RUN #4 at 16.05.2003 15:34:57
RefVal Version 4.0
Data file: C:\LAK_lsd\altf.txt
1220 reference values read from file

LISTING OF SORTED INPUT DATA

    0.53    3.13    3.95    4.19    4.59    4.63    4.76    4.83    4.90    5.12
    5.25    5.63    5.81    6.15    6.31    6.36    6.53    6.53    6.61    6.62
    6.66    6.67    6.87    7.11    7.51    7.55    7.64    7.84    7.86    7.87
    7.94    7.94    8.07    8.14    8.15    8.23    8.25    8.28    8.40    8.46
    8.51    8.51    8.61    8.67    8.72    8.78    8.79    8.92    8.94    9.00
    9.01    9.04    9.07    9.09    9.10    9.18    9.19    9.22    9.30    9.31
    9.33    9.35    9.40    9.41    9.55    9.58    9.71    9.75    9.79    9.80
    9.83    9.84    9.85    9.99    9.99   10.03   10.05   10.07   10.09   10.15
   10.15   10.18   10.22   10.22   10.23   10.24   10.25   10.25   10.28   10.31
   10.41   10.42   10.43   10.46   10.48   10.48   10.50   10.50   10.51   10.54
   10.58   10.59   10.68   10.68   10.74   10.75   10.77   10.78   10.81   10.88
   10.91   10.91   10.92   10.95   10.96   10.97   10.98   10.99   10.99   11.07
   11.11   11.14   11.18   11.18   11.22   11.29   11.31   11.35   11.38   11.40
   11.40   11.41   11.48   11.49   11.51   11.51   11.52   11.53   11.54   11.54
   11.56   11.56   11.59   11.61   11.68   11.70   11.75   11.82   11.83   11.85
   11.86   11.91   11.92   11.94   11.96   11.97   11.98   11.99   12.00   12.03
   12.05   12.06   12.08   12.08   12.17   12.19   12.19   12.21   12.21   12.22
   12.23   12.25   12.25   12.28   12.28   12.28   12.30   12.31   12.31   12.32
   12.34   12.40   12.46   12.46   12.47   12.48   12.54   12.58   12.60   12.60
   12.60   12.70   12.71   12.74   12.79   12.86   12.87   12.93   12.94   12.95
   12.97   12.97   12.99   13.01   13.02   13.02   13.07   13.07   13.13   13.14
   13.15   13.20   13.23   13.25   13.25   13.25   13.25   13.25   13.26   13.26
   13.28   13.28   13.29   13.30   13.33   13.33   13.36   13.37   13.37   13.39
   13.41   13.43   13.43   13.45   13.49   13.50   13.52   13.54   13.55   13.56
   13.58   13.60   13.60   13.61   13.61   13.62   13.65   13.65   13.66   13.68
   13.68   13.69   13.69   13.69   13.71   13.73   13.75   13.76   13.76   13.77
   13.79   13.79   13.79   13.81   13.88   13.90   13.91   13.93   13.93   13.93
   13.94   13.96   13.98   13.98   14.00   14.01   14.04   14.04   14.09   14.10
   14.10   14.12   14.12   14.15   14.16   14.16   14.18   14.18   14.20   14.20
   14.22   14.23   14.28   14.28   14.29   14.30   14.33   14.35   14.36   14.38
   14.39   14.40   14.40   14.42   14.42   14.43   14.44   14.44   14.44   14.45
   14.46   14.47   14.49   14.50   14.51   14.54   14.54   14.55   14.56   14.56
   14.62   14.64   14.64   14.65   14.66   14.68   14.68   14.68   14.69   14.72
   14.72   14.73   14.74   14.75   14.77   14.79   14.79   14.82   14.83   14.87
   14.89   14.89   14.89   14.90   14.94   14.99   14.99   15.00   15.01   15.02
   15.04   15.04   15.07   15.09   15.10   15.11   15.13   15.15   15.16   15.17
   15.19   15.20   15.21   15.21   15.21   15.23   15.24   15.28   15.32   15.32
   15.32   15.33   15.34   15.34   15.37   15.40   15.40   15.44   15.44   15.45
   15.46   15.47   15.47   15.47   15.48   15.48   15.49   15.49   15.52   15.52
   15.57   15.58   15.62   15.63   15.66   15.66   15.66   15.67   15.70   15.71
   15.72   15.73   15.73   15.73   15.75   15.80   15.83   15.84   15.85   15.87
   15.89   15.90   15.96   15.97   15.98   16.00   16.01   16.02   16.07   16.07
   16.08   16.08   16.09   16.09   16.09   16.11   16.11   16.12   16.12   16.13
   16.14   16.14   16.15   16.17   16.18   16.20   16.20   16.20   16.20   16.22
   16.22   16.27   16.28   16.28   16.29   16.29   16.30   16.30   16.30   16.31
   16.31   16.32   16.38   16.39   16.39   16.40   16.40   16.40   16.41   16.41
   16.41   16.42   16.43   16.45   16.45   16.48   16.49   16.50   16.51   16.54
   16.56   16.59   16.60   16.60   16.61   16.63   16.64   16.65   16.66   16.67
   16.67   16.68   16.69   16.70   16.70   16.71   16.72   16.76   16.76   16.77
   16.84   16.84   16.86   16.87   16.89   16.90   16.90   16.91   16.92   16.92
   16.93   16.93   16.96   16.96   16.98   17.01   17.01   17.02   17.04   17.05
   17.06   17.08   17.09   17.09   17.11   17.12   17.12   17.14   17.14   17.15
   17.19   17.20   17.22   17.25   17.26   17.30   17.32   17.33   17.36   17.39
   17.41   17.41   17.42   17.43   17.43   17.43   17.46   17.49   17.53   17.54
   17.54   17.54   17.55   17.56   17.58   17.58   17.58   17.58   17.61   17.61
   17.62   17.63   17.64   17.64   17.66   17.67   17.68   17.68   17.69   17.71
   17.71   17.71   17.73   17.74   17.76   17.78   17.79   17.80   17.81   17.81
   17.81   17.82   17.84   17.88   17.89   17.91   17.92   17.92   17.93   17.94
   17.94   17.96   17.96   17.99   18.05   18.06   18.07   18.08   18.09   18.10
   18.10   18.12   18.12   18.14   18.16   18.17   18.17   18.19   18.20   18.24
   18.25   18.25   18.26   18.30   18.32   18.35   18.38   18.39   18.40   18.41
   18.44   18.49   18.55   18.59   18.59   18.63   18.63   18.64   18.65   18.68
   18.69   18.70   18.70   18.71   18.76   18.83   18.84   18.86   18.86   18.87
   18.87   18.88   18.88   18.92   18.92   18.94   18.98   19.01   19.02   19.03
   19.05   19.07   19.07   19.13   19.16   19.17   19.18   19.20   19.20   19.23
   19.26   19.26   19.27   19.29   19.30   19.31   19.32   19.34   19.42   19.48
   19.48   19.49   19.49   19.50   19.51   19.56   19.57   19.58   19.63   19.64
   19.65   19.65   19.71   19.71   19.71   19.71   19.71   19.74   19.76   19.77
   19.77   19.77   19.77   19.78   19.79   19.80   19.81   19.82   19.85   19.88
   19.89   19.90   19.93   19.94   19.95   19.98   19.99   20.01   20.01   20.01
   20.01   20.02   20.04   20.05   20.06   20.10   20.10   20.15   20.15   20.16
   20.16   20.17   20.17   20.18   20.19   20.19   20.20   20.22   20.28   20.30
   20.30   20.31   20.33   20.34   20.34   20.36   20.38   20.39   20.39   20.40
   20.41   20.42   20.44   20.45   20.46   20.48   20.48   20.49   20.60   20.61
   20.64   20.69   20.70   20.76   20.80   20.81   20.84   20.85   20.85   20.86
   20.87   20.89   20.89   20.92   20.93   20.93   20.96   20.98   20.99   21.01
   21.01   21.01   21.07   21.08   21.09   21.11   21.11   21.12   21.13   21.13
   21.14   21.15   21.18   21.18   21.19   21.19   21.23   21.23   21.23   21.25
   21.32   21.32   21.38   21.38   21.41   21.42   21.43   21.44   21.45   21.45
   21.46   21.48   21.50   21.51   21.52   21.53   21.54   21.56   21.58   21.61
   21.65   21.66   21.67   21.67   21.68   21.71   21.74   21.77   21.78   21.83
   21.84   21.84   21.88   21.89   21.93   21.93   21.93   21.94   21.94   21.96
   21.96   21.97   21.97   21.98   22.00   22.00   22.01   22.01   22.07   22.12
   22.12   22.12   22.14   22.16   22.18   22.25   22.29   22.30   22.32   22.34
   22.36   22.37   22.41   22.41   22.43   22.49   22.52   22.57   22.61   22.65
   22.68   22.68   22.68   22.72   22.72   22.73   22.74   22.77   22.79   22.85
   22.86   22.87   22.90   22.94   22.95   23.00   23.03   23.05   23.06   23.09
   23.10   23.10   23.10   23.12   23.15   23.16   23.18   23.20   23.21   23.22
   23.24   23.24   23.25   23.27   23.29   23.29   23.29   23.32   23.33   23.37
   23.40   23.41   23.43   23.43   23.44   23.45   23.45   23.49   23.50   23.53
   23.55   23.55   23.55   23.56   23.56   23.59   23.59   23.61   23.61   23.65
   23.66   23.68   23.69   23.70   23.75   23.78   23.81   23.82   23.83   23.85
   23.86   23.88   23.88   23.88   23.93   23.94   23.95   23.97   23.99   24.00
   24.02   24.03   24.07   24.14   24.14   24.16   24.17   24.18   24.19   24.19
   24.22   24.23   24.24   24.27   24.28   24.28   24.31   24.34   24.36   24.39
   24.41   24.42   24.46   24.51   24.59   24.60   24.66   24.69   24.72   24.74
   24.76   24.77   24.78   24.78   24.80   24.80   24.82   24.85   24.88   24.89
   24.92   24.94   24.98   24.98   25.01   25.02   25.03   25.08   25.13   25.14
   25.26   25.27   25.31   25.34   25.36   25.38   25.39   25.40   25.42   25.42
   25.46   25.55   25.55   25.57   25.59   25.63   25.66   25.66   25.67   25.69
   25.73   25.77   25.82   25.85   25.88   25.90   25.91   25.93   25.99   26.05
   26.07   26.14   26.19   26.26   26.28   26.35   26.37   26.41   26.42   26.45
   26.45   26.50   26.58   26.64   26.65   26.66   26.74   26.83   26.83   26.84
   26.86   26.89   26.93   26.96   26.96   26.97   27.01   27.01   27.04   27.05
   27.05   27.19   27.22   27.28   27.33   27.40   27.40   27.40   27.44   27.55
   27.57   27.62   27.63   27.67   27.67   27.67   27.71   27.97   27.99   28.01
   28.04   28.06   28.09   28.12   28.14   28.16   28.19   28.24   28.47   28.57
   28.59   28.63   28.82   28.87   28.99   29.02   29.02   29.04   29.08   29.11
   29.16   29.19   29.25   29.27   29.38   29.39   29.43   29.50   29.67   29.68
   29.76   29.81   29.91   29.91   29.95   29.97   30.03   30.06   30.10   30.18
   30.31   30.36   30.51   30.68   30.69   30.85   30.85   30.98   31.04   31.31
   31.31   31.32   31.37   31.49   31.51   31.53   31.59   31.67   31.81   31.85
   31.96   32.14   32.16   32.17   32.41   32.42   32.45   32.55   32.64   32.70
   32.88   32.94   33.04   33.06   33.14   33.19   33.27   33.27   33.31   33.33
   33.34   33.55   33.65   33.99   34.09   34.10   34.14   34.23   34.54   34.91
   35.02   35.44   35.46   35.50   35.56   35.60   35.65   36.48   36.58   36.63
   36.78   37.16   37.19   37.45   37.51   37.74   38.36   38.54   39.39   39.72
   39.77   39.87   40.45   40.68   41.05   41.28   41.30   41.97   42.04   42.51
   43.06   43.33   43.45   43.82   43.84   44.16   44.21   44.68   44.86   45.47
   45.75   46.24   46.67   46.71   47.08   47.64   48.32   49.18   49.36   50.33
   50.88   51.65   51.89   54.60   54.74   54.89   55.01   55.90   56.09   58.40
   58.78   60.33   62.22   62.45   64.31   65.56   67.89   69.78   74.93   76.82

DISTRIBUTION OF INPUT DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1      4.55     4     4   0.003   0.003
       2      8.56    38    42   0.031   0.034
       3     12.58   146   188   0.120   0.154
       4     16.59   284   472   0.233   0.387
       5     20.61   268   740   0.220   0.607
       6     24.62   216   956   0.177   0.784
       7     28.64   116  1072   0.095   0.879
       8     32.65    57  1129   0.047   0.925
       9     36.67    31  1160   0.025   0.951
      10     40.68    14  1174   0.011   0.962
      11     44.70    14  1188   0.011   0.974
      12     48.71     9  1197   0.007   0.981
      13     52.73     6  1203   0.005   0.986
      14     56.74     6  1209   0.005   0.991
      15     60.76     3  1212   0.002   0.993
      16     64.77     3  1215   0.002   0.996
      17     68.79     2  1217   0.002   0.998
      18     72.80     1  1218   0.001   0.998
      19     76.82     2  1220   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:         1.919   0.000
Coefficient of kurtosis:         6.287   0.000
Anderson-Darling's Asquare:     32.085   0.000
Cramer-von Mises's Wsquare:      5.216   0.000
Kolmogorov-Smirnov's Dmax:       0.104   0.000

ESTIMATES OF REFERENCE LIMITS AND THEIR CONFIDENCE INTERVALS

Non-parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025        7.91         6.67 ..    8.51
        0.975       45.60        42.51 ..   49.36

Bootstrap estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025        7.86         7.09 ..    8.63
        0.975       45.74        42.43 ..   49.05

Parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025        7.72         7.34 ..    8.10
        0.975       42.33        40.47 ..   44.39

Parametric estimation: TRANSFORMATION DETAILS

Mean of original data                              20.2123
St.dev. of original data                            9.2039
Parameter of expo-transform                        -0.4353
Mean of expo-transformed data                      -0.1801
St.dev. of expo-transformed data                    0.8366
Coeff. of skewness of expo-transformed data        -0.0047
Coeff. of kurtosis of expo-transformed data         0.2988
Parameter of modu-transform                         0.8202
Mean of modu-transformed data                      -0.0004
St.dev. of modu-transformed data                    0.9082
Coeff. of skewness of modu-transformed data         0.0047
Coeff. of kurtosis of modu-transformed data        -0.0068
Anderson-Darling's Asq of modu-transformed data     0.4599
Probability of Asq                                  1.0000

DISTRIBUTION OF TRANSFORMED DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1    -3.045     1     1   0.001   0.001
       2    -2.742     0     1   0.000   0.001
       3    -2.439     3     4   0.002   0.003
       4    -2.137     9    13   0.007   0.011
       5    -1.834    11    24   0.009   0.020
       6    -1.531    28    52   0.023   0.043
       7    -1.228    52   104   0.043   0.085
       8    -0.926    82   186   0.067   0.152
       9    -0.623   115   301   0.094   0.247
      10    -0.320   154   455   0.126   0.373
      11    -0.018   156   611   0.128   0.501
      12     0.284   134   745   0.110   0.611
      13     0.587   155   900   0.127   0.738
      14     0.890   127  1027   0.104   0.842
      15     1.192    78  1105   0.064   0.906
      16     1.495    52  1157   0.043   0.948
      17     1.798    23  1180   0.019   0.967
      18     2.101    23  1203   0.019   0.986
      19     2.403    17  1220   0.014   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 #4

 
RUN #5 at 16.05.2003 15:35:05
RefVal Version 4.0
Data file: C:\LAK_lsd\altm.txt
1080 reference values read from file

LISTING OF SORTED INPUT DATA

    5.81    5.86    6.14    6.36    6.38    6.76    6.93    7.06    7.45    8.00
    8.16    8.57    8.57    8.61    8.64    8.71    8.71    8.79    8.85    8.94
    9.05    9.47    9.49    9.60    9.69    9.79   10.04   10.16   10.34   10.60
   10.67   10.71   10.72   10.79   10.81   10.86   10.91   11.20   11.21   11.23
   11.34   11.37   11.40   11.68   11.74   11.79   11.89   12.01   12.04   12.12
   12.21   12.23   12.25   12.51   12.55   12.58   12.60   12.61   12.62   12.70
   12.73   12.80   12.82   12.85   12.86   12.98   13.01   13.12   13.15   13.23
   13.39   13.49   13.50   13.61   13.67   13.69   13.74   13.77   13.77   13.79
   13.80   13.80   13.82   13.82   13.84   13.94   14.07   14.08   14.10   14.10
   14.16   14.18   14.21   14.24   14.30   14.36   14.40   14.44   14.46   14.51
   14.53   14.67   14.69   14.70   14.73   14.77   14.79   14.84   14.87   14.90
   14.91   14.92   14.93   14.97   14.98   15.07   15.08   15.10   15.10   15.13
   15.17   15.22   15.23   15.25   15.31   15.43   15.44   15.45   15.45   15.47
   15.48   15.55   15.58   15.59   15.65   15.68   15.70   15.80   15.83   15.85
   15.86   15.88   15.88   15.90   15.90   15.91   15.92   15.92   15.95   15.96
   15.99   15.99   16.03   16.07   16.08   16.14   16.15   16.18   16.18   16.23
   16.27   16.31   16.32   16.37   16.42   16.48   16.48   16.52   16.52   16.55
   16.57   16.58   16.60   16.60   16.63   16.64   16.71   16.72   16.72   16.73
   16.78   16.78   16.79   16.84   16.90   16.90   16.93   16.97   16.98   16.98
   16.99   17.01   17.02   17.03   17.06   17.09   17.13   17.17   17.18   17.19
   17.20   17.20   17.20   17.21   17.24   17.28   17.30   17.30   17.30   17.31
   17.31   17.31   17.36   17.36   17.36   17.43   17.48   17.50   17.53   17.57
   17.66   17.68   17.71   17.73   17.74   17.78   17.85   17.85   17.87   17.88
   17.92   17.97   17.98   18.01   18.03   18.08   18.12   18.16   18.20   18.28
   18.30   18.35   18.36   18.38   18.40   18.46   18.49   18.52   18.52   18.54
   18.54   18.56   18.66   18.67   18.69   18.71   18.73   18.77   18.82   18.83
   18.84   18.84   18.86   18.86   18.89   18.90   18.91   18.92   18.92   18.94
   18.95   18.96   18.97   18.98   19.03   19.03   19.07   19.07   19.10   19.12
   19.13   19.14   19.26   19.27   19.30   19.33   19.39   19.39   19.42   19.43
   19.48   19.49   19.50   19.51   19.52   19.53   19.55   19.55   19.55   19.59
   19.59   19.59   19.60   19.62   19.62   19.63   19.65   19.66   19.68   19.69
   19.69   19.69   19.70   19.70   19.72   19.74   19.78   19.82   19.84   19.86
   19.86   19.88   19.91   19.91   19.93   19.95   19.97   19.97   19.97   19.97
   19.98   20.01   20.01   20.04   20.05   20.07   20.07   20.08   20.09   20.10
   20.10   20.12   20.12   20.15   20.25   20.27   20.28   20.31   20.32   20.34
   20.36   20.36   20.37   20.37   20.38   20.38   20.41   20.48   20.48   20.53
   20.54   20.54   20.56   20.58   20.60   20.61   20.62   20.63   20.66   20.66
   20.67   20.68   20.71   20.77   20.85   20.86   20.89   20.90   20.94   20.96
   21.00   21.07   21.07   21.11   21.11   21.13   21.16   21.20   21.20   21.21
   21.29   21.37   21.38   21.40   21.44   21.45   21.45   21.54   21.56   21.60
   21.62   21.68   21.69   21.69   21.71   21.73   21.74   21.75   21.75   21.76
   21.79   21.82   21.83   21.83   21.85   21.88   21.90   21.90   21.94   21.95
   21.95   21.96   22.00   22.03   22.04   22.06   22.10   22.14   22.15   22.15
   22.16   22.18   22.19   22.20   22.21   22.27   22.28   22.30   22.30   22.31
   22.31   22.33   22.40   22.40   22.41   22.42   22.43   22.43   22.46   22.51
   22.52   22.56   22.58   22.59   22.60   22.60   22.61   22.61   22.63   22.66
   22.66   22.70   22.70   22.78   22.81   22.82   22.83   22.84   22.86   22.86
   22.91   22.96   22.97   22.99   23.07   23.12   23.13   23.13   23.19   23.19
   23.21   23.21   23.23   23.26   23.26   23.26   23.30   23.30   23.34   23.34
   23.34   23.35   23.36   23.36   23.36   23.39   23.39   23.42   23.43   23.43
   23.49   23.53   23.55   23.57   23.65   23.70   23.70   23.74   23.75   23.77
   23.78   23.81   23.85   23.85   23.85   23.86   23.93   23.95   23.96   23.96
   23.97   24.08   24.13   24.14   24.15   24.17   24.26   24.30   24.34   24.36
   24.37   24.37   24.39   24.43   24.44   24.48   24.52   24.54   24.54   24.55
   24.55   24.57   24.58   24.58   24.59   24.63   24.67   24.69   24.75   24.79
   24.80   24.82   24.83   24.84   24.84   24.86   24.88   24.96   25.00   25.04
   25.05   25.08   25.10   25.13   25.17   25.18   25.19   25.23   25.28   25.30
   25.31   25.31   25.31   25.33   25.34   25.35   25.38   25.43   25.44   25.47
   25.50   25.51   25.51   25.52   25.54   25.54   25.58   25.61   25.61   25.66
   25.84   25.86   25.90   25.95   25.98   26.02   26.04   26.10   26.10   26.10
   26.12   26.16   26.17   26.18   26.24   26.27   26.31   26.33   26.39   26.39
   26.47   26.48   26.49   26.55   26.56   26.61   26.62   26.64   26.65   26.69
   26.69   26.70   26.71   26.71   26.75   26.77   26.79   26.79   26.80   26.82
   26.89   26.92   26.92   27.01   27.02   27.02   27.03   27.03   27.06   27.08
   27.09   27.11   27.12   27.12   27.15   27.18   27.20   27.20   27.21   27.21
   27.23   27.23   27.25   27.32   27.32   27.35   27.38   27.39   27.40   27.42
   27.43   27.43   27.43   27.44   27.45   27.46   27.48   27.50   27.54   27.55
   27.66   27.72   27.72   27.73   27.75   27.79   27.83   27.88   27.94   27.96
   28.01   28.02   28.03   28.08   28.14   28.16   28.16   28.17   28.27   28.32
   28.33   28.33   28.43   28.44   28.47   28.47   28.48   28.50   28.52   28.63
   28.63   28.64   28.66   28.70   28.86   28.87   28.87   28.90   28.92   28.93
   29.01   29.02   29.09   29.11   29.16   29.23   29.23   29.27   29.30   29.31
   29.39   29.40   29.43   29.48   29.52   29.56   29.59   29.70   29.74   29.79
   29.81   29.88   29.90   29.91   29.94   29.95   29.98   30.02   30.05   30.11
   30.13   30.13   30.17   30.30   30.30   30.30   30.32   30.35   30.36   30.37
   30.41   30.45   30.47   30.48   30.49   30.52   30.62   30.63   30.68   30.69
   30.71   30.77   30.77   30.79   30.80   30.80   30.81   30.84   30.86   30.88
   30.92   30.97   31.00   31.01   31.03   31.06   31.09   31.15   31.19   31.19
   31.29   31.32   31.39   31.40   31.42   31.43   31.51   31.64   31.67   31.68
   31.71   31.71   31.71   31.72   31.78   31.83   31.84   31.84   31.99   32.04
   32.09   32.20   32.22   32.24   32.37   32.42   32.46   32.46   32.61   32.85
   33.00   33.03   33.15   33.24   33.34   33.37   33.42   33.43   33.45   33.46
   33.50   33.61   33.69   33.71   33.73   33.81   33.84   33.85   33.95   33.98
   34.00   34.07   34.11   34.23   34.24   34.36   34.45   34.53   34.56   34.64
   34.71   34.80   34.92   34.97   34.98   35.00   35.01   35.02   35.05   35.07
   35.15   35.18   35.19   35.24   35.27   35.32   35.41   35.43   35.46   35.47
   35.50   35.51   35.53   35.55   35.56   35.57   35.58   35.78   35.82   35.83
   35.93   35.99   36.03   36.10   36.10   36.22   36.46   36.47   36.52   36.59
   36.60   36.71   36.71   36.73   36.86   36.92   37.13   37.19   37.43   37.47
   37.51   37.59   37.75   37.76   37.86   37.88   38.05   38.05   38.23   38.32
   38.32   38.41   38.55   38.56   38.73   38.86   38.93   39.07   39.10   39.13
   39.34   39.55   39.56   39.68   39.80   39.86   39.96   40.08   40.17   40.28
   40.34   40.55   40.61   40.62   40.68   40.72   40.94   40.96   40.99   41.00
   41.07   41.18   41.21   41.23   41.24   41.32   41.48   41.53   41.57   41.72
   41.86   42.41   42.66   42.67   42.71   42.74   42.80   42.82   43.04   43.34
   43.40   43.40   43.45   43.50   43.50   43.56   43.73   43.86   43.90   43.91
   43.91   44.06   44.30   44.38   44.53   44.58   44.78   44.87   44.89   45.22
   45.48   45.57   45.98   46.00   46.11   46.36   46.44   46.59   46.67   47.09
   47.10   47.50   47.76   47.86   47.96   48.04   48.28   48.36   48.44   48.62
   48.76   48.81   48.92   48.99   49.23   49.29   49.32   49.34   49.51   49.78
   49.80   49.80   49.93   50.48   50.67   50.85   50.87   51.04   51.11   51.45
   51.51   51.58   51.80   52.63   52.70   52.76   52.82   52.85   53.27   53.33
   53.73   53.80   53.92   54.16   55.20   55.76   55.99   56.78   56.82   57.05
   57.15   57.26   57.40   57.42   57.51   57.58   57.87   58.02   58.05   59.20
   61.65   62.82   63.01   63.47   63.50   63.56   63.88   64.26   64.44   65.62
   65.89   66.02   67.52   68.08   68.47   69.92   70.17   71.21   71.32   71.70
   72.91   73.61   78.58   80.78   81.00   82.87   82.93   86.33   91.34   92.07
   92.90   93.32   93.98   95.23   96.72   96.90  117.84  122.18  123.04  127.47

DISTRIBUTION OF INPUT DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1     12.21    51    51   0.047   0.047
       2     18.62   201   252   0.186   0.233
       3     25.02   307   559   0.284   0.518
       4     31.42   226   785   0.209   0.727
       5     37.83   109   894   0.101   0.828
       6     44.23    68   962   0.063   0.891
       7     50.63    42  1004   0.039   0.930
       8     57.04    25  1029   0.023   0.953
       9     63.44    14  1043   0.013   0.966
      10     69.84    12  1055   0.011   0.977
      11     76.24     7  1062   0.006   0.983
      12     82.65     3  1065   0.003   0.986
      13     89.05     3  1068   0.003   0.989
      14     95.45     6  1074   0.006   0.994
      15    101.86     2  1076   0.002   0.996
      16    108.26     0  1076   0.000   0.996
      17    114.66     0  1076   0.000   0.996
      18    121.07     1  1077   0.001   0.997
      19    127.47     3  1080   0.003   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:         2.300   0.000
Coefficient of kurtosis:         8.432   0.000
Anderson-Darling's Asquare:     43.120   0.000
Cramer-von Mises's Wsquare:      7.623   0.000
Kolmogorov-Smirnov's Dmax:       0.141   0.000

ESTIMATES OF REFERENCE LIMITS AND THEIR CONFIDENCE INTERVALS

Non-parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       10.04         8.85 ..   10.91
        0.975       68.07        63.47 ..   73.61

Bootstrap estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       10.05         8.98 ..   11.12
        0.975       68.10        62.34 ..   73.86

Parametric estimates: 
     Fraction   Ref.limit   0.90-confidence interval
        0.025       10.55        10.11 ..   10.99
        0.975       64.99        61.12 ..   69.59
     ==> Transformed distribution is not Gaussian
     ==> Parametric estimates may be unreliable

Parametric estimation: TRANSFORMATION DETAILS

Mean of original data                              28.1090
St.dev. of original data                           14.9759
Parameter of expo-transform                        -0.6209
Mean of expo-transformed data                      -0.2324
St.dev. of expo-transformed data                    0.7747
Coeff. of skewness of expo-transformed data        -0.0049
Coeff. of kurtosis of expo-transformed data        -0.2092
Parameter of modu-transform                         1.1658
Mean of modu-transformed data                       0.0009
St.dev. of modu-transformed data                    1.0933
Coeff. of skewness of modu-transformed data        -0.0223
Coeff. of kurtosis of modu-transformed data        -0.0070
Anderson-Darling's Asq of modu-transformed data     1.0648
Probability of Asq                                  0.0119

DISTRIBUTION OF TRANSFORMED DATA

     Bar  TopLimit     N  Ncum    Freq     Cum
       1    -2.973     7     7   0.006   0.006
       2    -2.661     4    11   0.004   0.010
       3    -2.348    13    24   0.012   0.022
       4    -2.036    13    37   0.012   0.034
       5    -1.724    21    58   0.019   0.054
       6    -1.411    37    95   0.034   0.088
       7    -1.099    64   159   0.059   0.147
       8    -0.787    80   239   0.074   0.221
       9    -0.474   126   365   0.117   0.338
      10    -0.162   121   486   0.112   0.450
      11     0.149   124   610   0.115   0.565
      12     0.462   121   731   0.112   0.677
      13     0.774    94   825   0.087   0.764
      14     1.086    74   899   0.069   0.832
      15     1.399    58   957   0.054   0.886
      16     1.711    47  1004   0.044   0.930
      17     2.023    36  1040   0.033   0.963
      18     2.336    22  1062   0.020   0.983
      19     2.648    18  1080   0.017   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 #5