April 24 2003 4:20:58.085 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_00010_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 3.611580 2 0.390980 3 0.198147 4 0.116680 5 0.079214 6 0.061629 7 0.050918 8 0.044570 9 0.039979 10 0.036508 11 0.034074 12 0.031687 13 0.029846 14 0.028473 15 0.027118 16 0.026483 17 0.025374 18 0.024282 19 0.023451 20 0.022703 21 0.022359 22 0.023086 23 0.023334 24 0.023460 25 0.023883 26 0.024072 27 0.024043 28 0.023872 29 0.023428 30 0.023135 31 0.022584 32 0.022144 33 0.021506 34 0.021342 35 0.020608 36 0.019550 37 0.018559 38 0.017445 39 0.016373 40 0.015388 41 0.014872 42 0.014132 43 0.013417 44 0.012540 45 0.012235 46 0.011414 47 0.011141 48 0.010522 49 0.009625 50 0.008849 51 0.007685 52 0.006898 53 0.006493 54 0.006291 55 0.005994 56 0.005613 57 0.005098 58 0.004672 59 0.004589 60 0.004436 61 0.004419 62 0.004371 63 0.004582 64 0.005059 65 0.005505 66 0.005164 67 0.005202 68 0.005542 69 0.005228 70 0.004742 71 0.004493 72 0.004422 73 0.004168 74 0.003873 75 0.003525 76 0.003088 77 0.003305 78 0.003094 79 0.002906 80 0.002955 81 0.003109 82 0.003596 83 0.003266 84 0.003285 85 0.003406 86 0.003468 87 0.003305 88 0.003679 89 0.003723 90 0.003720 91 0.004439 92 0.003960 93 0.004194 94 0.004111 95 0.004068 96 0.003901 97 0.003692 98 0.003447 99 0.003004 100 0.003192 :> The generators were written to the file "cvt_16_00010_c.txt". :> # QUIT requested. CVT_POINTS Normal end of execution. April 24 2003 4:22:33.912 PM