28 March 2020 07:21:42 PM GFARIT: C++ version A program which computes a set of arithmetic tables, and writes them to a file. Tables will be created for fields of prime or prime power order Q between 2 and 50. GFTAB computing table for Q = 4 with characteristic P = 2. GFTAB computing table for Q = 8 with characteristic P = 2. GFTAB computing table for Q = 9 with characteristic P = 3. GFTAB computing table for Q = 16 with characteristic P = 2. GFTAB computing table for Q = 25 with characteristic P = 5. GFTAB computing table for Q = 27 with characteristic P = 3. GFTAB computing table for Q = 32 with characteristic P = 2. GFTAB computing table for Q = 49 with characteristic P = 7. GFARIT: Normal end of execution. 28 March 2020 07:21:42 PM 28 March 2020 07:21:42 PM GFPLYS: C++ version A program to compute a set of irreducible polynomials over fields of certain orders Q. IRRED setting up case for Q = 2 IRRED setting up case for Q = 3 IRRED setting up case for Q = 4 IRRED setting up case for Q = 5 IRRED setting up case for Q = 7 IRRED setting up case for Q = 8 IRRED setting up case for Q = 9 IRRED setting up case for Q = 11 IRRED setting up case for Q = 13 IRRED setting up case for Q = 16 IRRED setting up case for Q = 17 IRRED setting up case for Q = 19 IRRED setting up case for Q = 23 IRRED setting up case for Q = 25 IRRED setting up case for Q = 27 IRRED setting up case for Q = 29 IRRED setting up case for Q = 31 IRRED setting up case for Q = 32 IRRED setting up case for Q = 37 IRRED setting up case for Q = 41 IRRED setting up case for Q = 43 IRRED setting up case for Q = 47 IRRED setting up case for Q = 49 GFPLYS: Normal end of execution. 28 March 2020 07:21:42 PM 28 March 2020 07:21:42 PM NIEDERREITER_TEST C++ version Test the NIEDERREITER routines. TEST01 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we call NIEDERREITER repeatedly. Using base BASE = 2 Using dimension DIM_NUM = 2 Seed Seed Niederreiter In Out 0 1 0.5 0.5 1 2 0.25 0.75 2 3 0.75 0.25 3 4 0.125 0.625 4 5 0.625 0.125 5 6 0.375 0.375 6 7 0.875 0.875 7 8 0.0625 0.9375 8 9 0.5625 0.4375 9 10 0.3125 0.1875 10 11 0.8125 0.6875 11 12 0.1875 0.3125 ...................... 95 96 0.0234375 0.398438 96 97 0.523438 0.898438 97 98 0.273438 0.648438 98 99 0.773438 0.148438 99 100 0.148438 0.773438 100 101 0.648438 0.273438 101 102 0.398438 0.0234375 102 103 0.898438 0.523438 103 104 0.0859375 0.585938 104 105 0.585938 0.0859375 105 106 0.335938 0.335938 106 107 0.835938 0.835938 107 108 0.210938 0.210938 108 109 0.710938 0.710938 109 110 0.460938 0.960938 110 111 0.960938 0.460938 Using dimension DIM_NUM = 3 Seed Seed Niederreiter In Out 0 1 0.5 0.5 0.75 1 2 0.25 0.75 0.5625 2 3 0.75 0.25 0.3125 3 4 0.125 0.625 0.4375 4 5 0.625 0.125 0.6875 5 6 0.375 0.375 0.875 6 7 0.875 0.875 0.125 7 8 0.0625 0.9375 0.953125 8 9 0.5625 0.4375 0.203125 9 10 0.3125 0.1875 0.390625 10 11 0.8125 0.6875 0.640625 11 12 0.1875 0.3125 0.515625 ...................... 95 96 0.0234375 0.398438 0.648438 96 97 0.523438 0.898438 0.398438 97 98 0.273438 0.648438 0.210938 98 99 0.773438 0.148438 0.960938 99 100 0.148438 0.773438 0.835938 100 101 0.648438 0.273438 0.0859375 101 102 0.398438 0.0234375 0.273438 102 103 0.898438 0.523438 0.523438 103 104 0.0859375 0.585938 0.320312 104 105 0.585938 0.0859375 0.570312 105 106 0.335938 0.335938 0.757812 106 107 0.835938 0.835938 0.0078125 107 108 0.210938 0.210938 0.132812 108 109 0.710938 0.710938 0.882812 109 110 0.460938 0.960938 0.695312 110 111 0.960938 0.460938 0.445312 Using dimension DIM_NUM = 4 Seed Seed Niederreiter In Out 0 1 0.5 0.5 0.75 0.875 1 2 0.25 0.75 0.5625 0.765625 2 3 0.75 0.25 0.3125 0.140625 3 4 0.125 0.625 0.4375 0.546875 4 5 0.625 0.125 0.6875 0.421875 5 6 0.375 0.375 0.875 0.28125 6 7 0.875 0.875 0.125 0.65625 7 8 0.0625 0.9375 0.953125 0.234375 8 9 0.5625 0.4375 0.203125 0.859375 9 10 0.3125 0.1875 0.390625 0.96875 10 11 0.8125 0.6875 0.640625 0.09375 11 12 0.1875 0.3125 0.515625 0.6875 ...................... 95 96 0.0234375 0.398438 0.648438 0.851562 96 97 0.523438 0.898438 0.398438 0.226562 97 98 0.273438 0.648438 0.210938 0.117188 98 99 0.773438 0.148438 0.960938 0.992188 99 100 0.148438 0.773438 0.835938 0.335938 100 101 0.648438 0.273438 0.0859375 0.710938 101 102 0.398438 0.0234375 0.273438 0.570312 102 103 0.898438 0.523438 0.523438 0.445312 103 104 0.0859375 0.585938 0.320312 0.898438 104 105 0.585938 0.0859375 0.570312 0.0234375 105 106 0.335938 0.335938 0.757812 0.132812 106 107 0.835938 0.835938 0.0078125 0.757812 107 108 0.210938 0.210938 0.132812 0.414062 108 109 0.710938 0.710938 0.882812 0.539062 109 110 0.460938 0.960938 0.695312 0.679688 110 111 0.960938 0.460938 0.445312 0.304688 TEST01 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we call NIEDERREITER repeatedly. Using base BASE = 3 Using dimension DIM_NUM = 2 Seed Seed Niederreiter In Out 0 1 0.333333 0.333333 1 2 0.666667 0.666667 2 3 0.111111 0.777778 3 4 0.444444 0.111111 4 5 0.777778 0.444444 5 6 0.222222 0.555556 6 7 0.555556 0.888889 7 8 0.888889 0.222222 8 9 0.037037 0.481481 9 10 0.37037 0.814815 10 11 0.703704 0.148148 11 12 0.148148 0.259259 ...................... 95 96 0.263374 0.288066 96 97 0.596708 0.621399 97 98 0.930041 0.954733 98 99 0.0781893 0.213992 99 100 0.411523 0.547325 100 101 0.744856 0.880658 101 102 0.1893 0.99177 102 103 0.522634 0.325103 103 104 0.855967 0.658436 104 105 0.300412 0.436214 105 106 0.633745 0.769547 106 107 0.967078 0.102881 107 108 0.0164609 0.226337 108 109 0.349794 0.559671 109 110 0.683128 0.893004 110 111 0.127572 0.670782 Using dimension DIM_NUM = 3 Seed Seed Niederreiter In Out 0 1 0.333333 0.333333 0.333333 1 2 0.666667 0.666667 0.666667 2 3 0.111111 0.777778 0.444444 3 4 0.444444 0.111111 0.777778 4 5 0.777778 0.444444 0.111111 5 6 0.222222 0.555556 0.888889 6 7 0.555556 0.888889 0.222222 7 8 0.888889 0.222222 0.555556 8 9 0.037037 0.481481 0.592593 9 10 0.37037 0.814815 0.925926 10 11 0.703704 0.148148 0.259259 11 12 0.148148 0.259259 0.703704 ...................... 95 96 0.263374 0.288066 0.609053 96 97 0.596708 0.621399 0.942387 97 98 0.930041 0.954733 0.27572 98 99 0.0781893 0.213992 0.312757 99 100 0.411523 0.547325 0.646091 100 101 0.744856 0.880658 0.979424 101 102 0.1893 0.99177 0.423868 102 103 0.522634 0.325103 0.757202 103 104 0.855967 0.658436 0.090535 104 105 0.300412 0.436214 0.868313 105 106 0.633745 0.769547 0.201646 106 107 0.967078 0.102881 0.534979 107 108 0.0164609 0.226337 0.806584 108 109 0.349794 0.559671 0.139918 109 110 0.683128 0.893004 0.473251 110 111 0.127572 0.670782 0.251029 Using dimension DIM_NUM = 4 Seed Seed Niederreiter In Out 0 1 0.333333 0.333333 0.333333 0.444444 1 2 0.666667 0.666667 0.666667 0.888889 2 3 0.111111 0.777778 0.444444 0.567901 3 4 0.444444 0.111111 0.777778 0.679012 4 5 0.777778 0.444444 0.111111 0.123457 5 6 0.222222 0.555556 0.888889 0.802469 6 7 0.555556 0.888889 0.222222 0.246914 7 8 0.888889 0.222222 0.555556 0.358025 8 9 0.037037 0.481481 0.592593 0.938272 9 10 0.37037 0.814815 0.925926 0.0493827 10 11 0.703704 0.148148 0.259259 0.493827 11 12 0.148148 0.259259 0.703704 0.17284 ...................... 95 96 0.263374 0.288066 0.609053 0.869684 96 97 0.596708 0.621399 0.942387 0.314129 97 98 0.930041 0.954733 0.27572 0.42524 98 99 0.0781893 0.213992 0.312757 0.894376 99 100 0.411523 0.547325 0.6460910.00548697 100 101 0.744856 0.880658 0.979424 0.449931 101 102 0.1893 0.99177 0.423868 0.128944 102 103 0.522634 0.325103 0.757202 0.573388 103 104 0.855967 0.658436 0.090535 0.684499 104 105 0.300412 0.436214 0.868313 0.363512 105 106 0.633745 0.769547 0.201646 0.807956 106 107 0.967078 0.102881 0.534979 0.252401 107 108 0.0164609 0.226337 0.806584 0.327846 108 109 0.349794 0.559671 0.139918 0.438957 109 110 0.683128 0.893004 0.473251 0.883402 110 111 0.127572 0.670782 0.251029 0.525377 TEST01 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we call NIEDERREITER repeatedly. Using base BASE = 13 Using dimension DIM_NUM = 2 Seed Seed Niederreiter In Out 0 1 0.0769231 0.0769231 1 2 0.153846 0.153846 2 3 0.230769 0.230769 3 4 0.307692 0.307692 4 5 0.384615 0.384615 5 6 0.461538 0.461538 6 7 0.538462 0.538462 7 8 0.615385 0.615385 8 9 0.692308 0.692308 9 10 0.769231 0.769231 10 11 0.846154 0.846154 11 12 0.923077 0.923077 ...................... 95 96 0.426036 0.887574 96 97 0.502959 0.964497 97 98 0.579882 0.0414201 98 99 0.656805 0.118343 99 100 0.733728 0.195266 100 101 0.810651 0.272189 101 102 0.887574 0.349112 102 103 0.964497 0.426036 103 104 0.0473373 0.431953 104 105 0.12426 0.508876 105 106 0.201183 0.585799 106 107 0.278107 0.662722 107 108 0.35503 0.739645 108 109 0.431953 0.816568 109 110 0.508876 0.893491 110 111 0.585799 0.970414 Using dimension DIM_NUM = 3 Seed Seed Niederreiter In Out 0 1 0.0769231 0.0769231 0.0769231 1 2 0.153846 0.153846 0.153846 2 3 0.230769 0.230769 0.230769 3 4 0.307692 0.307692 0.307692 4 5 0.384615 0.384615 0.384615 5 6 0.461538 0.461538 0.461538 6 7 0.538462 0.538462 0.538462 7 8 0.615385 0.615385 0.615385 8 9 0.692308 0.692308 0.692308 9 10 0.769231 0.769231 0.769231 10 11 0.846154 0.846154 0.846154 11 12 0.923077 0.923077 0.923077 ...................... 95 96 0.426036 0.887574 0.349112 96 97 0.502959 0.964497 0.426036 97 98 0.579882 0.0414201 0.502959 98 99 0.656805 0.118343 0.579882 99 100 0.733728 0.195266 0.656805 100 101 0.810651 0.272189 0.733728 101 102 0.887574 0.349112 0.810651 102 103 0.964497 0.426036 0.887574 103 104 0.0473373 0.431953 0.816568 104 105 0.12426 0.508876 0.893491 105 106 0.201183 0.585799 0.970414 106 107 0.278107 0.662722 0.0473373 107 108 0.35503 0.739645 0.12426 108 109 0.431953 0.816568 0.201183 109 110 0.508876 0.893491 0.278107 110 111 0.585799 0.970414 0.35503 Using dimension DIM_NUM = 4 Seed Seed Niederreiter In Out 0 1 0.0769231 0.0769231 0.0769231 0.0769231 1 2 0.153846 0.153846 0.153846 0.153846 2 3 0.230769 0.230769 0.230769 0.230769 3 4 0.307692 0.307692 0.307692 0.307692 4 5 0.384615 0.384615 0.384615 0.384615 5 6 0.461538 0.461538 0.461538 0.461538 6 7 0.538462 0.538462 0.538462 0.538462 7 8 0.615385 0.615385 0.615385 0.615385 8 9 0.692308 0.692308 0.692308 0.692308 9 10 0.769231 0.769231 0.769231 0.769231 10 11 0.846154 0.846154 0.846154 0.846154 11 12 0.923077 0.923077 0.923077 0.923077 ...................... 95 96 0.426036 0.887574 0.349112 0.810651 96 97 0.502959 0.964497 0.426036 0.887574 97 98 0.579882 0.0414201 0.502959 0.964497 98 99 0.656805 0.118343 0.579882 0.0414201 99 100 0.733728 0.195266 0.656805 0.118343 100 101 0.810651 0.272189 0.733728 0.195266 101 102 0.887574 0.349112 0.810651 0.272189 102 103 0.964497 0.426036 0.887574 0.349112 103 104 0.0473373 0.431953 0.816568 0.201183 104 105 0.12426 0.508876 0.893491 0.278107 105 106 0.201183 0.585799 0.970414 0.35503 106 107 0.278107 0.662722 0.0473373 0.431953 107 108 0.35503 0.739645 0.12426 0.508876 108 109 0.431953 0.816568 0.201183 0.585799 109 110 0.508876 0.893491 0.278107 0.662722 110 111 0.585799 0.970414 0.35503 0.739645 TEST02 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we demonstrate how the SEED can be manipulated to skip ahead in the sequence, or to come back to any part of the sequence. Using base BASE = 2 Using dimension DIM_NUM = 3 Seed Seed Niederreiter In Out 0 1 0.5 0.5 0.75 1 2 0.25 0.75 0.5625 2 3 0.75 0.25 0.3125 3 4 0.125 0.625 0.4375 4 5 0.625 0.125 0.6875 5 6 0.375 0.375 0.875 6 7 0.875 0.875 0.125 7 8 0.0625 0.9375 0.953125 8 9 0.5625 0.4375 0.203125 9 10 0.3125 0.1875 0.390625 10 11 0.8125 0.6875 0.640625 Jump ahead by increasing SEED: Seed Seed Niederreiter In Out 100 101 0.1875 0.3125 0.515625 101 102 0.6875 0.8125 0.265625 102 103 0.4375 0.5625 0.078125 103 104 0.9375 0.0625 0.828125 104 105 0.03125 0.53125 0.734375 Jump back by decreasing SEED: Seed Seed Niederreiter In Out 3 4 0.53125 0.03125 0.484375 4 5 0.28125 0.28125 0.171875 5 6 0.78125 0.78125 0.921875 6 7 0.15625 0.15625 0.796875 7 8 0.65625 0.65625 0.046875 8 9 0.40625 0.90625 0.359375 9 10 0.90625 0.40625 0.609375 10 11 0.09375 0.46875 0.28125 11 12 0.59375 0.96875 0.53125 12 13 0.34375 0.71875 0.84375 13 14 0.84375 0.21875 0.09375 Jump ahead by increasing SEED: Seed Seed Niederreiter In Out 98 99 0.21875 0.84375 0.21875 99 100 0.71875 0.34375 0.96875 100 101 0.46875 0.09375 0.65625 101 102 0.96875 0.59375 0.40625 102 103 0.015625 0.796875 0.425781 TEST02 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we demonstrate how the SEED can be manipulated to skip ahead in the sequence, or to come back to any part of the sequence. Using base BASE = 3 Using dimension DIM_NUM = 3 Seed Seed Niederreiter In Out 0 1 0.333333 0.333333 0.333333 1 2 0.666667 0.666667 0.666667 2 3 0.111111 0.777778 0.444444 3 4 0.444444 0.111111 0.777778 4 5 0.777778 0.444444 0.111111 5 6 0.222222 0.555556 0.888889 6 7 0.555556 0.888889 0.222222 7 8 0.888889 0.222222 0.555556 8 9 0.037037 0.481481 0.592593 9 10 0.37037 0.814815 0.925926 10 11 0.703704 0.148148 0.259259 Jump ahead by increasing SEED: Seed Seed Niederreiter In Out 100 101 0.148148 0.259259 0.703704 101 102 0.481481 0.592593 0.037037 102 103 0.814815 0.925926 0.37037 103 104 0.259259 0.703704 0.148148 104 105 0.592593 0.037037 0.481481 Jump back by decreasing SEED: Seed Seed Niederreiter In Out 3 4 0.925926 0.37037 0.814815 4 5 0.0740741 0.962963 0.851852 5 6 0.407407 0.296296 0.185185 6 7 0.740741 0.62963 0.518519 7 8 0.185185 0.407407 0.296296 8 9 0.518519 0.740741 0.62963 9 10 0.851852 0.0740741 0.962963 10 11 0.296296 0.185185 0.407407 11 12 0.62963 0.518519 0.740741 12 13 0.962963 0.851852 0.0740741 13 14 0.0123457 0.679012 0.345679 Jump ahead by increasing SEED: Seed Seed Niederreiter In Out 98 99 0.345679 0.0123457 0.679012 99 100 0.679012 0.345679 0.0123457 100 101 0.123457 0.45679 0.790123 101 102 0.45679 0.790123 0.123457 102 103 0.790123 0.123457 0.45679 TEST03 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we simply generate ten elements in a given base and dimension. manipulated to skip ahead in the sequence, or to come back to any part of the sequence. Using base BASE = 2 Using dimension DIM_NUM = 20 Seed Seed Niederreiter In Out 0 1 0.5 0.5 0.75 0.875 0.875 0.9375 0.9375 0.9375 0.96875 0.96875 0.96875 0.96875 0.96875 0.96875 0.984375 0.984375 0.984375 0.984375 0.984375 0.984375 1 2 0.25 0.75 0.5625 0.765625 0.765625 0.878906 0.878906 0.878906 0.938477 0.938477 0.938477 0.938477 0.938477 0.938477 0.968994 0.968994 0.968994 0.968994 0.968994 0.968994 2 3 0.75 0.25 0.3125 0.140625 0.140625 0.0664062 0.0664062 0.0664062 0.0322266 0.0322266 0.0322266 0.0322266 0.0322266 0.0322266 0.0158691 0.0158691 0.0158691 0.0158691 0.0158691 0.0158691 3 4 0.125 0.625 0.4375 0.546875 0.671875 0.761719 0.824219 0.824219 0.87793 0.87793 0.87793 0.90918 0.90918 0.90918 0.938232 0.938232 0.938232 0.938232 0.953857 0.953857 4 5 0.625 0.125 0.6875 0.421875 0.296875 0.199219 0.136719 0.136719 0.0966797 0.0966797 0.0966797 0.0654297 0.0654297 0.0654297 0.0476074 0.0476074 0.0476074 0.0476074 0.0319824 0.0319824 5 6 0.375 0.375 0.875 0.28125 0.40625 0.132812 0.195312 0.195312 0.0644531 0.0644531 0.0644531 0.0957031 0.0957031 0.0957031 0.0317383 0.0317383 0.0317383 0.0317383 0.0473633 0.0473633 6 7 0.875 0.875 0.125 0.65625 0.53125 0.820312 0.757812 0.757812 0.908203 0.908203 0.908203 0.876953 0.876953 0.876953 0.953613 0.953613 0.953613 0.953613 0.937988 0.937988 7 8 0.0625 0.9375 0.953125 0.234375 0.359375 0.527344 0.652344 0.714844 0.756836 0.788086 0.788086 0.819336 0.850586 0.850586 0.876709 0.876709 0.892334 0.892334 0.907959 0.907959 8 9 0.5625 0.4375 0.203125 0.859375 0.734375 0.464844 0.339844 0.277344 0.225586 0.194336 0.194336 0.163086 0.131836 0.131836 0.111084 0.111084 0.095459 0.095459 0.079834 0.079834 9 10 0.3125 0.1875 0.390625 0.96875 0.59375 0.398438 0.273438 0.335938 0.193359 0.224609 0.224609 0.130859 0.162109 0.162109 0.0952148 0.0952148 0.11084 0.11084 0.0639648 0.0639648 10 11 0.8125 0.6875 0.640625 0.09375 0.46875 0.585938 0.710938 0.648438 0.787109 0.755859 0.755859 0.849609 0.818359 0.818359 0.89209 0.89209 0.876465 0.876465 0.92334 0.92334 TEST03 NIEDERREITER computes the next element of a Niederreiter quasirandom sequence using base BASE. In this test, we simply generate ten elements in a given base and dimension. manipulated to skip ahead in the sequence, or to come back to any part of the sequence. Using base BASE = 2 Using dimension DIM_NUM = 29 Seed Seed Niederreiter In Out 0 1 0.5 0.5 0.75 0.875 0.875 0.9375 0.9375 0.9375 0.96875 0.96875 0.96875 0.96875 0.96875 0.96875 0.984375 0.984375 0.984375 0.984375 0.984375 0.984375 0.984375 0.984375 0.984375 0.992188 0.992188 0.992188 0.992188 0.992188 0.992188 1 2 0.25 0.75 0.5625 0.765625 0.765625 0.878906 0.878906 0.878906 0.938477 0.938477 0.938477 0.938477 0.938477 0.938477 0.968994 0.968994 0.968994 0.968994 0.968994 0.968994 0.968994 0.968994 0.968994 0.984436 0.984436 0.984436 0.984436 0.984436 0.984436 2 3 0.75 0.25 0.3125 0.140625 0.140625 0.0664062 0.0664062 0.0664062 0.0322266 0.0322266 0.0322266 0.0322266 0.0322266 0.0322266 0.0158691 0.0158691 0.0158691 0.0158691 0.0158691 0.0158691 0.0158691 0.0158691 0.01586910.007873540.00787354 0.007873540.007873540.007873540.00787354 3 4 0.125 0.625 0.4375 0.546875 0.671875 0.761719 0.824219 0.824219 0.87793 0.87793 0.87793 0.90918 0.90918 0.90918 0.938232 0.938232 0.938232 0.938232 0.953857 0.953857 0.953857 0.953857 0.953857 0.968933 0.968933 0.968933 0.968933 0.968933 0.968933 4 5 0.625 0.125 0.6875 0.421875 0.296875 0.199219 0.136719 0.136719 0.0966797 0.0966797 0.0966797 0.0654297 0.0654297 0.0654297 0.0476074 0.0476074 0.0476074 0.0476074 0.0319824 0.0319824 0.0319824 0.0319824 0.0319824 0.0236206 0.0236206 0.0236206 0.0236206 0.0236206 0.0236206 5 6 0.375 0.375 0.875 0.28125 0.40625 0.132812 0.195312 0.195312 0.0644531 0.0644531 0.0644531 0.0957031 0.0957031 0.0957031 0.0317383 0.0317383 0.0317383 0.0317383 0.0473633 0.0473633 0.0473633 0.0473633 0.0473633 0.0157471 0.0157471 0.0157471 0.0157471 0.0157471 0.0157471 6 7 0.875 0.875 0.125 0.65625 0.53125 0.820312 0.757812 0.757812 0.908203 0.908203 0.908203 0.876953 0.876953 0.876953 0.953613 0.953613 0.953613 0.953613 0.937988 0.937988 0.937988 0.937988 0.937988 0.976685 0.976685 0.976685 0.976685 0.976685 0.976685 7 8 0.0625 0.9375 0.953125 0.234375 0.359375 0.527344 0.652344 0.714844 0.756836 0.788086 0.788086 0.819336 0.850586 0.850586 0.876709 0.876709 0.892334 0.892334 0.907959 0.907959 0.907959 0.923584 0.923584 0.937927 0.937927 0.937927 0.937927 0.937927 0.94574 8 9 0.5625 0.4375 0.203125 0.859375 0.734375 0.464844 0.339844 0.277344 0.225586 0.194336 0.194336 0.163086 0.131836 0.131836 0.111084 0.111084 0.095459 0.095459 0.079834 0.079834 0.079834 0.064209 0.064209 0.0551147 0.0551147 0.0551147 0.0551147 0.0551147 0.0473022 9 10 0.3125 0.1875 0.390625 0.96875 0.59375 0.398438 0.273438 0.335938 0.193359 0.224609 0.224609 0.130859 0.162109 0.162109 0.0952148 0.0952148 0.11084 0.11084 0.0639648 0.0639648 0.0639648 0.0795898 0.0795898 0.0472412 0.0472412 0.0472412 0.0472412 0.0472412 0.0550537 10 11 0.8125 0.6875 0.640625 0.09375 0.46875 0.585938 0.710938 0.648438 0.787109 0.755859 0.755859 0.849609 0.818359 0.818359 0.89209 0.89209 0.876465 0.876465 0.92334 0.92334 0.92334 0.907715 0.907715 0.945679 0.945679 0.945679 0.945679 0.945679 0.937866 NIEDERREITER_TEST Normal end of execution. 28 March 2020 07:21:42 PM