807  16 (  -0.6    0.0    0.0 27 27 ) (   0.7    0.0    0.0 27 27 )
 809  16 (  -0.5   -0.0    0.0 27 27 ) (   0.8    0.0    0.0 27 27 )
 811  17 (  -0.3   -0.0    0.0 27 27 ) (   0.7    0.1    0.0 27 27 )
 813  16 (  -0.7   -0.0    0.0 27 27 ) (   0.9    0.1    0.0 27 27 )
 815  16 (  -0.5   -0.1    0.0 27 27 ) (   1.1    0.1    0.0 27 27 )
 817  16 (  -0.2   -0.1    0.0 27 27 ) (   0.4    0.1    0.0 27 27 )
 819  16 (  -0.4   -0.1    0.0 27 27 ) (   1.2    0.1    0.0 27 27 )
 821  16 (   0.2   -0.1    0.0 27 27 ) (  -0.8    0.2    0.0 27 27 )
 823  17 (   2.0   -0.0    0.0 27 27 ) (   0.1    0.1    0.0 27 27 )
 825  16 (   6.3    0.1    0.0 27 27 ) (  -0.5    0.1    0.0 27 27 )
 827  16 (   8.9    0.4    0.0  0 34 ) (   0.2    0.1    0.0 27 27 )
 829  17 (   8.7    0.7    0.0 27 27 ) (   0.0    0.2    0.0 27 27 )
 831  16 (   5.8    0.9    0.0 27 27 ) (  -0.8    0.1    0.0 27 27 )
 833  16 (   0.4    1.0    0.0  0 34 ) (  -1.2    0.1    0.0 27 27 )
 835  17 (  -6.2    0.8    0.0 27 27 ) (  -2.0    0.1    0.0 27 27 )
 837  16 (  -6.5    0.6    0.0 27 27 ) (  -2.9   -0.0    0.0 27 27 )
 839  16 ( -13.2    0.3    0.0 34  0 ) (  -4.6   -0.2    0.0 34  0 )
 841  17 ( -19.4   -0.3    0.0 27 27 ) (  -6.8   -0.4    0.0 27 27 )
 843  16 ( -19.2   -1.0    0.0 27 27 ) (  -7.8   -0.6    0.0 27 27 )
 845  16 ( -18.1   -1.6    0.0 34  0 ) (  -3.4   -0.8    0.0 34  0 )
 847  17 ( -13.3   -2.1    0.0 27 27 ) (   1.5   -0.8    0.0 27 27 )
 849  16 ( -11.2   -2.5    0.0 27 27 ) (   1.0   -0.7    0.0 27 27 )
 851  16 (  -9.4   -2.8    0.0 34  0 ) (   4.8   -0.6    0.0 28 28 )
 853  16 (  -3.4   -3.0    0.0 28 28 ) (  10.9   -0.3    0.0 28 28 )
 855  16 (  -2.6   -3.1    0.0 28 28 ) (  11.4    0.1    0.0 28 28 )
 857  16 (  -1.0   -3.1    0.0 34  0 ) (  13.1    0.5    0.0  0 34 )
 859  17 (   4.2   -3.0    0.0 28 28 ) (  15.7    1.0    0.0 28 28 )
 861  16 (   5.8   -2.8    0.0 28 28 ) (  15.3    1.5    0.0 28 28 )
 863  16 (   8.6   -2.6    0.0 28 28 ) (  11.2    2.0    0.0  0 34 )
 865  17 (  14.8   -2.1    0.0 27 27 ) (   8.7    2.3   -0.5 27 27 )
 867  16 (  14.7   -1.6    0.2 27 27 ) (   7.6    2.5   -1.4 27 27 )
 869  16 (  15.7   -1.1    0.2  0 34 ) (   5.3    2.7   -1.9  0 34 )
 871  16 (  16.8   -0.6    0.3 27 27 ) (   3.8    2.8   -1.9 27 27 )
 873  16 (  13.2   -0.1    1.1 27 27 ) (   5.0    3.0   -1.9 27 27 )
 875  16 (  10.2    0.3    2.4 27 27 ) (   4.8    3.2   -1.9  0 34 )
 877  15 (   3.5    0.4    3.0 27 27 ) (   1.4    3.2   -2.2 27 27 )
 879  16 (   2.9    0.6    3.8 27 27 ) (   0.9    3.3   -2.4 27 27 )
 881  16 (   3.6    0.7    4.0 34  0 ) (   0.5    3.3   -2.5  0 34 )
 883  16 (   5.7    0.8    4.3 27 27 ) (  -1.3    3.3   -2.5 27 27 )
 885  16 (   9.2    1.1    4.1 27 27 ) (  -0.8    3.2   -2.5 27 27 )
 887  16 (  14.8    1.5    3.8 27 27 ) (  -1.4    3.2   -2.5  0 34 )
 889  16 (  23.9    2.3    3.3 27 27 ) (  -3.2    3.1   -2.5 27 27 )
 891  16 (  28.9    3.2    2.9 27 27 ) (  -3.2    3.0   -2.7 27 27 )
 893  16 (  31.9    4.2    2.7  0 34 ) (  -3.5    2.9   -2.7  0 34 )
 895  16 (  34.8    5.4    2.7 27 27 ) (  -4.9    2.7   -2.9 27 27 )
 897  16 (  34.0    6.5    2.7 27 27 ) (  -4.6    2.6   -3.0 27 27 )
 899  17 (  28.3    7.5    2.7  0 34 ) (  -7.0    2.4   -3.0  0 34 )
 901  16 (  23.6    8.4    2.7 27 27 ) (  -9.1    2.1   -3.2 27 27 )
 903  16 (  22.6    9.1    2.7 27 27 ) (  -9.1    1.8   -3.2 27 27 )
 905  17 (  17.9    9.8    2.1  0 34 ) (  -9.9    1.4   -3.2  0 34 )
 907  16 (  14.7   10.3    0.8 27 27 ) ( -10.8    1.1   -3.2 27 27 )
 909  16 (  14.6   10.8    0.2 27 27 ) ( -11.2    0.7   -3.2 27 27 )
 911  16 (   9.6   11.2    0.0  0 34 ) ( -12.3    0.3   -2.5 27 27 )
 913  16 (   6.0   11.4    0.0 27 27 ) ( -13.8   -0.1   -2.2 27 27 )
 915  16 (   6.6   11.6    0.0 27 27 ) ( -12.6   -0.5   -1.9 27 27 )
 917  16 (   2.4   11.7    0.0  0 34 ) ( -11.0   -0.9   -1.9 34  0 )
 919  16 (  -1.8   11.7    0.0 27 27 ) ( -10.5   -1.3   -1.7 27 27 )
 921  16 (  -1.8   11.6    0.0 27 27 ) ( -10.2   -1.6   -1.6 27 27 )
 923  17 (  -6.5   11.4    0.0  0 34 ) (  -5.4   -1.8   -1.6 34  0 )
 925  16 ( -10.6   11.1   -1.3 27 27 ) (  -0.3   -1.9   -1.3 27 27 )
 927  16 ( -10.0   10.8   -1.4 27 27 ) (   1.5   -1.8   -0.6 27 27 )
 929  17 ( -15.1   10.3   -0.8  0 34 ) (   6.5   -1.7   -0.3 27 27 )
 931  16 ( -20.8    9.7   -0.8 27 27 ) (  11.2   -1.3   -0.3 27 27 )
 933  16 ( -21.7    9.0   -0.8 27 27 ) (  13.1   -0.9   -0.2 27 27 )
 935  17 ( -28.3    8.1   -0.8  0 34 ) (  15.0   -0.4   -0.2  0 34 )
 937  16 ( -34.3    7.0   -1.1 27 27 ) (  14.6    0.1   -0.2 27 27 )
 939  16 ( -35.1    5.8   -0.8 27 27 ) (  15.2    0.6    0.0 27 27 )
 941  17 ( -41.3    4.5   -0.6 34  0 ) (  13.2    1.1    0.0  0 34 )
 943  16 ( -44.7    3.0   -1.0 27 27 ) (  11.3    1.5    0.0 27 27 )
 945  16 ( -43.0    1.6   -1.0 27 27 ) (   9.3    1.8    0.0 27 27 )
 947  17 ( -35.3    0.3   -0.8 34  0 ) ( -10.5    1.7    0.0 27 27 )
 949  15 ( -19.0   -0.5   -0.5 27 27 ) ( -44.8    0.4    0.0 27 27 )
 951  15 (  -2.7   -0.7   -0.3 27 27 ) ( -52.9   -1.3    0.0 27 27 )
 953  14 (  35.4    0.1   -0.3  0 34 ) ( -19.3   -2.4    0.0 34  0 )
 955  16 (  10.1    0.9   -0.3 27 27 ) (  41.4   -1.4    0.0 27 27 )
 957  16 (  -2.2    0.1   -0.3 27 27 ) (  24.5   -0.3    0.0 27 27 )
 959  15 (  67.4    2.8   -0.2  0 34 ) (   4.1    0.1    0.0 27 27 )
 961  16 (  64.0    4.4   -0.2 27 27 ) (   1.5    0.1    0.0 27 27 )
 963  16 ( 145.2    9.1    0.0  0  0 ) (  11.0    0.5    0.0  0  0 )
 965  16 (  65.1   11.6    0.0  0  0 ) (  -3.9    0.5    0.0  0  0 )