April 24 2003 4:26:46.154 PM CVT_DATASET Create CVT datasets. CVT = Centroidal Voronoi Tessellation. Given a region in ND, the problem is to determine GENERATORS, a set of points which define a division of the region into Voronoi cells, which are also CENTROIDS of the Voronoi cells. :> # cvt_16_00100_c.inp # # Same as baseline, but sample function is GRID. # :> :> SEED = 123456789 :> # The generators have been initialized using a random sequence. :> CVT sample function is a fixed grid. :> :> STEP L2 Change 1 12.397600 2 1.647010 3 0.654072 4 0.378804 5 0.287703 6 0.239374 7 0.212243 8 0.191051 9 0.175997 10 0.163138 11 0.151283 12 0.136711 13 0.127193 14 0.117933 15 0.112846 16 0.108524 17 0.101728 18 0.097277 19 0.091952 20 0.087376 21 0.082874 22 0.080621 23 0.079043 24 0.076530 25 0.074287 26 0.072219 27 0.070215 28 0.067516 29 0.063710 30 0.059272 31 0.056751 32 0.054531 33 0.051994 34 0.049120 35 0.047449 36 0.046069 37 0.044032 38 0.042621 39 0.041747 40 0.041564 41 0.041249 42 0.040045 43 0.038530 44 0.038024 45 0.038658 46 0.038857 47 0.037762 48 0.036878 49 0.034975 50 0.034202 51 0.033533 52 0.033830 53 0.031868 54 0.030780 55 0.030735 56 0.030573 57 0.029862 58 0.029045 59 0.027948 60 0.027543 61 0.026978 62 0.027472 63 0.027808 64 0.027221 65 0.027074 66 0.027209 67 0.026477 68 0.025021 69 0.025556 70 0.025299 71 0.024664 72 0.024465 73 0.023394 74 0.024032 75 0.023265 76 0.024754 77 0.025662 78 0.025375 79 0.025437 80 0.025950 81 0.026494 82 0.025692 83 0.025091 84 0.025489 85 0.024953 86 0.024562 87 0.024583 88 0.025003 89 0.024024 90 0.024021 91 0.023329 92 0.022845 93 0.022930 94 0.024179 95 0.024521 96 0.025174 97 0.026550 98 0.026810 99 0.025336 100 0.024957 :> The generators were written to the file "cvt_16_00100_c.txt". :> # QUIT requested. CVT_POINTS Normal end of execution. April 24 2003 4:34:30.949 PM