resol_main.out

这是一个TOMO TO GMT的源码

                                             -2.50
         1              1           5.30                   7.80
                                              5.30
         2              1           5.60                   1.20
                                              6.50
         3              1           5.74                   1.00
                                              7.50
         4              2           5.88                   3.00
                                             10.50
         5              2           6.01                   4.50
                                             15.00
         6              3           6.79                   5.00
                                             20.00
         7              3           6.80                   5.00
                                             25.00
         8              4           6.94                   5.00
                                             30.00
         9              4           7.03                   5.00
                                             35.00
        10              5           7.10                   5.00
                                             40.00
        11              5           7.41                   5.00
                                             45.00
        12              6           7.69                   5.00
                                             50.00
        13              6           8.06                  10.00
                                             60.00
        14              7           8.52                  20.00
                                             80.00
        15              8           8.53                  20.00
                                            100.00
        16              9           8.54                6378.13
  TOTAL NR OF ELEMENTS IN VP-ARRAY:   11408



  TOTAL NR. OF EVENTS (NEVTO)=   603


  file name of ray density output:
antofo.plo                                                                      
 
  file name of geometric weight input:
antofogw.out                                                                    
 


  DATA FOR CALCULATION OF GEOMETRIC WEIGHTING (OUTPUT OF PROGRAM SELEVE):
     NNSTA=  57     NNBL=  6417     TOT.NUMBER OF EVENTS=    603
     DATA FROM INPUT1: NBMAX=   6417   NSTA=   57

  main program reading from resol.inp: 



  *******************************************
   NMIN   reset to :  new NMIN=    4     written into *.cnt file
  *******************************************




  DEEPEST LAYER WITH STATIONS: LSMAX=   1
   ===> MINIMAL FOCAL DEPTH FOR EVENTS: DEPMIN=     5.301 KM


 
  INPUT2: EVENT-DATA
 NR   DATE   TIME  SEC       X         Y         Z     NOBS

95 818  721 49.35 23.3900S  70.3541W  37.78 24     36.18   12.18   37.78

 1-TH RAY:
  EVENT: (XE,YE,ZE)    36.183    12.183    37.892     RECEIVER: (XR,YR,ZR)   -24.669   -46.150    -0.850
  VELO-MODEL(1D):     5.30    5.61    5.75    5.89    6.02    6.81    6.82    6.97    7.07    7.14    7.46    7.75
   8.13    8.61    8.65    8.68
 TTE=  14.37094     TTT=  14.32315     POBS=  14.51000     RESIDUAL=   0.13906 res1=   0.18685

 2-TH RAY:
  EVENT: (XE,YE,ZE)    36.183    12.183    37.892     RECEIVER: (XR,YR,ZR)     6.420    23.845    -1.200
  VELO-MODEL(1D):     5.30    5.61    5.75    5.89    6.02    6.81    6.82    6.97    7.07    7.14    7.46    7.75
   8.13    8.61    8.65    8.68
 TTE=   7.96129     TTT=   7.93886     POBS=   7.97000     RESIDUAL=   0.00871 res1=   0.03114
 TTE=   6.56297     TTT=   6.54484     POBS=   6.55000     RESIDUAL=  -0.01297 res1=   0.00516
 TTE=  10.76346     TTT=  10.73111     POBS=  10.87000     RESIDUAL=   0.10654 res1=   0.13889
 TTE=   9.13761     TTT=   9.11032     POBS=   9.31000     RESIDUAL=   0.17239 res1=   0.19968
 TTE=  11.79125     TTT=  11.75437     POBS=  11.70000     RESIDUAL=  -0.09125 res1=  -0.05437
 TTE=   6.86965     TTT=   6.85008     POBS=   6.83000     RESIDUAL=  -0.03965 res1=  -0.02008
 TTE=   9.03721     TTT=   9.01011     POBS=   8.97000     RESIDUAL=  -0.06721 res1=  -0.04011
 TTE=  10.80293     TTT=  10.77005     POBS=  10.86000     RESIDUAL=   0.05707 res1=   0.08995
95 818  725 16.24 22.8086S  69.9413W  44.35 14     -6.01   76.57   44.35

 1-TH RAY:
  EVENT: (XE,YE,ZE)    -6.011    76.573    44.505     RECEIVER: (XR,YR,ZR)   -29.089    94.415    -1.500
  VELO-MODEL(1D):     5.30    5.61    5.75    5.89    6.02    6.81    6.82    6.97    7.07    7.14    7.46    7.75
   8.13    8.61    8.65    8.68
 TTE=   8.44309     TTT=   8.41578     POBS=   8.33000     RESIDUAL=  -0.11309 res1=  -0.08578

 2-TH RAY:
  EVENT: (XE,YE,ZE)    -6.011    76.573    44.505     RECEIVER: (XR,YR,ZR)     6.420    23.845    -1.200
  VELO-MODEL(1D):     5.30    5.61    5.75    5.89    6.02    6.81    6.82    6.97    7.07    7.14    7.46    7.75
   8.13    8.61    8.65    8.68
 TTE=  10.91253     TTT=  10.87492     POBS=  10.98000     RESIDUAL=   0.06747 res1=   0.10508
 TTE=   9.14541     TTT=   9.11525     POBS=   9.15000     RESIDUAL=   0.00459 res1=   0.03475
 TTE=   9.49233     TTT=   9.45960     POBS=   9.39000     RESIDUAL=  -0.10233 res1=  -0.06960
 TTE=  12.42329     TTT=  12.37910     POBS=  12.46000     RESIDUAL=   0.03671 res1=   0.08090
 TTE=  13.44518     TTT=  13.39604     POBS=  13.14000     RESIDUAL=  -0.30518 res1=  -0.25604
 TTE=   9.68313     TTT=   9.65127     POBS=   9.57000     RESIDUAL=  -0.11313 res1=  -0.08127
 TTE=  16.81256     TTT=  16.74634     POBS=  17.19000     RESIDUAL=   0.37745 res1=   0.44366
 TTE=  12.91314     TTT=  12.86674     POBS=  13.02000     RESIDUAL=   0.10686 res1=   0.15326
95 818  947 19.10 23.8817S  70.2348W  54.39 13     23.95  -42.27   54.39
95 818  948 56.43 23.1920S  70.3995W  36.91 25     40.85   34.11   36.91
95 818 1041 11.88 23.0119S  70.3926W  34.60 13     40.17   54.06   34.60
95 818 13 2 48.65 23.7383S  70.3894W  40.79 25     39.74  -26.39   40.79
95 818 1537 36.68 23.1759S  70.0874W  50.57 14      8.94   35.89   50.57
95 818 1630 23.73 23.4774S  70.1731W  46.57 24     17.68    2.50   46.57
95 818 18 3 37.72 23.7057S  70.2953W  40.46 15     30.14  -22.78   40.46
95 818 1825 44.51 23.0988S  69.9218W  36.85 12     -8.00   44.43   36.85
95 818 19 7 35.14 23.7151S  70.3162W  42.64 16     32.27  -23.82   42.64
95 818 2038 52.16 23.5922S  70.2768W  41.67 15     28.26  -10.21   41.67
95 822  021 20.92 23.1212S  70.4494W  35.03 12     45.97   41.95   35.03
95 821  032 10.93 23.1618S  70.0957W  50.68 25      9.79   37.46   50.68
95 821  040 48.83 23.5643S  70.4103W  37.31 22     41.90   -7.12   37.31
95 822  057 51.51 23.2853S  70.3924W  35.88 13     40.11   23.78   35.88
95 821  119 18.46 23.3786S  70.3501W  39.46 26     35.78   13.45   39.46
95 822  150 48.75 23.2363S  70.4372W  35.93 26     44.70   29.20   35.93
95 821  152 50.36 23.1590S  70.0948W  50.09 24      9.70   37.77   50.09
95 821  152 50.35 23.1594S  70.0947W  50.17 25      9.69   37.72   50.17
95 821  439 40.71 23.4431S  70.2112W  44.01  9     21.58    6.30   44.01
95 821  521 21.79 23.4539S  70.4320W  37.15 15     44.13    5.11   37.15
95 822  544  5.71 23.3909S  70.3508W  38.71 24     35.85   12.08   38.71
95 821  551 26.60 23.1762S  70.3643W  40.22 15     37.26   35.86   40.22
95 821  617 18.51 23.8605S  70.3267W  43.16 23     33.32  -39.93   43.16
95 821  639 50.50 23.1763S  70.0922W  50.65 16      9.43   35.85   50.65
95 822  735 59.83 23.4704S  70.3012W  41.23 23     30.77    3.28   41.23
95 821  744  2.36 23.5857S  70.4614W  36.27 16     47.11   -9.49   36.27
95 821  939 55.00 23.3751S  70.3716W  40.13 25     37.97   13.83   40.13
95 822  944 38.83 23.5636S  70.2306W  46.69 27     23.55   -7.04   46.69
95 821 1049 11.53 23.3007S  70.4097W  35.33 25     41.88   22.07   35.33
95 822 1054 55.55 23.2752S  70.4338W  37.28 28     44.35   24.90   37.28
95 821 1056 57.79 23.8032S  70.3654W  33.10 23     37.28  -33.58   33.10
95 821 12 9  6.93 23.5522S  70.3596W  42.29 25     36.72   -5.78   42.29
95 820 1231 40.61 23.8397S  70.3228W  35.19 16     32.93  -37.62   35.19
95 821 1239 44.50 23.4337S  70.4946W  36.26 25     50.53    7.34   36.26
95 820 1247 11.75 23.7895S  70.2904W  41.54 19     29.63  -32.06   41.54
95 821 1326 45.67 23.2413S  70.4607W  35.33 24     47.10   28.65   35.33
95 820 1427  1.56 23.3939S  70.2936W  41.28 13     30.00   11.75   41.28
95 821 1432 24.42 23.7366S  70.3201W  43.26 14     32.67  -26.20   43.26
95 820 15 0 42.86 23.2583S  69.3815W  87.37 25    -63.23   26.77   87.37
95 820 1517 45.71 23.1700S  70.4206W  44.04 25     43.01   36.55   44.04
95 821 1556 31.66 23.7409S  70.3320W  47.51 15     33.88  -26.68   47.51
95 821 1846 43.36 23.4332S  70.1721W  44.85 13     17.58    7.40   44.85
95 820 1913 14.39 23.7948S  69.6396W  59.79 13    -36.77  -32.65   59.79
95 821 2012  4.05 23.6120S  70.3809W  40.00 27     38.89  -12.40   40.00
95 821 2015 11.67 23.8099S  70.2791W  42.37 15     28.47  -34.32   42.37
95 821 2020 36.99 23.4923S  70.4566W  34.94 19     46.64    0.85   34.94
95 821 2027 42.35 23.4611S  70.4560W  33.40 18     46.58    4.31   33.40
95 820 2157  5.16 23.7976S  70.2845W  39.57 26     29.03  -32.96   39.57
95 821 22 5  8.32 23.3937S  70.4875W  32.02 16     49.81   11.77   32.02
95 821 2228  7.66 23.4546S  70.1880W  47.31 16     19.21    5.03   47.31
95 820 2231 41.18 23.4450S  70.4381W  36.68 26     44.76    6.09   36.68
95 820 2252 36.23 23.0486S  69.6269W  58.35 20    -38.17   49.99   58.35
95 821 23 2 31.46 22.8447S  70.1426W  49.06 20     14.60   72.57   49.06
95 821 2348 51.55 23.7190S  70.3303W  40.63 25     33.71  -24.25   40.63
95 822 1217  7.28 23.6107S  70.3704W  38.70 16     37.82  -12.26   38.70
95 822 1255 16.37 23.5881S  70.1880W  47.35 26     19.20   -9.76   47.35
95 822 1311 19.17 23.4933S  70.4549W  35.98 24     46.47    0.74   35.98
95 822 1328 31.00 23.9102S  69.8281W  56.93 23    -17.53  -45.43   56.93
95 822 1342 16.27 23.4735S  70.3684W  39.02 17     37.63    2.94   39.02
     event nr=    61   obs nr= 12 residuum =    1.02
95 822 1457 53.41 23.1265S  69.6580W  52.45 17    -34.98   41.37   52.45
95 822 1525 46.98 23.3697S  70.3941W  34.60 17     40.27   14.43   34.60
95 822 1532 11.85 23.3762S  70.4095W  36.20 15     41.85   13.71   36.20
95 822 16 5 10.78 23.3112S  70.4159W  35.26 25     42.51   20.91   35.26
95 822 1622 47.94 23.9299S  70.4194W  32.43 13     42.77  -47.61   32.43
95 822 17 0  1.88 23.7833S  70.2710W  39.17 21     27.65  -31.38   39.17
95 822 17 7 32.83 23.4818S  70.2853W  43.19 15     29.14    2.02   43.19
     event nr=    68   obs nr=  9 residuum =   -1.07
95 822 18 1 49.00 23.3757S  70.3573W  37.35 22     36.51   13.77   37.35
95 824  017 35.77 23.2757S  70.4231W  36.06 28     43.25   24.84   36.06
95 824  311 21.40 23.2732S  70.4391W  34.67 23     44.89   25.12   34.67
95 824  413 58.53 23.7148S  70.3164W  38.00 27     32.29  -23.79   38.00
95 824  423 33.15 22.7868S  69.8675W  55.46 19    -13.57   78.99   55.46
95 824  444 31.67 23.7219S  70.2375W  44.98 31     24.24  -24.58   44.98
95 824  523  6.98 23.1817S  70.3696W  39.93 29     37.80   35.25   39.93
95 824  659 19.49 23.3857S  70.2492W  44.34 28     25.46   12.66   44.34
95 825  712 36.69 23.2745S  70.3879W  36.34 24     39.65   24.97   36.34
95 825  814 49.52 23.8849S  70.3562W  41.72 31     36.33  -42.63   41.72
95 824 1028 46.74 23.4065S  70.3760W  38.37 22     38.42   10.36   38.37
95 824 1219  1.02 23.2128S  70.4485W  33.55 20     45.86   31.81   33.55
95 824 1522 22.27 23.6115S  70.4970W  34.24 29     50.74  -12.35   34.24
95 824 1637 46.83 23.8527S  70.3696W  33.36 23     37.70  -39.06   33.36
95 824 17 5  2.03 23.2056S  70.4632W  34.15 26     47.36   32.60   34.15
95 824 1828 42.64 23.3786S  70.3911W  37.82 31     39.97   13.45   37.82
95 824 1851 50.67 23.4683S  69.4014W  72.24 26    -61.15    3.51   72.24
95 824 19 9 30.72 23.3747S  70.3987W  38.11 28     40.74   13.88   38.11
95 824 2020 51.55 23.3408S  70.2111W  43.76 22     21.57   17.63   43.76
95 824 22 5  6.67 23.5466S  70.3898W  38.76 31     39.81   -5.16   38.76
95 824 2215  0.71 23.3774S  70.3385W  37.15 20     34.59   13.58   37.15
95 826  338  0.24 23.8050S  69.9396W  57.93 27     -6.16  -33.78   57.93
95 826  354  5.59 23.2812S  70.4066W  35.61 19     41.56   24.23   35.61
95 826  424 24.03 23.2859S  70.4076W  35.56 20     41.67   23.71   35.56
95 826  527 58.65 23.8875S  70.3919W  37.36 18     39.97  -42.92   37.36
95 825 1348 26.53 23.8904S  70.3357W  35.00 28     34.24  -43.24   35.00
95 825 15 9 40.72 22.7380S  69.6571W  81.95 16    -35.12   84.39   81.95
95 825 1521 36.41 23.6192S  70.2555W  42.91 15     26.09  -13.20   42.91
95 825 17 8 43.18 23.3768S  70.3800W  36.63 22     38.83   13.64   36.63
95 825 1750  5.09 23.9004S  70.3597W  36.17 16     36.68  -44.34   36.17
95 825 1845 15.15 23.3771S  70.3472W  36.91 22     35.48   13.61   36.91
95 825 1846 54.04 23.5671S  70.4776W  35.14 29     48.77   -7.43   35.14
95 825 1931  8.65 23.6585S  70.4205W  36.17 19     42.92  -17.55   36.17
95 825 1942  4.94 23.7171S  70.2877W  44.44 12     29.36  -24.04   44.44
95 913  0 9 10.53 23.5828S  70.4633W  35.81 29     47.31   -9.17   35.81
95 911  021 38.20 24.1807S  70.4442W  38.80 28     45.25  -75.39   38.80
95 912  054 25.83 23.6238S  70.4766W  40.46 23     48.66  -13.71   40.46
95 912  057 16.84 23.9333S  70.4391W  33.90 23     44.78  -47.99   33.90
95 913  116 27.35 23.4532S  70.4268W  37.72 34     43.60    5.18   37.72
95 911  156 35.71 23.5752S  70.1710W  46.74 14     17.46   -8.33   46.74
95 913  157 30.49 23.4805S  70.2273W  44.58 25     23.22    2.16   44.58
95 911  233 35.05 24.1332S  70.4292W  38.37 19     43.73  -70.13   38.37
95 912  3 2  6.56 23.6239S  70.4636W  40.68 21     47.33  -13.72   40.68
95 912  3 9 10.48 23.3745S  70.4068W  36.07 17     41.57   13.90   36.07
95 911  323 14.24 23.6067S  70.3947W  39.72 29     40.30  -11.82   39.72
95 912  346 15.37 23.9867S  70.3357W  40.60 18     34.23  -53.90   40.60
95 912  4 5 45.18 23.5529S  70.4861W  36.33 24     49.64   -5.86   36.33
95 913  418 16.90 23.3071S  70.3802W  36.27 10     38.86   21.36   36.27
95 912  427 24.23 23.3865S  70.3655W  39.40 31     37.35   12.57   39.40
95 912  452  1.54 23.9917S  70.1858W  46.65 18     18.94  -54.46   46.65
95 913  5 3  9.25 23.3827S  70.7646W  25.12 23     78.13   12.99   25.12
     event nr=   119   obs nr=  7 residuum =    1.08
     event nr=   119   obs nr= 21 residuum =   -1.45