9 May 2025 9:29:18.688 PM random_openmp(): FORTRAN90 version An OpenMP program using random numbers. The random numbers depend on a seed. We need to insure that each OpenMP thread starts with a different seed. Number of processors available = 8 Number of threads = 1 Thread Seed I X(I) 0 123456789 0 29017 1 0.442764 0 41837 2 0.638382 0 61841 3 0.943619 0 52997 4 0.808670 0 6153 5 0.938873E-01 0 26077 6 0.397903 0 29377 7 0.448257 0 52725 8 0.804520 0 8121 9 0.123917 0 15693 10 0.239456 0 19697 11 0.300552 0 14821 12 0.226151 0 47209 13 0.720352 0 6589 14 0.100540 0 12321 15 0.188004 0 33493 16 0.511063 0 4633 17 0.706940E-01 0 60205 18 0.918655 0 52305 19 0.798111 0 6341 20 0.967560E-01 0 23753 21 0.362442 0 41373 22 0.631302 0 53633 23 0.818375 0 27573 24 0.420731 0 51321 25 0.783096 0 11533 26 0.175980 0 61361 27 0.936295 0 60325 28 0.920486 0 34089 29 0.520157 0 32125 30 0.490189 0 55009 31 0.839371 0 2197 32 0.335236E-01 0 49881 33 0.761124 0 33517 34 0.511429 0 14097 35 0.215103 0 12933 36 0.197342 0 45449 37 0.693497 0 11613 38 0.177200 0 49217 39 0.750992 0 55669 40 0.849442 0 33081 41 0.504776 0 27853 42 0.425003 0 8817 43 0.134537 0 28005 44 0.427322 0 25065 45 0.382462 0 12605 46 0.192337 0 3489 47 0.532379E-01 0 24149 48 0.368484 0 33689 49 0.514053 0 27309 50 0.416702 0 12753 51 0.194595 0 7237 52 0.110428 0 5705 53 0.870514E-01 0 2333 54 0.355988E-01 0 16129 55 0.246109 0 5941 56 0.906525E-01 0 18937 57 0.288956 0 64653 58 0.986526 0 58673 59 0.895279 0 48933 60 0.746658 0 20137 61 0.307266 0 13565 62 0.206985 0 54369 63 0.829605 0 33813 64 0.515945 0 21593 65 0.329483 0 41581 66 0.634476 0 48273 67 0.736588 0 54789 68 0.836014 0 35593 69 0.543106 0 13533 70 0.206497 0 19905 71 0.303726 0 9461 72 0.144363 0 8889 73 0.135635 0 56397 74 0.860550 0 14321 75 0.218521 0 57573 76 0.878494 0 19305 77 0.294571 0 35005 78 0.534134 0 11041 79 0.168472 0 31189 80 0.475906 0 13593 81 0.207413 0 10797 82 0.164749 0 55121 83 0.841080 0 24517 84 0.374100 0 4041 85 0.616608E-01 0 45213 86 0.689896 0 60545 87 0.923843 0 693 88 0.105743E-01 0 2937 89 0.448151E-01 0 3085 90 0.470734E-01 0 6833 91 0.104263 0 53925 92 0.822830 0 22569 93 0.344376 0 11389 94 0.173782 0 4577 95 0.698395E-01 0 16277 96 0.248367 0 9689 97 0.147842 0 493 98 0.752258E-02 0 33297 99 0.508072 0 47493 100 0.724686 random_openmp(): Normal end of execution. 9 May 2025 9:29:18.689 PM 9 May 2025 9:29:18.690 PM random_openmp(): FORTRAN90 version An OpenMP program using random numbers. The random numbers depend on a seed. We need to insure that each OpenMP thread starts with a different seed. Number of processors available = 8 Number of threads = 2 Thread Seed I X(I) 0 123456789 0 29017 1 0.442764 0 41837 2 0.638382 0 61841 3 0.943619 0 52997 4 0.808670 0 6153 5 0.938873E-01 0 26077 6 0.397903 0 29377 7 0.448257 0 52725 8 0.804520 0 8121 9 0.123917 0 15693 10 0.239456 0 19697 11 0.300552 0 14821 12 0.226151 0 47209 13 0.720352 0 6589 14 0.100540 0 12321 15 0.188004 0 33493 16 0.511063 0 4633 17 0.706940E-01 0 60205 18 0.918655 0 52305 19 0.798111 0 6341 20 0.967560E-01 0 23753 21 0.362442 0 41373 22 0.631302 0 53633 23 0.818375 0 27573 24 0.420731 0 51321 25 0.783096 0 11533 26 0.175980 0 61361 27 0.936295 0 60325 28 0.920486 0 34089 29 0.520157 0 32125 30 0.490189 0 55009 31 0.839371 0 2197 32 0.335236E-01 0 49881 33 0.761124 0 33517 34 0.511429 0 14097 35 0.215103 0 12933 36 0.197342 0 45449 37 0.693497 0 11613 38 0.177200 0 49217 39 0.750992 0 55669 40 0.849442 0 33081 41 0.504776 0 27853 42 0.425003 0 8817 43 0.134537 0 28005 44 0.427322 0 25065 45 0.382462 0 12605 46 0.192337 0 3489 47 0.532379E-01 0 24149 48 0.368484 0 33689 49 0.514053 0 27309 50 0.416702 1 123456790 1 32142 51 0.490448 1 42598 52 0.649994 1 15134 53 0.230927 1 42294 54 0.645355 1 48174 55 0.735077 1 7558 56 0.115326 1 25790 57 0.393524 1 50006 58 0.763031 1 30926 59 0.471893 1 43686 60 0.666595 1 7262 61 0.110809 1 18294 62 0.279144 1 21358 63 0.325897 1 28102 64 0.428802 1 510 65 0.778198E-02 1 20886 66 0.318695 1 60430 67 0.922089 1 34534 68 0.526947 1 46494 69 0.709442 1 438 70 0.668335E-02 1 58030 71 0.885468 1 5638 72 0.860291E-01 1 55102 73 0.840790 1 30678 74 0.468109 1 55118 75 0.841034 1 15142 76 0.231049 1 1758 77 0.268250E-01 1 54262 78 0.827972 1 27118 79 0.413788 1 5702 80 0.870056E-01 1 58494 81 0.892548 1 13846 82 0.211273 1 14990 83 0.228729 1 51046 84 0.778900 1 4126 85 0.629578E-01 1 48694 86 0.743011 1 59694 87 0.910858 1 28294 88 0.431732 1 10686 89 0.163055 1 35926 90 0.548187 1 5582 91 0.851746E-01 1 11174 92 0.170502 1 53598 93 0.817841 1 49270 94 0.751801 1 24686 95 0.376678 1 7878 96 0.120209 1 42750 97 0.652313 1 31382 98 0.478851 1 26894 99 0.410370 1 26598 100 0.405853 random_openmp(): Normal end of execution. 9 May 2025 9:29:18.690 PM 9 May 2025 9:29:18.691 PM random_openmp(): FORTRAN90 version An OpenMP program using random numbers. The random numbers depend on a seed. We need to insure that each OpenMP thread starts with a different seed. Number of processors available = 8 Number of threads = 4 Thread Seed I X(I) 0 123456789 0 29017 1 0.442764 0 41837 2 0.638382 0 61841 3 0.943619 0 52997 4 0.808670 1 123456790 1 32142 26 0.490448 1 42598 27 0.649994 1 15134 28 0.230927 1 42294 29 0.645355 1 48174 30 0.735077 1 7558 31 0.115326 1 25790 32 0.393524 2 123456791 2 35267 51 0.538132 2 43359 52 0.661606 1 50006 33 0.763031 3 123456792 3 38392 76 0.585815 3 44120 77 0.673218 3 52792 78 0.805542 3 20888 79 0.318726 3 1144 80 0.174561E-01 3 36056 81 0.550171 3 18616 82 0.284058 2 33963 53 0.518234 2 31591 54 0.482040 2 24659 55 0.376266 2 54575 56 0.832748 2 22203 57 0.338791 2 47287 58 0.721542 2 53731 59 0.819870 2 6143 60 0.937347E-01 2 60363 61 0.921066 2 21767 62 0.332138 0 6153 5 0.938873E-01 0 26077 6 0.397903 0 29377 7 0.448257 1 30926 34 0.471893 2 61043 63 0.931442 2 49615 64 0.757065 2 54235 65 0.827560 2 8279 66 0.126328 2 50691 67 0.773483 2 8863 68 0.135239 2 40683 69 0.620773 2 60071 70 0.916611 2 26771 71 0.408493 2 35439 72 0.540756 2 56571 73 0.863205 2 33783 74 0.515488 2 58915 75 0.898972 3 44568 83 0.680054 0 52725 8 0.804520 1 43686 35 0.666595 1 7262 36 0.110809 1 18294 37 0.279144 1 21358 38 0.325897 1 28102 39 0.428802 0 8121 9 0.123917 1 510 40 0.778198E-02 1 20886 41 0.318695 1 60430 42 0.922089 1 34534 43 0.526947 3 11000 84 0.167847 3 34136 85 0.520874 3 47928 86 0.731323 3 25240 87 0.385132 3 35192 88 0.536987 1 46494 44 0.709442 1 438 45 0.668335E-02 1 58030 46 0.885468 1 5638 47 0.860291E-01 1 55102 48 0.840790 1 30678 49 0.468109 1 55118 50 0.841034 3 5592 89 0.853271E-01 3 42424 90 0.647339 3 61208 91 0.933960 3 40952 92 0.624878 3 48728 93 0.743530 0 15693 10 0.239456 0 19697 11 0.300552 0 14821 12 0.226151 3 34872 94 0.532104 3 54168 95 0.826538 3 61048 96 0.931519 3 65240 97 0.995483 3 58040 98 0.885620 3 36888 99 0.562866 3 62712 100 0.956909 0 47209 13 0.720352 0 6589 14 0.100540 0 12321 15 0.188004 0 33493 16 0.511063 0 4633 17 0.706940E-01 0 60205 18 0.918655 0 52305 19 0.798111 0 6341 20 0.967560E-01 0 23753 21 0.362442 0 41373 22 0.631302 0 53633 23 0.818375 0 27573 24 0.420731 0 51321 25 0.783096 random_openmp(): Normal end of execution. 9 May 2025 9:29:18.691 PM 9 May 2025 9:29:18.692 PM random_openmp(): FORTRAN90 version An OpenMP program using random numbers. The random numbers depend on a seed. We need to insure that each OpenMP thread starts with a different seed. Number of processors available = 8 Number of threads = 8 Thread Seed I X(I) 0 123456789 0 29017 1 0.442764 0 41837 2 0.638382 0 61841 3 0.943619 0 52997 4 0.808670 0 6153 5 0.938873E-01 0 26077 6 0.397903 0 29377 7 0.448257 0 52725 8 0.804520 0 8121 9 0.123917 0 15693 10 0.239456 0 19697 11 0.300552 0 14821 12 0.226151 0 47209 13 0.720352 6 123456795 6 47767 77 0.728867 6 46403 78 0.708054 6 43743 79 0.667465 7 123456796 7 50892 89 0.776550 7 47164 90 0.719666 7 62572 91 0.954773 7 43612 92 0.665466 7 38156 93 0.582214 7 27516 94 0.419861 7 4268 95 0.651245E-01 7 33692 96 0.514099 7 36684 97 0.559753 7 15036 98 0.229431 7 63724 99 0.972351 7 39132 100 0.597107 2 123456791 2 35267 27 0.538132 2 43359 28 0.661606 2 33963 29 0.518234 2 31591 30 0.482040 2 24659 31 0.376266 2 54575 32 0.832748 2 22203 33 0.338791 2 47287 34 0.721542 2 53731 35 0.819870 2 6143 36 0.937347E-01 2 60363 37 0.921066 2 21767 38 0.332138 2 61043 39 0.931442 1 123456790 1 32142 14 0.490448 1 42598 15 0.649994 1 15134 16 0.230927 3 123456792 3 38392 40 0.585815 3 44120 41 0.673218 3 52792 42 0.805542 3 20888 43 0.318726 3 1144 44 0.174561E-01 3 36056 45 0.550171 3 18616 46 0.284058 3 44568 47 0.680054 3 11000 48 0.167847 3 34136 49 0.520874 3 47928 50 0.731323 3 25240 51 0.385132 3 35192 52 0.536987 6 54315 80 0.828781 6 61671 81 0.941025 6 46035 82 0.702438 6 7855 83 0.119858 6 36411 84 0.555588 6 13879 85 0.211777 6 52579 86 0.802292 6 10623 87 0.162094 6 35659 88 0.544113 4 123456793 1 42294 17 0.645355 1 48174 18 0.735077 1 7558 19 0.115326 1 25790 20 0.393524 1 50006 21 0.763031 1 30926 22 0.471893 1 43686 23 0.666595 1 7262 24 0.110809 1 18294 25 0.279144 1 21358 26 0.325897 5 123456794 5 44642 65 0.681183 5 45642 66 0.696442 5 24914 67 0.380157 5 65018 68 0.992096 5 19650 69 0.299835 5 64554 70 0.985016 4 41517 53 0.633499 4 44881 54 0.684830 4 6085 55 0.928497E-01 4 10185 56 0.155411 4 43165 57 0.658646 4 17537 58 0.267593 4 15029 59 0.229324 4 41849 60 0.638565 4 33805 61 0.515823 4 62129 62 0.948013 4 35493 63 0.541580 4 28713 64 0.438126 5 11442 71 0.174591 5 39130 72 0.597076 5 56610 73 0.863800 5 24586 74 0.375153 5 23058 75 0.351837 5 32186 76 0.491119 random_openmp(): Normal end of execution. 9 May 2025 9:29:18.693 PM 9 May 2025 9:29:18.694 PM random_openmp(): FORTRAN90 version An OpenMP program using random numbers. The random numbers depend on a seed. We need to insure that each OpenMP thread starts with a different seed. Number of processors available = 8 Number of threads = 16 Thread Seed I X(I) 2 123456791 2 35267 15 0.538132 2 43359 16 0.661606 2 33963 17 0.518234 3 123456792 3 38392 22 0.585815 3 44120 23 0.673218 3 52792 24 0.805542 3 20888 25 0.318726 3 1144 26 0.174561E-01 3 36056 27 0.550171 3 18616 28 0.284058 9 123456798 9 57142 59 0.871918 9 48686 60 0.742889 9 34694 61 0.529388 9 22206 62 0.338837 9 56662 63 0.864594 9 56014 64 0.854706 14 123456803 14 7231 89 0.110336 14 52491 90 0.800949 14 63303 91 0.965927 14 34227 92 0.522263 14 4623 93 0.705414E-01 14 28955 94 0.441818 10 123456799 10 60267 65 0.919601 10 49447 66 0.754501 10 53523 67 0.816696 2 31591 18 0.482040 4 123456793 2 24659 19 0.376266 5 123456794 8 123456797 8 54017 53 0.824234 8 47925 54 0.731277 13 123456802 13 4106 83 0.626526E-01 13 51730 84 0.789337 13 44474 85 0.678619 13 44930 86 0.685577 13 28138 87 0.429352 13 47474 88 0.724396 15 123456804 15 10356 95 0.158020 15 53252 96 0.812561 15 16596 97 0.253235 15 23524 98 0.358948 15 46644 99 0.711731 15 10436 100 0.159241 2 54575 20 0.832748 2 22203 21 0.338791 6 123456795 6 47767 41 0.728867 6 46403 42 0.708054 6 43743 43 0.667465 6 54315 44 0.828781 11 123456800 11 63392 71 0.967285 11 50208 72 0.766113 11 6816 73 0.104004 11 800 74 0.122070E-01 11 9632 75 0.146973 0 123456789 0 29017 1 0.442764 0 41837 2 0.638382 0 61841 3 0.943619 4 41517 29 0.633499 4 44881 30 0.684830 4 6085 31 0.928497E-01 4 10185 32 0.155411 4 43165 33 0.658646 4 17537 34 0.267593 8 15865 55 0.242081 8 32909 56 0.502151 8 14641 57 0.223404 8 8997 58 0.137283 11 18976 76 0.289551 1 123456790 1 32142 8 0.490448 1 42598 9 0.649994 1 15134 10 0.230927 1 42294 11 0.645355 1 48174 12 0.735077 1 7558 13 0.115326 1 25790 14 0.393524 6 61671 45 0.941025 6 46035 46 0.702438 12 123456801 12 981 77 0.149689E-01 12 50969 78 0.777725 12 25645 79 0.391312 10 11503 68 0.175522 0 52997 4 0.808670 0 6153 5 0.938873E-01 0 26077 6 0.397903 0 29377 7 0.448257 12 55633 80 0.848892 12 51653 81 0.788162 12 457 82 0.697327E-02 5 44642 35 0.681183 5 45642 36 0.696442 5 24914 37 0.380157 5 65018 38 0.992096 5 19650 39 0.299835 5 64554 40 0.985016 10 33147 69 0.505783 10 37495 70 0.572128 7 123456796 7 50892 47 0.776550 7 47164 48 0.719666 7 62572 49 0.954773 7 43612 50 0.665466 7 38156 51 0.582214 7 27516 52 0.419861 random_openmp(): Normal end of execution. 9 May 2025 9:29:18.694 PM