grid-14-virt-clusters

Applications of on-demand virtual clusters to high performance computing
git clone https://git.igankevich.com/grid-14-virt-clusters.git
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mpi.dat.avg (2939B)


      1 1 0.511841 0.214015 0.00466381
      2 2 0.505094 0.22974 0.00474212
      3 3 0.507006 0.253653 0.00465276
      4 4 0.507575 0.250306 0.00501876
      5 5 0.506163 0.262548 0.00457203
      6 6 0.508284 0.271779 0.00469238
      7 7 0.510317 0.289554 0.0046959
      8 8 0.506909 0.297985 0.00475827
      9 9 0.507641 2.55407 0.00484345
     10 10 0.509464 2.51164 0.00541052
     11 11 0.507983 2.52676 0.00489695
     12 12 0.504881 2.53748 0.0048151
     13 13 0.510461 2.53959 0.00512187
     14 14 0.508477 2.56205 0.00499653
     15 15 0.510681 2.5226 0.00485718
     16 16 0.505562 2.51815 0.00498661
     17 17 0.506166 2.53932 0.00530383
     18 18 0.505608 2.56811 0.00553672
     19 19 0.510414 2.58783 0.00524647
     20 20 0.508748 2.55759 0.00524502
     21 21 0.507762 2.55814 0.00529666
     22 22 0.505641 2.57258 0.00528697
     23 23 0.50583 2.60239 0.00538346
     24 24 0.504189 2.58867 0.00542632
     25 25 0.506987 2.63005 0.00566022
     26 26 0.50509 2.63272 0.0063011
     27 27 0.510882 2.62863 0.00560082
     28 28 0.511806 2.63627 0.00576387
     29 29 0.509526 2.64496 0.0058783
     30 30 0.508985 2.6574 0.00534147
     31 31 0.511898 2.59995 0.00583481
     32 32 0.506277 2.65339 0.00552588
     33 33 0.508524 2.71991 0.00619162
     34 34 0.509172 2.69479 0.00628891
     35 35 0.505744 2.71881 0.00582684
     36 36 0.512116 2.71632 0.00634006
     37 37 0.512383 2.71549 0.0061833
     38 38 0.505429 2.73832 0.00645637
     39 39 0.509128 2.71692 0.00629586
     40 40 0.520674 2.71261 0.00619915
     41 41 0.512837 2.77989 0.00632241
     42 42 0.51255 2.71842 0.00608399
     43 43 0.511835 2.77379 0.00630325
     44 44 0.505636 2.74786 0.0063407
     45 45 0.512207 2.77105 0.00661138
     46 46 0.506334 2.77276 0.00667007
     47 47 0.509734 2.7556 0.00616435
     48 48 0.508723 2.77969 0.00627397
     49 49 0.508581 2.82351 0.00643951
     50 50 0.513697 2.79402 0.00638368
     51 51 0.513337 2.82212 0.00697194
     52 52 0.508613 2.80459 0.0065837
     53 53 0.516927 2.81395 0.00635427
     54 54 0.51412 2.84143 0.00628044
     55 55 0.509802 2.81495 0.00663056
     56 56 0.510205 2.80596 0.00747098
     57 57 0.509932 2.88076 0.00698353
     58 58 0.512727 2.86846 0.00796843
     59 59 0.512051 2.86419 0.0070461
     60 60 0.513988 2.87897 0.00755255
     61 61 0.509989 2.87762 0.00702795
     62 62 0.512026 2.91304 0.00712861
     63 63 0.509576 2.90126 0.00691712
     64 64 0.510649 2.92164 0.00694584
     65 65 0.51339 2.94977 0.00737475
     66 66 0.508282 2.93488 0.00828161
     67 67 0.513701 2.9484 0.00742481
     68 68 0.51386 2.9647 0.00779536
     69 69 0.508843 2.97352 0.00746397
     70 70 0.512964 2.9438 0.00742753
     71 71 0.512618 2.96598 0.0076867
     72 72 0.516298 2.96793 0.00755946
     73 73 0.517425 3.09857 0.00803989
     74 74 0.512169 3.02292 0.00801205
     75 75 0.518326 3.01298 0.00706709
     76 76 0.517534 3.02239 0.0114073
     77 77 0.513862 3.01645 0.00932957
     78 78 0.509468 3.02961 0.00800703
     79 79 0.514485 3.01565 0.00831904
     80 80 0.516897 3.00315 0.00905101
     81 81 0.512375 3.11543 0.0111954
     82 82 0.51155 3.09514 0.0173354
     83 83 0.522446 3.11046 0.0130154
     84 84 0.51982 3.11019 0.0138484
     85 85 0.514424 3.11687 0.00813203
     86 86 0.517044 3.11386 0.0115476
     87 87 0.514605 3.10443 0.00986722
     88 88 0.516149 3.11453 0.00921976
     89 89 0.516266 3.16103 0.0104201
     90 90 0.514843 3.20073 0.0122855
     91 91 0.517808 3.18394 0.0121785
     92 92 0.518335 3.18916 0.0135765
     93 93 0.514164 3.18892 0.00821807
     94 94 0.519329 3.17938 0.0122061
     95 95 0.517381 3.17734 0.0116885
     96 96 0.516585 3.16376 0.00855128