April 24 2003 4:35:06.416 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_01000_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 55.758797 2 3.262099 3 1.386916 4 0.903819 5 0.689141 6 0.563206 7 0.477974 8 0.409910 9 0.358682 10 0.322236 11 0.293917 12 0.268234 13 0.247099 14 0.234307 15 0.222831 16 0.209711 17 0.199156 18 0.189819 19 0.183279 20 0.175022 21 0.169872 22 0.164188 23 0.158436 24 0.155031 25 0.147154 26 0.141337 27 0.140377 28 0.134160 29 0.127575 30 0.123010 31 0.114966 32 0.113945 33 0.109737 34 0.105306 35 0.105091 36 0.101370 37 0.096541 38 0.097553 39 0.098748 40 0.098024 41 0.095960 42 0.093315 43 0.094142 44 0.090404 45 0.089361 46 0.087423 47 0.082716 48 0.081830 49 0.078073 50 0.074677 51 0.074467 52 0.072918 53 0.069618 54 0.068108 55 0.068445 56 0.068345 57 0.064962 58 0.062683 59 0.062591 60 0.061801 61 0.060036 62 0.058944 63 0.056469 64 0.053846 65 0.051804 66 0.049751 67 0.049229 68 0.048714 69 0.047429 70 0.047520 71 0.047204 72 0.046677 73 0.046002 74 0.045456 75 0.043595 76 0.043612 77 0.042339 78 0.043162 79 0.043837 80 0.044506 81 0.042761 82 0.043743 83 0.043175 84 0.042975 85 0.044599 86 0.044734 87 0.043493 88 0.041760 89 0.043177 90 0.040163 91 0.040016 92 0.040184 93 0.040535 94 0.040417 95 0.039517 96 0.040705 97 0.038245 98 0.038023 99 0.037475 100 0.037693 :> The generators were written to the file "cvt_16_01000_c.txt". :> # QUIT requested. CVT_POINTS Normal end of execution. April 24 2003 5:44:09.349 PM