January 11 2011  12:09:22.870 PM
 
RANDOM_INITIALIZE
  Initialize RANDOM_NUMBER with user SEED =    123456789
 
CVT_REFINE_PRB
  FORTRAN90 version
  Demonstrate a CVT algorithm in which a CVT
  is refined.
 
Geometry parameters:
-------------------
 
  The spatial dimension is DIM_NUM =   2
 
  The minimum corner of the bounding box is:
    0.0000    0.0000
  The maximum corner of the bounding box is:
   10.0000   10.0000
 
CVT Algorithm parameters:
-------------------------
 
  The number of Voronoi cells to generate:       50
  Number of sampling points:   250000
  Number of centroid iterations:      100
  The influence cutoff distance:    10000.0    
 
 
  Initial cell weights:
 
     1      0.020000
     2      0.020000
     3      0.020000
     4      0.020000
     5      0.020000
     6      0.020000
     7      0.020000
     8      0.020000
     9      0.020000
    10      0.020000
    11      0.020000
    12      0.020000
    13      0.020000
    14      0.020000
    15      0.020000
    16      0.020000
    17      0.020000
    18      0.020000
    19      0.020000
    20      0.020000
    21      0.020000
    22      0.020000
    23      0.020000
    24      0.020000
    25      0.020000
    26      0.020000
    27      0.020000
    28      0.020000
    29      0.020000
    30      0.020000
    31      0.020000
    32      0.020000
    33      0.020000
    34      0.020000
    35      0.020000
    36      0.020000
    37      0.020000
    38      0.020000
    39      0.020000
    40      0.020000
    41      0.020000
    42      0.020000
    43      0.020000
    44      0.020000
    45      0.020000
    46      0.020000
    47      0.020000
    48      0.020000
    49      0.020000
    50      0.020000
 
  Initializing the cell generators.
 
Initial generators:
 
  1  0.565003       3.59995    
  2   6.84425      0.473653    
  3   1.86162       5.55281    
  4   8.54672       7.04383    
  5   1.15442       6.77255    
  6   9.09664       4.02322    
  7   3.09045       4.04287    
  8   5.96603       6.50664    
  9   9.17987       4.17281    
 10   4.70804       5.96487    
 11   4.86775       4.02758    
 12   2.70441       3.32447    
 13   9.20216       6.14644    
 14   5.28209       8.67462    
 15   5.83589       4.48960    
 16  0.185213       4.82065    
 17   1.41508       6.63898    
 18   6.05048       2.29845    
 19   8.51901       4.03779    
 20   1.40271       9.57025    
 21   4.21207       9.60296    
 22   2.24717       5.18293    
 23   6.19119      0.333458    
 24   1.25292       4.05759    
 25   8.75371       4.46262    
 26   8.74505      0.600533    
 27   8.07257       9.41289    
 28   3.07983       2.12301    
 29   3.67282      0.475050    
 30   2.65524       2.10601    
 31  0.415730       3.88854    
 32   7.88900      0.966918    
 33   5.15154       4.19865    
 34   3.55073       6.00997    
 35   4.12082       3.12353    
 36   5.07585      0.502708    
 37   3.85902       6.39694    
 38   1.42207       7.01433    
 39   4.25864       4.10202    
 40   2.07262       4.40974    
 41   6.63865       8.20038    
 42  0.814359       4.23584    
 43   3.41809       3.08939    
 44   5.26232       7.84707    
 45   6.81309       9.59498    
 46   3.53184       4.64160    
 47   3.73278       4.01856    
 48   5.93764       3.01950    
 49   1.59684      0.137081    
 50   7.47626       3.56754    
 
  Carry out the first CVT iteration.
 
 
Final generators for first run:
 
  1  0.612414       2.28510    
  2   7.54220      0.638203    
  3   2.04741       6.61567    
  4   9.36969       8.13831    
  5  0.956105       8.05932    
  6   9.37501       2.29168    
  7   3.02064       4.05968    
  8   6.89746       7.05673    
  9   9.32913       5.32524    
 10   5.47049       6.77804    
 11   5.56956       3.35167    
 12   2.86425       2.66664    
 13   9.31849       6.78501    
 14   5.48002       9.39070    
 15   8.00462       4.75649    
 16  0.631948       6.81369    
 17   2.68940       8.02713    
 18   6.69251       2.19928    
 19   9.31559       3.83116    
 20  0.695833       9.32819    
 21   3.79839       9.30147    
 22   3.13975       5.54261    
 23   6.02319      0.697669    
 24   1.72139       3.30971    
 25   8.07871       6.32010    
 26   9.23911      0.713712    
 27   9.06946       9.39569    
 28   3.59870       1.59047    
 29   2.58853      0.554907    
 30   1.88949       1.68772    
 31  0.603980       3.94725    
 32   8.10432       1.78033    
 33   6.76082       5.63065    
 34   3.66605       6.96328    
 35   5.16177       1.89616    
 36   4.40746      0.584874    
 37   4.58116       8.07966    
 38   2.19896       9.31740    
 39   5.64822       4.95517    
 40   1.85964       4.91732    
 41   7.96867       8.00877    
 42  0.680353       5.45029    
 43   4.20000       2.99044    
 44   6.21934       8.21620    
 45   7.28935       9.34617    
 46   4.52045       5.84053    
 47   4.35584       4.40367    
 48   6.78858       3.95614    
 49  0.780696      0.703498    
 50   7.98789       3.18420    
 
CVT_REFINE_PRB
  End of first CVT calculation.
 
CVT_REFINE_PRB
  Begin second calculation.
 
CVT Algorithm parameters:
-------------------------
 
  The number of Voronoi cells to generate:      100
  Number of sampling points:   500000
  Number of centroid iterations:      100
  The influence cutoff distance:    10000.0    
 
 
  Initial cell weights:
 
     1      0.004805
     2      0.004805
     3      0.004805
     4      0.004805
     5      0.004805
     6      0.004805
     7      0.004805
     8      0.004805
     9      0.004805
    10      0.004805
    11      0.004805
    12      0.004805
    13      0.004805
    14      0.004805
    15      0.004805
    16      0.004805
    17      0.004805
    18      0.004805
    19      0.004805
    20      0.004805
    21      0.004805
    22      0.004805
    23      0.004805
    24      0.004805
    25      0.004805
    26      0.004805
    27      0.004805
    28      0.004805
    29      0.004805
    30      0.004805
    31      0.004805
    32      0.004805
    33      0.004805
    34      0.004805
    35      0.004805
    36      0.004805
    37      0.004805
    38      0.004805
    39      0.004805
    40      0.004805
    41      0.004805
    42      0.004805
    43      0.004805
    44      0.004805
    45      0.004805
    46      0.004805
    47      0.004805
    48      0.004805
    49      0.004805
    50      0.004805
    51      0.015195
    52      0.015195
    53      0.015195
    54      0.015195
    55      0.015195
    56      0.015195
    57      0.015195
    58      0.015195
    59      0.015195
    60      0.015195
    61      0.015195
    62      0.015195
    63      0.015195
    64      0.015195
    65      0.015195
    66      0.015195
    67      0.015195
    68      0.015195
    69      0.015195
    70      0.015195
    71      0.015195
    72      0.015195
    73      0.015195
    74      0.015195
    75      0.015195
    76      0.015195
    77      0.015195
    78      0.015195
    79      0.015195
    80      0.015195
    81      0.015195
    82      0.015195
    83      0.015195
    84      0.015195
    85      0.015195
    86      0.015195
    87      0.015195
    88      0.015195
    89      0.015195
    90      0.015195
    91      0.015195
    92      0.015195
    93      0.015195
    94      0.015195
    95      0.015195
    96      0.015195
    97      0.015195
    98      0.015195
    99      0.015195
   100      0.015195
 
  Initializing the (free) cell generators.
 
Initial generators:
 
  1  0.612414       2.28510    
  2   7.54220      0.638203    
  3   2.04741       6.61567    
  4   9.36969       8.13831    
  5  0.956105       8.05932    
  6   9.37501       2.29168    
  7   3.02064       4.05968    
  8   6.89746       7.05673    
  9   9.32913       5.32524    
 10   5.47049       6.77804    
 11   5.56956       3.35167    
 12   2.86425       2.66664    
 13   9.31849       6.78501    
 14   5.48002       9.39070    
 15   8.00462       4.75649    
 16  0.631948       6.81369    
 17   2.68940       8.02713    
 18   6.69251       2.19928    
 19   9.31559       3.83116    
 20  0.695833       9.32819    
 21   3.79839       9.30147    
 22   3.13975       5.54261    
 23   6.02319      0.697669    
 24   1.72139       3.30971    
 25   8.07871       6.32010    
 26   9.23911      0.713712    
 27   9.06946       9.39569    
 28   3.59870       1.59047    
 29   2.58853      0.554907    
 30   1.88949       1.68772    
 31  0.603980       3.94725    
 32   8.10432       1.78033    
 33   6.76082       5.63065    
 34   3.66605       6.96328    
 35   5.16177       1.89616    
 36   4.40746      0.584874    
 37   4.58116       8.07966    
 38   2.19896       9.31740    
 39   5.64822       4.95517    
 40   1.85964       4.91732    
 41   7.96867       8.00877    
 42  0.680353       5.45029    
 43   4.20000       2.99044    
 44   6.21934       8.21620    
 45   7.28935       9.34617    
 46   4.52045       5.84053    
 47   4.35584       4.40367    
 48   6.78858       3.95614    
 49  0.780696      0.703498    
 50   7.98789       3.18420    
 51   2.06919       4.40638    
 52   8.67576       6.34573    
 53  0.485261      0.770718    
 54  0.209046       1.25964    
 55  0.873744       5.23469    
 56   5.37439       1.07950    
 57   4.34728       3.88924    
 58   1.88207      0.404907    
 59   3.38309       3.83039    
 60   3.84493       5.88972    
 61   3.10181       3.72547    
 62   1.34003       9.08503    
 63   2.18570       4.70403    
 64   4.77129      0.436214    
 65   7.47605       9.55168    
 66   7.62336       8.25675    
 67   8.17382      0.817735    
 68   4.28550      0.520386    
 69   2.81634       4.63911    
 70   6.99272       2.73790    
 71   6.40546       4.46885    
 72   8.26884       3.04912    
 73   1.49960       4.70049    
 74   7.89917      0.193444    
 75   1.99046       5.31596    
 76   6.99293       7.54892    
 77   7.86595       6.31479    
 78   1.17476       5.96302    
 79   2.48236       5.62160    
 80   3.70475       1.99431    
 81   7.86958      0.467727    
 82   1.65865       9.84197    
 83   2.88918       9.10864    
 84   1.32973      0.534047    
 85   7.37195       6.70681    
 86   6.96077       9.44903    
 87   3.30595      0.762682    
 88   4.74046       4.02480    
 89   6.17250       2.19216    
 90   5.20815       1.25337    
 91   5.49267      0.293781    
 92   4.92888       2.01234    
 93   7.91293       1.71834    
 94   6.53823       6.51579    
 95   1.37283       5.28580    
 96   6.49778       3.88413    
 97   2.65404      0.955173    
 98   8.17563       1.29183    
 99   2.70455       5.50555    
100   6.35474       2.67400    
 
  Carry out the second CVT iteration.
 
 
CVT_REFINE_PRB
  End of second CVT calculation.
 
CVT_REFINE_PRB
  Normal end of execution.
 
January 11 2011  12:12:39.664 PM