Distance and Number of (i)th neighbour
        Distance/r_1 = sqrt(x/6)
   i    x   r_i/r_1 = sqrt(x/6)     num.
    1    6  1.0000000000000000E+00    8
    2    8  1.1547005383792510E+00    6
    3   16  1.6329931618554520E+00   12
    4   22  1.9148542155126760E+00   24
    5   24  2.0000000000000000E+00    8
    6   32  2.3094010767585030E+00    6
    7   38  2.5166114784235830E+00   24
    8   40  2.5819888974716110E+00   24
    9   48  2.8284271247461900E+00   24
   10   54  3.0000000000000000E+00   32
   11   64  3.2659863237109040E+00   12
   12   70  3.4156502553198660E+00   48
   13   72  3.4641016151377540E+00   30
   14   80  3.6514837167011080E+00   24
   15   86  3.7859388972001820E+00   24
   16   88  3.8297084310253520E+00   24
   17   96  4.0000000000000000E+00    8
   18  102  4.1231056256176610E+00   48
   19  104  4.1633319989322650E+00   24
   20  112  4.3204937989385740E+00   48
   21  118  4.4347115652166900E+00   72
   22  128  4.6188021535170060E+00    6
   23  134  4.7258156262526090E+00   24
   24  136  4.7609522856952330E+00   48
   25  144  4.8989794855663560E+00   36
   26  150  5.0000000000000000E+00   56
   27  152  5.0332229568471660E+00   24
   28  160  5.1639777949432220E+00   24
   29  166  5.2599112793531670E+00   72
   30  168  5.2915026221291810E+00   48
   31  176  5.4160256030906400E+00   24
   32  182  5.5075705472861020E+00   48
   33  192  5.6568542494923810E+00   24
   34  198  5.7445626465380290E+00   72
 This data was created by STRmaker.FOR
 which is programed by Kunio TAKAHASHI(TIT)
 using a idea for counting by Dr.Nakano.
 Helpful discussion is given in EAMers.