762   0.002088   1.542358  -0.008145
  
 Correlation Surface at          246        5046
  0.002  0.000  0.013  0.290  0.775  0.616  0.315  0.359  0.408
  0.002  0.000  0.008  0.293  0.852  0.673  0.316  0.354  0.423
  0.001  0.001  0.006  0.298  0.927  0.717  0.301  0.329  0.420
  0.001  0.002  0.004  0.300  0.981  0.737  0.271  0.287  0.393
  0.001  0.002  0.002  0.293  1.000  0.728  0.233  0.235  0.341
  0.001  0.003  0.001  0.277  0.977  0.692  0.195  0.180  0.271
  0.001  0.002  0.001  0.256  0.918  0.639  0.162  0.131  0.196
  0.000  0.003  0.000  0.234  0.840  0.580  0.136  0.091  0.130
  0.000  0.005  0.000  0.216  0.762  0.528  0.119  0.063  0.083
 r_peak,r_snr =   0.3320126       7.498715    
  
 Correlation Surface of oversamples image at          246        5046
  0.012  0.011  0.167  0.490  0.759  0.765  0.545  0.299  0.163
  0.013  0.011  0.173  0.509  0.788  0.792  0.557  0.297  0.154
  0.014  0.011  0.176  0.521  0.807  0.805  0.559  0.291  0.144
  0.015  0.010  0.178  0.527  0.814  0.807  0.553  0.281  0.134
  0.017  0.010  0.178  0.531  0.817  0.804  0.547  0.274  0.126
  0.018  0.009  0.178  0.531  0.814  0.799  0.541  0.270  0.122
  0.021  0.008  0.177  0.528  0.805  0.788  0.533  0.266  0.119
  0.023  0.008  0.174  0.522  0.794  0.775  0.526  0.262  0.117
  0.025  0.007  0.175  0.521  0.792  0.774  0.527  0.265  0.119
     246     0.219    5046    -0.250    7.49872   0.002977   1.176350   0.002973
  
 Correlation Surface at          346        5046
  0.051  0.188  0.328  0.591  0.930  0.570  0.427  0.286  0.135
  0.050  0.190  0.330  0.598  0.954  0.579  0.429  0.283  0.129
  0.049  0.191  0.334  0.604  0.975  0.585  0.425  0.277  0.125
  0.048  0.191  0.339  0.609  0.992  0.591  0.422  0.273  0.122
  0.047  0.191  0.345  0.614  1.000  0.598  0.421  0.272  0.121
  0.046  0.190  0.351  0.616  0.999  0.605  0.424  0.272  0.122
  0.046  0.189  0.355  0.617  0.989  0.612  0.428  0.272  0.120
  0.046  0.188  0.358  0.615  0.976  0.615  0.433  0.271  0.117
  0.047  0.187  0.358  0.612  0.962  0.615  0.435  0.268  0.112
 r_peak,r_snr =   0.8162975       5.318796    
  
 Correlation Surface of oversamples image at          346        5046
  0.332  0.374  0.560  0.854  0.995  0.830  0.582  0.464  0.467
  0.334  0.376  0.562  0.857  0.998  0.832  0.584  0.465  0.468
  0.335  0.377  0.563  0.858  0.998  0.832  0.585  0.466  0.469
  0.337  0.379  0.565  0.860  1.000  0.834  0.587  0.469  0.473
  0.338  0.380  0.566  0.861  1.000  0.835  0.589  0.473  0.476
  0.337  0.380  0.565  0.857  0.996  0.832  0.589  0.474  0.478
  0.335  0.378  0.562  0.851  0.988  0.827  0.588  0.474  0.478
  0.337  0.380  0.563  0.851  0.988  0.829  0.591  0.478  0.481
     346    -0.031    5046     0.781    5.31880   0.000282   0.285527  -0.000811
  
 Correlation Surface at          446        5046
  0.208  0.359  0.602  0.877  0.934  0.755  0.489  0.260  0.142
  0.209  0.354  0.626  0.925  0.946  0.776  0.520  0.269  0.138
  0.214  0.360  0.654  0.960  0.966  0.804  0.546  0.275  0.134
  0.224  0.375  0.679  0.979  0.987  0.828  0.558  0.277  0.127
  0.238  0.396  0.695  0.980  1.000  0.838  0.554  0.272  0.121
  0.253  0.419  0.696  0.963  0.996  0.828  0.535  0.265  0.115
  0.265  0.438  0.682  0.931  0.974  0.802  0.510  0.259  0.113
  0.272  0.448  0.659  0.888  0.940  0.769  0.486  0.258  0.113
  0.273  0.451  0.633  0.844  0.904  0.739  0.470  0.261  0.117
 r_peak,r_snr =   0.6770411       3.970071    
  
 Correlation Surface of oversamples image at          446        5046
  0.434  0.596  0.780  0.922  0.969  0.924  0.829  0.722  0.609
  0.437  0.603  0.791  0.936  0.982  0.936  0.842  0.734  0.621
  0.441  0.610  0.801  0.946  0.992  0.947  0.852  0.743  0.629
  0.447  0.617  0.809  0.953  0.998  0.954  0.859  0.749  0.634
  0.455  0.623  0.813  0.955  1.000  0.958  0.864  0.753  0.638
  0.462  0.628  0.815  0.953  0.998  0.959  0.866  0.754  0.638
  0.469  0.629  0.811  0.946  0.992  0.955  0.863  0.751  0.634
  0.473  0.628  0.803  0.934  0.981  0.947  0.856  0.744  0.626
  0.478  0.625  0.792  0.919  0.968  0.938  0.849  0.736  0.618
     446     0.469    5046    -4.781    3.97007   0.005786   0.446008  -0.009809
  
 Correlation Surface at          546        5046
  0.048  0.069  0.130  0.362  0.741  0.671  0.289  0.149  0.176
  0.049  0.069  0.140  0.414  0.850  0.734  0.306  0.165  0.210
  0.051  0.073  0.155  0.467  0.941  0.771  0.320  0.185  0.242
  0.054  0.080  0.171  0.510  0.994  0.773  0.320  0.200  0.262
  0.058  0.088  0.185  0.536  1.000  0.740  0.304  0.200  0.263
  0.063  0.095  0.192  0.540  0.966  0.685  0.278  0.188  0.248
  0.068  0.098  0.192  0.525  0.904  0.619  0.250  0.171  0.224
  0.072  0.098  0.187  0.502  0.835  0.557  0.229  0.155  0.196
  0.073  0.097  0.181  0.482  0.773  0.507  0.215  0.141  0.166
 r_peak,r_snr =   0.5564955       6.636459    
  
 Correlation Surface of oversamples image at          546        5046
  1.190  1.831  2.792  3.715  4.000  3.382  2.282  1.328  0.819
  1.190  1.833  2.795  3.698  3.935  3.278  2.184  1.274  0.813
  1.204  1.848  2.798  3.658  3.825  3.123  2.047  1.195  0.783
  1.248  1.906  2.851  3.665  3.758  3.007  1.948  1.151  0.784
  1.314  1.992  2.930  3.690  3.701  2.902  1.865  1.125  0.798
     546     0.406    5046    -4.781    6.63646   0.001891   0.220248   0.010161
  
 Correlation Surface at          646        5046
  0.430  0.629  0.693  0.296  0.023  0.000  0.000
  0.337  0.698  0.850  0.391  0.034  0.000  0.002
  0.285  0.787  0.956  0.438  0.038  0.000  0.001
  0.275  0.874  1.000  0.416  0.030  0.000  0.001
  0.296  0.927  0.970  0.337  0.017  0.000  0.011
  0.336  0.924  0.869  0.243  0.009  0.001  0.030
  0.376  0.862  0.720  0.169  0.006  0.002  0.049
  0.393  0.754  0.565  0.127  0.010  0.006  0.063
 r_peak,r_snr =   0.1685801       5.396763    
  
 Correlation Surface of oversamples image at          646        5046
  0.010  0.105  0.360  0.685  0.857  0.778  0.568  0.349  0.111
  0.006  0.101  0.368  0.725  0.911  0.797  0.540  0.305  0.084
  0.005  0.100  0.373  0.746  0.938  0.794  0.497  0.248  0.052
  0.005  0.102  0.377  0.753  0.943  0.776  0.449  0.192  0.024
  0.007  0.111  0.389  0.764  0.948  0.761  0.412  0.149  0.008
  0.012  0.124  0.404  0.766  0.934  0.734  0.378  0.115  0.001
  0.015  0.128  0.397  0.729  0.869  0.667  0.327  0.081  0.001
  0.016  0.122  0.374  0.668  0.772  0.576  0.271  0.054  0.007
  0.023  0.133  0.384  0.658  0.725  0.527  0.250  0.049  0.007
     646   -13.531    5046   -10.281    5.39676   0.050042   2.730590   0.274746
  
 Correlation Surface at          746        5046
  0.118  0.213  0.486  0.746  0.763  0.707  0.726  0.653  0.580
  0.116  0.228  0.517  0.804  0.840  0.743  0.711  0.647  0.592
  0.112  0.235  0.529  0.853  0.915  0.783  0.695  0.630  0.594
  0.107  0.230  0.520  0.881  0.972  0.813  0.673  0.602  0.587
  0.102  0.218  0.497  0.884  1.000  0.828  0.648  0.569  0.577
  0.097  0.204  0.471  0.868  0.999  0.828  0.621  0.537  0.573
  0.094  0.196  0.450  0.842  0.977  0.819  0.599  0.516  0.582
  0.093  0.194  0.441  0.817  0.943  0.804  0.584  0.511  0.607
  0.093  0.198  0.442  0.800  0.906  0.783  0.575  0.519  0.643
 r_peak,r_snr =   0.5229810       2.715889    
  
 Correlation Surface of oversamples image at          746        5046
  0.326  0.522  0.718  0.856  0.904  0.869  0.805  0.759  0.723
  0.329  0.527  0.728  0.876  0.929  0.893  0.825  0.769  0.721
  0.324  0.521  0.727  0.885  0.947  0.914  0.843  0.779  0.717
  0.314  0.506  0.715  0.883  0.957  0.929  0.858  0.786  0.710
  0.299  0.485  0.694  0.872  0.959  0.939  0.869  0.789  0.700
  0.282  0.459  0.666  0.853  0.953  0.945  0.877  0.788  0.686
  0.265  0.433  0.637  0.830  0.943  0.945  0.881  0.785  0.669
  0.250  0.409  0.608  0.805  0.929  0.942  0.882  0.777  0.649
  0.240  0.392  0.585  0.784  0.915  0.938  0.879  0.768  0.629
     746     0.688    5046    -9.188    2.71589   0.007876   0.500814  -0.013764
  
 Correlation Surface at          846        5046
  0.015  0.010  0.042  0.621  0.844  0.182  0.000  0.008  0.012
  0.015  0.010  0.047  0.673  0.896  0.194  0.000  0.009  0.012
  0.014  0.009  0.055  0.726  0.951  0.206  0.000  0.009  0.013
  0.014  0.008  0.063  0.769  0.990  0.214  0.000  0.009  0.013
  0.013  0.007  0.070  0.788  1.000  0.218  0.000  0.009  0.013
  0.013  0.006  0.072  0.775  0.979  0.216  0.001  0.008  0.013
  0.013  0.006  0.070  0.739  0.938  0.211  0.001  0.008  0.013
  0.013  0.006  0.064  0.691  0.890  0.206  0.001  0.008  0.012
  0.014  0.006  0.056  0.641  0.843  0.202  0.001  0.008  0.012
 r_peak,r_snr =   0.6174252       11.40583    
  
 Correlation Surface of oversamples image at          846        5046
  0.000  0.046  0.266  0.654  0.942  0.850  0.481  0.154  0.018
  0.000  0.049  0.278  0.679  0.969  0.870  0.490  0.156  0.018
  0.000  0.052  0.288  0.697  0.989  0.882  0.494  0.157  0.018
  0.000  0.054  0.296  0.710  0.999  0.886  0.494  0.156  0.018
  0.000  0.056  0.301  0.715  1.000  0.883  0.490  0.154  0.018
  0.000  0.057  0.302  0.712  0.991  0.872  0.482  0.151  0.017
  0.000  0.057  0.299  0.701  0.972  0.853  0.471  0.147  0.017
  0.000  0.056  0.292  0.683  0.945  0.829  0.458  0.143  0.016
  0.000  0.054  0.283  0.661  0.914  0.803  0.443  0.139  0.016
     846    -0.375    5046     9.188   11.40583   0.000581   0.210801   0.000158
  
 Correlation Surface at         1046        5046
  0.313  0.369  0.506  0.600  0.715  0.807  0.795  0.683  0.428
  0.324  0.367  0.511  0.649  0.811  0.863  0.799  0.701  0.468
  0.331  0.361  0.513  0.699  0.907  0.916  0.802  0.710  0.523
  0.332  0.356  0.515  0.740  0.977  0.951  0.803  0.708  0.582
  0.327  0.356  0.523  0.767  1.000  0.953  0.803  0.696  0.629
  0.318  0.362  0.536  0.776  0.975  0.924  0.796  0.672  0.652
  0.304  0.369  0.546  0.765  0.919  0.876  0.782  0.643  0.646
  0.289  0.373  0.543  0.738  0.850  0.824  0.762  0.614  0.614
  0.280  0.376  0.527  0.705  0.790  0.784  0.740  0.589  0.566
 r_peak,r_snr =   0.4629291       2.189922    
  
 Correlation Surface of oversamples image at         1046        5046
  0.541  0.678  0.798  0.887  0.924  0.892  0.823  0.764  0.747
  0.546  0.693  0.825  0.923  0.961  0.927  0.852  0.785  0.758
  0.548  0.703  0.845  0.947  0.986  0.953  0.877  0.805  0.769
  0.548  0.708  0.856  0.960  0.999  0.970  0.898  0.825  0.780
  0.548  0.710  0.859  0.961  1.000  0.978  0.915  0.844  0.793
  0.548  0.708  0.853  0.951  0.990  0.976  0.925  0.861  0.805
  0.544  0.699  0.837  0.929  0.968  0.962  0.925  0.872  0.812
  0.539  0.686  0.814  0.899  0.938  0.941  0.919  0.878  0.815
  0.535  0.671  0.788  0.869  0.908  0.917  0.909  0.880  0.816
    1046    -0.938    5046    -8.781    2.18992   0.012778   0.319098   0.021310
  
 Correlation Surface at         1146        5046
  0.000  0.015  0.209  0.703  0.926  0.451  0.090  0.011  0.019
  0.000  0.024  0.236  0.731  0.957  0.468  0.105  0.014  0.016
  0.001  0.032  0.246  0.750  0.978  0.469  0.113  0.017  0.014
  0.002  0.039  0.249  0.772  0.995  0.457  0.111  0.017  0.012
  0.006  0.047  0.257  0.799  1.000  0.430  0.098  0.016  0.011
  0.011  0.057  0.274  0.829  0.989  0.393  0.081  0.013  0.009
  0.018  0.069  0.299  0.854  0.959  0.349  0.062  0.010  0.007
  0.027  0.082  0.325  0.869  0.913  0.305  0.047  0.007  0.005
  0.036  0.091  0.342  0.871  0.862  0.269  0.036  0.006  0.003
 r_peak,r_snr =   0.3930033       8.377576    
  
 Correlation Surface of oversamples image at         1146        5046
  0.096  0.236  0.479  0.770  0.912  0.775  0.484  0.240  0.108
  0.102  0.245  0.498  0.798  0.943  0.801  0.495  0.239  0.104
  0.111  0.258  0.520  0.828  0.973  0.826  0.508  0.239  0.100
  0.121  0.273  0.542  0.853  0.996  0.846  0.518  0.239  0.096
  0.129  0.283  0.555  0.862  1.000  0.847  0.516  0.233  0.090
  0.133  0.287  0.558  0.856  0.984  0.828  0.501  0.223  0.082
  0.141  0.300  0.573  0.867  0.986  0.825  0.498  0.219  0.080
    1146    -0.531    5046     9.750    8.37758   0.014902   5.700495   0.259244
  
 Correlation Surface at         1246        5046
  0.027  0.000  0.133  0.893  0.941  0.305
  0.024  0.000  0.142  0.923  0.962  0.325
  0.017  0.001  0.146  0.936  0.982  0.345
  0.011  0.001  0.144  0.931  0.996  0.362
  0.008  0.001  0.136  0.909  1.000  0.371
  0.008  0.001  0.124  0.878  0.994  0.374
  0.012  0.001  0.113  0.844  0.985  0.379
  0.019  0.001  0.102  0.815  0.984  0.395
 r_peak,r_snr =   0.4034802       4.242521    
  
 Correlation Surface of oversamples image at         1246        5046
  0.009  0.120  0.427  0.806  0.982  0.840  0.545  0.291  0.130
  0.009  0.121  0.430  0.811  0.989  0.852  0.559  0.302  0.135
  0.009  0.121  0.430  0.813  0.995  0.862  0.572  0.312  0.138
  0.009  0.119  0.428  0.813  0.999  0.872  0.585  0.321  0.141
  0.008  0.116  0.424  0.810  1.000  0.880  0.596  0.329  0.143
  0.007  0.112  0.417  0.803  0.998  0.885  0.604  0.335  0.144
  0.006  0.107  0.408  0.794  0.992  0.886  0.610  0.339  0.145
  0.005  0.103  0.398  0.782  0.985  0.886  0.615  0.344  0.147
  0.004  0.098  0.388  0.769  0.975  0.884  0.619  0.350  0.149
    1246    12.531    5046    11.031    4.24252   0.008977  12.320096  -0.270361
  
 Correlation Surface at         1446        5046
  0.065  0.065  0.001  0.318  0.726  0.336  0.006  0.029  0.037
  0.061  0.057  0.002  0.338  0.814  0.383  0.007  0.026  0.028
  0.059  0.051  0.003  0.352  0.899  0.409  0.006  0.026  0.020
  0.059  0.047  0.003  0.363  0.967  0.409  0.003  0.026  0.014
  0.061  0.046  0.003  0.373  1.000  0.387  0.001  0.027  0.009
  0.064  0.047  0.003  0.381  0.978  0.346  0.000  0.027  0.006
  0.066  0.049  0.003  0.380  0.894  0.291  0.000  0.027  0.006
  0.068  0.053  0.004  0.363  0.758  0.232  0.000  0.027  0.006
  0.070  0.057  0.004  0.325  0.602  0.176  0.000  0.029  0.008
 r_peak,r_snr =   0.3127122       13.91081    
  
 Correlation Surface of oversamples image at         1446        5046
  0.000  0.060  0.262  0.471  0.512  0.379  0.188  0.044  0.000
  0.000  0.061  0.259  0.469  0.518  0.391  0.195  0.046  0.000
  0.000  0.060  0.254  0.464  0.523  0.400  0.200  0.047  0.000
  0.000  0.058  0.245  0.457  0.525  0.405  0.200  0.045  0.000
  0.000  0.055  0.236  0.449  0.524  0.406  0.197  0.041  0.001
  0.000  0.052  0.227  0.443  0.524  0.405  0.192  0.036  0.002
  0.000  0.048  0.220  0.438  0.523  0.401  0.184  0.031  0.003
  0.000  0.045  0.215  0.435  0.521  0.396  0.175  0.026  0.005
    1446    -0.094    5046    -0.781   13.91081   0.002821   0.839405   0.018764
  
 Correlation Surface at         1546        5046
  0.096  0.125  0.260  0.735  0.985  0.408
  0.084  0.111  0.260  0.757  1.000  0.419
  0.072  0.097  0.256  0.760  0.989  0.420
  0.062  0.085  0.252  0.754  0.965  0.415
  0.054  0.076  0.250  0.744  0.937  0.408
  0.050  0.072  0.252  0.736  0.908  0.401
 r_peak,r_snr =   0.4334342       3.893472    
  
 Correlation Surface of oversamples image at         1546        5046
  0.119  0.224  0.429  0.723  0.957  0.968  0.740  0.422  0.183
  0.112  0.223  0.437  0.740  0.976  0.982  0.750  0.429  0.189
  0.105  0.222  0.445  0.755  0.990  0.990  0.755  0.435  0.195
  0.101  0.222  0.453  0.767  0.997  0.991  0.756  0.440  0.201
  0.098  0.224  0.462  0.776  1.000  0.987  0.753  0.442  0.207
  0.097  0.228  0.470  0.782  0.998  0.979  0.747  0.443  0.213
  0.097  0.232  0.475  0.783  0.989  0.965  0.738  0.442  0.217
  0.097  0.235  0.478  0.779  0.975  0.947  0.726  0.440  0.221
  0.098  0.238  0.480  0.773  0.960  0.929  0.714  0.437  0.224
    1546    12.750    5046   -14.813    3.89347   0.002231   1.261691   0.003526
  
 Correlation Surface at         1646        5046
  0.012  0.003  0.115  0.724  0.785  0.184  0.007  0.009  0.004
  0.015  0.002  0.112  0.710  0.842  0.213  0.010  0.009  0.003
  0.020  0.004  0.098  0.698  0.910  0.249  0.013  0.007  0.002
  0.027  0.008  0.077  0.680  0.969  0.287  0.019  0.006  0.003
  0.034  0.015  0.054  0.651  1.000  0.317  0.023  0.007  0.006
  0.042  0.025  0.036  0.614  0.989  0.331  0.024  0.010  0.013
  0.050  0.036  0.025  0.577  0.941  0.323  0.020  0.017  0.022
  0.059  0.044  0.022  0.552  0.878  0.300  0.013  0.025  0.031
  0.068  0.049  0.022  0.530  0.810  0.270  0.007  0.031  0.037
 r_peak,r_snr =   0.3429499       9.780826    
  
 Correlation Surface of oversamples image at         1646        5046
  0.016  0.107  0.357  0.720  0.942  0.826  0.501  0.222  0.067
  0.012  0.092  0.336  0.713  0.963  0.858  0.523  0.235  0.076
  0.008  0.080  0.320  0.710  0.982  0.886  0.544  0.249  0.086
  0.005  0.071  0.309  0.708  0.996  0.907  0.562  0.263  0.095
  0.003  0.064  0.301  0.704  1.000  0.916  0.572  0.272  0.103
  0.001  0.059  0.295  0.700  0.995  0.913  0.573  0.277  0.108
  0.000  0.058  0.295  0.698  0.986  0.902  0.569  0.279  0.110
  0.000  0.058  0.300  0.698  0.970  0.883  0.558  0.275  0.108
  0.000  0.060  0.304  0.692  0.943  0.850  0.536  0.265  0.102
    1646    -0.344    5046     2.469    9.78083   0.003818   1.108948  -0.036535
  
 Correlation Surface at         1746        5046
  0.000  0.000  0.012  0.354  0.933  0.467  0.034  0.002  0.007
  0.000  0.000  0.013  0.365  0.956  0.478  0.036  0.001  0.006
  0.000  0.000  0.014  0.375  0.977  0.491  0.039  0.001  0.005
  0.000  0.000  0.015  0.383  0.992  0.500  0.040  0.001  0.005
  0.001  0.000  0.017  0.389  1.000  0.504  0.041  0.001  0.005
  0.001  0.000  0.018  0.391  0.998  0.502  0.041  0.001  0.005
  0.002  0.000  0.019  0.391  0.990  0.494  0.039  0.001  0.005
  0.002  0.001  0.020  0.390  0.979  0.483  0.037  0.001  0.005
  0.003  0.001  0.020  0.387  0.966  0.471  0.035  0.001  0.005
 r_peak,r_snr =   0.7799370       11.57585    
  
 Correlation Surface of oversamples image at         1746        5046
  0.023  0.131  0.406  0.779  0.986  0.840  0.484  0.180  0.038
  0.024  0.134  0.411  0.786  0.992  0.843  0.484  0.180  0.038
  0.025  0.137  0.416  0.793  0.997  0.844  0.483  0.179  0.038
  0.026  0.139  0.420  0.797  0.999  0.845  0.483  0.179  0.038
  0.027  0.140  0.422  0.799  1.000  0.844  0.481  0.178  0.038
  0.027  0.140  0.423  0.799  0.999  0.841  0.479  0.177  0.038
  0.027  0.140  0.422  0.797  0.995  0.838  0.477  0.176  0.038
  0.028  0.140  0.420  0.794  0.991  0.833  0.474  0.175  0.037
  0.028  0.139  0.418  0.790  0.985  0.828  0.470  0.173  0.037
    1746     0.031    5046     2.844   11.57585   0.000231   0.404941   0.000880
  
 Correlation Surface at         1846        5046
  0.010  0.066  0.018  0.140  0.739  0.199  0.037  0.020  0.000
  0.005  0.077  0.031  0.183  0.830  0.211  0.035  0.023  0.000
  0.004  0.100  0.052  0.233  0.924  0.231  0.033  0.031  0.000
  0.006  0.132  0.074  0.276  0.990  0.253  0.033  0.043  0.003
  0.010  0.164  0.089  0.292  1.000  0.266  0.038  0.060  0.008
  0.018  0.188  0.087  0.273  0.949  0.263  0.047  0.075  0.015
  0.031  0.197  0.069  0.228  0.861  0.246  0.059  0.083  0.019
  0.050  0.190  0.047  0.175  0.767  0.222  0.069  0.084  0.019
  0.070  0.172  0.029  0.132  0.693  0.197  0.075  0.081  0.017
 r_peak,r_snr =   0.2598072       8.767033    
  
 Correlation Surface of oversamples image at         1846        5046
  0.062  0.088  0.258  0.641  0.906  0.636  0.183  0.003  0.046
  0.070  0.101  0.286  0.686  0.947  0.652  0.185  0.003  0.049
  0.077  0.113  0.310  0.724  0.980  0.664  0.186  0.003  0.055
  0.082  0.122  0.329  0.751  0.999  0.669  0.185  0.002  0.061
  0.084  0.127  0.339  0.764  1.000  0.663  0.181  0.001  0.070
  0.082  0.126  0.339  0.759  0.982  0.646  0.174  0.000  0.081
  0.077  0.120  0.328  0.735  0.945  0.620  0.163  0.000  0.093
  0.070  0.110  0.310  0.701  0.901  0.591  0.152  0.000  0.103
  0.062  0.098  0.288  0.661  0.853  0.561  0.142  0.001  0.111
    1846    -0.031    5046   -10.188    8.76703   0.002598   1.102310  -0.003811
  
 At line =         5400
 Reading in data....   
 Correlation Surface at          146        5446
  0.061  0.007  0.053  0.384  0.920  0.550  0.098  0.008  0.019
  0.059  0.010  0.074  0.430  0.962  0.566  0.107  0.007  0.018
  0.053  0.012  0.095  0.473  0.987  0.596  0.126  0.007  0.018
  0.047  0.012  0.112  0.510  0.999  0.633  0.151  0.008  0.018
  0.043  0.010  0.123  0.535  1.000  0.669  0.175  0.007  0.019
  0.041  0.008  0.124  0.546  0.999  0.692  0.188  0.006  0.021
  0.043  0.006  0.114  0.538  0.999  0.691  0.183  0.004  0.022
  0.049  0.005  0.097  0.506  0.990  0.669  0.163  0.002  0.021
  0.058  0.005  0.080  0.458  0.982  0.647  0.139  0.002  0.018
 r_peak,r_snr =   0.2968570       4.831363    
  
 Correlation Surface of oversamples image at          146        5446
  0.114  0.284  0.550  0.833  0.963  0.825  0.506  0.231  0.107
  0.118  0.292  0.559  0.840  0.979  0.855  0.537  0.253  0.120
  0.120  0.296  0.561  0.840  0.989  0.881  0.568  0.276  0.133
  0.121  0.299  0.560  0.838  0.997  0.909  0.602  0.301  0.147
  0.121  0.299  0.556  0.831  1.000  0.932  0.634  0.326  0.159
  0.119  0.294  0.544  0.813  0.992  0.945  0.658  0.345  0.167
  0.116  0.286  0.527  0.790  0.977  0.948  0.674  0.358  0.171
  0.115  0.281  0.513  0.772  0.965  0.952  0.688  0.369  0.174
  0.115  0.275  0.499  0.753  0.951  0.951  0.696  0.376  0.174
     146    -0.844    5446    -7.813    4.83136   0.030511 666.322815  -4.046018
  
 Correlation Surface at          346        5446
  0.599  0.424  0.264  0.454  0.892  0.514  0.063  0.010  0.022
  0.591  0.425  0.271  0.490  0.929  0.533  0.082  0.004  0.013
  0.584  0.420  0.273  0.526  0.962  0.553  0.106  0.000  0.006
  0.580  0.410  0.276  0.567  0.989  0.574  0.134  0.001  0.002
  0.581  0.399  0.285  0.608  1.000  0.591  0.168  0.005  0.001
  0.584  0.384  0.298  0.634  0.979  0.600  0.202  0.011  0.000
  0.591  0.368  0.309  0.636  0.930  0.602  0.232  0.017  0.000
  0.605  0.352  0.315  0.616  0.867  0.599  0.251  0.020  0.000
  0.621  0.339  0.314  0.577  0.805  0.591  0.254  0.019  0.000
 r_peak,r_snr =   0.3169145       3.584061    
  
 Correlation Surface of oversamples image at          346        5446
 14.121 11.604  7.852  5.020  4.262
 14.535 11.688  7.746  4.949  4.267
 14.938 11.750  7.634  4.875  4.245
 15.462 11.922  7.628  4.882  4.270
     346    -3.844    5446     0.813    3.58406   0.005629   2.286511   0.034445
  
 Correlation Surface at          446        5446
  0.133  0.275  0.530  0.793  0.794  0.583  0.382  0.212  0.106
  0.131  0.270  0.517  0.811  0.854  0.633  0.418  0.238  0.108
  0.130  0.272  0.520  0.844  0.919  0.678  0.448  0.256  0.107
  0.132  0.282  0.539  0.883  0.973  0.705  0.463  0.259  0.105
  0.140  0.299  0.566  0.917  1.000  0.707  0.463  0.250  0.101
  0.152  0.321  0.593  0.933  0.992  0.687  0.449  0.233  0.096
  0.170  0.344  0.609  0.922  0.949  0.652  0.428  0.214  0.092
  0.190  0.363  0.612  0.888  0.887  0.614  0.405  0.200  0.090
  0.208  0.376  0.607  0.847  0.825  0.586  0.388  0.192  0.092
 r_peak,r_snr =   0.5967417       4.667422    
  
 Correlation Surface of oversamples image at          446        5446
  0.254  0.400  0.601  0.804  0.922  0.896  0.760  0.595  0.457
  0.267  0.416  0.621  0.833  0.958  0.928  0.777  0.599  0.455
  0.282  0.434  0.640  0.856  0.985  0.949  0.784  0.597  0.450
  0.299  0.451  0.654  0.871  0.999  0.956  0.780  0.587  0.439
  0.315  0.465  0.662  0.875  1.000  0.949  0.766  0.572  0.426
  0.334  0.480  0.668  0.874  0.992  0.933  0.748  0.556  0.414
  0.351  0.492  0.671  0.866  0.975  0.909  0.725  0.539  0.401
  0.361  0.494  0.662  0.843  0.938  0.869  0.691  0.515  0.384
  0.364  0.487  0.642  0.805  0.887  0.817  0.651  0.488  0.365
     446     0.625    5446    -3.219    4.66742   0.003522   0.212068   0.010492
  
 Correlation Surface at          546        5446
  0.000  0.012  0.094  0.446  0.921  0.782  0.269  0.084  0.028
  0.000  0.011  0.086  0.441  0.950  0.825  0.280  0.089  0.033
  0.000  0.011  0.082  0.439  0.975  0.856  0.283  0.086  0.032
  0.000  0.011  0.081  0.441  0.992  0.868  0.277  0.076  0.027
  0.000  0.012  0.085  0.448  1.000  0.859  0.263  0.063  0.021
  0.001  0.013  0.092  0.460  0.997  0.831  0.243  0.050  0.017
  0.001  0.015  0.104  0.481  0.986  0.788  0.223  0.041  0.015
  0.001  0.016  0.118  0.510  0.970  0.741  0.207  0.037  0.015
  0.001  0.017  0.135  0.546  0.952  0.698  0.197  0.038  0.018
 r_peak,r_snr =   0.4777569       7.676795    
  
 Correlation Surface of oversamples image at          546        5446
  0.102  0.293  0.589  0.846  0.888  0.682  0.384  0.173  0.083
  0.102  0.298  0.603  0.869  0.911  0.697  0.389  0.173  0.084
  0.103  0.303  0.616  0.886  0.926  0.704  0.388  0.171  0.083
  0.105  0.309  0.627  0.900  0.935  0.704  0.383  0.167  0.081
  0.107  0.314  0.636  0.907  0.936  0.697  0.374  0.160  0.077
  0.109  0.318  0.639  0.906  0.927  0.682  0.360  0.152  0.073
  0.111  0.320  0.637  0.897  0.910  0.662  0.344  0.143  0.068
  0.112  0.321  0.633  0.884  0.889  0.639  0.327  0.134  0.063
  0.114  0.321  0.627  0.867  0.864  0.614  0.310  0.124  0.057
     546     0.281    5446     1.219    7.67679   0.004982   5.818928   0.126879
  
 Correlation Surface at          846        5446
  0.001  0.002  0.009  0.277  0.760  0.442  0.062  0.001  0.004
  0.001  0.002  0.010  0.313  0.837  0.466  0.057  0.000  0.004
  0.001  0.002  0.013  0.356  0.918  0.480  0.050  0.000  0.004
  0.002  0.002  0.016  0.393  0.976  0.480  0.044  0.000  0.003
  0.002  0.002  0.018  0.418  1.000  0.467  0.039  0.000  0.002
  0.002  0.001  0.021  0.429  0.995  0.453  0.038  0.001  0.002
  0.002  0.001  0.024  0.429  0.977  0.446  0.042  0.001  0.002
  0.002  0.000  0.025  0.423  0.960  0.452  0.049  0.002  0.003
  0.002  0.000  0.027  0.415  0.951  0.469  0.059  0.003  0.003
 r_peak,r_snr =   0.3820743       9.938097    
  
 Correlation Surface of oversamples image at          846        5446
  0.002  0.054  0.255  0.600  0.845  0.760  0.446  0.163  0.031
  0.002  0.060  0.273  0.626  0.868  0.771  0.445  0.158  0.028
  0.003  0.068  0.290  0.648  0.885  0.776  0.440  0.153  0.025
  0.005  0.076  0.307  0.667  0.896  0.775  0.433  0.147  0.023
  0.006  0.083  0.321  0.681  0.900  0.769  0.425  0.141  0.021
  0.008  0.089  0.332  0.689  0.898  0.759  0.415  0.137  0.020
  0.009  0.095  0.340  0.692  0.890  0.747  0.407  0.135  0.020
  0.011  0.099  0.346  0.693  0.883  0.738  0.404  0.135  0.021
  0.012  0.103  0.350  0.694  0.879  0.735  0.405  0.139  0.023
     846     0.063    5446    -4.875    9.93810   0.002400   1.554874   0.028143
  
 Correlation Surface at          946        5446
  0.818  0.741  0.792  0.937  0.919  0.806  0.785  0.719  0.714
  0.828  0.740  0.790  0.937  0.942  0.801  0.755  0.713  0.725
  0.823  0.740  0.794  0.943  0.969  0.806  0.734  0.699  0.716
  0.808  0.738  0.798  0.956  0.991  0.811  0.720  0.678  0.692
  0.786  0.730  0.801  0.969  1.000  0.808  0.705  0.655  0.657
  0.765  0.718  0.804  0.982  0.994  0.798  0.693  0.640  0.620
  0.749  0.708  0.811  0.991  0.975  0.786  0.689  0.641  0.590
  0.738  0.705  0.825  0.991  0.947  0.780  0.698  0.660  0.575
  0.730  0.714  0.845  0.975  0.916  0.785  0.720  0.693  0.577
 r_peak,r_snr =   0.4999237       1.645364    
  
 Correlation Surface of oversamples image at          946        5446
  0.623  0.706  0.817  0.912  0.941  0.893  0.805  0.715  0.648
  0.625  0.710  0.826  0.929  0.963  0.910  0.810  0.712  0.641
  0.626  0.715  0.835  0.945  0.982  0.923  0.813  0.708  0.635
  0.626  0.718  0.842  0.957  0.995  0.930  0.811  0.702  0.628
  0.623  0.719  0.847  0.963  1.000  0.929  0.805  0.694  0.621
  0.622  0.722  0.852  0.967  1.000  0.924  0.798  0.689  0.618
  0.623  0.727  0.857  0.967  0.993  0.915  0.792  0.687  0.620
  0.622  0.728  0.855  0.956  0.974  0.897  0.781  0.683  0.622
  0.618  0.724  0.845  0.934  0.943  0.869  0.764  0.677  0.623
     946     0.375    5446     2.813    1.64536   0.018697   2.557367   0.119996
  
 Correlation Surface at         1046        5446
  0.549  0.718  0.806  0.891  0.875  0.777  0.696  0.555  0.444
  0.555  0.727  0.806  0.900  0.931  0.807  0.686  0.550  0.434
  0.552  0.734  0.814  0.908  0.976  0.835  0.678  0.542  0.421
  0.540  0.738  0.825  0.909  1.000  0.860  0.677  0.540  0.411
  0.524  0.740  0.838  0.898  1.000  0.881  0.685  0.548  0.407
  0.510  0.740  0.845  0.874  0.980  0.898  0.701  0.564  0.408
  0.498  0.734  0.836  0.836  0.955  0.912  0.719  0.585  0.411
  0.488  0.722  0.807  0.788  0.935  0.918  0.729  0.602  0.412
  0.475  0.700  0.765  0.740  0.918  0.907  0.723  0.609  0.410
 r_peak,r_snr =   0.4878393       2.527021    
  
 Correlation Surface of oversamples image at         1046        5446
  3.310  3.454  3.690  3.938  3.955  3.579  2.970  2.415  2.090
  3.239  3.384  3.637  3.916  3.968  3.603  2.989  2.433  2.114
  3.131  3.282  3.557  3.869  3.954  3.603  2.989  2.437  2.124
  3.049  3.212  3.512  3.858  3.972  3.632  3.015  2.465  2.156
    1046     1.406    5446    12.781    2.52702   0.029014   1.696095  -0.155148
  
 Correlation Surface at         1146        5446
  0.002  0.050  0.285  0.616  0.849  0.664  0.515  0.246  0.044
  0.001  0.044  0.250  0.603  0.867  0.670  0.527  0.242  0.045
  0.000  0.038  0.225  0.594  0.912  0.716  0.554  0.240  0.045
  0.000  0.033  0.212  0.587  0.965  0.781  0.586  0.240  0.045
  0.000  0.029  0.210  0.583  1.000  0.834  0.608  0.239  0.042
  0.000  0.029  0.214  0.573  0.997  0.846  0.605  0.233  0.036
  0.001  0.033  0.222  0.554  0.956  0.808  0.573  0.217  0.028
  0.002  0.040  0.227  0.531  0.891  0.736  0.521  0.195  0.019
  0.004  0.050  0.230  0.519  0.834  0.661  0.463  0.171  0.013
 r_peak,r_snr =   0.4567398       6.112502    
  
 Correlation Surface of oversamples image at         1146        5446
  0.351  0.577  0.813  0.947  0.943  0.860  0.771  0.685  0.553
  0.346  0.580  0.821  0.961  0.967  0.890  0.799  0.705  0.564
  0.341  0.581  0.825  0.970  0.987  0.917  0.824  0.722  0.574
  0.335  0.581  0.824  0.970  0.999  0.938  0.842  0.733  0.581
  0.329  0.577  0.815  0.962  1.000  0.947  0.851  0.736  0.583
  0.322  0.570  0.799  0.943  0.990  0.945  0.848  0.730  0.579
  0.316  0.560  0.779  0.919  0.972  0.933  0.835  0.717  0.571
  0.308  0.546  0.755  0.891  0.949  0.913  0.815  0.696  0.557
  0.299  0.528  0.726  0.859  0.918  0.884  0.785  0.668  0.536
    1146     0.906    5446     2.219    6.11250   0.004152   0.520976  -0.019162
  
 Correlation Surface at         1246        5446
  0.062  0.134  0.319  0.544  0.781  0.574  0.302  0.093  0.001
  0.065  0.140  0.329  0.590  0.867  0.628  0.309  0.087  0.001
  0.067  0.144  0.338  0.629  0.931  0.668  0.309  0.081  0.002
  0.069  0.145  0.345  0.661  0.975  0.694  0.305  0.075  0.003
  0.068  0.144  0.353  0.685  1.000  0.707  0.298  0.069  0.004
  0.065  0.142  0.359  0.695  0.997  0.701  0.286  0.064  0.005
  0.059  0.138  0.363  0.686  0.964  0.675  0.269  0.060  0.006
  0.050  0.133  0.366  0.663  0.912  0.637  0.251  0.056  0.007
  0.040  0.130  0.370  0.636  0.856  0.597  0.236  0.054  0.008
 r_peak,r_snr =   0.5580869       6.776870    
  
 Correlation Surface of oversamples image at         1246        5446
  0.341  0.485  0.723  0.944  0.969  0.777  0.521  0.324  0.196
  0.349  0.501  0.743  0.963  0.982  0.781  0.519  0.320  0.193
  0.360  0.519  0.763  0.980  0.992  0.783  0.518  0.317  0.190
  0.374  0.537  0.781  0.993  0.998  0.784  0.516  0.315  0.188
  0.389  0.554  0.794  0.999  1.000  0.783  0.514  0.312  0.185
  0.404  0.568  0.800  0.998  0.995  0.778  0.511  0.309  0.182
  0.419  0.579  0.801  0.990  0.985  0.773  0.509  0.308  0.181
    1246     0.250    5446     1.750    6.77687   0.001932   0.427642   0.005398
  
 Correlation Surface at         1346        5446
  0.151  0.013  0.102  0.069  0.551  0.247  0.620  0.393  0.328
  0.200  0.019  0.104  0.087  0.673  0.308  0.617  0.425  0.339
  0.226  0.026  0.112  0.124  0.830  0.379  0.595  0.406  0.339
  0.222  0.032  0.117  0.167  0.954  0.425  0.546  0.337  0.325
  0.183  0.032  0.110  0.196  1.000  0.439  0.482  0.240  0.293
  0.120  0.022  0.083  0.202  0.964  0.431  0.413  0.144  0.235
  0.058  0.007  0.044  0.185  0.879  0.410  0.340  0.070  0.159
  0.019  0.000  0.014  0.165  0.795  0.384  0.274  0.026  0.088
  0.004  0.009  0.003  0.164  0.745  0.360  0.221  0.007  0.038
 r_peak,r_snr =   0.1773996       8.025543    
  
 Correlation Surface of oversamples image at         1346        5446
  0.112  0.191  0.296  0.396  0.516
  0.130  0.221  0.335  0.440  0.561
  0.144  0.243  0.357  0.459  0.577
  0.157  0.263  0.372  0.466  0.579
  0.164  0.271  0.371  0.453  0.560
  0.157  0.257  0.343  0.413  0.515
  0.139  0.227  0.296  0.356  0.455
  0.118  0.191  0.245  0.297  0.394
    1346     3.344    5446   -10.781    8.02554   0.005986   1.575955   0.016571
  
 Correlation Surface at         1446        5446
  0.014  0.002  0.059  0.532  0.875  0.502  0.085  0.001  0.001
  0.012  0.001  0.066  0.567  0.929  0.529  0.083  0.001  0.001
  0.010  0.001  0.070  0.593  0.970  0.542  0.081  0.000  0.002
  0.010  0.001  0.071  0.610  0.993  0.543  0.080  0.000  0.002
  0.010  0.001  0.071  0.621  1.000  0.530  0.081  0.000  0.003
  0.009  0.000  0.071  0.627  0.990  0.508  0.081  0.000  0.004
  0.008  0.000  0.071  0.626  0.967  0.482  0.079  0.000  0.005
  0.007  0.000  0.073  0.624  0.940  0.459  0.073  0.000  0.006
  0.005  0.000  0.076  0.627  0.922  0.439  0.064  0.000  0.007
 r_peak,r_snr =   0.4912145       10.21371    
  
 Correlation Surface of oversamples image at         1446        5446
  0.077  0.282  0.595  0.874  0.973  0.847  0.563  0.266  0.080
  0.079  0.285  0.603  0.886  0.985  0.852  0.560  0.263  0.080
  0.079  0.288  0.611  0.898  0.994  0.852  0.554  0.261  0.080
  0.079  0.289  0.617  0.908  1.000  0.848  0.547  0.258  0.081
  0.078  0.289  0.621  0.914  1.000  0.838  0.536  0.254  0.082
  0.076  0.288  0.622  0.916  0.994  0.823  0.522  0.250  0.082
  0.074  0.286  0.624  0.917  0.987  0.807  0.509  0.246  0.082
  0.073  0.285  0.624  0.917  0.978  0.791  0.497  0.242  0.082
  0.071  0.282  0.621  0.909  0.962  0.771  0.483  0.236  0.080
    1446    -0.094    5446    10.375   10.21371   0.002206   1.857851   0.033434
  
 Correlation Surface at         1546        5446
  0.173  0.356  0.359  0.454  0.371  0.143  0.053  0.097  0.120
  0.095  0.276  0.295  0.533  0.452  0.177  0.050  0.057  0.106
  0.049  0.201  0.257  0.638  0.629  0.230  0.056  0.045  0.105
  0.037  0.170  0.272  0.751  0.850  0.297  0.072  0.053  0.111
  0.052  0.178  0.339  0.816  1.000  0.367  0.089  0.073  0.115
  0.090  0.204  0.435  0.791  0.980  0.434  0.109  0.090  0.101
  0.130  0.216  0.511  0.685  0.802  0.478  0.136  0.086  0.070
  0.138  0.190  0.520  0.552  0.608  0.497  0.180  0.061  0.038
  0.107  0.139  0.462  0.436  0.473  0.483  0.243  0.037  0.020
 r_peak,r_snr =   0.1280415       6.327794    
  
 Correlation Surface of oversamples image at         1546        5446
  0.329  0.261  0.298  0.488  0.660  0.605  0.334  0.083  0.011
  0.323  0.265  0.331  0.567  0.784  0.742  0.418  0.099  0.010
  0.328  0.281  0.372  0.644  0.894  0.860  0.497  0.121  0.012
  0.340  0.305  0.415  0.706  0.971  0.946  0.565  0.147  0.016
  0.355  0.333  0.451  0.740  1.000  0.981  0.610  0.175  0.023
  0.374  0.364  0.480  0.743  0.978  0.965  0.628  0.203  0.033
  0.400  0.401  0.503  0.724  0.924  0.921  0.637  0.239  0.051
  0.417  0.428  0.506  0.675  0.840  0.853  0.634  0.281  0.079
  0.406  0.423  0.468  0.586  0.718  0.749  0.597  0.306  0.106
    1546    -1.281    5446    -6.469    6.32779   0.032501   0.790973  -0.042557
  
 Correlation Surface at         1646        5446
  0.015  0.021  0.123  0.379  0.848  0.902  0.481  0.167  0.020
  0.011  0.016  0.104  0.360  0.878  0.906  0.487  0.175  0.023
  0.010  0.013  0.095  0.366  0.933  0.896  0.484  0.183  0.029
  0.010  0.012  0.094  0.392  0.986  0.869  0.471  0.184  0.037
  0.010  0.012  0.099  0.419  1.000  0.825  0.453  0.180  0.044
  0.009  0.012  0.105  0.432  0.949  0.763  0.434  0.172  0.049
  0.008  0.012  0.110  0.423  0.845  0.695  0.417  0.166  0.050
  0.006  0.011  0.110  0.396  0.731  0.639  0.404  0.167  0.048
  0.005  0.009  0.105  0.363  0.649  0.608  0.395  0.174  0.045
 r_peak,r_snr =   0.4582934       6.567550    
  
 Correlation Surface of oversamples image at         1646        5446
  0.118  0.274  0.496  0.745  0.933  0.912  0.699  0.441  0.240
  0.122  0.296  0.545  0.803  0.966  0.914  0.691  0.438  0.247
  0.127  0.320  0.595  0.854  0.987  0.907  0.676  0.429  0.247
  0.135  0.346  0.642  0.896  0.998  0.894  0.660  0.417  0.243
  0.147  0.377  0.687  0.928  1.000  0.879  0.644  0.405  0.237
  0.160  0.404  0.720  0.942  0.989  0.859  0.626  0.390  0.228
  0.171  0.422  0.733  0.931  0.959  0.829  0.604  0.373  0.216
  0.180  0.429  0.724  0.898  0.915  0.795  0.582  0.357  0.203
  0.188  0.432  0.704  0.854  0.868  0.764  0.566  0.345  0.193
    1646    -0.531    5446     7.219    6.56755   0.002721   0.189995   0.010314
  
 Correlation Surface at         1746        5446
  0.000  0.000  0.004  0.177  0.853  0.599  0.046  0.000  0.007
  0.000  0.000  0.003  0.180  0.921  0.674  0.051  0.000  0.005
  0.000  0.000  0.002  0.176  0.971  0.735  0.056  0.000  0.005
  0.000  0.000  0.002  0.168  0.998  0.778  0.062  0.000  0.004
  0.000  0.001  0.002  0.158  1.000  0.802  0.067  0.000  0.003
  0.000  0.001  0.003  0.146  0.977  0.804  0.070  0.000  0.002
  0.000  0.002  0.004  0.135  0.928  0.784  0.070  0.000  0.001
  0.000  0.002  0.005  0.123  0.860  0.745  0.065  0.000  0.001
  0.000  0.003  0.006  0.111  0.780  0.687  0.057  0.000  0.000
 r_peak,r_snr =   0.4737513       13.81665    
  
 Correlation Surface of oversamples image at         1746        5446
  0.034  0.167  0.489  0.877  0.967  0.672  0.289  0.066  0.005
  0.036  0.167  0.493  0.889  0.984  0.684  0.294  0.068  0.005
  0.038  0.168  0.494  0.895  0.994  0.692  0.297  0.068  0.005
  0.040  0.168  0.493  0.897  1.000  0.697  0.299  0.068  0.005
  0.043  0.168  0.490  0.893  1.000  0.698  0.298  0.068  0.005
  0.045  0.168  0.483  0.883  0.992  0.693  0.294  0.066  0.005
  0.048  0.167  0.473  0.865  0.975  0.681  0.288  0.064  0.005
  0.050  0.167  0.463  0.844  0.953  0.667  0.281  0.061  0.004
    1746    -0.625    5446     7.781   13.81665   0.001292   0.988668  -0.014892
  
 Correlation Surface at         1846        5446
  0.028  0.009  0.048  0.228  0.787  0.663  0.200  0.075  0.057
  0.028  0.013  0.061  0.251  0.843  0.691  0.197  0.073  0.057
  0.029  0.020  0.078  0.287  0.912  0.716  0.194  0.068  0.053
  0.033  0.030  0.096  0.330  0.974  0.731  0.191  0.065  0.050
  0.038  0.040  0.113  0.371  1.000  0.724  0.189  0.065  0.049
  0.044  0.046  0.125  0.400  0.977  0.690  0.186  0.068  0.052
  0.047  0.047  0.131  0.408  0.906  0.633  0.184  0.076  0.059
  0.047  0.047  0.133  0.393  0.802  0.565  0.184  0.088  0.069
  0.044  0.046  0.134  0.362  0.688  0.497  0.186  0.103  0.078
 r_peak,r_snr =   0.4378712       9.918427    
  
 Correlation Surface of oversamples image at         1846        5446
  0.131  0.205  0.366  0.650  0.924  0.947  0.698  0.400  0.213
  0.144  0.223  0.393  0.685  0.953  0.964  0.705  0.401  0.210
  0.158  0.243  0.422  0.718  0.979  0.977  0.711  0.401  0.206
  0.172  0.263  0.450  0.746  0.996  0.984  0.713  0.399  0.201
  0.185  0.282  0.474  0.764  1.000  0.980  0.707  0.392  0.194
  0.198  0.299  0.492  0.773  0.992  0.964  0.694  0.382  0.186
  0.211  0.316  0.507  0.774  0.976  0.944  0.680  0.374  0.180
  0.222  0.330  0.515  0.764  0.949  0.917  0.663  0.366  0.175
  0.229  0.336  0.511  0.739  0.905  0.875  0.637  0.355  0.170
    1846     0.219    5446     2.250    9.91843   0.002442   0.376217   0.014926
  
 Correlation Surface at         1946        5446
  0.740  0.084  0.076  0.684  0.806  0.581  0.322  0.094  0.077
  0.813  0.100  0.088  0.725  0.859  0.590  0.326  0.116  0.077
  0.863  0.116  0.103  0.777  0.925  0.585  0.338  0.142  0.073
  0.894  0.129  0.124  0.842  0.983  0.562  0.350  0.164  0.066
  0.913  0.139  0.150  0.909  1.000  0.515  0.350  0.177  0.057
  0.926  0.147  0.176  0.954  0.957  0.447  0.335  0.180  0.050
  0.919  0.147  0.193  0.950  0.852  0.366  0.307  0.179  0.046
  0.881  0.139  0.197  0.884  0.708  0.285  0.271  0.173  0.047
  0.808  0.124  0.190  0.773  0.564  0.215  0.228  0.162  0.054
 r_peak,r_snr =   0.1631716       5.034491    
  
 Correlation Surface of oversamples image at         1946        5446
  0.184  0.329  0.572  0.804  0.892  0.722  0.396  0.159
  0.218  0.370  0.612  0.843  0.933  0.758  0.412  0.159
  0.259  0.413  0.651  0.877  0.968  0.786  0.423  0.157
  0.306  0.455  0.683  0.903  0.992  0.805  0.429  0.154
  0.351  0.489  0.700  0.912  1.000  0.815  0.433  0.151
  0.390  0.511  0.703  0.906  0.996  0.817  0.434  0.150
  0.419  0.519  0.691  0.886  0.982  0.814  0.433  0.148
  0.437  0.517  0.668  0.856  0.961  0.807  0.430  0.147
  0.446  0.508  0.641  0.823  0.942  0.805  0.432  0.149
    1946     5.938    5446     9.781    5.03449   0.097945   4.635928   0.531616
  
 Correlation Surface at         2046        5446
  0.632  0.620  0.219  0.027  0.166  0.000  0.103  0.002  0.143
  0.655  0.650  0.190  0.097  0.436  0.014  0.106  0.011  0.063
  0.514  0.516  0.116  0.205  0.748  0.039  0.124  0.040  0.007
  0.282  0.283  0.052  0.297  0.967  0.054  0.149  0.095  0.007
  0.091  0.096  0.027  0.302  1.000  0.051  0.174  0.178  0.057
  0.008  0.017  0.028  0.230  0.834  0.036  0.192  0.257  0.123
  0.004  0.002  0.042  0.151  0.625  0.028  0.180  0.285  0.174
  0.022  0.001  0.055  0.100  0.486  0.031  0.156  0.262  0.185
  0.033  0.002  0.049  0.083  0.429  0.043  0.130  0.202  0.145
 r_peak,r_snr =   9.3439192E-02   6.124948    
  
 Correlation Surface of oversamples image at         2046        5446
  0.075  0.003  0.146  0.406  0.501  0.311  0.066  0.002  0.041
  0.057  0.009  0.200  0.549  0.675  0.414  0.094  0.000  0.044
  0.042  0.016  0.252  0.688  0.840  0.507  0.118  0.000  0.047
  0.030  0.023  0.291  0.793  0.960  0.567  0.132  0.000  0.054
  0.019  0.026  0.304  0.835  1.000  0.575  0.128  0.000  0.065
  0.011  0.026  0.295  0.818  0.969  0.538  0.111  0.001  0.078
  0.006  0.023  0.270  0.764  0.890  0.475  0.089  0.004  0.088
  0.004  0.017  0.230  0.671  0.768  0.390  0.063  0.008  0.094
  0.005  0.009  0.174  0.537  0.603  0.284  0.035  0.015  0.100
    2046     0.875    5446    -2.531    6.12495   0.011579   1.123970  -0.005818
  
 At line =         5800
 Reading in data....   
 Correlation Surface at          146        5846
  0.233  0.271  0.245  0.530  0.683  0.522  0.468  0.297  0.254
  0.245  0.280  0.266  0.571  0.784  0.585  0.481  0.278  0.268
  0.236  0.283  0.289  0.611  0.883  0.657  0.500  0.258  0.273
  0.211  0.279  0.310  0.643  0.960  0.723  0.522  0.244  0.270
  0.174  0.268  0.326  0.661  1.000  0.771  0.545  0.240  0.268
  0.134  0.253  0.338  0.664  0.994  0.787  0.564  0.250  0.271
  0.096  0.236  0.343  0.644  0.943  0.767  0.573  0.269  0.279
  0.061  0.215  0.341  0.605  0.860  0.716  0.572  0.293  0.292
  0.035  0.193  0.336  0.558  0.768  0.649  0.565  0.320  0.308
 r_peak,r_snr =   0.2349492       3.328880    
  
 Correlation Surface of oversamples image at          146        5846
  0.367  0.489  0.671  0.867  0.929  0.795  0.631  0.533  0.451
  0.384  0.507  0.686  0.886  0.956  0.826  0.658  0.552  0.461
  0.402  0.526  0.700  0.901  0.978  0.852  0.683  0.570  0.471
  0.421  0.545  0.713  0.911  0.994  0.874  0.706  0.588  0.481
  0.439  0.561  0.719  0.912  1.000  0.890  0.726  0.605  0.492
  0.454  0.571  0.718  0.902  0.995  0.897  0.741  0.618  0.500
  0.465  0.578  0.712  0.885  0.980  0.895  0.747  0.625  0.504
  0.472  0.580  0.702  0.862  0.956  0.884  0.746  0.626  0.506
  0.477  0.580  0.690  0.836  0.928  0.870  0.742  0.625  0.508
     146    -8.063    5846    -5.781    3.32888   0.019756   2.490355  -0.051111
  
 Correlation Surface at          246        5846
  0.296  0.386  0.496  0.624  0.799  0.625  0.380  0.259  0.138
  0.302  0.376  0.500  0.667  0.851  0.653  0.398  0.268  0.139
  0.295  0.360  0.510  0.728  0.916  0.687  0.418  0.274  0.140
  0.278  0.347  0.528  0.794  0.972  0.717  0.436  0.274  0.139
  0.259  0.344  0.555  0.849  1.000  0.735  0.450  0.268  0.137
  0.244  0.354  0.590  0.885  0.997  0.743  0.459  0.258  0.133
  0.239  0.379  0.629  0.897  0.972  0.746  0.465  0.244  0.126
  0.243  0.409  0.661  0.889  0.936  0.747  0.465  0.229  0.118
  0.251  0.435  0.678  0.863  0.893  0.743  0.459  0.214  0.111
 r_peak,r_snr =   0.5378867       4.506069    
  
 Correlation Surface of oversamples image at          246        5846
  0.501  0.612  0.736  0.859  0.925  0.876  0.739  0.586  0.452
  0.513  0.633  0.762  0.883  0.941  0.887  0.749  0.596  0.457
  0.527  0.653  0.785  0.903  0.954  0.895  0.757  0.604  0.461
  0.541  0.673  0.806  0.918  0.961  0.898  0.762  0.610  0.462
  0.553  0.689  0.821  0.927  0.961  0.896  0.764  0.613  0.461
  0.567  0.705  0.835  0.933  0.959  0.892  0.764  0.615  0.459
  0.584  0.723  0.850  0.940  0.958  0.892  0.768  0.621  0.460
  0.599  0.739  0.863  0.944  0.956  0.891  0.773  0.626  0.459
  0.607  0.745  0.863  0.936  0.943  0.881  0.769  0.622  0.453
     246    -0.063    5846    -0.688    4.50607   0.004446   0.411029   0.017099
  
 Correlation Surface at          346        5846
  0.505  0.500  0.610  0.788  0.853  0.546  0.211  0.075  0.006
  0.565  0.535  0.637  0.854  0.920  0.577  0.216  0.070  0.005
  0.619  0.564  0.658  0.909  0.967  0.598  0.217  0.065  0.005
  0.655  0.577  0.668  0.948  0.993  0.607  0.216  0.061  0.005
  0.661  0.570  0.667  0.969  1.000  0.605  0.215  0.059  0.005
  0.637  0.547  0.658  0.973  0.994  0.595  0.213  0.058  0.006
  0.592  0.518  0.646  0.967  0.983  0.582  0.211  0.056  0.007
  0.541  0.493  0.635  0.959  0.976  0.573  0.207  0.052  0.006
  0.497  0.477  0.626  0.953  0.973  0.568  0.201  0.045  0.005
 r_peak,r_snr =   0.4644965       2.576250    
  
 Correlation Surface of oversamples image at          346        5846
  0.308  0.377  0.536  0.742  0.893  0.842  0.595  0.331  0.164
  0.306  0.380  0.553  0.772  0.923  0.858  0.597  0.327  0.159
  0.303  0.384  0.568  0.798  0.945  0.866  0.593  0.320  0.153
  0.301  0.387  0.583  0.819  0.958  0.864  0.584  0.310  0.146
  0.296  0.391  0.595  0.833  0.963  0.854  0.570  0.299  0.139
  0.291  0.393  0.605  0.843  0.960  0.840  0.556  0.289  0.133
  0.288  0.397  0.615  0.849  0.956  0.827  0.543  0.281  0.129
  0.285  0.401  0.622  0.853  0.949  0.813  0.531  0.274  0.126
  0.280  0.400  0.622  0.849  0.935  0.795  0.517  0.267  0.124
     346    -0.469    5846    -7.344    2.57625   0.007101   3.928874   0.085975
  
 Correlation Surface at          446        5846
  0.003  0.019  0.195  0.597  0.903  0.722  0.355  0.122  0.030
  0.002  0.024  0.221  0.655  0.937  0.712  0.336  0.117  0.030
  0.002  0.027  0.237  0.705  0.968  0.692  0.314  0.112  0.029
  0.002  0.029  0.242  0.740  0.991  0.660  0.290  0.107  0.028
  0.002  0.029  0.238  0.754  1.000  0.623  0.266  0.101  0.027
  0.002  0.029  0.228  0.744  0.992  0.589  0.243  0.093  0.025
  0.002  0.028  0.218  0.714  0.965  0.564  0.225  0.083  0.023
  0.002  0.028  0.211  0.672  0.926  0.555  0.216  0.074  0.021
  0.002  0.031  0.210  0.626  0.877  0.558  0.216  0.066  0.019
 r_peak,r_snr =   0.5615991       6.326015    
  
 Correlation Surface of oversamples image at          446        5846
  0.227  0.438  0.687  0.892  0.954  0.843  0.635  0.432  0.281
  0.239  0.456  0.711  0.919  0.974  0.847  0.624  0.415  0.266
  0.249  0.471  0.731  0.941  0.990  0.848  0.611  0.397  0.252
  0.254  0.478  0.742  0.955  0.999  0.844  0.596  0.381  0.240
  0.255  0.478  0.745  0.961  1.000  0.834  0.579  0.367  0.231
  0.253  0.473  0.742  0.960  0.995  0.820  0.562  0.354  0.224
  0.249  0.465  0.734  0.953  0.985  0.803  0.546  0.345  0.220
  0.241  0.452  0.720  0.939  0.967  0.783  0.530  0.337  0.217
  0.231  0.437  0.701  0.918  0.944  0.761  0.516  0.332  0.216
     446    -0.156    5846    -2.750    6.32601   0.003161   1.134612   0.040046
  
 Correlation Surface at          546        5846
  0.413  0.354  0.311  0.551  0.782  0.476  0.198  0.172  0.152
  0.409  0.372  0.343  0.611  0.851  0.520  0.204  0.167  0.139
  0.389  0.376  0.369  0.660  0.920  0.566  0.207  0.157  0.125
  0.358  0.366  0.382  0.687  0.975  0.606  0.209  0.144  0.112
  0.320  0.345  0.380  0.684  1.000  0.629  0.207  0.130  0.102
  0.286  0.321  0.365  0.652  0.983  0.628  0.203  0.120  0.099
  0.262  0.300  0.345  0.604  0.927  0.601  0.197  0.115  0.106
  0.251  0.289  0.326  0.550  0.845  0.558  0.191  0.116  0.118
  0.253  0.288  0.313  0.503  0.761  0.511  0.186  0.122  0.134
 r_peak,r_snr =   0.4282711       3.810308    
  
 Correlation Surface of oversamples image at          546        5846
  0.150  0.272  0.530  0.814  0.898  0.676  0.328  0.103  0.022
  0.153  0.284  0.557  0.855  0.942  0.703  0.334  0.102  0.021
  0.154  0.292  0.578  0.887  0.974  0.721  0.336  0.100  0.020
  0.154  0.296  0.590  0.906  0.994  0.731  0.336  0.098  0.019
  0.152  0.296  0.592  0.911  1.000  0.732  0.333  0.096  0.019
  0.149  0.291  0.584  0.901  0.989  0.723  0.329  0.095  0.019
  0.146  0.284  0.566  0.876  0.964  0.706  0.324  0.096  0.020
  0.144  0.275  0.544  0.841  0.929  0.685  0.319  0.098  0.022
  0.143  0.266  0.517  0.797  0.885  0.658  0.314  0.100  0.024
     546    -0.125    5846    -0.063    3.81031   0.003546   0.535078  -0.013071
  
 Correlation Surface at          646        5846
  0.010  0.003  0.000  0.087  0.750  0.984  0.474  0.038  0.002
  0.024  0.005  0.000  0.131  0.830  0.995  0.464  0.022  0.000
  0.032  0.010  0.000  0.195  0.909  0.986  0.450  0.023  0.000
  0.027  0.020  0.000  0.259  0.977  0.959  0.424  0.039  0.001
  0.012  0.036  0.002  0.290  1.000  0.894  0.381  0.066  0.003
  0.001  0.049  0.010  0.268  0.954  0.783  0.329  0.089  0.003
  0.004  0.051  0.023  0.204  0.841  0.636  0.272  0.088  0.000
  0.023  0.042  0.037  0.127  0.670  0.473  0.216  0.061  0.002
  0.048  0.027  0.046  0.063  0.468  0.316  0.166  0.030  0.010
 r_peak,r_snr =   0.1776437       7.928326    
  
 Correlation Surface of oversamples image at          646        5846
  0.415  1.369  2.724  3.879  4.000  3.049  1.721  0.573  0.013
  0.483  1.485  2.748  3.734  3.798  2.890  1.602  0.496  0.004
  0.579  1.629  2.786  3.610  3.625  2.753  1.499  0.442  0.001
  0.704  1.807  2.867  3.540  3.495  2.636  1.409  0.409  0.001
  0.853  2.012  2.980  3.505  3.380  2.511  1.318  0.392  0.005
     646    -0.219    5846    -5.813    7.92833   0.021037   2.400375   0.128098
  
 Correlation Surface at          846        5846
  0.006  0.030  0.120  0.558  0.960  0.356  0.017  0.005  0.011
  0.005  0.029  0.125  0.574  0.978  0.361  0.015  0.007  0.014
  0.004  0.029  0.130  0.586  0.991  0.369  0.015  0.008  0.015
  0.004  0.032  0.135  0.592  1.000  0.379  0.016  0.009  0.017
  0.004  0.035  0.138  0.593  1.000  0.388  0.018  0.008  0.018
  0.005  0.038  0.139  0.587  0.987  0.390  0.020  0.008  0.019
  0.005  0.040  0.140  0.577  0.966  0.387  0.021  0.008  0.020
  0.006  0.041  0.139  0.564  0.943  0.380  0.021  0.008  0.021
  0.006  0.041  0.138  0.549  0.919  0.369  0.020  0.009  0.022
 r_peak,r_snr =   0.5386894       5.644714    
  
 Correlation Surface of oversamples image at          846        5846
  0.438  1.083  2.260  3.517  3.872  2.928  1.467  0.431  0.040
  0.438  1.086  2.268  3.534  3.893  2.934  1.458  0.422  0.038
  0.439  1.090  2.276  3.550  3.913  2.939  1.447  0.412  0.035
  0.447  1.103  2.299  3.589  3.959  2.966  1.450  0.408  0.033
     846    -0.125    5846     9.781    5.64471   0.000980   2.019663  -0.009956
  
 Correlation Surface at          946        5846
  0.018  0.004  0.015  0.395  0.930  0.376  0.021  0.001  0.004
  0.018  0.004  0.013  0.400  0.955  0.386  0.022  0.001  0.005
  0.019  0.005  0.012  0.405  0.978  0.398  0.024  0.001  0.005
  0.020  0.006  0.010  0.409  0.994  0.409  0.026  0.001  0.006
  0.020  0.007  0.009  0.412  1.000  0.417  0.028  0.001  0.007
  0.020  0.007  0.009  0.413  0.990  0.418  0.030  0.001  0.008
  0.020  0.008  0.009  0.410  0.966  0.413  0.031  0.001  0.009
  0.019  0.008  0.008  0.402  0.930  0.402  0.031  0.001  0.009
  0.019  0.009  0.008  0.389  0.888  0.390  0.030  0.001  0.008
 r_peak,r_snr =   0.6244447       11.80678    
  
 Correlation Surface of oversamples image at          946        5846
  0.020  0.121  0.390  0.773  0.978  0.792  0.407  0.121  0.016
  0.020  0.122  0.391  0.776  0.984  0.800  0.412  0.123  0.016
  0.019  0.122  0.393  0.779  0.989  0.807  0.417  0.125  0.017
  0.019  0.122  0.395  0.782  0.995  0.815  0.422  0.127  0.017
  0.019  0.122  0.396  0.784  1.000  0.822  0.428  0.130  0.018
  0.019  0.122  0.394  0.782  0.999  0.824  0.430  0.131  0.018
  0.018  0.120  0.391  0.777  0.996  0.823  0.431  0.131  0.019
  0.017  0.119  0.389  0.775  0.997  0.827  0.434  0.133  0.019
     946     0.031    5846    -1.219   11.80678   0.000502   0.810481  -0.001282
  
 Correlation Surface at         1046        5846
  0.408  0.478  0.617  0.901  0.951  0.755  0.621  0.544  0.500
  0.410  0.491  0.633  0.919  0.953  0.781  0.644  0.567  0.517
  0.407  0.508  0.659  0.934  0.965  0.814  0.680  0.606  0.540
  0.400  0.527  0.686  0.939  0.985  0.849  0.721  0.653  0.566
  0.394  0.541  0.702  0.927  1.000  0.877  0.755  0.692  0.585
  0.392  0.549  0.704  0.898  0.998  0.888  0.773  0.707  0.587
  0.394  0.552  0.692  0.859  0.977  0.876  0.767  0.694  0.570
  0.400  0.554  0.671  0.823  0.949  0.855  0.744  0.661  0.534
  0.407  0.557  0.649  0.799  0.932  0.842  0.715  0.621  0.485
 r_peak,r_snr =   0.5030490       2.548978    
  
 Correlation Surface of oversamples image at         1046        5846
  2.476  2.852  3.364  3.823  4.000  3.817  3.415  3.025  2.756
  2.480  2.870  3.388  3.818  3.949  3.766  3.405  3.052  2.792
  2.498  2.905  3.427  3.819  3.905  3.726  3.404  3.081  2.830
  2.532  2.955  3.472  3.826  3.877  3.708  3.421  3.121  2.877
  2.575  3.010  3.516  3.833  3.858  3.707  3.454  3.170  2.931
    1046    -0.563    5846     4.219    2.54898   0.045829   2.294965  -0.259618
  
 Correlation Surface at         1146        5846
  0.002  0.004  0.068  0.479  0.895  0.361  0.048  0.018  0.011
  0.003  0.005  0.071  0.505  0.943  0.363  0.049  0.021  0.015
  0.005  0.005  0.073  0.522  0.978  0.359  0.048  0.024  0.020
  0.006  0.005  0.076  0.532  0.996  0.348  0.046  0.025  0.024
  0.006  0.004  0.079  0.537  1.000  0.333  0.044  0.025  0.026
  0.006  0.003  0.084  0.540  0.988  0.316  0.043  0.024  0.025
  0.006  0.004  0.088  0.537  0.955  0.297  0.043  0.022  0.021
  0.005  0.005  0.090  0.525  0.897  0.279  0.045  0.020  0.016
  0.005  0.006  0.089  0.502  0.819  0.263  0.048  0.018  0.011
 r_peak,r_snr =   0.6263752       10.75686    
  
 Correlation Surface of oversamples image at         1146        5846
  0.091  0.262  0.566  0.898  0.975  0.737  0.373  0.119  0.028
  0.092  0.266  0.575  0.910  0.987  0.740  0.368  0.114  0.027
  0.092  0.269  0.582  0.919  0.995  0.740  0.362  0.110  0.027
  0.092  0.271  0.586  0.924  0.999  0.737  0.354  0.106  0.026
  0.093  0.274  0.590  0.927  1.000  0.731  0.346  0.102  0.025
  0.094  0.277  0.592  0.928  0.997  0.721  0.337  0.098  0.025
  0.096  0.280  0.594  0.927  0.991  0.710  0.327  0.095  0.024
  0.098  0.283  0.596  0.926  0.982  0.696  0.318  0.093  0.024
  0.101  0.287  0.596  0.922  0.971  0.681  0.309  0.091  0.024
    1146    -0.156    5846     0.250   10.75686   0.000625   0.751591   0.009144
  
 Correlation Surface at         1246        5846
  0.018  0.002  0.047  0.391  0.887  0.306  0.000  0.001  0.044
  0.023  0.002  0.038  0.385  0.917  0.313  0.000  0.002  0.045
  0.024  0.001  0.031  0.382  0.952  0.327  0.001  0.004  0.043
  0.021  0.002  0.026  0.378  0.985  0.348  0.002  0.006  0.042
  0.017  0.002  0.024  0.371  1.000  0.369  0.004  0.010  0.042
  0.015  0.003  0.026  0.364  0.988  0.382  0.008  0.014  0.044
  0.014  0.005  0.032  0.362  0.955  0.383  0.014  0.019  0.046
  0.015  0.006  0.041  0.371  0.918  0.372  0.018  0.021  0.046
  0.018  0.007  0.050  0.387  0.880  0.352  0.019  0.019  0.042
 r_peak,r_snr =   0.3478004       9.369151    
  
 Correlation Surface of oversamples image at         1246        5846
  0.109  0.228  0.378  0.535  0.641  0.597  0.405  0.186  0.055
  0.100  0.218  0.377  0.545  0.651  0.600  0.403  0.183  0.054
  0.089  0.205  0.372  0.552  0.659  0.604  0.404  0.183  0.055
  0.079  0.191  0.364  0.556  0.664  0.607  0.406  0.183  0.056
  0.068  0.176  0.353  0.553  0.664  0.607  0.407  0.185  0.059
  0.057  0.159  0.337  0.543  0.659  0.607  0.411  0.188  0.062
  0.048  0.142  0.319  0.530  0.653  0.610  0.418  0.194  0.067
  0.040  0.128  0.302  0.516  0.648  0.616  0.429  0.202  0.073
    1246     0.094    5846    -3.781    9.36915   0.002270   2.366888  -0.030778
  
 Correlation Surface at         1346        5846
  0.087  0.071  0.101  0.400  0.773  0.524  0.191  0.143  0.185
  0.088  0.067  0.092  0.411  0.834  0.554  0.186  0.143  0.200
  0.094  0.068  0.090  0.435  0.911  0.581  0.181  0.146  0.217
  0.105  0.075  0.091  0.459  0.975  0.593  0.176  0.147  0.232
  0.117  0.086  0.094  0.469  1.000  0.583  0.170  0.148  0.243
  0.129  0.097  0.095  0.458  0.978  0.556  0.167  0.150  0.251
  0.138  0.107  0.095  0.430  0.922  0.524  0.168  0.156  0.258
  0.142  0.113  0.092  0.395  0.857  0.500  0.176  0.166  0.266
  0.141  0.117  0.091  0.365  0.800  0.491  0.190  0.181  0.274
 r_peak,r_snr =   0.4885751       7.365055    
  
 Correlation Surface of oversamples image at         1346        5846
  0.038  0.111  0.323  0.671  0.925  0.885  0.630  0.339  0.157
  0.040  0.115  0.335  0.697  0.959  0.908  0.635  0.335  0.153
  0.042  0.119  0.346  0.720  0.985  0.922  0.634  0.329  0.148
  0.044  0.123  0.355  0.734  0.999  0.924  0.626  0.321  0.145
  0.047  0.125  0.358  0.739  1.000  0.916  0.613  0.312  0.141
  0.048  0.126  0.357  0.734  0.988  0.898  0.595  0.303  0.138
  0.050  0.126  0.353  0.721  0.967  0.874  0.577  0.295  0.137
  0.052  0.125  0.345  0.701  0.940  0.848  0.561  0.290  0.138
  0.053  0.124  0.335  0.678  0.908  0.821  0.547  0.288  0.140
    1346     0.125    5846     4.188    7.36505   0.001400   0.259356   0.002971
  
 Correlation Surface at         1446        5846
  0.461  0.618  0.831  0.814  0.750  0.739  0.604  0.473  0.491
  0.452  0.624  0.808  0.835  0.826  0.766  0.574  0.427  0.441
  0.455  0.627  0.797  0.882  0.909  0.779  0.550  0.394  0.410
  0.462  0.620  0.793  0.938  0.973  0.777  0.547  0.381  0.401
  0.471  0.604  0.792  0.982  1.000  0.772  0.569  0.388  0.410
  0.480  0.584  0.792  0.997  0.991  0.776  0.613  0.411  0.432
  0.488  0.566  0.791  0.983  0.960  0.792  0.662  0.438  0.459
  0.492  0.554  0.794  0.951  0.926  0.813  0.698  0.456  0.481
  0.492  0.555  0.804  0.920  0.903  0.830  0.709  0.460  0.491
 r_peak,r_snr =   0.4784068       2.152600    
  
 Correlation Surface of oversamples image at         1446        5846
  0.622  0.724  0.825  0.899  0.929  0.917  0.863  0.776  0.657
  0.615  0.726  0.840  0.926  0.960  0.940  0.874  0.777  0.657
  0.612  0.732  0.856  0.951  0.983  0.955  0.881  0.780  0.664
  0.612  0.740  0.871  0.970  0.998  0.964  0.885  0.786  0.679
  0.611  0.745  0.881  0.978  1.000  0.962  0.886  0.795  0.699
  0.611  0.749  0.885  0.976  0.991  0.953  0.885  0.807  0.724
  0.616  0.758  0.891  0.973  0.980  0.945  0.890  0.829  0.758
  0.626  0.770  0.898  0.968  0.968  0.938  0.897  0.854  0.796
  0.631  0.777  0.896  0.952  0.947  0.924  0.898  0.873  0.825
    1446     0.344    5846    -7.656    2.15260   0.014857   0.521396   0.034458
  
 Correlation Surface at         1546        5846
  0.010  0.067  0.181  0.411  0.668  0.381  0.096  0.014  0.000
  0.007  0.055  0.185  0.466  0.792  0.454  0.132  0.023  0.000
  0.006  0.046  0.198  0.526  0.909  0.541  0.171  0.030  0.000
  0.006  0.041  0.213  0.572  0.986  0.619  0.203  0.033  0.000
  0.006  0.036  0.222  0.592  1.000  0.664  0.218  0.032  0.000
  0.005  0.032  0.222  0.587  0.951  0.663  0.218  0.029  0.000
  0.004  0.026  0.213  0.555  0.853  0.623  0.207  0.025  0.001
  0.002  0.019  0.193  0.498  0.737  0.564  0.193  0.024  0.002
  0.001  0.013  0.167  0.424  0.627  0.503  0.181  0.025  0.003
 r_peak,r_snr =   0.4357284       10.44149    
  
 Correlation Surface of oversamples image at         1546        5846
  0.176  0.267  0.445  0.720  0.897  0.801  0.550  0.318  0.164
  0.177  0.275  0.466  0.760  0.944  0.841  0.580  0.341  0.179
  0.177  0.282  0.485  0.791  0.978  0.871  0.606  0.362  0.193
  0.179  0.290  0.500  0.810  0.997  0.891  0.628  0.382  0.206
  0.181  0.297  0.511  0.818  1.000  0.899  0.645  0.399  0.216
  0.183  0.305  0.518  0.814  0.987  0.896  0.656  0.414  0.225
  0.184  0.310  0.518  0.796  0.959  0.881  0.660  0.422  0.230
  0.184  0.313  0.514  0.770  0.921  0.859  0.658  0.427  0.232
  0.185  0.317  0.508  0.740  0.879  0.834  0.654  0.430  0.234
    1546     0.063    5846    -3.781   10.44149   0.002730   0.220070  -0.002447
  
 Correlation Surface at         1646        5846
  0.156  0.393  0.624  0.850  0.873  0.714  0.481  0.352  0.198
  0.145  0.378  0.614  0.868  0.922  0.801  0.543  0.348  0.184
  0.133  0.355  0.587  0.880  0.965  0.867  0.591  0.340  0.172
  0.124  0.334  0.558  0.886  0.993  0.899  0.617  0.335  0.164
  0.120  0.323  0.542  0.887  1.000  0.891  0.622  0.337  0.163
  0.124  0.322  0.548  0.880  0.978  0.849  0.613  0.347  0.173
  0.134  0.328  0.571  0.862  0.926  0.790  0.600  0.366  0.194
  0.148  0.334  0.600  0.835  0.860  0.730  0.589  0.392  0.223
  0.162  0.335  0.620  0.804  0.796  0.679  0.588  0.424  0.254
 r_peak,r_snr =   0.4779149       4.205280    
  
 Correlation Surface of oversamples image at         1646        5846
  0.442  0.596  0.782  0.930  0.967  0.951  0.931  0.854  0.714
  0.438  0.591  0.782  0.940  0.980  0.968  0.958  0.889  0.747
  0.432  0.583  0.779  0.945  0.991  0.981  0.978  0.916  0.773
  0.425  0.575  0.774  0.947  0.997  0.989  0.990  0.933  0.788
  0.420  0.568  0.770  0.947  1.000  0.992  0.993  0.937  0.792
  0.418  0.564  0.767  0.945  0.999  0.989  0.986  0.928  0.786
  0.417  0.562  0.763  0.939  0.991  0.977  0.968  0.907  0.770
  0.418  0.563  0.759  0.927  0.975  0.956  0.939  0.875  0.745
  0.424  0.568  0.758  0.915  0.955  0.930  0.904  0.836  0.715
    1646    -0.500    5846    -1.188    4.20528   0.018342   0.749859   0.043599
  
 Correlation Surface at         1746        5846
  0.136  0.139  0.237  0.675  0.904  0.569  0.399  0.298  0.259
  0.131  0.140  0.254  0.698  0.930  0.603  0.401  0.302  0.268
  0.131  0.147  0.276  0.723  0.963  0.630  0.383  0.293  0.275
  0.132  0.158  0.298  0.746  0.991  0.638  0.348  0.275  0.280
  0.134  0.173  0.317  0.761  1.000  0.625  0.305  0.256  0.284
  0.135  0.191  0.331  0.761  0.983  0.596  0.266  0.242  0.287
  0.136  0.210  0.340  0.743  0.942  0.561  0.237  0.237  0.288
  0.137  0.228  0.345  0.711  0.889  0.530  0.220  0.238  0.283
  0.142  0.246  0.350  0.673  0.841  0.513  0.215  0.244  0.271
 r_peak,r_snr =   0.4310509       4.586216    
  
 Correlation Surface of oversamples image at         1746        5846
  0.247  0.453  0.737  0.961  0.992  0.863  0.654  0.430  0.287
  0.259  0.468  0.748  0.967  0.998  0.868  0.648  0.414  0.267
  0.272  0.480  0.754  0.969  1.000  0.868  0.637  0.395  0.247
  0.286  0.492  0.759  0.968  0.998  0.865  0.625  0.376  0.228
  0.303  0.506  0.767  0.970  1.000  0.865  0.616  0.361  0.213
  0.320  0.519  0.771  0.969  1.000  0.865  0.608  0.347  0.201
  0.333  0.526  0.767  0.957  0.990  0.857  0.596  0.332  0.189
  0.345  0.531  0.759  0.940  0.974  0.844  0.582  0.318  0.178
  0.365  0.544  0.761  0.933  0.969  0.842  0.578  0.312  0.174
    1746    -0.156    5846     0.750    4.58622   0.004738   1.304291   0.035222
  
 Correlation Surface at         1846        5846
  0.009  0.045  0.254  0.644  0.878  0.477  0.113  0.003  0.000
  0.016  0.058  0.252  0.651  0.917  0.519  0.133  0.005  0.001
  0.026  0.076  0.241  0.649  0.962  0.550  0.149  0.008  0.004
  0.036  0.096  0.225  0.637  0.998  0.563  0.158  0.014  0.010
  0.039  0.107  0.206  0.610  1.000  0.551  0.159  0.025  0.017
  0.032  0.104  0.186  0.572  0.964  0.516  0.155  0.039  0.025
  0.020  0.090  0.169  0.531  0.901  0.467  0.148  0.055  0.029
  0.009  0.070  0.155  0.498  0.826  0.412  0.141  0.066  0.027
  0.003  0.052  0.146  0.473  0.750  0.358  0.133  0.068  0.020
 r_peak,r_snr =   0.3288271       6.878737    
  
 Correlation Surface of oversamples image at         1846        5846
  0.295  0.515  0.711  0.872  0.968  0.861  0.563  0.297  0.130
  0.297  0.512  0.697  0.857  0.971  0.879  0.583  0.309  0.134
  0.297  0.508  0.685  0.851  0.983  0.902  0.605  0.323  0.139
  0.292  0.498  0.671  0.847  0.996  0.923  0.624  0.334  0.141
  0.279  0.476  0.647  0.836  1.000  0.930  0.629  0.335  0.139
  0.263  0.447  0.619  0.822  0.998  0.925  0.624  0.329  0.133
  0.247  0.418  0.592  0.813  0.997  0.917  0.615  0.322  0.127
  0.230  0.389  0.568  0.806  0.995  0.905  0.603  0.312  0.121
  0.211  0.357  0.541  0.795  0.982  0.880  0.581  0.298  0.114
    1846     0.125    5846    -2.781    6.87874   0.004370   1.398790  -0.007695
  
 Correlation Surface at         1946        5846
  0.034  0.042  0.071  0.406  0.870  0.579  0.241  0.094  0.032
  0.030  0.036  0.069  0.419  0.916  0.600  0.237  0.092  0.033
  0.026  0.033  0.071  0.436  0.963  0.616  0.229  0.090  0.035
  0.023  0.031  0.080  0.455  0.995  0.621  0.217  0.085  0.037
  0.021  0.032  0.090  0.466  1.000  0.613  0.203  0.080  0.038
  0.021  0.035  0.101  0.467  0.975  0.591  0.188  0.075  0.039
  0.022  0.040  0.109  0.458  0.930  0.564  0.178  0.074  0.038
  0.024  0.044  0.113  0.443  0.879  0.540  0.175  0.077  0.038
  0.026  0.048  0.114  0.426  0.834  0.524  0.180  0.087  0.039
 r_peak,r_snr =   0.5311258       5.547204    
  
 Correlation Surface of oversamples image at         1946        5846
  0.066  0.154  0.399  0.761  0.972  0.867  0.586  0.349  0.208
  0.069  0.162  0.412  0.777  0.985  0.870  0.581  0.340  0.199
  0.074  0.171  0.424  0.791  0.994  0.868  0.571  0.328  0.189
  0.080  0.180  0.437  0.803  0.999  0.863  0.560  0.316  0.179
  0.088  0.192  0.450  0.813  1.000  0.854  0.547  0.304  0.171
  0.096  0.203  0.463  0.821  0.996  0.842  0.533  0.294  0.163
  0.106  0.214  0.473  0.822  0.985  0.824  0.518  0.283  0.157
  0.115  0.224  0.479  0.818  0.968  0.803  0.503  0.274  0.152
  0.122  0.231  0.479  0.805  0.944  0.782  0.489  0.268  0.150
    1946     0.031    5846    -6.813    5.54720   0.001226   0.454266   0.006258
  
 Correlation Surface at         2046        5846
  0.187  0.018  0.123  0.320  0.422
  0.068  0.000  0.261  0.643  0.736
  0.005  0.018  0.343  0.892  0.959
  0.016  0.048  0.350  0.964  1.000
  0.106  0.085  0.299  0.844  0.872
  0.255  0.123  0.220  0.614  0.677
  0.402  0.157  0.145  0.387  0.506
  0.475  0.169  0.091  0.218  0.396
 r_peak,r_snr =   0.1381169       5.237255    
  
 Correlation Surface of oversamples image at         2046        5846
  0.017  0.103  0.272  0.481  0.628  0.613  0.584  0.536  0.385
  0.039  0.141  0.345  0.608  0.786  0.752  0.690  0.605  0.424
  0.063  0.174  0.402  0.710  0.912  0.860  0.765  0.647  0.446
  0.087  0.198  0.436  0.770  0.983  0.918  0.797  0.652  0.448
  0.108  0.213  0.450  0.790  1.000  0.926  0.787  0.624  0.431
  0.126  0.220  0.446  0.773  0.968  0.890  0.741  0.571  0.397
  0.141  0.220  0.424  0.720  0.890  0.812  0.665  0.498  0.349
  0.154  0.219  0.393  0.643  0.783  0.712  0.575  0.421  0.298
  0.165  0.214  0.354  0.550  0.659  0.601  0.483  0.347  0.249
    2046    13.094    5846   -12.094    5.23726   0.100152   0.720777   0.105947
   
    <<  Amplitude Cross Correlation  >>   
   
  
  
 At line =         3000
 Reading in data....  r_peak,r_snr =   0.6652701       8.612597    
     146     0.094    3046    -0.438    8.61260   0.000785   0.280679  -0.000265
 r_peak,r_snr =   0.6393268       7.056167    
     246     0.063    3046    -0.094    7.05617   0.000770   0.335323  -0.002483
 r_peak,r_snr =   0.3968041       9.718320    
     346    -0.063    3046    -2.750    9.71832   0.001903   3.777864  -0.019033
 r_peak,r_snr =   0.5080040       3.306409    
     446     0.063    3046    -1.188    3.30641   0.002849   0.352966   0.000355
 r_peak,r_snr =   0.5297933       2.141674    
     546     0.719    3046    -0.969    2.14167   0.016586   0.806495   0.092710
 r_peak,r_snr =   0.8850949       11.39150    
     646     0.094    3046     2.781   11.39150   0.000090   0.479524   0.000378
 r_peak,r_snr =   0.4798984       2.730479    
     746    -0.344    3046    10.813    2.73048   0.008682   1.020628   0.066663
 r_peak,r_snr =   0.4974787       4.757501    
     846     0.219    3046     1.219    4.75750   0.006102   2.195495   0.068468
 r_peak,r_snr =   0.6567617       7.796075    
     946    -0.094    3046    -0.938    7.79607   0.000877   0.122688   0.001375
 r_peak,r_snr =   0.6855422       9.358949    
    1046     0.125    3046    -1.781    9.35895   0.000607   0.080794   0.000381
 r_peak,r_snr =   0.4474809       3.984703    
    1146    -0.563    3046     0.250    3.98470   0.019147   1.684452   0.129993
 r_peak,r_snr =   0.9865809       12.69235    
    1246     0.031    3046    -0.219   12.69235   0.000011   0.000368   0.000004
 r_peak,r_snr =   0.8592724       10.53949    
    1346     0.063    3046    -0.219   10.53949   0.000167   0.038493  -0.000419
 r_peak,r_snr =   0.2936694       11.21096    
    1446    -0.031    3046     1.813   11.21096   0.011071   1.601383   0.107199
 r_peak,r_snr =   0.7358702       8.996086    
    1546     0.094    3046   -13.813    8.99609   0.000466   0.070273   0.000470
 r_peak,r_snr =   0.1240601       6.077903    
    1646   -12.219    3046     7.500    6.07790   0.049225   1.005270   0.123144
 r_peak,r_snr =   0.3955946       3.964482    
    1746    -0.375    3046    -2.219    3.96448   0.007410   1.171914  -0.016153
 r_peak,r_snr =   0.3156765       5.334632    
    1846    -0.469    3046    -8.750    5.33463   0.004512   3.162128  -0.040533
  
 At line =         3400
 Reading in data....  r_peak,r_snr =   0.7610582       7.767614    
     146     0.188    3446     0.094    7.76761   0.000463   0.014159   0.000205
 r_peak,r_snr =   0.4949061       12.49942    
     246     0.031    3446    -0.125   12.49942   0.000787   1.494721  -0.007733
 r_peak,r_snr =   0.6471468       6.064476    
     346    -0.094    3446    -0.188    6.06448   0.000856   0.047940   0.000911
 r_peak,r_snr =   0.5957987       3.007327    
     446    -0.156    3446    -1.250    3.00733   0.001664   2.023105   0.017740
 r_peak,r_snr =   0.5302488       9.087707    
     546     0.344    3446     0.219    9.08771   0.001244   3.242800   0.027606
 r_peak,r_snr =   0.6555796       6.008628    
     646     0.031    3446     0.094    6.00863   0.001076   0.138077   0.006525
 r_peak,r_snr =   0.7484350       7.255986    
     746     0.094    3446    -0.469    7.25599   0.000827   0.540740   0.013629
 r_peak,r_snr =   0.6615648       10.26461    
     846    -0.031    3446     0.313   10.26461   0.000664   0.295681  -0.005146
 r_peak,r_snr =   0.4995781       10.41816    
     946     0.094    3446    -0.813   10.41816   0.001437   0.324892   0.003026
 r_peak,r_snr =   0.4465375       4.625408    
    1046    -0.250    3446     2.781    4.62541   0.004002   0.991026   0.003081
 r_peak,r_snr =   0.5133877       4.435486    
    1146    -0.188    3446     0.938    4.43549   0.002919   0.245235   0.008062
 r_peak,r_snr =   0.5865892       3.985747    
    1246    -3.781    3446   -12.781    3.98575   0.002505   0.117483  -0.003556
 r_peak,r_snr =   0.4276100       6.092169    
    1346     0.188    3446    -6.250    6.09217   0.003251   2.384607   0.015530
 r_peak,r_snr =   0.5009069       3.652859    
    1446     0.688    3446    -4.813    3.65286   1.356404 272.827942 -19.152927
 r_peak,r_snr =   0.4275472       4.999944    
    1546    -0.563    3446     4.844    4.99994   0.006528   0.650862  -0.007192
 r_peak,r_snr =   0.6119335       4.144516    
    1746    -0.406    3446   -10.781    4.14452   0.008690   2.285992  -0.126646
 r_peak,r_snr =   0.4249328       8.125993    
    1846     0.250    3446   -14.781    8.12599   0.002051  13.379919   0.024409
 r_peak,r_snr =   0.8176085       11.30727    
    1946     0.094    3446   -12.656   11.30727   0.000187   0.048036   0.000001
 r_peak,r_snr =   0.1281296       8.698077    
    2046    -0.375    3446    10.531    8.69808   0.017634   1.066814  -0.058422
  
 At line =         3800
 Reading in data....  r_peak,r_snr =   0.5858160       3.933030    
     146     0.250    3846     0.188    3.93303   0.001217   0.126068   0.003503
 r_peak,r_snr =   0.7985504       15.12677    
     246     0.063    3846     0.125   15.12677   0.000159   0.015613   0.000092
 r_peak,r_snr =   0.8304187       8.727237    
     346     0.000    3846     0.063    8.72724   0.000173   0.018544   0.000452
 r_peak,r_snr =   0.5336956       12.04624    
     446    -0.063    3846     0.156   12.04624   0.000949   0.127414   0.001024
 r_peak,r_snr =   0.5982413       14.26641    
     546     0.063    3846     0.188   14.26641   0.000566   0.244873   0.000941
 r_peak,r_snr =   0.6663608       3.236244    
     646    -0.063    3846    -0.219    3.23624   0.001650   0.226611  -0.007991
 r_peak,r_snr =   0.6501967       9.294827    
     746     0.219    3846    -0.219    9.29483   0.000634   0.216747   0.000227
 r_peak,r_snr =   0.3710666       6.090202    
     846     0.156    3846     2.813    6.09020   0.007167   1.238959  -0.062658
 r_peak,r_snr =   0.5378448       2.500480    
     946     0.000    3846    -0.031    2.50048   0.002880   0.342929   0.012117
 r_peak,r_snr =   0.1530723       5.208207    
    1046   -14.031    3846    10.469    5.20821   0.183392   1.365799   0.226873
 r_peak,r_snr =   0.4515051       8.898026    
    1146     0.219    3846    -0.844    8.89803   0.002465   0.636913   0.014376
 r_peak,r_snr =   0.5654439       5.055168    
    1346    -0.563    3846    -1.188    5.05517   0.002297   0.634480   0.000016
 r_peak,r_snr =   0.5184844       3.254276    
    1446    -0.250    3846    -1.219    3.25428   0.007962   0.755204   0.032869
 r_peak,r_snr =   0.2194950       9.823468    
    1546    -0.125    3846    -1.531    9.82347   0.014418  15.200424  -0.419738
 r_peak,r_snr =   0.5306807       7.734684    
    1646    -0.063    3846    -0.781    7.73468   0.001440   1.470502  -0.021998
 r_peak,r_snr =   0.5529117       4.253994    
    1746    -0.063    3846    -6.031    4.25399   0.002869   0.563818  -0.002446
 r_peak,r_snr =   0.9303847       11.24389    
    1846     0.031    3846    -0.781   11.24389   0.000054   0.012131   0.000041
 r_peak,r_snr =   0.9862650       11.20488    
    1946     0.063    3846    -0.188   11.20488   0.000010   0.029760   0.000008
 r_peak,r_snr =   0.1261266       10.84904    
    2046     0.063    3846    14.344   10.84904   0.009588   3.480907   0.078446
  
 At line =         4200
 Reading in data....  r_peak,r_snr =   0.6763159       7.237533    
     146     0.219    4246    -0.094    7.23753   0.000649   0.072816   0.000146
 r_peak,r_snr =   0.8603556       6.919870    
     246     0.094    4246     0.219    6.91987   0.000114   0.005616  -0.000008
 r_peak,r_snr =   0.8563998       8.434176    
     346     0.094    4246     0.219    8.43418   0.000139   0.013443   0.000003
 r_peak,r_snr =   0.5902917       8.324680    
     446    -0.188    4246    -1.156    8.32468   0.001283   0.095532   0.000606
 r_peak,r_snr =   0.5803576       7.711742    
     546     0.031    4246     0.813    7.71174   0.001669   0.301315   0.007541
 r_peak,r_snr =   0.4444831       5.403168    
     646     0.188    4246    -2.781    5.40317   0.004448   1.150406   0.034556
 r_peak,r_snr =   0.8835889       15.59222    
     746     0.063    4246    -0.188   15.59222   0.000108   0.009152   0.000055
 r_peak,r_snr =   0.8359908       11.52891    
     846     0.031    4246    11.813   11.52891   0.000158   0.155202   0.001027
 r_peak,r_snr =   0.7476981       6.359329    
     946    -0.094    4246     0.219    6.35933   0.000604   0.044832   0.002110
 r_peak,r_snr =   0.5386368       3.647696    
    1046    -0.094    4246    -0.125    3.64770   0.004895   0.348498  -0.019439
 r_peak,r_snr =   0.7626513       2.923889    
    1146    -0.031    4246    -0.219    2.92389   0.001079   0.062325   0.003148
 r_peak,r_snr =   0.4436240       18.20425    
    1246     0.125    4246    -0.813   18.20425   0.001205   0.102301   0.003273
 r_peak,r_snr =   0.5454177       3.657332    
    1346     0.063    4246     0.250    3.65733   0.004175   0.530553   0.020540
 r_peak,r_snr =   0.5091063       3.596626    
    1446    -0.281    4246     4.094    3.59663   0.007247   1.034176  -0.010869
 r_peak,r_snr =   0.5312198       8.020605    
    1546     0.281    4246    -1.719    8.02061   0.001525   0.400960   0.008503
 r_peak,r_snr =   0.5437796       8.478127    
    1646     0.063    4246    -0.438    8.47813   0.000848   0.188595   0.000945
 r_peak,r_snr =   0.6182443       9.997292    
    1846     0.031    4246     4.813    9.99729   0.000728   0.094865  -0.001160
 r_peak,r_snr =   0.9736211       11.48845    
    1946     0.063    4246     0.125   11.48845   0.000020   0.006453   0.000018
  
 At line =         4600
 Reading in data....  r_peak,r_snr =   0.8715545       10.33992    
     146     0.063    4646    -1.500   10.33992   0.000136   0.092752  -0.000207
 r_peak,r_snr =   0.8837557       13.51929    
     246     0.094    4646     1.125   13.51929   0.000093   0.039817   0.000141
 r_peak,r_snr =   0.7479012       7.802742    
     346    -0.031    4646     0.125    7.80274   0.000405   0.043274   0.000189
 r_peak,r_snr =   0.7652552       11.83953    
     446    -0.031    4646     2.094   11.83953   0.000311   0.050508   0.000408
 r_peak,r_snr =   0.6944717       13.16725    
     546     0.063    4646    -0.719   13.16725   0.000324   0.129445  -0.000296
 r_peak,r_snr =   0.2509989       8.833473    
     646     0.063    4646    -2.938    8.83347   0.008848   1.656761   0.072869
 r_peak,r_snr =   0.4763271       5.243127    
     746   -13.813    4646    15.781    5.24313   0.002295   7.200744   0.040616
 r_peak,r_snr =   0.6079895       2.337224    
     846    -0.156    4646    -0.656    2.33722   0.002615   0.127876   0.009479
 r_peak,r_snr =   0.5501253       3.007021    
     946    -1.531    4646    12.469    3.00702   0.007182   0.256091  -0.012512
 r_peak,r_snr =   0.6131784       2.817866    
    1046    -0.313    4646     2.250    2.81787   0.002890   0.271177   0.006496
 r_peak,r_snr =   8.9277923E-02   5.890413    
    1146   -12.938    4646    12.844    5.89041   0.027941   0.831966  -0.007788
 r_peak,r_snr =   0.6649694       2.437457    
    1346     0.031    4646     0.063    2.43746   0.001336   0.059279  -0.000067
 r_peak,r_snr =   0.6146815       5.662320    
    1446    -0.156    4646     1.219    5.66232   0.001071   0.705410   0.003163
 r_peak,r_snr =   0.4914825       4.379996    
    1546     0.375    4646     4.250    4.38000   0.005081   0.721960   0.025591
 r_peak,r_snr =   0.5163781       5.373600    
    1646    -0.125    4646     5.750    5.37360   0.003064   1.649173  -0.040448
 r_peak,r_snr =   0.1702225       7.284522    
    1746     0.906    4646    -2.781    7.28452   0.027585   0.784620   0.041632
 r_peak,r_snr =   0.7299429       15.50620    
    1846     0.063    4646     0.188   15.50620   0.000309   0.055311   0.000567
 r_peak,r_snr =   0.7362615       10.86188    
    1946     0.000    4646     0.219   10.86188   0.000261   0.141678   0.000846
 r_peak,r_snr =   0.8870677       11.43123    
    2046     0.094    4646    -0.188   11.43123   0.000105   0.064478   0.000183
  
 At line =         5000
 Reading in data....  r_peak,r_snr =   0.7687165       20.20790    
     146     0.063    5046     0.000   20.20790   0.000157   0.022389   0.000099
 r_peak,r_snr =   0.6321067       13.16983    
     246     0.125    5046     2.781   13.16983   0.000467   0.084079   0.000914
 r_peak,r_snr =   0.9049491       6.502375    
     346     0.156    5046     0.125    6.50238   0.000129   0.054905   0.000162
 r_peak,r_snr =   0.7118564       5.992060    
     446    -0.250    5046     5.531    5.99206   0.000970   0.214933   0.005406
 r_peak,r_snr =   0.7541202       10.11367    
     546    -0.063    5046    -2.781   10.11367   0.000331   0.108623   0.000418
 r_peak,r_snr =   0.2295380       13.08278    
     646     0.031    5046     1.750   13.08278   0.006416   0.401654   0.004837
 r_peak,r_snr =   0.4967316       2.238564    
     746    -7.594    5046    -3.219    2.23856   0.011598  12.986864  -0.320437
 r_peak,r_snr =   0.4605759       7.313501    
     946    -0.156    5046    -0.781    7.31350   0.001732   0.676402  -0.003237
 r_peak,r_snr =   0.5161056       2.601281    
    1046    -0.094    5046     2.938    2.60128   0.005471   0.962256   0.041131
 r_peak,r_snr =   0.3130183       7.436232    
    1146    -0.125    5046     6.250    7.43623   0.002007   5.425869  -0.021335
 r_peak,r_snr =   0.4062662       11.83480    
    1246     0.031    5046    -0.813   11.83480   0.001541   1.868584   0.024324
 r_peak,r_snr =   0.2660440       5.895215    
    1346     0.031    5046    -1.719    5.89521   0.003272   0.410522   0.006643
 r_peak,r_snr =   0.7122101       18.83222    
    1446     0.000    5046    -0.250   18.83222   0.000305   0.023890   0.000442
 r_peak,r_snr =   0.7934779       9.925290    
    1546     0.063    5046   -11.781    9.92529   0.000208   1.263309   0.001904
 r_peak,r_snr =   0.3126269       7.946386    
    1646    -0.281    5046     0.750    7.94639   0.003045   4.761604   0.070089
 r_peak,r_snr =   0.9249973       11.24429    
    1746     0.031    5046     1.813   11.24429   0.000062   0.073787   0.000007
 r_peak,r_snr =   0.6186014       17.03142    
    1846     0.031    5046    -0.781   17.03142   0.000355   0.033431   0.000248
 r_peak,r_snr =   0.9753568       13.76664    
    2046     0.094    5046    -0.188   13.76664   0.000019   0.001323   0.000008
  
 At line =         5400
 Reading in data....  r_peak,r_snr =   0.7793819       20.77563    
     146     0.063    5446     0.000   20.77563   0.000160   0.018398  -0.000063
 r_peak,r_snr =   0.4497684       6.832960    
     246     0.031    5446     1.063    6.83296   0.001317   0.322406   0.004102
 r_peak,r_snr =   0.6747992       9.725689    
     346     0.063    5446    -0.094    9.72569   0.000369   0.053616   0.000182
 r_peak,r_snr =   0.5982897       5.642707    
     446    -0.063    5446     1.781    5.64271   0.001972   0.238877   0.006059
 r_peak,r_snr =   0.6688585       11.65943    
     546     0.063    5446     0.813   11.65943   0.000523   0.108082  -0.001218
 r_peak,r_snr =   0.2458710       8.071047    
     646     0.063    5446    -0.969    8.07105   0.008182   0.741644   0.047751
 r_peak,r_snr =   0.6523641       10.78448    
     846     0.031    5446    -0.031   10.78448   0.000427   0.040993   0.000229
 r_peak,r_snr =   0.5180362       2.577240    
     946     0.000    5446     2.750    2.57724   0.005928   2.253689  -0.008182
 r_peak,r_snr =   0.5830730       3.137117    
    1046    -0.344    5446    -0.750    3.13712   0.008081   0.343516  -0.026984
 r_peak,r_snr =   0.6270429       10.48345    
    1146     0.250    5446     1.719   10.48345   0.000674   0.035531   0.000562
 r_peak,r_snr =   0.7247695       12.24580    
    1246     0.094    5446     0.563   12.24580   0.000352   0.026992   0.000230
 r_peak,r_snr =   0.2225119       4.577688    
    1346     1.344    5446    -0.750    4.57769   1.344527  97.222580  11.394583
 r_peak,r_snr =   0.4053755       9.649122    
    1446    -0.125    5446    -1.031    9.64912   0.002059   5.780107   0.016561
 r_peak,r_snr =   0.2695100       3.602288    
    1546     7.938    5446     1.250    3.60229   0.018442   4.248078  -0.144986
 r_peak,r_snr =   0.4915290       7.616309    
    1646    -0.250    5446    -1.781    7.61631   0.002343   0.261849  -0.006635
 r_peak,r_snr =   0.5303383       8.343212    
    1746    -0.531    5446     7.781    8.34321   0.002005   1.910657  -0.033863
 r_peak,r_snr =   0.3977918       8.785904    
    1846     0.000    5446     2.500    8.78590   0.003473   0.486700  -0.010469
 r_peak,r_snr =   0.7716933       16.47619    
    1946     2.969    5446    -0.125   16.47619   0.000254   0.026171   0.000094
  
 At line =         5800
 Reading in data....  r_peak,r_snr =   0.8894311       4.629406    
     146     0.031    5846     0.094    4.62941   0.000120   0.008365   0.000008
 r_peak,r_snr =   0.5507222       6.318880    
     246    -0.063    5846    -0.813    6.31888   0.001301   0.445633   0.000509
 r_peak,r_snr =   0.6387925       7.037086    
     346     0.125    5846    -0.250    7.03709   0.000670   0.100358   0.000366
 r_peak,r_snr =   0.5624626       7.821219    
     446     0.406    5846    -3.750    7.82122   0.005728   0.838276   0.057438
 r_peak,r_snr =   0.5731806       5.855309    
     546     0.125    5846    13.781    5.85531   0.000996   1.364306   0.006935
 r_peak,r_snr =   0.2537351       11.32638    
     646    -0.219    5846     0.938   11.32638   0.006351   0.511554   0.005675
 r_peak,r_snr =   0.3629632       6.292652    
     746     4.063    5846     9.219    6.29265   0.003331   1.923046   0.008808
 r_peak,r_snr =   0.5954337       5.202587    
     846     0.031    5846    -5.250    5.20259   0.000908   0.583141   0.007514
 r_peak,r_snr =   0.5403586       11.66572    
     946     0.125    5846    -0.781   11.66572   0.000753   0.299779   0.004271
 r_peak,r_snr =   0.4883804       3.328761    
    1046    -0.219    5846    12.813    3.32876   0.009491   1.277243   0.077878
 r_peak,r_snr =   0.3322166       9.893634    
    1146     0.063    5846     0.719    9.89363   0.002017   2.158525  -0.004751
 r_peak,r_snr =   0.2990453       8.825512    
    1246     0.000    5846    -7.250    8.82551   0.002378   1.358881   0.006026
 r_peak,r_snr =   0.7198090       8.455392    
    1346     0.094    5846    -0.250    8.45539   0.000494   0.021957   0.000983
 r_peak,r_snr =   0.6144077       2.887702    
    1446    -0.188    5846     0.813    2.88770   0.001749   0.296500   0.005826
 r_peak,r_snr =   0.5462601       8.135123    
    1546    -0.156    5846    -2.781    8.13512   0.004745   0.512935  -0.040752
 r_peak,r_snr =   0.4039062       4.528981    
    1646     0.219    5846     1.781    4.52898   0.003866   1.585085  -0.014584
 r_peak,r_snr =   0.5382879       4.712616    
    1746    -0.125    5846     3.469    4.71262   0.004411   1.288449  -0.055421
 r_peak,r_snr =   0.4145935       9.343465    
    1846    -0.188    5846     0.813    9.34346   0.003431   1.785586   0.049210
 r_peak,r_snr =   0.8169309       7.561250    
    1946     0.000    5846    -4.125    7.56125   0.000516   2.347396   0.026944
 /export/sardine0/airops/processor/data/           
  *************************************************
  *****      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:/export/sardine0/airops/processor/data/recal0.dat           
    20.00000    
 abs gain:   132.5310       133.9610       132.5310       133.9610    
 caltone:   87.90000       90.00000       87.80000       90.20000    
 *** ifreq 0-p 1-L 2-c:           0           1
 *** ifreq 0-p 1-L 2-c:           0           2
  ifreq 0-p 1-L 2-c:           0           3
 cable phase P/L/C:  -23.26000      -76.26700      -104.9400    
 sigma zero:  0.0000000E+00  0.0000000E+00  0.0000000E+00  0.0000000E+00
 hddt bw ha T :       95027   20.00000       7991.600       10.00000    
 $tphase,phasedat:   207.9000       27.80000    
 $rphase,phasevh,phasehv:   180.1000       142.3000      -37.80000    
 $tphase,phasedat:   207.9000       27.80000    
 Enter H Ant pattern file:
 POLSAR H-ANT:/export/sardine0/airops/processor/data/AIRSAR.PH            
 Enter V Ant pattern file:
 POLSAR V-ANT:/export/sardine0/airops/processor/data/AIRSAR.PV            
  Enter the name of the motion compensation file.
 motion lun:          15
  How many lines of raw data?
   Cross pol phase difference is:   27.80 deg
   Receiver phase difference is  180.10 deg
   Transmitter phase difference is  207.90 deg
   Cable phase difference is  -23.26 deg
 $ghv,phasedat,phi: (0.8845810,0.4663866)   27.80000       27.80000    
 $phico aphase:   341.4800      -23.26000    
 $fhh,fhv,fvh: (0.9482129,0.3176356) (-0.9967226,8.0894761E-02)
 (-0.9194102,-0.3933000)
  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
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 cross(1,ip): (1.3469860E-02,-4.2993808E-03) (-2.4502534E-02,-3.4292154E-02)
   Finished estimating cross-talk.
  Enter the file with the lines per pixel.
 lines  lun:          18
  Is there a DEM available?
  Now doing the actual calibration.
  Absolute gain AChu(linear) :.  6.0666501E-08  4.8635091E-08  4.8635197E-08
 ahh hv vv chh hv vh vv:  -231.6410      -235.9610      -231.5410    
   -236.1610       87.30000       89.70000       87.40000       89.90000    
            1
          257
          513
          769
         1025
         1281
         1537
         1793
         2049
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         2817
         3073
         3329
         3585
         3841
         4097
         4353
         4609
         4865
         5121
         5377
         5633
   *********************************************
   *****                                   ***** 
   *****    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)
  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
  ***   Error opening  ***
: No such file or directory
  Enter number of set to convert: 
  Enter the cband filename: 
  Enter the output filename: 
 Reading new header..STARTING at            0
 /export/air16/airops/1029/cm6069_c.dat
 -1
  *** Synthesize 2.5 - 11/30/90 ***
  Enter the name of input file.

  Stokes matrix data...

  Enter the name of the output byte file.
  Enter the relative scale factor.
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Tue Aug 17 02:10:43 PDT 1999