RUN #7 at 16.05.2003 15:35:57
RefVal Version 4.0
Data file: C:\LAK_lsd\astf.txt
1128 reference values read from file

LISTING OF SORTED INPUT DATA

   -6.66   -2.77   -1.56    0.75    5.89    7.83    9.08   10.67   10.80   11.08
   11.57   11.58   11.58   11.98   12.00   12.05   12.15   12.24   12.28   12.28
   12.36   12.39   12.42   12.45   12.47   12.49   12.56   12.56   12.63   12.64
   12.67   12.71   12.82   12.86   12.88   12.95   13.05   13.11   13.19   13.23
   13.24   13.27   13.35   13.36   13.38   13.40   13.40   13.40   13.47   13.49
   13.50   13.52   13.52   13.53   13.55   13.66   13.72   13.73   13.79   13.80
   13.81   13.84   13.86   13.89   13.90   14.02   14.05   14.06   14.07   14.11
   14.14   14.19   14.23   14.30   14.30   14.35   14.38   14.40   14.43   14.47
   14.47   14.50   14.54   14.54   14.55   14.63   14.64   14.65   14.68   14.69
   14.69   14.69   14.72   14.72   14.74   14.78   14.80   14.81   14.82   14.82
   14.84   14.85   14.87   14.97   14.98   14.99   15.00   15.02   15.03   15.06
   15.07   15.11   15.11   15.12   15.12   15.17   15.19   15.20   15.20   15.25
   15.26   15.26   15.27   15.28   15.28   15.29   15.30   15.31   15.33   15.34
   15.38   15.39   15.41   15.45   15.49   15.52   15.53   15.55   15.57   15.58
   15.59   15.59   15.62   15.64   15.64   15.67   15.71   15.73   15.73   15.78
   15.79   15.80   15.83   15.85   15.85   15.86   15.89   15.90   15.91   15.91
   15.96   15.96   15.99   15.99   15.99   16.02   16.05   16.07   16.07   16.07
   16.11   16.12   16.12   16.14   16.15   16.16   16.17   16.19   16.20   16.24
   16.25   16.28   16.31   16.31   16.32   16.33   16.34   16.35   16.35   16.36
   16.37   16.38   16.41   16.42   16.43   16.50   16.52   16.53   16.54   16.55
   16.55   16.59   16.60   16.62   16.62   16.63   16.66   16.67   16.69   16.75
   16.75   16.76   16.77   16.79   16.82   16.83   16.85   16.86   16.86   16.86
   16.87   16.90   16.90   16.92   16.92   16.92   16.93   16.93   16.95   16.96
   16.97   16.99   17.00   17.03   17.03   17.03   17.04   17.04   17.04   17.06
   17.07   17.08   17.10   17.13   17.13   17.15   17.15   17.16   17.18   17.19
   17.21   17.21   17.21   17.22   17.25   17.25   17.32   17.32   17.33   17.33
   17.34   17.34   17.35   17.36   17.36   17.37   17.40   17.42   17.43   17.43
   17.46   17.47   17.48   17.48   17.48   17.49   17.50   17.53   17.53   17.54
   17.55   17.57   17.58   17.58   17.59   17.60   17.61   17.63   17.65   17.66
   17.67   17.67   17.67   17.69   17.70   17.71   17.71   17.72   17.73   17.74
   17.75   17.77   17.79   17.81   17.82   17.83   17.88   17.92   17.97   17.97
   17.99   17.99   18.02   18.03   18.03   18.05   18.06   18.07   18.07   18.08
   18.11   18.11   18.18   18.19   18.20   18.21   18.22   18.23   18.25   18.28
   18.29   18.32   18.35   18.35   18.35   18.37   18.37   18.41   18.42   18.43
   18.44   18.44   18.45   18.46   18.48   18.50   18.51   18.51   18.52   18.52
   18.53   18.53   18.56   18.57   18.57   18.57   18.60   18.64   18.65   18.67
   18.69   18.69   18.69   18.70   18.70   18.73   18.74   18.74   18.75   18.76
   18.78   18.82   18.83   18.85   18.87   18.87   18.89   18.91   18.93   18.98
   18.99   19.00   19.00   19.01   19.01   19.02   19.02   19.03   19.03   19.03
   19.05   19.05   19.06   19.07   19.08   19.09   19.12   19.14   19.14   19.14
   19.15   19.16   19.17   19.17   19.19   19.19   19.23   19.24   19.24   19.25
   19.26   19.26   19.27   19.27   19.28   19.28   19.28   19.29   19.30   19.32
   19.33   19.34   19.36   19.37   19.37   19.38   19.40   19.40   19.40   19.42
   19.42   19.43   19.45   19.48   19.49   19.51   19.51   19.52   19.53   19.55
   19.55   19.58   19.59   19.60   19.60   19.64   19.64   19.64   19.66   19.67
   19.68   19.68   19.68   19.69   19.71   19.71   19.72   19.72   19.72   19.73
   19.73   19.75   19.75   19.75   19.75   19.76   19.79   19.82   19.83   19.84
   19.88   19.89   19.92   19.93   19.94   19.97   19.97   19.98   19.98   20.00
   20.00   20.00   20.00   20.01   20.04   20.05   20.05   20.05   20.05   20.06
   20.07   20.09   20.10   20.11   20.11   20.14   20.15   20.16   20.16   20.17
   20.19   20.19   20.22   20.27   20.32   20.33   20.36   20.39   20.39   20.40
   20.42   20.43   20.44   20.44   20.45   20.47   20.47   20.48   20.48   20.49
   20.51   20.53   20.53   20.55   20.57   20.57   20.57   20.60   20.60   20.61
   20.62   20.63   20.65   20.66   20.66   20.67   20.67   20.67   20.68   20.69
   20.70   20.70   20.74   20.77   20.79   20.79   20.84   20.84   20.87   20.89
   20.89   20.89   20.90   20.91   20.92   20.93   20.96   20.96   20.96   20.99
   20.99   21.00   21.01   21.01   21.02   21.03   21.04   21.04   21.08   21.09
   21.09   21.09   21.11   21.12   21.13   21.13   21.17   21.19   21.19   21.20
   21.20   21.20   21.21   21.22   21.23   21.23   21.25   21.25   21.28   21.28
   21.29   21.29   21.30   21.33   21.35   21.38   21.40   21.41   21.41   21.42
   21.43   21.43   21.45   21.47   21.48   21.48   21.50   21.50   21.50   21.51
   21.51   21.53   21.55   21.63   21.64   21.71   21.71   21.72   21.73   21.74
   21.74   21.78   21.79   21.80   21.81   21.84   21.84   21.88   21.88   21.90
   21.91   21.93   21.93   21.96   21.98   21.98   21.98   21.99   22.00   22.01
   22.02   22.06   22.06   22.07   22.07   22.09   22.10   22.11   22.13   22.14
   22.14   22.14   22.15   22.16   22.16   22.17   22.18   22.19   22.24   22.25
   22.25   22.27   22.37   22.38   22.40   22.41   22.42   22.42   22.43   22.46
   22.48   22.49   22.50   22.53   22.55   22.56   22.57   22.59   22.64   22.65
   22.65   22.66   22.68   22.69   22.69   22.71   22.71   22.72   22.74   22.74
   22.75   22.75   22.75   22.76   22.77   22.78   22.78   22.79   22.81   22.85
   22.85   22.85   22.85   22.86   22.86   22.88   22.90   22.91   22.91   22.92
   22.93   22.93   22.94   22.95   22.95   22.96   22.97   22.98   22.98   22.99
   23.00   23.00   23.00   23.02   23.02   23.03   23.03   23.04   23.05   23.05
   23.05   23.05   23.07   23.07   23.08   23.08   23.09   23.09   23.09   23.15
   23.15   23.16   23.19   23.19   23.23   23.27   23.27   23.28   23.28   23.29
   23.29   23.31   23.32   23.33   23.35   23.37   23.37   23.38   23.40   23.41
   23.41   23.42   23.43   23.45   23.45   23.46   23.51   23.52   23.52   23.53
   23.54   23.56   23.58   23.58   23.58   23.59   23.59   23.60   23.60   23.60
   23.64   23.65   23.65   23.66   23.67   23.67   23.68   23.68   23.70   23.71
   23.71   23.72   23.76   23.76   23.76   23.78   23.79   23.80   23.80   23.81
   23.81   23.82   23.83   23.86   23.87   23.88   23.88   23.89   23.90   23.95
   23.97   24.00   24.00   24.01   24.01   24.02   24.02   24.03   24.04   24.06
   24.07   24.10   24.11   24.12   24.16   24.16   24.18   24.24   24.25   24.25
   24.27   24.27   24.28   24.28   24.30   24.31   24.31   24.32   24.33   24.33
   24.39   24.40   24.40   24.41   24.42   24.44   24.46   24.47   24.48   24.50
   24.50   24.52   24.54   24.56   24.58   24.61   24.63   24.66   24.67   24.68
   24.69   24.69   24.72   24.77   24.77   24.77   24.78   24.80   24.81   24.81
   24.82   24.83   24.86   24.88   24.88   24.90   24.92   24.93   25.01   25.01
   25.02   25.03   25.09   25.11   25.13   25.15   25.19   25.21   25.22   25.23
   25.24   25.24   25.24   25.25   25.27   25.32   25.33   25.33   25.40   25.43
   25.51   25.56   25.57   25.60   25.61   25.65   25.68   25.71   25.74   25.76
   25.77   25.78   25.79   25.80   25.83   25.84   25.85   25.86   25.92   25.95
   25.97   26.01   26.02   26.02   26.04   26.05   26.05   26.06   26.07   26.11
   26.19   26.21   26.23   26.27   26.28   26.32   26.38   26.40   26.41   26.49
   26.50   26.52   26.57   26.58   26.61   26.62   26.63   26.70   26.71   26.71
   26.74   26.74   26.82   26.85   26.87   27.04   27.07   27.10   27.16   27.20
   27.26   27.26   27.28   27.34   27.39   27.39   27.40   27.46   27.46   27.50
   27.52   27.52   27.57   27.61   27.66   27.72   27.78   27.85   27.95   28.01
   28.02   28.03   28.05   28.06   28.07   28.20   28.22   28.23   28.23   28.32
   28.36   28.39   28.46   28.48   28.52   28.54   28.54   28.55   28.61   28.68
   28.77   28.82   28.86   28.89   28.91   28.92   28.95   29.00   29.06   29.10
   29.12   29.21   29.28   29.31   29.70   29.73   29.78   29.87   29.98   29.99
   30.10   30.15   30.19   30.19   30.21   30.26   30.41   30.42   30.42   30.44
   30.52   30.55   30.59   30.60   30.67   30.68   30.72   30.89   30.93   30.96
   31.02   31.05   31.18   31.21   31.29   31.35   31.40   31.42   31.46   31.60
   31.61   31.63   31.72   31.78   31.81   31.97   32.01   32.01   32.04   32.06
   32.13   32.17   32.25   32.26   32.37   32.38   32.41   32.44   32.51   32.77
   32.84   32.86   32.90   32.94   33.03   33.12   33.12   33.34   33.37   33.42
   33.62   33.70   33.77   34.18   34.24   34.66   34.97   34.98   35.16   35.25
   35.32   35.81   35.94   35.96   36.02   36.50   36.62   37.00   37.00   37.05
   37.24   37.24   37.27   37.37   37.40   37.51   37.69   37.72   37.77   38.48
   39.52   39.65   39.75   40.20   41.33   41.61   41.67   41.88   42.46   42.61
   42.99   43.80   44.00   46.99   47.74   47.83   51.52   53.18

DISTRIBUTION OF INPUT DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1     -3.50     1     1   0.001   0.001
       2     -0.35     2     3   0.002   0.003
       3      2.79     1     4   0.001   0.004
       4      5.94     1     5   0.001   0.004
       5      9.09     2     7   0.002   0.006
       6     12.24    11    18   0.010   0.016
       7     15.39   114   132   0.101   0.117
       8     18.54   220   352   0.195   0.312
       9     21.69   263   615   0.233   0.545
      10     24.83   257   872   0.228   0.773
      11     27.98   107   979   0.095   0.868
      12     31.13    63  1042   0.056   0.924
      13     34.28    43  1085   0.038   0.962
      14     37.43    20  1105   0.018   0.980
      15     40.58     9  1114   0.008   0.988
      16     43.73     7  1121   0.006   0.994
      17     46.88     2  1123   0.002   0.996
      18     50.03     3  1126   0.003   0.998
      19     53.18     2  1128   0.002   1.000

                                       1                             2
 Percent:   1  2  3  4  5  6  7  8  9  0  1  2  3  4  5  6  7  8  9  0
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+
       1 |              .              .              .              .
       2 |             .              .              .              .
       3 |              .              .              .              .
       4 |              .              .              .              .
       5 |             .              .              .              .
       6 |           .              .              .              .
       7 |              .              .
       8 |.
       9 |>
      10 |>
      11 | .              .              .
      12 |            .              .              .
      13 |   .              .              .              .
      14 |         .              .              .              .
      15 |            .              .              .              .
      16 |            .              .              .              .
      17 |             .              .              .              .
      18 |             .              .              .              .
      19 |             .              .              .              .
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+

GOODNESS-OF-FIT TO GAUSSIAN DISTRIBUTION

                                 Value    Prob
Coefficient of skewness:         0.881   0.000
Coefficient of kurtosis:         2.904   0.000
Anderson-Darling's Asquare:     13.882   0.000
Cramer-von Mises's Wsquare:      2.150   0.000
Kolmogorov-Smirnov's Dmax:       0.081   0.000

ESTIMATES OF REFERENCE LIMITS AND THEIR CONFIDENCE INTERVALS

Non-parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       12.58        12.28 ..   13.11
        0.975       37.20        35.32 ..   37.77

Bootstrap estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       12.63        12.27 ..   13.00
        0.975       36.94        35.71 ..   38.17

Parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       10.31         9.73 ..   10.89
        0.975       35.53        34.55 ..   36.56
     ==> Transformed distribution is not Gaussian
     ==> Parametric estimates may be unreliable

Parametric estimation: TRANSFORMATION DETAILS

Mean of original data                              21.7268
St.dev. of original data                            6.1723
Parameter of expo-transform                        -0.1352
Mean of expo-transformed data                      -0.0654
St.dev. of expo-transformed data                    0.9668
Coeff. of skewness of expo-transformed data        -0.0025
Coeff. of kurtosis of expo-transformed data         3.3853
Parameter of modu-transform                         0.3202
Mean of modu-transformed data                      -0.0095
St.dev. of modu-transformed data                    0.6919
Coeff. of skewness of modu-transformed data         0.1889
Coeff. of kurtosis of modu-transformed data         0.0033
Anderson-Darling's Asq of modu-transformed data     3.7524
Probability of Asq                                  0.0000

DISTRIBUTION OF TRANSFORMED DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1    -2.579     1     1   0.001   0.001
       2    -2.321     2     3   0.002   0.003
       3    -2.063     1     4   0.001   0.004
       4    -1.805     0     4   0.000   0.004
       5    -1.547     2     6   0.002   0.005
       6    -1.289     3     9   0.003   0.008
       7    -1.031    44    53   0.039   0.047
       8    -0.773    97   150   0.086   0.133
       9    -0.515   156   306   0.138   0.271
      10    -0.257   148   454   0.131   0.402
      11     0.000   139   593   0.123   0.526
      12     0.258   130   723   0.115   0.641
      13     0.516   160   883   0.142   0.783
      14     0.774    91   974   0.081   0.863
      15     1.032    63  1037   0.056   0.919
      16     1.290    48  1085   0.043   0.962
      17     1.548    25  1110   0.022   0.984
      18     1.806    13  1123   0.012   0.996
      19     2.064     5  1128   0.004   1.000

                                       1                             2
 Percent:   1  2  3  4  5  6  7  8  9  0  1  2  3  4  5  6  7  8  9  0
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+
       1 |              .              .              .              .
       2 |             .              .              .              .
       3 |              .              .              .              .
       4 |              .              .              .              .
       5 |             .              .              .              .
       6 |             .              .              .              .
       7 |  .              .              .              .
       8 |   .              .              .
       9 |   .              .
      10 |     .              .
      11 |       .              .
      12 |         .              .
      13 | .              .
      14 |     .              .              .
      15 |            .              .              .
      16 | .              .              .              .
      17 |       .              .              .              .
      18 |           .              .              .              .
      19 |             .              .              .              .
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+

End of run #7

 
RUN #8 at 16.05.2003 15:36:09
RefVal Version 4.0
Data file: C:\LAK_lsd\astm.txt
1012 reference values read from file

LISTING OF SORTED INPUT DATA

  -13.90   -0.78    1.94    8.75    8.78    9.63    9.76    9.99   10.24   10.63
   10.86   11.01   12.13   12.41   12.74   13.00   13.03   13.06   13.14   13.22
   13.38   13.63   13.67   13.92   13.93   13.94   13.95   14.27   14.31   14.35
   14.68   14.93   14.97   15.03   15.06   15.38   15.47   15.48   15.62   15.66
   15.86   15.88   16.04   16.05   16.07   16.13   16.15   16.15   16.16   16.27
   16.28   16.29   16.33   16.45   16.48   16.49   16.52   16.52   16.52   16.55
   16.57   16.58   16.62   16.62   16.63   16.68   16.75   16.78   16.79   16.79
   16.85   16.87   16.94   17.02   17.09   17.13   17.15   17.16   17.17   17.19
   17.20   17.23   17.30   17.30   17.39   17.41   17.48   17.49   17.52   17.54
   17.55   17.56   17.61   17.62   17.72   17.74   17.75   17.79   17.80   17.80
   17.82   17.86   17.90   17.91   17.92   17.92   17.92   17.93   17.95   17.97
   17.99   18.00   18.00   18.01   18.01   18.01   18.03   18.04   18.08   18.12
   18.13   18.14   18.16   18.17   18.22   18.27   18.27   18.29   18.30   18.31
   18.32   18.33   18.36   18.40   18.41   18.42   18.47   18.48   18.49   18.51
   18.55   18.56   18.56   18.56   18.59   18.59   18.62   18.62   18.62   18.68
   18.69   18.71   18.75   18.77   18.79   18.80   18.81   18.84   18.86   18.86
   18.89   18.89   18.90   18.94   18.97   19.01   19.03   19.03   19.03   19.14
   19.14   19.15   19.18   19.18   19.25   19.29   19.39   19.41   19.44   19.45
   19.46   19.46   19.46   19.55   19.56   19.57   19.58   19.59   19.60   19.61
   19.63   19.67   19.70   19.74   19.74   19.77   19.79   19.80   19.85   19.86
   19.87   19.89   19.90   19.91   19.93   19.95   20.00   20.02   20.04   20.06
   20.06   20.12   20.13   20.14   20.20   20.20   20.21   20.24   20.24   20.25
   20.28   20.28   20.30   20.32   20.33   20.34   20.36   20.37   20.39   20.39
   20.39   20.41   20.43   20.47   20.47   20.48   20.51   20.51   20.52   20.54
   20.55   20.56   20.56   20.56   20.57   20.59   20.63   20.63   20.63   20.68
   20.70   20.72   20.72   20.73   20.73   20.77   20.78   20.79   20.83   20.87
   20.87   20.90   20.91   20.95   20.98   20.98   20.99   21.01   21.01   21.02
   21.02   21.03   21.04   21.07   21.16   21.23   21.25   21.28   21.32   21.33
   21.33   21.34   21.36   21.36   21.37   21.40   21.41   21.44   21.46   21.46
   21.50   21.50   21.57   21.61   21.63   21.64   21.67   21.67   21.68   21.71
   21.72   21.74   21.77   21.77   21.78   21.79   21.81   21.82   21.83   21.83
   21.84   21.84   21.87   21.89   21.90   21.92   21.93   21.98   22.01   22.02
   22.03   22.05   22.06   22.09   22.10   22.11   22.11   22.12   22.12   22.12
   22.13   22.14   22.15   22.16   22.17   22.18   22.18   22.20   22.22   22.25
   22.26   22.27   22.28   22.29   22.31   22.34   22.34   22.34   22.39   22.41
   22.41   22.43   22.47   22.48   22.48   22.54   22.56   22.57   22.57   22.57
   22.61   22.62   22.65   22.67   22.72   22.72   22.74   22.74   22.75   22.77
   22.77   22.80   22.80   22.81   22.84   22.87   22.87   22.88   22.88   22.89
   22.90   22.91   22.91   22.93   22.96   22.96   22.97   22.97   22.98   23.00
   23.02   23.04   23.04   23.05   23.05   23.05   23.07   23.07   23.08   23.15
   23.16   23.18   23.19   23.20   23.22   23.26   23.27   23.29   23.30   23.30
   23.31   23.32   23.33   23.34   23.34   23.43   23.44   23.45   23.46   23.46
   23.48   23.48   23.49   23.50   23.51   23.52   23.52   23.54   23.54   23.55
   23.57   23.60   23.61   23.64   23.64   23.65   23.65   23.66   23.66   23.68
   23.72   23.73   23.74   23.74   23.75   23.75   23.77   23.78   23.79   23.81
   23.82   23.83   23.84   23.85   23.85   23.86   23.86   23.86   23.86   23.92
   23.93   23.94   23.95   23.95   23.97   24.00   24.01   24.02   24.04   24.05
   24.05   24.06   24.07   24.09   24.10   24.11   24.12   24.12   24.13   24.13
   24.15   24.15   24.15   24.18   24.19   24.19   24.21   24.22   24.24   24.25
   24.26   24.27   24.28   24.29   24.30   24.32   24.32   24.32   24.32   24.33
   24.33   24.34   24.34   24.34   24.35   24.39   24.42   24.42   24.43   24.45
   24.46   24.46   24.47   24.47   24.48   24.49   24.57   24.58   24.58   24.62
   24.63   24.66   24.69   24.69   24.72   24.73   24.82   24.82   24.84   24.85
   24.86   24.87   24.88   24.90   24.90   24.93   24.94   24.97   24.98   25.04
   25.07   25.08   25.08   25.09   25.11   25.12   25.13   25.15   25.15   25.17
   25.17   25.20   25.22   25.23   25.24   25.25   25.25   25.26   25.27   25.27
   25.29   25.29   25.29   25.31   25.34   25.35   25.36   25.36   25.41   25.42
   25.42   25.43   25.44   25.46   25.49   25.51   25.54   25.58   25.58   25.64
   25.67   25.69   25.70   25.72   25.72   25.73   25.77   25.78   25.78   25.79
   25.81   25.81   25.93   25.94   25.97   25.97   26.01   26.03   26.04   26.05
   26.06   26.07   26.14   26.17   26.17   26.20   26.21   26.21   26.22   26.22
   26.24   26.24   26.26   26.29   26.30   26.34   26.35   26.35   26.37   26.39
   26.40   26.41   26.44   26.48   26.48   26.49   26.50   26.51   26.56   26.58
   26.63   26.65   26.65   26.66   26.68   26.73   26.79   26.82   26.85   26.85
   26.85   26.86   26.87   27.00   27.02   27.05   27.05   27.08   27.09   27.10
   27.10   27.13   27.13   27.14   27.16   27.16   27.18   27.19   27.20   27.22
   27.23   27.24   27.26   27.29   27.32   27.32   27.33   27.35   27.35   27.39
   27.39   27.39   27.40   27.41   27.43   27.46   27.48   27.58   27.59   27.65
   27.65   27.65   27.67   27.67   27.68   27.68   27.69   27.69   27.70   27.71
   27.71   27.72   27.74   27.75   27.79   27.82   27.82   27.86   27.91   27.91
   27.92   27.95   27.96   27.96   27.96   28.04   28.05   28.09   28.10   28.11
   28.13   28.13   28.14   28.15   28.16   28.19   28.19   28.24   28.25   28.27
   28.27   28.29   28.29   28.30   28.32   28.37   28.38   28.39   28.40   28.41
   28.49   28.50   28.57   28.59   28.64   28.67   28.68   28.68   28.69   28.70
   28.71   28.77   28.82   28.85   28.86   28.88   28.88   28.89   28.93   28.94
   29.01   29.03   29.07   29.09   29.09   29.14   29.20   29.31   29.31   29.35
   29.36   29.38   29.43   29.45   29.47   29.50   29.50   29.51   29.51   29.54
   29.61   29.63   29.65   29.72   29.83   29.92   29.95   29.96   29.98   30.06
   30.08   30.10   30.12   30.12   30.15   30.17   30.24   30.27   30.29   30.30
   30.33   30.34   30.37   30.39   30.40   30.43   30.44   30.45   30.50   30.52
   30.62   30.64   30.67   30.75   30.76   30.82   30.84   30.96   30.99   31.01
   31.01   31.05   31.09   31.12   31.17   31.18   31.22   31.23   31.28   31.30
   31.33   31.33   31.41   31.43   31.53   31.57   31.58   31.62   31.65   31.70
   31.70   31.76   31.76   31.82   31.90   31.90   31.98   32.00   32.01   32.04
   32.16   32.20   32.29   32.30   32.38   32.41   32.51   32.53   32.53   32.57
   32.57   32.58   32.59   32.60   32.61   32.63   32.65   32.68   32.70   32.73
   32.75   32.78   32.78   32.81   32.81   32.83   32.95   32.97   33.05   33.05
   33.15   33.15   33.24   33.25   33.32   33.36   33.41   33.44   33.46   33.48
   33.55   33.68   33.74   33.82   33.89   33.92   33.93   34.06   34.07   34.28
   34.29   34.41   34.53   34.77   34.79   34.79   34.82   34.82   34.85   35.02
   35.06   35.08   35.13   35.18   35.25   35.27   35.33   35.36   35.39   35.47
   35.48   35.52   35.58   35.62   35.62   35.65   35.67   35.73   35.77   35.80
   35.94   35.97   36.16   36.25   36.34   36.53   36.69   36.79   36.80   36.80
   36.82   36.84   37.20   37.40   37.47   37.62   37.73   37.93   38.02   38.14
   38.28   38.32   38.39   38.48   38.54   38.57   38.59   38.66   38.69   38.79
   39.34   39.43   39.49   39.50   39.52   39.55   39.57   39.82   39.82   39.98
   40.03   40.12   40.33   40.38   40.38   40.43   40.54   40.55   40.61   40.92
   40.93   41.17   41.26   41.96   42.68   42.71   42.83   42.97   43.35   43.41
   43.46   43.50   43.50   43.93   44.21   44.44   44.51   44.83   44.95   45.02
   45.21   45.31   46.37   46.97   47.14   47.25   47.57   47.72   49.21   50.05
   51.18   51.61   52.04   55.70   56.75   60.08   60.58   60.66   63.62   67.73
   68.50   74.57

DISTRIBUTION OF INPUT DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1     -9.23     1     1   0.001   0.001
       2     -4.58     0     1   0.000   0.001
       3      0.07     1     2   0.001   0.002
       4      4.73     1     3   0.001   0.003
       5      9.38     2     5   0.002   0.005
       6     14.04    22    27   0.022   0.027
       7     18.69   124   151   0.123   0.149
       8     23.35   264   415   0.261   0.410
       9     28.01   290   705   0.287   0.697
      10     32.66   152   857   0.150   0.847
      11     37.32    76   933   0.075   0.922
      12     41.98    41   974   0.041   0.962
      13     46.63    19   993   0.019   0.981
      14     51.29     8  1001   0.008   0.989
      15     55.94     3  1004   0.003   0.992
      16     60.60     3  1007   0.003   0.995
      17     65.26     2  1009   0.002   0.997
      18     69.91     2  1011   0.002   0.999
      19     74.57     1  1012   0.001   1.000

                                       1                             2
 Percent:   1  2  3  4  5  6  7  8  9  0  1  2  3  4  5  6  7  8  9  0
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+
       1 |              .              .              .              .
       2 |              .              .              .              .
       3 |              .              .              .              .
       4 |              .              .              .              .
       5 |             .              .              .              .
       6 |       .              .              .              .
       7 |       .              .
       8 |>
       9 |>
      10 |              .
      11 |      .              .              .
      12 |  .              .              .              .
      13 |        .              .              .              .
      14 |            .              .              .              .
      15 |             .              .              .              .
      16 |             .              .              .              .
      17 |             .              .              .              .
      18 |             .              .              .              .
      19 |              .              .              .              .
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+

GOODNESS-OF-FIT TO GAUSSIAN DISTRIBUTION

                                 Value    Prob
Coefficient of skewness:         1.255   0.000
Coefficient of kurtosis:         4.916   0.000
Anderson-Darling's Asquare:     17.180   0.000
Cramer-von Mises's Wsquare:      2.947   0.000
Kolmogorov-Smirnov's Dmax:       0.094   0.000

ESTIMATES OF REFERENCE LIMITS AND THEIR CONFIDENCE INTERVALS

Non-parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       13.93        13.03 ..   15.06
        0.975       44.73        42.97 ..   47.25

Bootstrap estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       13.99        13.01 ..   14.97
        0.975       44.74        42.78 ..   46.70

Parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       11.41        10.61 ..   12.19
        0.975       43.52        42.10 ..   45.02
     ==> Transformed distribution is not Gaussian
     ==> Parametric estimates may be unreliable

Parametric estimation: TRANSFORMATION DETAILS

Mean of original data                              25.8219
St.dev. of original data                            7.9951
Parameter of expo-transform                        -0.1560
Mean of expo-transformed data                      -0.0740
St.dev. of expo-transformed data                    0.9457
Coeff. of skewness of expo-transformed data         0.0010
Coeff. of kurtosis of expo-transformed data         5.0279
Parameter of modu-transform                         0.2398
Mean of modu-transformed data                      -0.0139
St.dev. of modu-transformed data                    0.6609
Coeff. of skewness of modu-transformed data         0.2525
Coeff. of kurtosis of modu-transformed data        -0.0089
Anderson-Darling's Asq of modu-transformed data     4.1898
Probability of Asq                                  0.0000

DISTRIBUTION OF TRANSFORMED DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1    -2.607     1     1   0.001   0.001
       2    -2.349     0     1   0.000   0.001
       3    -2.091     1     2   0.001   0.002
       4    -1.833     1     3   0.001   0.003
       5    -1.575     0     3   0.000   0.003
       6    -1.318     9    12   0.009   0.012
       7    -1.060    18    30   0.018   0.030
       8    -0.802    65    95   0.064   0.094
       9    -0.544   140   235   0.138   0.232
      10    -0.286   146   381   0.144   0.376
      11    -0.029   158   539   0.156   0.533
      12     0.228   112   651   0.111   0.643
      13     0.486   123   774   0.122   0.765
      14     0.744    98   872   0.097   0.862
      15     1.002    62   934   0.061   0.923
      16     1.260    44   978   0.043   0.966
      17     1.517    22  1000   0.022   0.988
      18     1.775     6  1006   0.006   0.994
      19     2.033     6  1012   0.006   1.000

                                       1                             2
 Percent:   1  2  3  4  5  6  7  8  9  0  1  2  3  4  5  6  7  8  9  0
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+
       1 |              .              .              .              .
       2 |              .              .              .              .
       3 |              .              .              .              .
       4 |              .              .              .              .
       5 |              .              .              .              .
       6 |           .              .              .              .
       7 |         .              .              .              .
       8 |          .              .              .
       9 |  .              .
      10 | .              .
      11 |            .
      12 |           .              .
      13 |        .              .
      14 |.              .              .
      15 |           .              .              .
      16 | .              .              .              .
      17 |       .              .              .              .
      18 |            .              .              .              .
      19 |            .              .              .              .
         +--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+--+

End of run #8