testdate.txt

The module LSQ is for unconstrained linear least-squares fitting. It is based upon Applied Statisti

   LONGLEY
  6  1 16
    83.0 234289.   2356.   1590. 107608.   1947.  60323.
    88.5 259426.   2325.   1456. 108632.   1948.  61122.
    88.2 258054.   3682.   1616. 109773.   1949.  60171.
    89.5 284599.   3351.   1650. 110929.   1950.  61187.
    96.2 328975.   2099.   3099. 112075.   1951.  63221.
    98.1 346999.   1932.   3594. 113270.   1952.  63639.
    99.0 365385.   1870.   3547. 115094.   1953.  64989.
   100.0 363112.   3578.   3350. 116219.   1954.  63761.
   101.2 397469.   2904.   3048. 117388.   1955.  66019.
   104.6 419180.   2822.   2857. 118734.   1956.  67857.
   108.4 442769.   2936.   2798. 120445.   1957.  68169.
   110.8 444546.   4681.   2637. 121950.   1958.  66513.
   112.6 482704.   3813.   2552. 123366.   1959.  68655.
   114.2 502601.   3931.   2514. 125368.   1960.  69564.
   115.7 518173.   4806.   2572. 127852.   1961.  69331.
   116.9 554894.   4007.   2827. 130081.   1962.  70551.

!------------------------------------------------------------------------

   STEAM
  9  1  25
FatAcid Glycine WSpeed  Days OperDays ColdDays AvTemp Speed^2 Restarts SteamUse
5.2     .61     7.4     31.0    20.0    22.0    35.3    54.8    4.0     10.98
5.12    .64     8.0     29.0    20.0    25.0    29.7    64.0    5.0     11.13
6.19    .78     7.4     31.0    23.0    17.0    30.8    54.8    4.0     12.51
3.89    .49     7.5     30.0    20.0    22.0    58.8    56.3    4.0      8.40
6.28    .84     5.5     31.0    21.0     0.0    61.4    30.3    5.0      9.27
5.76    .74     8.9     30.0    22.0     0.0    71.3    79.2    4.0      8.73
3.45    .42     4.1     31.0    11.0     0.0    74.4    16.8    2.0      6.36
6.57    .87     4.1     31.0    23.0     0.0    76.7    16.8    5.0      8.50
5.69    .75     4.1     30.0    21.0     0.0    70.7    16.8    4.0      7.82
6.14    .76     4.5     31.0    20.0     0.0    57.5    20.3    5.0      9.14
4.84    .65    10.3     30.0    20.0    11.0    46.4   106.1    4.0      8.24
4.88    .62     6.9     31.0    21.0    12.0    28.9    47.6    4.0     12.19
6.03    .79     6.6     31.0    21.0    25.0    28.1    43.6    5.0     11.88
4.55    .60     7.3     28.0    19.0    18.0    39.1    53.3    5.0      9.57
5.71    .70     8.1     31.0    23.0     5.0    46.8    65.6    4.0     10.94
5.67    .74     8.4     30.0    20.0     7.0    48.5    70.6    4.0      9.58
6.72    .85     6.1     31.0    22.0     0.0    59.3    37.2    6.0     10.09
4.95    .67     4.9     30.0    22.0     0.0    70.0    24.0    4.0      8.11
4.62    .45     4.6     31.0    11.0     0.0    70.0    21.2    3.0      6.83
6.60    .95     3.7     31.0    23.0     0.0    74.5    13.7    4.0      8.88
5.01    .64     4.7     30.0    20.0     0.0    72.1    22.1    4.0      7.68
5.68    .75     5.3     31.0    21.0     1.0    58.1    28.1    6.0      8.47
5.28    .70     6.2     30.0    20.0    14.0    44.6    38.4    4.0      8.86
5.36    .67     6.8     31.0    20.0    22.0    33.4    46.2    4.0     10.36
5.87    .70     7.5     31.0    22.0    28.0    28.6    56.3    5.0     11.08

!------------------------------------------------------------------------

   WOODLEY
0  0  1.75  13.4  0.274  2  12.85
1  1  2.70  37.9  1.267  1   5.52
1  3  4.10   3.9  0.198  2   6.29
0  4  2.35   5.3  0.526  1   6.11
1  6  4.25   7.1  0.250  1   2.45
0  9  1.60   6.9  0.018  2   3.61
0 18  1.30   4.6  0.307  1   0.47
0 25  3.35   4.9  0.194  1   4.56
0 27  2.85  12.1  0.751  1   6.35
1 28  2.20   5.2  0.084  1   5.06
1 29  4.40   4.1  0.236  1   2.76
1 32  3.10   2.8  0.214  1   4.05
0 33  3.95   6.8  0.796  1   5.74
1 35  2.90   3.0  0.124  1   4.84
1 38  2.05   7.0  0.144  1  11.86
0 39  4.00  11.3  0.398  1   4.45
0 53  3.35   4.2  0.237  2   3.66
1 55  3.70   3.3  0.960  1   4.22
0 56  3.80   2.2  0.230  1   1.16
1 59  3.40   6.5  0.142  2   5.45
1 65  3.15   3.1  0.073  1   2.02
0 68  3.15   2.6  0.136  1   0.82
1 82  4.01   8.3  0.123  1   1.09
0 83  4.65   7.4  0.168  1   0.28