07-Jan-2022 18:17:36 cvt_1d_lumping_test(): MATLAB/Octave version 9.8.0.1380330 (R2020a) Update 2. Test cvt_1d_lumping(). Many computations are to be run. Each computation is recorded in a separate output file. Number of iterations will be 250 Number of sample points will be 400000 07-Jan-2022 18:17:36 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 5 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.746026 2 0.264718 3 0.629447 4 0.811584 5 0.826752 Saved graphics file "density.png" Saved graphics file "energy_005_r.png" Saved graphics file "motion_005_r.png" Saved graphics file "evolution_005_r.png" CVT data: K G H rho H^3 mu H 1 -0.9992 0.1918 112.8 4.832 2 -0.6171 0.4996 0.256 0.6349 3 0.0000 0.6168 0.2347 0.6168 4 0.6165 0.4994 0.2551 0.6342 5 0.9987 0.1924 55.09 3.805 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9511 0.2306 0.4154 0.7462 2 -0.5878 0.4755 0.2031 0.5878 3 0.0000 0.5878 0.2031 0.5878 4 0.5878 0.4755 0.2031 0.5878 5 0.9511 0.2306 0.4154 0.7462 ||G-ChebyshevZero|| = 0.0792298 Saved CVT coordinates in file "cvt_005_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_005.txt" Iteration required 0.737622 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:42 Output saved in "output_005_r.txt" 07-Jan-2022 18:17:42 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 9 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.804919 2 -0.684774 3 -0.443004 4 -0.029249 5 0.093763 6 0.914334 7 0.915014 8 0.929777 9 0.941186 Saved graphics file "density.png" Saved graphics file "energy_009_r.png" Saved graphics file "motion_009_r.png" Saved graphics file "evolution_009_r.png" CVT data: K G H rho H^3 mu H 1 -0.9996 0.06096 9.006 2.081 2 -0.8785 0.1739 0.04822 0.364 3 -0.6518 0.2659 0.04309 0.3506 4 -0.3468 0.3259 0.04195 0.3475 5 0.0000 0.3466 0.04163 0.3466 6 0.3464 0.3256 0.04183 0.3471 7 0.6513 0.2658 0.04296 0.3502 8 0.8780 0.174 0.04803 0.3635 9 0.9993 0.06136 4.435 1.643 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9848 0.07458 0.07923 0.4295 2 -0.8660 0.171 0.04001 0.342 3 -0.6428 0.262 0.04001 0.342 4 -0.3420 0.3214 0.04001 0.342 5 0.0000 0.342 0.04001 0.342 6 0.3420 0.3214 0.04001 0.342 7 0.6428 0.262 0.04001 0.342 8 0.8660 0.171 0.04001 0.342 9 0.9848 0.07458 0.07923 0.4295 ||G-ChebyshevZero|| = 0.0303706 Saved CVT coordinates in file "cvt_009_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_009.txt" Iteration required 0.658648 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:44 Output saved in "output_009_r.txt" 07-Jan-2022 18:17:44 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 17 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.928577 2 -0.716227 3 -0.657627 4 -0.215546 5 -0.156477 6 0.310956 7 0.311481 8 0.357470 9 0.412092 10 0.486265 11 0.515480 12 0.584415 13 0.600561 14 0.698259 15 0.831471 16 0.867986 17 0.918985 Saved graphics file "density.png" Saved graphics file "energy_017_r.png" Saved graphics file "motion_017_r.png" Saved graphics file "evolution_017_r.png" CVT data: K G H rho H^3 mu H 1 -0.9997 0.03366 2.392 1.337 2 -0.9330 0.09751 0.01989 0.271 3 -0.8047 0.1549 0.01777 0.2609 4 -0.6231 0.2021 0.01725 0.2584 5 -0.4005 0.2359 0.01707 0.2575 6 -0.1513 0.2542 0.017 0.2571 7 0.1079 0.2556 0.01699 0.2571 8 0.3599 -0.05393 -0.0001931 -0.0578 9 0.0000 -0.08796 -0.0006805 -0.08796 10 0.1840 0.1809 0.006231 0.184 11 0.3617 0.1717 0.006242 0.1841 12 0.5273 0.1566 0.006262 0.1843 13 0.6750 0.1363 0.0063 0.1847 14 0.7998 0.1113 0.006378 0.1855 15 0.8976 0.08257 0.006572 0.1873 16 0.9650 0.05101 0.007351 0.1944 17 0.9996 0.0177 0.2748 0.6502 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9957 0.02122 0.01216 0.23 2 -0.9618 0.05029 0.006204 0.1837 3 -0.8952 0.0819 0.006204 0.1837 4 -0.7980 0.1107 0.006204 0.1837 5 -0.6737 0.1358 0.006204 0.1837 6 -0.5264 0.1562 0.006204 0.1837 7 -0.3612 0.1713 0.006204 0.1837 8 -0.1837 0.1806 0.006204 0.1837 9 0.0000 0.1837 0.006204 0.1837 10 0.1837 0.1806 0.006204 0.1837 11 0.3612 0.1713 0.006204 0.1837 12 0.5264 0.1562 0.006204 0.1837 13 0.6737 0.1358 0.006204 0.1837 14 0.7980 0.1107 0.006204 0.1837 15 0.8952 0.0819 0.006204 0.1837 16 0.9618 0.05029 0.006204 0.1837 17 0.9957 0.02122 0.01216 0.23 ||G-ChebyshevZero|| = 0.877856 Saved CVT coordinates in file "cvt_017_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_017.txt" Iteration required 0.683444 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:45 Output saved in "output_017_r.txt" 07-Jan-2022 18:17:45 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 33 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.936334 2 -0.931108 3 -0.907657 4 -0.805736 5 -0.762005 6 -0.674777 7 -0.626255 8 -0.552376 9 -0.489810 10 -0.447950 11 -0.446154 12 -0.365801 13 -0.319229 14 -0.236883 15 -0.122511 16 -0.108828 17 -0.020471 18 -0.003272 19 0.011914 20 0.170536 21 0.292626 22 0.310196 23 0.359405 24 0.389657 25 0.398153 26 0.418730 27 0.502534 28 0.509373 29 0.531034 30 0.590400 31 0.646916 32 0.900444 33 0.919488 Saved graphics file "density.png" Saved graphics file "energy_033_r.png" Saved graphics file "motion_033_r.png" Saved graphics file "evolution_033_r.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.005227 0.03657 0.3319 2 -0.9897 0.0151 0.001171 0.1054 3 -0.9697 0.02474 0.001038 0.1012 4 -0.9402 0.03397 0.000993 0.09976 5 -0.9018 0.04266 0.0009622 0.09872 6 -0.8550 0.05071 0.0009346 0.09777 7 -0.8004 0.05803 0.0009076 0.09682 8 -0.7390 0.06458 0.0008806 0.09585 9 -0.6713 0.07032 0.000854 0.09488 10 -0.5983 0.07526 0.0008287 0.09393 11 -0.5208 0.07942 0.0008052 0.09303 12 -0.4395 0.08283 0.0007842 0.09222 13 -0.3551 0.08554 0.0007663 0.09151 14 -0.2684 0.0876 0.0007519 0.09093 15 -0.1799 0.08903 0.0007415 0.09051 16 -0.0902 0.08988 0.0007351 0.09025 17 0.0000 0.08822 0.0006866 0.08822 18 0.0863 0.08611 0.0006457 0.08643 19 0.1724 0.0856 0.0006563 0.0869 20 0.2577 0.0847 0.0006735 0.08766 21 0.3419 0.08333 0.0006972 0.08867 22 0.4244 0.08142 0.000727 0.08992 23 0.5048 0.07885 0.0007622 0.09134 24 0.5822 0.07554 0.000802 0.09291 25 0.6558 0.07138 0.0008454 0.09455 26 0.7249 0.06629 0.0008912 0.09623 27 0.7883 0.06023 0.0009381 0.09789 28 0.8452 0.05317 0.0009852 0.09951 29 0.8946 0.04516 0.001032 0.1011 30 0.9355 0.03627 0.001081 0.1026 31 0.9670 0.02662 0.001143 0.1046 32 0.9886 0.0164 0.001299 0.1091 33 0.9998 0.005794 0.02236 0.2817 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9989 0.005656 0.001679 0.1189 2 -0.9898 0.01353 0.0008589 0.09506 3 -0.9718 0.02241 0.0008589 0.09506 4 -0.9450 0.03109 0.0008589 0.09506 5 -0.9096 0.03949 0.0008589 0.09506 6 -0.8660 0.04753 0.0008589 0.09506 7 -0.8146 0.05514 0.0008589 0.09506 8 -0.7557 0.06225 0.0008589 0.09506 9 -0.6901 0.0688 0.0008589 0.09506 10 -0.6182 0.07472 0.0008589 0.09506 11 -0.5406 0.07997 0.0008589 0.09506 12 -0.4582 0.08449 0.0008589 0.09506 13 -0.3717 0.08825 0.0008589 0.09506 14 -0.2817 0.09121 0.0008589 0.09506 15 -0.1893 0.09334 0.0008589 0.09506 16 -0.0951 0.09463 0.0008589 0.09506 17 0.0000 0.09506 0.0008589 0.09506 18 0.0951 0.09463 0.0008589 0.09506 19 0.1893 0.09334 0.0008589 0.09506 20 0.2817 0.09121 0.0008589 0.09506 21 0.3717 0.08825 0.0008589 0.09506 22 0.4582 0.08449 0.0008589 0.09506 23 0.5406 0.07997 0.0008589 0.09506 24 0.6182 0.07472 0.0008589 0.09506 25 0.6901 0.0688 0.0008589 0.09506 26 0.7557 0.06225 0.0008589 0.09506 27 0.8146 0.05514 0.0008589 0.09506 28 0.8660 0.04753 0.0008589 0.09506 29 0.9096 0.03949 0.0008589 0.09506 30 0.9450 0.03109 0.0008589 0.09506 31 0.9718 0.02241 0.0008589 0.09506 32 0.9898 0.01353 0.0008589 0.09506 33 0.9989 0.005656 0.001679 0.1189 ||G-ChebyshevZero|| = 0.109015 Saved CVT coordinates in file "cvt_033_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_033.txt" Iteration required 0.672911 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:47 Output saved in "output_033_r.txt" 07-Jan-2022 18:17:47 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 65 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.990732 2 -0.976196 3 -0.892100 4 -0.848291 5 -0.843649 6 -0.832357 7 -0.831128 8 -0.786694 9 -0.740188 10 -0.722751 11 -0.701412 12 -0.695244 13 -0.675635 14 -0.668703 15 -0.606809 16 -0.542046 17 -0.512950 18 -0.497832 19 -0.491436 20 -0.484983 21 -0.480259 22 -0.474057 23 -0.428322 24 -0.377570 25 -0.325755 26 -0.300032 27 -0.296681 28 -0.239108 29 -0.200435 30 -0.114643 31 -0.098917 32 -0.061219 33 -0.053422 34 0.057066 35 0.061595 36 0.076685 37 0.094431 38 0.099447 39 0.135643 40 0.137647 41 0.170528 42 0.203964 43 0.232089 44 0.308158 45 0.378429 46 0.496303 47 0.507458 48 0.514400 49 0.549821 50 0.558334 51 0.588569 52 0.628570 53 0.634606 54 0.651634 55 0.661657 56 0.681435 57 0.737389 58 0.781807 59 0.826675 60 0.834387 61 0.858527 62 0.868021 63 0.918583 64 0.923796 65 0.992269 Saved graphics file "density.png" Saved graphics file "energy_065_r.png" Saved graphics file "motion_065_r.png" Saved graphics file "evolution_065_r.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.002143 0.004926 0.1701 2 -0.9958 0.006081 0.0002932 0.06643 3 -0.9878 0.009922 0.000258 0.06366 4 -0.9760 0.0136 0.0002433 0.06242 5 -0.9606 0.01704 0.0002309 0.06135 6 -0.9420 0.02022 0.0002183 0.06021 7 -0.9203 0.02308 0.0002051 0.05897 8 -0.8959 0.02561 0.0001915 0.05764 9 -0.8691 0.02782 0.0001779 0.05624 10 -0.8403 0.0297 0.0001643 0.05478 11 -0.8097 0.03126 0.0001512 0.05328 12 -0.7778 0.03254 0.0001388 0.05178 13 -0.7447 0.03358 0.0001273 0.05031 14 -0.7106 0.0344 0.0001169 0.04889 15 -0.6759 0.03503 0.0001074 0.04754 16 -0.6406 0.03553 9.904e-05 0.04627 17 -0.6048 0.03592 9.173e-05 0.0451 18 -0.5687 0.03623 8.542e-05 0.04404 19 -0.5323 0.03648 8.005e-05 0.0431 20 -0.4957 0.03672 7.555e-05 0.04227 21 -0.4588 0.03693 7.182e-05 0.04157 22 -0.4218 0.03715 6.88e-05 0.04098 23 -0.3845 0.03738 6.638e-05 0.04049 24 -0.3470 0.03761 6.448e-05 0.0401 25 -0.3092 0.03784 6.302e-05 0.03979 26 -0.2713 0.03808 6.193e-05 0.03956 27 -0.2330 0.03831 6.115e-05 0.0394 28 -0.1946 0.03853 6.061e-05 0.03928 29 -0.1560 0.03872 6.025e-05 0.0392 30 -0.1172 0.03889 6.003e-05 0.03915 31 -0.0782 0.03901 5.991e-05 0.03913 32 -0.0391 0.03909 5.987e-05 0.03912 33 0.0000 0.03644 4.838e-05 0.03644 34 0.0338 0.03379 3.865e-05 0.03381 35 0.0676 0.03389 3.92e-05 0.03397 36 0.1016 0.03405 4.01e-05 0.03423 37 0.1358 0.03427 4.137e-05 0.03459 38 0.1702 0.03453 4.302e-05 0.03504 39 0.2049 0.03483 4.507e-05 0.03559 40 0.2399 0.03518 4.757e-05 0.03623 41 0.2753 0.03555 5.056e-05 0.03698 42 0.3110 0.03594 5.407e-05 0.03781 43 0.3472 0.03633 5.816e-05 0.03874 44 0.3837 0.03672 6.288e-05 0.03977 45 0.4207 0.03709 6.831e-05 0.04088 46 0.4579 0.03741 7.451e-05 0.04208 47 0.4955 0.03767 8.156e-05 0.04337 48 0.5333 0.03784 8.95e-05 0.04473 49 0.5712 0.0379 9.842e-05 0.04617 50 0.6091 0.03781 0.0001084 0.04767 51 0.6468 0.03754 0.0001193 0.04923 52 0.6842 0.03707 0.0001313 0.05082 53 0.7209 0.03634 0.0001442 0.05244 54 0.7568 0.03534 0.0001581 0.05407 55 0.7916 0.03403 0.0001727 0.05569 56 0.8248 0.03238 0.0001878 0.05727 57 0.8563 0.03037 0.0002033 0.0588 58 0.8855 0.028 0.0002189 0.06026 59 0.9122 0.02525 0.0002341 0.06163 60 0.9360 0.02214 0.0002488 0.06289 61 0.9564 0.0187 0.0002629 0.06406 62 0.9733 0.01496 0.0002772 0.0652 63 0.9863 0.01097 0.0002947 0.06655 64 0.9952 0.006781 0.0003355 0.06949 65 0.9999 0.00246 0.003259 0.1483 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9997 0.001459 0.0002203 0.0604 2 -0.9974 0.0035 0.0001128 0.04831 3 -0.9927 0.005824 0.0001128 0.04831 4 -0.9857 0.008134 0.0001128 0.04831 5 -0.9764 0.01043 0.0001128 0.04831 6 -0.9649 0.01269 0.0001128 0.04831 7 -0.9511 0.01493 0.0001128 0.04831 8 -0.9350 0.01713 0.0001128 0.04831 9 -0.9168 0.01929 0.0001128 0.04831 10 -0.8964 0.02141 0.0001128 0.04831 11 -0.8740 0.02348 0.0001128 0.04831 12 -0.8495 0.02549 0.0001128 0.04831 13 -0.8230 0.02745 0.0001128 0.04831 14 -0.7946 0.02933 0.0001128 0.04831 15 -0.7643 0.03115 0.0001128 0.04831 16 -0.7323 0.0329 0.0001128 0.04831 17 -0.6985 0.03457 0.0001128 0.04831 18 -0.6631 0.03616 0.0001128 0.04831 19 -0.6262 0.03767 0.0001128 0.04831 20 -0.5878 0.03909 0.0001128 0.04831 21 -0.5480 0.04041 0.0001128 0.04831 22 -0.5070 0.04164 0.0001128 0.04831 23 -0.4647 0.04278 0.0001128 0.04831 24 -0.4214 0.04381 0.0001128 0.04831 25 -0.3771 0.04475 0.0001128 0.04831 26 -0.3319 0.04557 0.0001128 0.04831 27 -0.2859 0.0463 0.0001128 0.04831 28 -0.2393 0.04691 0.0001128 0.04831 29 -0.1921 0.04741 0.0001128 0.04831 30 -0.1445 0.04781 0.0001128 0.04831 31 -0.0965 0.04809 0.0001128 0.04831 32 -0.0483 0.04826 0.0001128 0.04831 33 0.0000 0.04831 0.0001128 0.04831 34 0.0483 0.04826 0.0001128 0.04831 35 0.0965 0.04809 0.0001128 0.04831 36 0.1445 0.04781 0.0001128 0.04831 37 0.1921 0.04741 0.0001128 0.04831 38 0.2393 0.04691 0.0001128 0.04831 39 0.2859 0.0463 0.0001128 0.04831 40 0.3319 0.04557 0.0001128 0.04831 41 0.3771 0.04475 0.0001128 0.04831 42 0.4214 0.04381 0.0001128 0.04831 43 0.4647 0.04278 0.0001128 0.04831 44 0.5070 0.04164 0.0001128 0.04831 45 0.5480 0.04041 0.0001128 0.04831 46 0.5878 0.03909 0.0001128 0.04831 47 0.6262 0.03767 0.0001128 0.04831 48 0.6631 0.03616 0.0001128 0.04831 49 0.6985 0.03457 0.0001128 0.04831 50 0.7323 0.0329 0.0001128 0.04831 51 0.7643 0.03115 0.0001128 0.04831 52 0.7946 0.02933 0.0001128 0.04831 53 0.8230 0.02745 0.0001128 0.04831 54 0.8495 0.02549 0.0001128 0.04831 55 0.8740 0.02348 0.0001128 0.04831 56 0.8964 0.02141 0.0001128 0.04831 57 0.9168 0.01929 0.0001128 0.04831 58 0.9350 0.01713 0.0001128 0.04831 59 0.9511 0.01493 0.0001128 0.04831 60 0.9649 0.01269 0.0001128 0.04831 61 0.9764 0.01043 0.0001128 0.04831 62 0.9857 0.008134 0.0001128 0.04831 63 0.9927 0.005824 0.0001128 0.04831 64 0.9974 0.0035 0.0001128 0.04831 65 0.9997 0.001459 0.0002203 0.0604 ||G-ChebyshevZero|| = 0.605764 Saved CVT coordinates in file "cvt_065_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_065.txt" Iteration required 0.79589 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:49 Output saved in "output_065_r.txt" 07-Jan-2022 18:17:49 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 129 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.969193 2 -0.941559 3 -0.913952 4 -0.900691 5 -0.880441 6 -0.848067 7 -0.837748 8 -0.828968 9 -0.807091 10 -0.777762 11 -0.777594 12 -0.765165 13 -0.753362 14 -0.736053 15 -0.727863 16 -0.710090 17 -0.708922 18 -0.662020 19 -0.658584 20 -0.636306 21 -0.632978 22 -0.632184 23 -0.630367 24 -0.622090 25 -0.610471 26 -0.584515 27 -0.556507 28 -0.548156 29 -0.544671 30 -0.539024 31 -0.536811 32 -0.530440 33 -0.525433 34 -0.520168 35 -0.520095 36 -0.516617 37 -0.483871 38 -0.475577 39 -0.475036 40 -0.472394 41 -0.407358 42 -0.406648 43 -0.397507 44 -0.387301 45 -0.377795 46 -0.362443 47 -0.324561 48 -0.298546 49 -0.298095 50 -0.293683 51 -0.263031 52 -0.261506 53 -0.242781 54 -0.220522 55 -0.208970 56 -0.196384 57 -0.192176 58 -0.182560 59 -0.165466 60 -0.151666 61 -0.139585 62 -0.137172 63 -0.128603 64 -0.128283 65 -0.122260 66 -0.106433 67 -0.098153 68 -0.082302 69 -0.058153 70 -0.026417 71 -0.022782 72 -0.022205 73 -0.021495 74 -0.018272 75 0.015717 76 0.017017 77 0.021543 78 0.026499 79 0.042272 80 0.065651 81 0.093611 82 0.094018 83 0.099720 84 0.100313 85 0.150417 86 0.157050 87 0.159409 88 0.174089 89 0.189792 90 0.205686 91 0.244110 92 0.244950 93 0.248120 94 0.251237 95 0.288636 96 0.295492 97 0.298231 98 0.358271 99 0.373551 100 0.422432 101 0.460662 102 0.463445 103 0.489386 104 0.551425 105 0.560455 106 0.560504 107 0.589663 108 0.600137 109 0.602029 110 0.623161 111 0.635255 112 0.642388 113 0.688618 114 0.706062 115 0.738584 116 0.751886 117 0.800108 118 0.805432 119 0.809762 120 0.821295 121 0.846759 122 0.857708 123 0.858772 124 0.878003 125 0.884101 126 0.889574 127 0.912269 128 0.926177 129 0.959497 Saved graphics file "density.png" Saved graphics file "energy_129_r.png" Saved graphics file "motion_129_r.png" Saved graphics file "evolution_129_r.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.001469 0.00211 0.1283 2 -0.9971 0.004123 0.000162 0.05451 3 -0.9917 0.006695 0.0001414 0.0521 4 -0.9838 0.009124 0.0001315 0.05086 5 -0.9735 0.01136 0.0001227 0.04969 6 -0.9611 0.01337 0.0001134 0.04841 7 -0.9468 0.01511 0.0001036 0.04697 8 -0.9309 0.01657 9.35e-05 0.04539 9 -0.9137 0.01775 8.339e-05 0.04369 10 -0.8955 0.01864 7.35e-05 0.04189 11 -0.8765 0.01926 6.408e-05 0.04002 12 -0.8570 0.01964 5.533e-05 0.03811 13 -0.8373 0.01978 4.736e-05 0.03618 14 -0.8175 0.01973 4.022e-05 0.03426 15 -0.7978 0.01952 3.395e-05 0.03238 16 -0.7784 0.01918 2.852e-05 0.03055 17 -0.7594 0.01874 2.389e-05 0.0288 18 -0.7409 0.01822 1.997e-05 0.02713 19 -0.7230 0.01766 1.67e-05 0.02556 20 -0.7056 0.01708 1.399e-05 0.0241 21 -0.6888 0.01649 1.177e-05 0.02274 22 -0.6726 0.01592 9.95e-06 0.02151 23 -0.6569 0.01537 8.479e-06 0.02039 24 -0.6418 0.01487 7.289e-06 0.01939 25 -0.6272 0.01441 6.332e-06 0.0185 26 -0.6129 0.014 5.566e-06 0.01772 27 -0.5991 0.01365 4.954e-06 0.01705 28 -0.5856 0.01335 4.468e-06 0.01647 29 -0.5724 0.01311 4.085e-06 0.01599 30 -0.5594 0.01292 3.788e-06 0.01559 31 -0.5465 0.01279 3.561e-06 0.01527 32 -0.5338 0.01271 3.392e-06 0.01502 33 -0.5211 0.01267 3.273e-06 0.01485 34 -0.5084 0.01268 3.196e-06 0.01473 35 -0.4957 0.01274 3.154e-06 0.01467 36 -0.4829 0.01283 3.144e-06 0.01465 37 -0.4700 0.01295 3.16e-06 0.01467 38 -0.4570 0.01311 3.199e-06 0.01473 39 -0.4438 0.01329 3.258e-06 0.01483 40 -0.4304 0.0135 3.342e-06 0.01495 41 -0.4168 0.01373 3.445e-06 0.0151 42 -0.4029 0.01398 3.564e-06 0.01528 43 -0.3888 0.01425 3.697e-06 0.01546 44 -0.3744 0.01453 3.844e-06 0.01566 45 -0.3597 0.01482 4.005e-06 0.01588 46 -0.3448 0.01512 4.183e-06 0.01611 47 -0.3295 0.01544 4.375e-06 0.01635 48 -0.3139 0.01577 4.583e-06 0.01661 49 -0.2979 0.01611 4.807e-06 0.01688 50 -0.2817 0.01645 5.043e-06 0.01715 51 -0.2650 0.0168 5.288e-06 0.01742 52 -0.2481 0.01715 5.549e-06 0.0177 53 -0.2307 0.0175 5.821e-06 0.01799 54 -0.2131 0.01785 6.099e-06 0.01827 55 -0.1950 0.01819 6.383e-06 0.01855 56 -0.1767 0.01853 6.668e-06 0.01882 57 -0.1580 0.01884 6.948e-06 0.01908 58 -0.1390 0.01914 7.216e-06 0.01932 59 -0.1197 0.0194 7.465e-06 0.01954 60 -0.1002 0.01964 7.695e-06 0.01974 61 -0.0805 0.01985 7.899e-06 0.01992 62 -0.0605 0.02002 8.065e-06 0.02005 63 -0.0404 0.02014 8.192e-06 0.02016 64 -0.0202 0.02023 8.279e-06 0.02023 65 0.0000 -0.04403 -8.538e-05 -0.04403 66 -0.1083 -0.04771 -0.0001105 -0.04799 67 -0.0954 0.01293 2.189e-06 0.01298 68 -0.0825 0.01297 2.203e-06 0.01301 69 -0.0695 0.01302 2.224e-06 0.01305 70 -0.0564 0.01308 2.251e-06 0.01311 71 -0.0433 0.01316 2.284e-06 0.01317 72 -0.0301 0.01324 2.326e-06 0.01325 73 -0.0168 0.01335 2.378e-06 0.01335 74 -0.0034 0.01346 2.44e-06 0.01346 75 0.0101 0.01359 2.512e-06 0.01359 76 0.0238 0.01374 2.599e-06 0.01375 77 0.0376 0.01392 2.7e-06 0.01393 78 0.0516 0.01411 2.819e-06 0.01413 79 0.0659 0.01432 2.956e-06 0.01435 80 0.0803 0.01456 3.115e-06 0.0146 81 0.0950 0.01482 3.297e-06 0.01488 82 0.1099 0.01509 3.503e-06 0.01519 83 0.1252 0.01539 3.735e-06 0.01552 84 0.1407 0.01572 4e-06 0.01587 85 0.1566 0.01606 4.298e-06 0.01626 86 0.1729 0.01641 4.626e-06 0.01666 87 0.1895 0.01678 4.991e-06 0.01709 88 0.2064 0.01716 5.394e-06 0.01754 89 0.2238 0.01755 5.836e-06 0.018 90 0.2415 0.01794 6.316e-06 0.01848 91 0.2597 0.01833 6.838e-06 0.01898 92 0.2782 0.01872 7.405e-06 0.01949 93 0.2971 0.01911 8.015e-06 0.02001 94 0.3164 0.01948 8.661e-06 0.02054 95 0.3361 0.01984 9.348e-06 0.02107 96 0.3561 0.02019 1.008e-05 0.0216 97 0.3765 0.02051 1.086e-05 0.02214 98 0.3971 0.02083 1.169e-05 0.02269 99 0.4181 0.02112 1.257e-05 0.02325 100 0.4394 0.0214 1.352e-05 0.02382 101 0.4609 0.02166 1.455e-05 0.02441 102 0.4827 0.02191 1.566e-05 0.02502 103 0.5047 0.02214 1.687e-05 0.02565 104 0.5270 0.02235 1.82e-05 0.0263 105 0.5495 0.02256 1.969e-05 0.027 106 0.5721 0.02276 2.137e-05 0.02775 107 0.5950 0.02294 2.326e-05 0.02855 108 0.6180 0.02311 2.541e-05 0.0294 109 0.6412 0.02326 2.785e-05 0.03031 110 0.6646 0.02338 3.063e-05 0.03129 111 0.6880 0.02347 3.382e-05 0.03234 112 0.7115 0.02351 3.745e-05 0.03346 113 0.7350 0.02349 4.156e-05 0.03464 114 0.7585 0.02339 4.622e-05 0.03589 115 0.7818 0.02319 5.145e-05 0.03719 116 0.8049 0.02287 5.724e-05 0.03854 117 0.8275 0.02241 6.361e-05 0.03992 118 0.8497 0.02179 7.054e-05 0.04132 119 0.8711 0.02098 7.797e-05 0.04272 120 0.8916 0.01997 8.578e-05 0.0441 121 0.9110 0.01874 9.383e-05 0.04544 122 0.9290 0.01728 0.000102 0.04672 123 0.9455 0.0156 0.0001101 0.04793 124 0.9602 0.0137 0.000118 0.04905 125 0.9729 0.01159 0.0001257 0.05009 126 0.9833 0.009283 0.0001332 0.05108 127 0.9914 0.006824 0.0001422 0.05219 128 0.9970 0.004243 0.0001623 0.05455 129 0.9999 0.001574 0.001194 0.1061 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9999 0.0003706 2.82e-05 0.03044 2 -0.9993 0.0008893 1.444e-05 0.02435 3 -0.9981 0.001482 1.444e-05 0.02435 4 -0.9964 0.002073 1.444e-05 0.02435 5 -0.9940 0.002663 1.444e-05 0.02435 6 -0.9910 0.003252 1.444e-05 0.02435 7 -0.9875 0.003839 1.444e-05 0.02435 8 -0.9834 0.004423 1.444e-05 0.02435 9 -0.9787 0.005005 1.444e-05 0.02435 10 -0.9734 0.005584 1.444e-05 0.02435 11 -0.9675 0.006159 1.444e-05 0.02435 12 -0.9610 0.006731 1.444e-05 0.02435 13 -0.9540 0.007299 1.444e-05 0.02435 14 -0.9464 0.007862 1.444e-05 0.02435 15 -0.9383 0.008421 1.444e-05 0.02435 16 -0.9296 0.008975 1.444e-05 0.02435 17 -0.9203 0.009524 1.444e-05 0.02435 18 -0.9105 0.01007 1.444e-05 0.02435 19 -0.9002 0.0106 1.444e-05 0.02435 20 -0.8893 0.01113 1.444e-05 0.02435 21 -0.8779 0.01166 1.444e-05 0.02435 22 -0.8660 0.01218 1.444e-05 0.02435 23 -0.8536 0.01269 1.444e-05 0.02435 24 -0.8407 0.01319 1.444e-05 0.02435 25 -0.8272 0.01368 1.444e-05 0.02435 26 -0.8133 0.01417 1.444e-05 0.02435 27 -0.7989 0.01465 1.444e-05 0.02435 28 -0.7840 0.01512 1.444e-05 0.02435 29 -0.7686 0.01558 1.444e-05 0.02435 30 -0.7528 0.01603 1.444e-05 0.02435 31 -0.7366 0.01647 1.444e-05 0.02435 32 -0.7199 0.0169 1.444e-05 0.02435 33 -0.7028 0.01732 1.444e-05 0.02435 34 -0.6853 0.01773 1.444e-05 0.02435 35 -0.6673 0.01814 1.444e-05 0.02435 36 -0.6490 0.01853 1.444e-05 0.02435 37 -0.6303 0.01891 1.444e-05 0.02435 38 -0.6112 0.01927 1.444e-05 0.02435 39 -0.5917 0.01963 1.444e-05 0.02435 40 -0.5719 0.01998 1.444e-05 0.02435 41 -0.5518 0.02031 1.444e-05 0.02435 42 -0.5313 0.02063 1.444e-05 0.02435 43 -0.5105 0.02094 1.444e-05 0.02435 44 -0.4894 0.02124 1.444e-05 0.02435 45 -0.4680 0.02152 1.444e-05 0.02435 46 -0.4464 0.02179 1.444e-05 0.02435 47 -0.4245 0.02205 1.444e-05 0.02435 48 -0.4023 0.02229 1.444e-05 0.02435 49 -0.3799 0.02253 1.444e-05 0.02435 50 -0.3572 0.02274 1.444e-05 0.02435 51 -0.3344 0.02295 1.444e-05 0.02435 52 -0.3113 0.02314 1.444e-05 0.02435 53 -0.2881 0.02332 1.444e-05 0.02435 54 -0.2647 0.02348 1.444e-05 0.02435 55 -0.2411 0.02363 1.444e-05 0.02435 56 -0.2174 0.02377 1.444e-05 0.02435 57 -0.1936 0.02389 1.444e-05 0.02435 58 -0.1696 0.024 1.444e-05 0.02435 59 -0.1456 0.02409 1.444e-05 0.02435 60 -0.1215 0.02417 1.444e-05 0.02435 61 -0.0973 0.02424 1.444e-05 0.02435 62 -0.0730 0.02429 1.444e-05 0.02435 63 -0.0487 0.02432 1.444e-05 0.02435 64 -0.0244 0.02434 1.444e-05 0.02435 65 0.0000 0.02435 1.444e-05 0.02435 66 0.0244 0.02434 1.444e-05 0.02435 67 0.0487 0.02432 1.444e-05 0.02435 68 0.0730 0.02429 1.444e-05 0.02435 69 0.0973 0.02424 1.444e-05 0.02435 70 0.1215 0.02417 1.444e-05 0.02435 71 0.1456 0.02409 1.444e-05 0.02435 72 0.1696 0.024 1.444e-05 0.02435 73 0.1936 0.02389 1.444e-05 0.02435 74 0.2174 0.02377 1.444e-05 0.02435 75 0.2411 0.02363 1.444e-05 0.02435 76 0.2647 0.02348 1.444e-05 0.02435 77 0.2881 0.02332 1.444e-05 0.02435 78 0.3113 0.02314 1.444e-05 0.02435 79 0.3344 0.02295 1.444e-05 0.02435 80 0.3572 0.02274 1.444e-05 0.02435 81 0.3799 0.02253 1.444e-05 0.02435 82 0.4023 0.02229 1.444e-05 0.02435 83 0.4245 0.02205 1.444e-05 0.02435 84 0.4464 0.02179 1.444e-05 0.02435 85 0.4680 0.02152 1.444e-05 0.02435 86 0.4894 0.02124 1.444e-05 0.02435 87 0.5105 0.02094 1.444e-05 0.02435 88 0.5313 0.02063 1.444e-05 0.02435 89 0.5518 0.02031 1.444e-05 0.02435 90 0.5719 0.01998 1.444e-05 0.02435 91 0.5917 0.01963 1.444e-05 0.02435 92 0.6112 0.01927 1.444e-05 0.02435 93 0.6303 0.01891 1.444e-05 0.02435 94 0.6490 0.01853 1.444e-05 0.02435 95 0.6673 0.01814 1.444e-05 0.02435 96 0.6853 0.01773 1.444e-05 0.02435 97 0.7028 0.01732 1.444e-05 0.02435 98 0.7199 0.0169 1.444e-05 0.02435 99 0.7366 0.01647 1.444e-05 0.02435 100 0.7528 0.01603 1.444e-05 0.02435 101 0.7686 0.01558 1.444e-05 0.02435 102 0.7840 0.01512 1.444e-05 0.02435 103 0.7989 0.01465 1.444e-05 0.02435 104 0.8133 0.01417 1.444e-05 0.02435 105 0.8272 0.01368 1.444e-05 0.02435 106 0.8407 0.01319 1.444e-05 0.02435 107 0.8536 0.01269 1.444e-05 0.02435 108 0.8660 0.01218 1.444e-05 0.02435 109 0.8779 0.01166 1.444e-05 0.02435 110 0.8893 0.01113 1.444e-05 0.02435 111 0.9002 0.0106 1.444e-05 0.02435 112 0.9105 0.01007 1.444e-05 0.02435 113 0.9203 0.009524 1.444e-05 0.02435 114 0.9296 0.008975 1.444e-05 0.02435 115 0.9383 0.008421 1.444e-05 0.02435 116 0.9464 0.007862 1.444e-05 0.02435 117 0.9540 0.007299 1.444e-05 0.02435 118 0.9610 0.006731 1.444e-05 0.02435 119 0.9675 0.006159 1.444e-05 0.02435 120 0.9734 0.005584 1.444e-05 0.02435 121 0.9787 0.005005 1.444e-05 0.02435 122 0.9834 0.004423 1.444e-05 0.02435 123 0.9875 0.003839 1.444e-05 0.02435 124 0.9910 0.003252 1.444e-05 0.02435 125 0.9940 0.002663 1.444e-05 0.02435 126 0.9964 0.002073 1.444e-05 0.02435 127 0.9981 0.001482 1.444e-05 0.02435 128 0.9993 0.0008893 1.444e-05 0.02435 129 0.9999 0.0003706 2.82e-05 0.03044 ||G-ChebyshevZero|| = 2.17832 Saved CVT coordinates in file "cvt_129_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_129.txt" Iteration required 0.77755 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:50 Output saved in "output_129_r.txt" 07-Jan-2022 18:17:50 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 257 Number of iterations is 250 Number of samples is 400000 Initial generators (Random, sorted): 1 -0.997698 2 -0.986569 3 -0.969026 4 -0.954975 5 -0.942652 6 -0.938918 7 -0.934798 8 -0.932792 9 -0.928475 10 -0.924522 11 -0.915138 12 -0.894646 13 -0.880762 14 -0.879058 15 -0.864014 16 -0.862388 17 -0.857109 18 -0.833060 19 -0.818353 20 -0.817773 21 -0.811541 22 -0.806540 23 -0.802575 24 -0.788742 25 -0.787567 26 -0.786476 27 -0.784462 28 -0.761571 29 -0.761208 30 -0.758777 31 -0.743971 32 -0.733658 33 -0.726894 34 -0.700269 35 -0.694558 36 -0.692687 37 -0.687190 38 -0.677031 39 -0.665663 40 -0.664146 41 -0.657758 42 -0.653223 43 -0.648251 44 -0.643735 45 -0.642468 46 -0.634155 47 -0.622676 48 -0.619133 49 -0.618153 50 -0.616509 51 -0.604380 52 -0.603763 53 -0.582130 54 -0.551920 55 -0.547625 56 -0.527539 57 -0.520136 58 -0.518586 59 -0.514301 60 -0.496388 61 -0.490420 62 -0.487118 63 -0.478544 64 -0.476258 65 -0.470442 66 -0.469438 67 -0.467057 68 -0.461877 69 -0.461761 70 -0.437989 71 -0.425004 72 -0.421871 73 -0.419119 74 -0.416032 75 -0.397090 76 -0.374562 77 -0.363852 78 -0.360801 79 -0.355056 80 -0.349709 81 -0.331674 82 -0.329286 83 -0.321013 84 -0.317751 85 -0.312246 86 -0.311075 87 -0.299564 88 -0.265127 89 -0.262167 90 -0.255181 91 -0.247456 92 -0.230762 93 -0.226458 94 -0.218124 95 -0.201484 96 -0.184762 97 -0.167683 98 -0.166401 99 -0.164512 100 -0.154329 101 -0.154229 102 -0.153094 103 -0.151302 104 -0.149481 105 -0.148542 106 -0.143494 107 -0.136698 108 -0.135217 109 -0.119830 110 -0.099725 111 -0.092405 112 -0.085151 113 -0.082549 114 -0.078548 115 -0.078167 116 -0.075102 117 -0.058151 118 -0.057823 119 -0.057286 120 -0.053028 121 -0.041074 122 -0.040156 123 -0.035956 124 -0.020625 125 -0.020197 126 -0.011652 127 0.000045 128 0.000943 129 0.036104 130 0.037190 131 0.043300 132 0.044991 133 0.053752 134 0.054285 135 0.061729 136 0.062668 137 0.078253 138 0.081479 139 0.087772 140 0.089432 141 0.093186 142 0.095742 143 0.122400 144 0.152419 145 0.153443 146 0.164498 147 0.165973 148 0.168139 149 0.179015 150 0.188713 151 0.197047 152 0.204341 153 0.214608 154 0.214778 155 0.219733 156 0.221917 157 0.226921 158 0.234182 159 0.235333 160 0.255947 161 0.271573 162 0.275418 163 0.277062 164 0.278634 165 0.288886 166 0.289529 167 0.291104 168 0.294623 169 0.295235 170 0.297983 171 0.307515 172 0.308891 173 0.313720 174 0.319211 175 0.323890 176 0.324019 177 0.332678 178 0.333056 179 0.335665 180 0.338351 181 0.343616 182 0.350664 183 0.352245 184 0.358034 185 0.359456 186 0.363944 187 0.366726 188 0.390281 189 0.391899 190 0.396211 191 0.397492 192 0.399776 193 0.402198 194 0.418563 195 0.425389 196 0.430074 197 0.436718 198 0.442093 199 0.442455 200 0.443516 201 0.444879 202 0.460498 203 0.475716 204 0.476854 205 0.488149 206 0.531000 207 0.540319 208 0.540571 209 0.557604 210 0.558103 211 0.561039 212 0.569479 213 0.592368 214 0.600661 215 0.606729 216 0.610979 217 0.635094 218 0.635521 219 0.636297 220 0.639962 221 0.648753 222 0.650628 223 0.662759 224 0.665834 225 0.683858 226 0.688784 227 0.711046 228 0.718885 229 0.739882 230 0.750743 231 0.759307 232 0.763733 233 0.770336 234 0.773024 235 0.781845 236 0.807441 237 0.809444 238 0.812616 239 0.826574 240 0.831982 241 0.834849 242 0.840664 243 0.879659 244 0.885474 245 0.887245 246 0.890348 247 0.903261 248 0.915388 249 0.937299 250 0.945949 251 0.957361 252 0.963276 253 0.965327 254 0.966105 255 0.968127 256 0.975964 257 0.998161 Saved graphics file "density.png" Saved graphics file "energy_257_r.png" Saved graphics file "motion_257_r.png" Saved graphics file "evolution_257_r.png" CVT data: K G H rho H^3 mu H 1 -1.0000 0.00069 0.0003863 0.07283 2 -0.9987 0.001882 4.871e-05 0.03652 3 -0.9962 0.003048 4.284e-05 0.03499 4 -0.9926 0.004168 4.031e-05 0.03429 5 -0.9879 0.005223 3.81e-05 0.03365 6 -0.9822 0.006194 3.573e-05 0.03294 7 -0.9755 0.007069 3.32e-05 0.03214 8 -0.9680 0.007843 3.058e-05 0.03127 9 -0.9598 0.008508 2.79e-05 0.03033 10 -0.9510 0.009064 2.523e-05 0.02933 11 -0.9417 0.00951 2.261e-05 0.02827 12 -0.9320 0.009853 2.011e-05 0.02719 13 -0.9221 0.0101 1.778e-05 0.0261 14 -0.9119 0.01027 1.564e-05 0.02501 15 -0.9015 0.01035 1.369e-05 0.02392 16 -0.8912 0.01037 1.195e-05 0.02286 17 -0.8808 0.01034 1.041e-05 0.02184 18 -0.8705 0.01026 9.064e-06 0.02085 19 -0.8603 0.01015 7.893e-06 0.01991 20 -0.8502 0.01002 6.886e-06 0.01902 21 -0.8402 0.009868 6.027e-06 0.0182 22 -0.8304 0.00971 5.294e-06 0.01743 23 -0.8208 0.009544 4.664e-06 0.01671 24 -0.8113 0.009377 4.127e-06 0.01604 25 -0.8020 0.009215 3.673e-06 0.01543 26 -0.7929 0.00906 3.286e-06 0.01487 27 -0.7839 0.008912 2.957e-06 0.01435 28 -0.7750 0.008775 2.678e-06 0.01389 29 -0.7663 0.008651 2.442e-06 0.01347 30 -0.7577 0.008537 2.239e-06 0.01308 31 -0.7492 0.008429 2.062e-06 0.01273 32 -0.7409 0.008331 1.908e-06 0.0124 33 -0.7326 0.008243 1.776e-06 0.01211 34 -0.7244 0.008165 1.661e-06 0.01184 35 -0.7162 0.008096 1.562e-06 0.0116 36 -0.7082 0.008035 1.474e-06 0.01138 37 -0.7002 0.007985 1.399e-06 0.01118 38 -0.6922 0.007946 1.335e-06 0.01101 39 -0.6843 0.007913 1.278e-06 0.01085 40 -0.6764 0.007887 1.228e-06 0.01071 41 -0.6685 0.007868 1.184e-06 0.01058 42 -0.6606 0.007858 1.147e-06 0.01047 43 -0.6528 0.007858 1.116e-06 0.01037 44 -0.6449 0.007864 1.09e-06 0.01029 45 -0.6370 0.007875 1.066e-06 0.01022 46 -0.6292 0.007894 1.048e-06 0.01016 47 -0.6212 0.007915 1.031e-06 0.0101 48 -0.6133 0.007938 1.015e-06 0.01005 49 -0.6054 0.007965 1.002e-06 0.01001 50 -0.5974 0.007997 9.914e-07 0.009971 51 -0.5894 0.00803 9.822e-07 0.00994 52 -0.5813 0.008062 9.726e-07 0.009908 53 -0.5733 0.008085 9.608e-07 0.009868 54 -0.5652 0.008104 9.479e-07 0.009823 55 -0.5570 0.008122 9.352e-07 0.009779 56 -0.5489 0.008137 9.224e-07 0.009734 57 -0.5408 0.008148 9.088e-07 0.009686 58 -0.5326 0.008158 8.955e-07 0.009639 59 -0.5245 0.008165 8.82e-07 0.00959 60 -0.5163 0.008172 8.687e-07 0.009542 61 -0.5081 0.008178 8.56e-07 0.009495 62 -0.4999 0.008183 8.434e-07 0.009448 63 -0.4917 0.008189 8.318e-07 0.009405 64 -0.4836 0.008195 8.207e-07 0.009363 65 -0.4754 0.008205 8.112e-07 0.009326 66 -0.4671 0.008223 8.043e-07 0.0093 67 -0.4589 0.008242 7.981e-07 0.009276 68 -0.4507 0.008264 7.933e-07 0.009257 69 -0.4424 0.008296 7.917e-07 0.009251 70 -0.4341 0.008334 7.917e-07 0.009251 71 -0.4257 0.008371 7.919e-07 0.009252 72 -0.4173 0.008414 7.937e-07 0.009259 73 -0.4089 0.008464 7.978e-07 0.009275 74 -0.4004 0.008514 8.021e-07 0.009291 75 -0.3918 0.008561 8.058e-07 0.009306 76 -0.3833 0.00861 8.101e-07 0.009322 77 -0.3746 0.00866 8.149e-07 0.00934 78 -0.3659 0.008709 8.195e-07 0.009358 79 -0.3572 0.008754 8.233e-07 0.009372 80 -0.3484 0.008793 8.254e-07 0.009381 81 -0.3396 0.008823 8.254e-07 0.00938 82 -0.3308 0.008843 8.227e-07 0.00937 83 -0.3219 0.008855 8.182e-07 0.009353 84 -0.3131 0.008859 8.116e-07 0.009328 85 -0.3042 0.008852 8.023e-07 0.009292 86 -0.2954 0.008834 7.906e-07 0.009247 87 -0.2866 0.008803 7.757e-07 0.009188 88 -0.2778 0.008758 7.577e-07 0.009117 89 -0.2691 0.008702 7.375e-07 0.009035 90 -0.2604 0.008633 7.148e-07 0.008941 91 -0.2518 0.00855 6.896e-07 0.008835 92 -0.2433 0.008455 6.624e-07 0.008717 93 -0.2349 0.008353 6.346e-07 0.008593 94 -0.2266 0.008242 6.058e-07 0.008462 95 -0.2184 0.00812 5.762e-07 0.008321 96 -0.2104 0.007994 5.467e-07 0.008177 97 -0.2024 0.007863 5.176e-07 0.008029 98 -0.1946 0.007724 4.883e-07 0.007875 99 -0.1870 0.007583 4.599e-07 0.007719 100 -0.1795 0.007445 4.335e-07 0.007568 101 -0.1721 0.00731 4.087e-07 0.007421 102 -0.1648 0.007176 3.852e-07 0.007276 103 -0.1577 0.007046 3.633e-07 0.007136 104 -0.1507 0.006923 3.434e-07 0.007003 105 -0.1439 0.006806 3.254e-07 0.006878 106 -0.1371 0.006696 3.09e-07 0.00676 107 -0.1305 0.006594 2.942e-07 0.006651 108 -0.1239 0.006499 2.809e-07 0.006549 109 -0.1175 0.006408 2.686e-07 0.006452 110 -0.1111 0.006323 2.575e-07 0.006362 111 -0.1048 0.006244 2.475e-07 0.006278 112 -0.0986 0.006169 2.382e-07 0.006199 113 -0.0925 0.0061 2.299e-07 0.006126 114 -0.0864 0.006039 2.227e-07 0.006062 115 -0.0804 0.005983 2.162e-07 0.006002 116 -0.0745 0.005929 2.101e-07 0.005945 117 -0.0686 0.005881 2.049e-07 0.005895 118 -0.0627 0.00584 2.004e-07 0.005852 119 -0.0569 0.005801 1.962e-07 0.005811 120 -0.0511 0.005765 1.924e-07 0.005773 121 -0.0453 0.005733 1.89e-07 0.005738 122 -0.0396 0.005706 1.862e-07 0.005711 123 -0.0339 0.005685 1.841e-07 0.005688 124 -0.0283 0.005666 1.821e-07 0.005669 125 -0.0226 0.005653 1.807e-07 0.005654 126 -0.0169 0.005645 1.8e-07 0.005646 127 -0.0113 0.005644 1.798e-07 0.005644 128 -0.0057 0.005649 1.803e-07 0.005649 129 0.0000 0.00729 3.874e-07 0.00729 130 0.0089 0.008928 7.117e-07 0.008928 131 0.0179 0.008921 7.104e-07 0.008923 132 0.0268 0.008905 7.07e-07 0.008908 133 0.0357 0.008883 7.022e-07 0.008888 134 0.0445 0.008854 6.961e-07 0.008863 135 0.0534 0.008818 6.885e-07 0.00883 136 0.0622 0.008773 6.791e-07 0.00879 137 0.0709 0.008718 6.676e-07 0.00874 138 0.0796 0.008654 6.543e-07 0.008681 139 0.0882 0.008584 6.399e-07 0.008617 140 0.0968 0.008509 6.248e-07 0.008549 141 0.1052 0.008426 6.084e-07 0.008473 142 0.1136 0.008338 5.91e-07 0.008392 143 0.1219 0.008244 5.73e-07 0.008306 144 0.1301 0.008143 5.539e-07 0.008212 145 0.1382 0.008036 5.342e-07 0.008114 146 0.1462 0.007926 5.144e-07 0.008012 147 0.1540 0.007813 4.943e-07 0.007907 148 0.1618 0.007693 4.737e-07 0.007795 149 0.1694 0.007565 4.523e-07 0.007676 150 0.1769 0.007433 4.307e-07 0.007552 151 0.1843 0.007296 4.091e-07 0.007423 152 0.1915 0.007156 3.876e-07 0.007291 153 0.1986 0.00701 3.659e-07 0.007152 154 0.2055 0.00686 3.444e-07 0.00701 155 0.2123 0.006711 3.239e-07 0.006868 156 0.2189 0.006565 3.046e-07 0.006728 157 0.2254 0.006421 2.863e-07 0.006591 158 0.2318 0.006279 2.689e-07 0.006455 159 0.2380 0.006135 2.52e-07 0.006316 160 0.2441 0.005991 2.358e-07 0.006178 161 0.2500 0.005852 2.208e-07 0.006044 162 0.2558 0.005721 2.073e-07 0.005918 163 0.2614 0.005595 1.948e-07 0.005797 164 0.2670 0.005474 1.832e-07 0.00568 165 0.2724 0.005361 1.73e-07 0.005572 166 0.2777 0.005255 1.637e-07 0.00547 167 0.2829 0.005155 1.552e-07 0.005375 168 0.2880 0.005065 1.48e-07 0.005289 169 0.2930 0.004985 1.417e-07 0.005214 170 0.2980 0.004919 1.368e-07 0.005153 171 0.3029 0.004866 1.331e-07 0.005106 172 0.3077 0.004824 1.303e-07 0.00507 173 0.3125 0.004794 1.285e-07 0.005047 174 0.3173 0.004778 1.279e-07 0.005038 175 0.3221 0.004774 1.282e-07 0.005043 176 0.3269 0.004785 1.298e-07 0.005063 177 0.3317 0.004811 1.327e-07 0.0051 178 0.3365 0.004849 1.365e-07 0.005149 179 0.3414 0.0049 1.417e-07 0.005213 180 0.3463 0.004965 1.483e-07 0.005293 181 0.3513 0.00504 1.56e-07 0.005383 182 0.3564 0.005125 1.65e-07 0.005485 183 0.3616 0.00522 1.755e-07 0.005599 184 0.3668 0.005329 1.88e-07 0.005728 185 0.3722 0.00545 2.025e-07 0.005872 186 0.3777 0.00558 2.189e-07 0.006027 187 0.3834 0.00572 2.376e-07 0.006194 188 0.3892 0.005868 2.585e-07 0.00637 189 0.3951 0.006023 2.818e-07 0.006556 190 0.4012 0.006188 3.083e-07 0.006755 191 0.4075 0.00636 3.379e-07 0.006965 192 0.4140 0.006537 3.703e-07 0.007181 193 0.4206 0.006715 4.055e-07 0.007402 194 0.4274 0.006897 4.439e-07 0.007629 195 0.4344 0.007082 4.86e-07 0.007862 196 0.4416 0.007269 5.318e-07 0.008102 197 0.4489 0.007456 5.808e-07 0.008344 198 0.4565 0.007641 6.333e-07 0.008587 199 0.4642 0.007822 6.887e-07 0.008831 200 0.4721 0.007994 7.458e-07 0.009069 201 0.4802 0.008157 8.041e-07 0.009299 202 0.4884 0.008311 8.639e-07 0.009524 203 0.4968 0.008457 9.253e-07 0.009745 204 0.5053 0.008593 9.875e-07 0.009958 205 0.5140 0.008717 1.049e-06 0.01016 206 0.5228 0.008828 1.111e-06 0.01036 207 0.5316 0.008928 1.171e-06 0.01054 208 0.5406 0.009017 1.231e-06 0.01072 209 0.5497 0.009096 1.291e-06 0.01089 210 0.5588 0.00917 1.352e-06 0.01106 211 0.5680 0.009236 1.413e-06 0.01122 212 0.5773 0.00929 1.472e-06 0.01138 213 0.5866 0.009336 1.532e-06 0.01153 214 0.5959 0.009381 1.594e-06 0.01168 215 0.6053 0.009425 1.66e-06 0.01184 216 0.6148 0.009466 1.729e-06 0.012 217 0.6243 0.009509 1.803e-06 0.01217 218 0.6338 0.009555 1.885e-06 0.01235 219 0.6434 0.009604 1.974e-06 0.01255 220 0.6530 0.009655 2.072e-06 0.01275 221 0.6627 0.00971 2.18e-06 0.01297 222 0.6724 0.009772 2.301e-06 0.0132 223 0.6823 0.009839 2.437e-06 0.01346 224 0.6921 0.009914 2.592e-06 0.01374 225 0.7021 0.009996 2.766e-06 0.01404 226 0.7121 0.01008 2.96e-06 0.01436 227 0.7223 0.01017 3.179e-06 0.0147 228 0.7325 0.01027 3.432e-06 0.01508 229 0.7428 0.01037 3.721e-06 0.0155 230 0.7532 0.01048 4.049e-06 0.01594 231 0.7638 0.01059 4.421e-06 0.01641 232 0.7744 0.01071 4.845e-06 0.01692 233 0.7852 0.01082 5.334e-06 0.01747 234 0.7961 0.01093 5.898e-06 0.01807 235 0.8071 0.01104 6.545e-06 0.01871 236 0.8182 0.01115 7.289e-06 0.01939 237 0.8294 0.01124 8.137e-06 0.02011 238 0.8407 0.01131 9.101e-06 0.02088 239 0.8520 0.01135 1.019e-05 0.02168 240 0.8634 0.01137 1.143e-05 0.02253 241 0.8747 0.01134 1.282e-05 0.02341 242 0.8860 0.01127 1.437e-05 0.02431 243 0.8973 0.01114 1.608e-05 0.02524 244 0.9083 0.01095 1.795e-05 0.02618 245 0.9192 0.01069 1.998e-05 0.02713 246 0.9297 0.01034 2.214e-05 0.02808 247 0.9398 0.009911 2.441e-05 0.02901 248 0.9495 0.009387 2.677e-05 0.02992 249 0.9586 0.008768 2.918e-05 0.03079 250 0.9670 0.008053 3.159e-05 0.03161 251 0.9747 0.007243 3.397e-05 0.03239 252 0.9815 0.006343 3.629e-05 0.03311 253 0.9873 0.005361 3.861e-05 0.0338 254 0.9922 0.004304 4.101e-05 0.03448 255 0.9959 0.003178 4.39e-05 0.03528 256 0.9985 0.001998 4.994e-05 0.03683 257 0.9999 0.0007759 0.0002425 0.06236 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -1.0000 9.339e-05 3.567e-06 0.01528 2 -0.9998 0.0002241 1.826e-06 0.01222 3 -0.9995 0.0003735 1.826e-06 0.01222 4 -0.9991 0.0005228 1.826e-06 0.01222 5 -0.9985 0.0006721 1.826e-06 0.01222 6 -0.9977 0.0008212 1.826e-06 0.01222 7 -0.9968 0.0009702 1.826e-06 0.01222 8 -0.9958 0.001119 1.826e-06 0.01222 9 -0.9946 0.001268 1.826e-06 0.01222 10 -0.9933 0.001416 1.826e-06 0.01222 11 -0.9918 0.001565 1.826e-06 0.01222 12 -0.9901 0.001713 1.826e-06 0.01222 13 -0.9883 0.001861 1.826e-06 0.01222 14 -0.9864 0.002008 1.826e-06 0.01222 15 -0.9843 0.002155 1.826e-06 0.01222 16 -0.9821 0.002302 1.826e-06 0.01222 17 -0.9797 0.002449 1.826e-06 0.01222 18 -0.9772 0.002595 1.826e-06 0.01222 19 -0.9745 0.002741 1.826e-06 0.01222 20 -0.9717 0.002886 1.826e-06 0.01222 21 -0.9688 0.003031 1.826e-06 0.01222 22 -0.9657 0.003176 1.826e-06 0.01222 23 -0.9624 0.00332 1.826e-06 0.01222 24 -0.9590 0.003463 1.826e-06 0.01222 25 -0.9555 0.003606 1.826e-06 0.01222 26 -0.9518 0.003749 1.826e-06 0.01222 27 -0.9480 0.003891 1.826e-06 0.01222 28 -0.9440 0.004032 1.826e-06 0.01222 29 -0.9399 0.004173 1.826e-06 0.01222 30 -0.9357 0.004313 1.826e-06 0.01222 31 -0.9313 0.004453 1.826e-06 0.01222 32 -0.9268 0.004591 1.826e-06 0.01222 33 -0.9221 0.00473 1.826e-06 0.01222 34 -0.9173 0.004867 1.826e-06 0.01222 35 -0.9124 0.005004 1.826e-06 0.01222 36 -0.9073 0.00514 1.826e-06 0.01222 37 -0.9021 0.005275 1.826e-06 0.01222 38 -0.8968 0.005409 1.826e-06 0.01222 39 -0.8913 0.005543 1.826e-06 0.01222 40 -0.8857 0.005676 1.826e-06 0.01222 41 -0.8799 0.005808 1.826e-06 0.01222 42 -0.8741 0.005939 1.826e-06 0.01222 43 -0.8681 0.006069 1.826e-06 0.01222 44 -0.8619 0.006198 1.826e-06 0.01222 45 -0.8557 0.006326 1.826e-06 0.01222 46 -0.8493 0.006454 1.826e-06 0.01222 47 -0.8428 0.00658 1.826e-06 0.01222 48 -0.8361 0.006706 1.826e-06 0.01222 49 -0.8293 0.00683 1.826e-06 0.01222 50 -0.8224 0.006953 1.826e-06 0.01222 51 -0.8154 0.007076 1.826e-06 0.01222 52 -0.8083 0.007197 1.826e-06 0.01222 53 -0.8010 0.007317 1.826e-06 0.01222 54 -0.7937 0.007436 1.826e-06 0.01222 55 -0.7862 0.007554 1.826e-06 0.01222 56 -0.7786 0.007671 1.826e-06 0.01222 57 -0.7708 0.007787 1.826e-06 0.01222 58 -0.7630 0.007902 1.826e-06 0.01222 59 -0.7550 0.008015 1.826e-06 0.01222 60 -0.7469 0.008127 1.826e-06 0.01222 61 -0.7388 0.008238 1.826e-06 0.01222 62 -0.7305 0.008348 1.826e-06 0.01222 63 -0.7221 0.008457 1.826e-06 0.01222 64 -0.7136 0.008564 1.826e-06 0.01222 65 -0.7049 0.00867 1.826e-06 0.01222 66 -0.6962 0.008775 1.826e-06 0.01222 67 -0.6874 0.008878 1.826e-06 0.01222 68 -0.6785 0.00898 1.826e-06 0.01222 69 -0.6694 0.009081 1.826e-06 0.01222 70 -0.6603 0.00918 1.826e-06 0.01222 71 -0.6511 0.009278 1.826e-06 0.01222 72 -0.6417 0.009375 1.826e-06 0.01222 73 -0.6323 0.00947 1.826e-06 0.01222 74 -0.6228 0.009564 1.826e-06 0.01222 75 -0.6132 0.009656 1.826e-06 0.01222 76 -0.6035 0.009747 1.826e-06 0.01222 77 -0.5937 0.009836 1.826e-06 0.01222 78 -0.5838 0.009924 1.826e-06 0.01222 79 -0.5739 0.01001 1.826e-06 0.01222 80 -0.5638 0.0101 1.826e-06 0.01222 81 -0.5537 0.01018 1.826e-06 0.01222 82 -0.5434 0.01026 1.826e-06 0.01222 83 -0.5331 0.01034 1.826e-06 0.01222 84 -0.5228 0.01042 1.826e-06 0.01222 85 -0.5123 0.0105 1.826e-06 0.01222 86 -0.5018 0.01057 1.826e-06 0.01222 87 -0.4912 0.01065 1.826e-06 0.01222 88 -0.4805 0.01072 1.826e-06 0.01222 89 -0.4697 0.01079 1.826e-06 0.01222 90 -0.4589 0.01086 1.826e-06 0.01222 91 -0.4480 0.01093 1.826e-06 0.01222 92 -0.4370 0.01099 1.826e-06 0.01222 93 -0.4260 0.01106 1.826e-06 0.01222 94 -0.4149 0.01112 1.826e-06 0.01222 95 -0.4038 0.01118 1.826e-06 0.01222 96 -0.3925 0.01124 1.826e-06 0.01222 97 -0.3813 0.0113 1.826e-06 0.01222 98 -0.3699 0.01136 1.826e-06 0.01222 99 -0.3586 0.01141 1.826e-06 0.01222 100 -0.3471 0.01146 1.826e-06 0.01222 101 -0.3356 0.01151 1.826e-06 0.01222 102 -0.3241 0.01156 1.826e-06 0.01222 103 -0.3125 0.01161 1.826e-06 0.01222 104 -0.3009 0.01166 1.826e-06 0.01222 105 -0.2892 0.0117 1.826e-06 0.01222 106 -0.2775 0.01174 1.826e-06 0.01222 107 -0.2657 0.01178 1.826e-06 0.01222 108 -0.2539 0.01182 1.826e-06 0.01222 109 -0.2421 0.01186 1.826e-06 0.01222 110 -0.2302 0.0119 1.826e-06 0.01222 111 -0.2183 0.01193 1.826e-06 0.01222 112 -0.2063 0.01196 1.826e-06 0.01222 113 -0.1943 0.01199 1.826e-06 0.01222 114 -0.1823 0.01202 1.826e-06 0.01222 115 -0.1703 0.01205 1.826e-06 0.01222 116 -0.1582 0.01207 1.826e-06 0.01222 117 -0.1462 0.01209 1.826e-06 0.01222 118 -0.1341 0.01211 1.826e-06 0.01222 119 -0.1219 0.01213 1.826e-06 0.01222 120 -0.1098 0.01215 1.826e-06 0.01222 121 -0.0976 0.01217 1.826e-06 0.01222 122 -0.0855 0.01218 1.826e-06 0.01222 123 -0.0733 0.01219 1.826e-06 0.01222 124 -0.0611 0.0122 1.826e-06 0.01222 125 -0.0489 0.01221 1.826e-06 0.01222 126 -0.0367 0.01222 1.826e-06 0.01222 127 -0.0244 0.01222 1.826e-06 0.01222 128 -0.0122 0.01222 1.826e-06 0.01222 129 0.0000 0.01222 1.826e-06 0.01222 130 0.0122 0.01222 1.826e-06 0.01222 131 0.0244 0.01222 1.826e-06 0.01222 132 0.0367 0.01222 1.826e-06 0.01222 133 0.0489 0.01221 1.826e-06 0.01222 134 0.0611 0.0122 1.826e-06 0.01222 135 0.0733 0.01219 1.826e-06 0.01222 136 0.0855 0.01218 1.826e-06 0.01222 137 0.0976 0.01217 1.826e-06 0.01222 138 0.1098 0.01215 1.826e-06 0.01222 139 0.1219 0.01213 1.826e-06 0.01222 140 0.1341 0.01211 1.826e-06 0.01222 141 0.1462 0.01209 1.826e-06 0.01222 142 0.1582 0.01207 1.826e-06 0.01222 143 0.1703 0.01205 1.826e-06 0.01222 144 0.1823 0.01202 1.826e-06 0.01222 145 0.1943 0.01199 1.826e-06 0.01222 146 0.2063 0.01196 1.826e-06 0.01222 147 0.2183 0.01193 1.826e-06 0.01222 148 0.2302 0.0119 1.826e-06 0.01222 149 0.2421 0.01186 1.826e-06 0.01222 150 0.2539 0.01182 1.826e-06 0.01222 151 0.2657 0.01178 1.826e-06 0.01222 152 0.2775 0.01174 1.826e-06 0.01222 153 0.2892 0.0117 1.826e-06 0.01222 154 0.3009 0.01166 1.826e-06 0.01222 155 0.3125 0.01161 1.826e-06 0.01222 156 0.3241 0.01156 1.826e-06 0.01222 157 0.3356 0.01151 1.826e-06 0.01222 158 0.3471 0.01146 1.826e-06 0.01222 159 0.3586 0.01141 1.826e-06 0.01222 160 0.3699 0.01136 1.826e-06 0.01222 161 0.3813 0.0113 1.826e-06 0.01222 162 0.3925 0.01124 1.826e-06 0.01222 163 0.4038 0.01118 1.826e-06 0.01222 164 0.4149 0.01112 1.826e-06 0.01222 165 0.4260 0.01106 1.826e-06 0.01222 166 0.4370 0.01099 1.826e-06 0.01222 167 0.4480 0.01093 1.826e-06 0.01222 168 0.4589 0.01086 1.826e-06 0.01222 169 0.4697 0.01079 1.826e-06 0.01222 170 0.4805 0.01072 1.826e-06 0.01222 171 0.4912 0.01065 1.826e-06 0.01222 172 0.5018 0.01057 1.826e-06 0.01222 173 0.5123 0.0105 1.826e-06 0.01222 174 0.5228 0.01042 1.826e-06 0.01222 175 0.5331 0.01034 1.826e-06 0.01222 176 0.5434 0.01026 1.826e-06 0.01222 177 0.5537 0.01018 1.826e-06 0.01222 178 0.5638 0.0101 1.826e-06 0.01222 179 0.5739 0.01001 1.826e-06 0.01222 180 0.5838 0.009924 1.826e-06 0.01222 181 0.5937 0.009836 1.826e-06 0.01222 182 0.6035 0.009747 1.826e-06 0.01222 183 0.6132 0.009656 1.826e-06 0.01222 184 0.6228 0.009564 1.826e-06 0.01222 185 0.6323 0.00947 1.826e-06 0.01222 186 0.6417 0.009375 1.826e-06 0.01222 187 0.6511 0.009278 1.826e-06 0.01222 188 0.6603 0.00918 1.826e-06 0.01222 189 0.6694 0.009081 1.826e-06 0.01222 190 0.6785 0.00898 1.826e-06 0.01222 191 0.6874 0.008878 1.826e-06 0.01222 192 0.6962 0.008775 1.826e-06 0.01222 193 0.7049 0.00867 1.826e-06 0.01222 194 0.7136 0.008564 1.826e-06 0.01222 195 0.7221 0.008457 1.826e-06 0.01222 196 0.7305 0.008348 1.826e-06 0.01222 197 0.7388 0.008238 1.826e-06 0.01222 198 0.7469 0.008127 1.826e-06 0.01222 199 0.7550 0.008015 1.826e-06 0.01222 200 0.7630 0.007902 1.826e-06 0.01222 201 0.7708 0.007787 1.826e-06 0.01222 202 0.7786 0.007671 1.826e-06 0.01222 203 0.7862 0.007554 1.826e-06 0.01222 204 0.7937 0.007436 1.826e-06 0.01222 205 0.8010 0.007317 1.826e-06 0.01222 206 0.8083 0.007197 1.826e-06 0.01222 207 0.8154 0.007076 1.826e-06 0.01222 208 0.8224 0.006953 1.826e-06 0.01222 209 0.8293 0.00683 1.826e-06 0.01222 210 0.8361 0.006706 1.826e-06 0.01222 211 0.8428 0.00658 1.826e-06 0.01222 212 0.8493 0.006454 1.826e-06 0.01222 213 0.8557 0.006326 1.826e-06 0.01222 214 0.8619 0.006198 1.826e-06 0.01222 215 0.8681 0.006069 1.826e-06 0.01222 216 0.8741 0.005939 1.826e-06 0.01222 217 0.8799 0.005808 1.826e-06 0.01222 218 0.8857 0.005676 1.826e-06 0.01222 219 0.8913 0.005543 1.826e-06 0.01222 220 0.8968 0.005409 1.826e-06 0.01222 221 0.9021 0.005275 1.826e-06 0.01222 222 0.9073 0.00514 1.826e-06 0.01222 223 0.9124 0.005004 1.826e-06 0.01222 224 0.9173 0.004867 1.826e-06 0.01222 225 0.9221 0.00473 1.826e-06 0.01222 226 0.9268 0.004591 1.826e-06 0.01222 227 0.9313 0.004453 1.826e-06 0.01222 228 0.9357 0.004313 1.826e-06 0.01222 229 0.9399 0.004173 1.826e-06 0.01222 230 0.9440 0.004032 1.826e-06 0.01222 231 0.9480 0.003891 1.826e-06 0.01222 232 0.9518 0.003749 1.826e-06 0.01222 233 0.9555 0.003606 1.826e-06 0.01222 234 0.9590 0.003463 1.826e-06 0.01222 235 0.9624 0.00332 1.826e-06 0.01222 236 0.9657 0.003176 1.826e-06 0.01222 237 0.9688 0.003031 1.826e-06 0.01222 238 0.9717 0.002886 1.826e-06 0.01222 239 0.9745 0.002741 1.826e-06 0.01222 240 0.9772 0.002595 1.826e-06 0.01222 241 0.9797 0.002449 1.826e-06 0.01222 242 0.9821 0.002302 1.826e-06 0.01222 243 0.9843 0.002155 1.826e-06 0.01222 244 0.9864 0.002008 1.826e-06 0.01222 245 0.9883 0.001861 1.826e-06 0.01222 246 0.9901 0.001713 1.826e-06 0.01222 247 0.9918 0.001565 1.826e-06 0.01222 248 0.9933 0.001416 1.826e-06 0.01222 249 0.9946 0.001268 1.826e-06 0.01222 250 0.9958 0.001119 1.826e-06 0.01222 251 0.9968 0.0009702 1.826e-06 0.01222 252 0.9977 0.0008212 1.826e-06 0.01222 253 0.9985 0.0006721 1.826e-06 0.01222 254 0.9991 0.0005228 1.826e-06 0.01222 255 0.9995 0.0003735 1.826e-06 0.01222 256 0.9998 0.0002241 1.826e-06 0.01222 257 1.0000 9.339e-05 3.567e-06 0.01528 ||G-ChebyshevZero|| = 2.89731 Saved CVT coordinates in file "cvt_257_r.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_257.txt" Iteration required 0.695262 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:52 Output saved in "output_257_r.txt" 07-Jan-2022 18:17:52 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 5 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.951057 2 -0.587785 3 0.000000 4 0.587785 5 0.951057 Saved graphics file "density.png" Saved graphics file "energy_005_c.png" Saved graphics file "motion_005_c.png" Saved graphics file "evolution_005_c.png" CVT data: K G H rho H^3 mu H 1 -0.9992 0.1918 112.8 4.832 2 -0.6171 0.4996 0.256 0.6349 3 0.0000 0.6168 0.2347 0.6168 4 0.6165 0.4994 0.2551 0.6342 5 0.9987 0.1924 55.09 3.805 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9511 0.2306 0.4154 0.7462 2 -0.5878 0.4755 0.2031 0.5878 3 0.0000 0.5878 0.2031 0.5878 4 0.5878 0.4755 0.2031 0.5878 5 0.9511 0.2306 0.4154 0.7462 ||G-ChebyshevZero|| = 0.0792275 Saved CVT coordinates in file "cvt_005_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_005.txt" Iteration required 0.718833 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:54 Output saved in "output_005_c.txt" 07-Jan-2022 18:17:54 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 9 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.984808 2 -0.866025 3 -0.642788 4 -0.342020 5 0.000000 6 0.342020 7 0.642788 8 0.866025 9 0.984808 Saved graphics file "density.png" Saved graphics file "energy_009_c.png" Saved graphics file "motion_009_c.png" Saved graphics file "evolution_009_c.png" CVT data: K G H rho H^3 mu H 1 -0.9996 0.06096 9.006 2.081 2 -0.8785 0.1739 0.04822 0.364 3 -0.6518 0.2659 0.04309 0.3506 4 -0.3468 0.3259 0.04195 0.3475 5 0.0000 0.3466 0.04163 0.3466 6 0.3464 0.3256 0.04182 0.3471 7 0.6512 0.2658 0.04296 0.3502 8 0.8779 0.174 0.04803 0.3635 9 0.9993 0.06138 4.437 1.643 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9848 0.07458 0.07923 0.4295 2 -0.8660 0.171 0.04001 0.342 3 -0.6428 0.262 0.04001 0.342 4 -0.3420 0.3214 0.04001 0.342 5 0.0000 0.342 0.04001 0.342 6 0.3420 0.3214 0.04001 0.342 7 0.6428 0.262 0.04001 0.342 8 0.8660 0.171 0.04001 0.342 9 0.9848 0.07458 0.07923 0.4295 ||G-ChebyshevZero|| = 0.0303491 Saved CVT coordinates in file "cvt_009_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_009.txt" Iteration required 0.727625 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:56 Output saved in "output_009_c.txt" 07-Jan-2022 18:17:56 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 17 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.995734 2 -0.961826 3 -0.895163 4 -0.798017 5 -0.673696 6 -0.526432 7 -0.361242 8 -0.183750 9 0.000000 10 0.183750 11 0.361242 12 0.526432 13 0.673696 14 0.798017 15 0.895163 16 0.961826 17 0.995734 Saved graphics file "density.png" Saved graphics file "energy_017_c.png" Saved graphics file "motion_017_c.png" Saved graphics file "evolution_017_c.png" CVT data: K G H rho H^3 mu H 1 -0.9998 0.01743 0.5468 0.8177 2 -0.9654 0.05078 0.007377 0.1947 3 -0.8982 0.08241 0.00659 0.1875 4 -0.8006 0.1112 0.006397 0.1856 5 -0.6757 0.1363 0.006322 0.1849 6 -0.5279 0.1567 0.006286 0.1846 7 -0.3623 0.1718 0.006267 0.1844 8 -0.1843 0.1811 0.006258 0.1843 9 0.0000 0.1841 0.006241 0.1841 10 0.1840 0.1809 0.006231 0.184 11 0.3617 0.1717 0.006242 0.1841 12 0.5273 0.1566 0.006262 0.1843 13 0.6750 0.1363 0.0063 0.1847 14 0.7998 0.1113 0.006378 0.1855 15 0.8976 0.08257 0.006572 0.1873 16 0.9650 0.05101 0.007351 0.1944 17 0.9996 0.0177 0.2748 0.6502 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9957 0.02122 0.01216 0.23 2 -0.9618 0.05029 0.006204 0.1837 3 -0.8952 0.0819 0.006204 0.1837 4 -0.7980 0.1107 0.006204 0.1837 5 -0.6737 0.1358 0.006204 0.1837 6 -0.5264 0.1562 0.006204 0.1837 7 -0.3612 0.1713 0.006204 0.1837 8 -0.1837 0.1806 0.006204 0.1837 9 0.0000 0.1837 0.006204 0.1837 10 0.1837 0.1806 0.006204 0.1837 11 0.3612 0.1713 0.006204 0.1837 12 0.5264 0.1562 0.006204 0.1837 13 0.6737 0.1358 0.006204 0.1837 14 0.7980 0.1107 0.006204 0.1837 15 0.8952 0.0819 0.006204 0.1837 16 0.9618 0.05029 0.006204 0.1837 17 0.9957 0.02122 0.01216 0.23 ||G-ChebyshevZero|| = 0.00944577 Saved CVT coordinates in file "cvt_017_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_017.txt" Iteration required 0.729548 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:57 Output saved in "output_017_c.txt" 07-Jan-2022 18:17:57 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 33 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.998867 2 -0.989821 3 -0.971812 4 -0.945001 5 -0.909632 6 -0.866025 7 -0.814576 8 -0.755750 9 -0.690079 10 -0.618159 11 -0.540641 12 -0.458227 13 -0.371662 14 -0.281733 15 -0.189251 16 -0.095056 17 0.000000 18 0.095056 19 0.189251 20 0.281733 21 0.371662 22 0.458227 23 0.540641 24 0.618159 25 0.690079 26 0.755750 27 0.814576 28 0.866025 29 0.909632 30 0.945001 31 0.971812 32 0.989821 33 0.998867 Saved graphics file "density.png" Saved graphics file "energy_033_c.png" Saved graphics file "motion_033_c.png" Saved graphics file "evolution_033_c.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.004747 0.02944 0.3088 2 -0.9906 0.01373 0.001015 0.1005 3 -0.9724 0.02259 0.0009087 0.09686 4 -0.9454 0.03125 0.0008822 0.09591 5 -0.9099 0.03962 0.0008717 0.09552 6 -0.8662 0.04764 0.0008663 0.09533 7 -0.8147 0.05522 0.0008633 0.09522 8 -0.7558 0.06231 0.0008615 0.09515 9 -0.6900 0.06884 0.0008603 0.09511 10 -0.6181 0.07474 0.0008594 0.09508 11 -0.5406 0.07997 0.0008589 0.09506 12 -0.4582 0.08448 0.0008585 0.09504 13 -0.3716 0.08823 0.0008583 0.09503 14 -0.2817 0.09118 0.0008582 0.09503 15 -0.1892 0.09332 0.0008584 0.09504 16 -0.0951 0.09462 0.0008587 0.09505 17 0.0000 0.09496 0.0008563 0.09496 18 0.0949 0.09444 0.0008539 0.09487 19 0.1889 0.09317 0.0008541 0.09488 20 0.2812 0.09106 0.0008542 0.09488 21 0.3710 0.08812 0.0008545 0.09489 22 0.4575 0.0844 0.0008549 0.09491 23 0.5398 0.07991 0.0008554 0.09493 24 0.6173 0.0747 0.0008561 0.09495 25 0.6892 0.06883 0.000857 0.09499 26 0.7549 0.06233 0.0008584 0.09504 27 0.8139 0.05527 0.0008605 0.09511 28 0.8655 0.04771 0.0008637 0.09523 29 0.9093 0.03972 0.0008692 0.09543 30 0.9449 0.03137 0.0008799 0.09583 31 0.9720 0.02274 0.0009065 0.09678 32 0.9904 0.0139 0.001012 0.1004 33 0.9998 0.004911 0.01542 0.2489 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9989 0.005656 0.001679 0.1189 2 -0.9898 0.01353 0.0008589 0.09506 3 -0.9718 0.02241 0.0008589 0.09506 4 -0.9450 0.03109 0.0008589 0.09506 5 -0.9096 0.03949 0.0008589 0.09506 6 -0.8660 0.04753 0.0008589 0.09506 7 -0.8146 0.05514 0.0008589 0.09506 8 -0.7557 0.06225 0.0008589 0.09506 9 -0.6901 0.0688 0.0008589 0.09506 10 -0.6182 0.07472 0.0008589 0.09506 11 -0.5406 0.07997 0.0008589 0.09506 12 -0.4582 0.08449 0.0008589 0.09506 13 -0.3717 0.08825 0.0008589 0.09506 14 -0.2817 0.09121 0.0008589 0.09506 15 -0.1893 0.09334 0.0008589 0.09506 16 -0.0951 0.09463 0.0008589 0.09506 17 0.0000 0.09506 0.0008589 0.09506 18 0.0951 0.09463 0.0008589 0.09506 19 0.1893 0.09334 0.0008589 0.09506 20 0.2817 0.09121 0.0008589 0.09506 21 0.3717 0.08825 0.0008589 0.09506 22 0.4582 0.08449 0.0008589 0.09506 23 0.5406 0.07997 0.0008589 0.09506 24 0.6182 0.07472 0.0008589 0.09506 25 0.6901 0.0688 0.0008589 0.09506 26 0.7557 0.06225 0.0008589 0.09506 27 0.8146 0.05514 0.0008589 0.09506 28 0.8660 0.04753 0.0008589 0.09506 29 0.9096 0.03949 0.0008589 0.09506 30 0.9450 0.03109 0.0008589 0.09506 31 0.9718 0.02241 0.0008589 0.09506 32 0.9898 0.01353 0.0008589 0.09506 33 0.9989 0.005656 0.001679 0.1189 ||G-ChebyshevZero|| = 0.00301196 Saved CVT coordinates in file "cvt_033_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_033.txt" Iteration required 0.8021 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:17:59 Output saved in "output_033_c.txt" 07-Jan-2022 18:17:59 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 65 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.999708 2 -0.997373 3 -0.992709 4 -0.985726 5 -0.976441 6 -0.964876 7 -0.951057 8 -0.935016 9 -0.916792 10 -0.896427 11 -0.873968 12 -0.849468 13 -0.822984 14 -0.794578 15 -0.764316 16 -0.732269 17 -0.698511 18 -0.663123 19 -0.626185 20 -0.587785 21 -0.548013 22 -0.506960 23 -0.464723 24 -0.421401 25 -0.377095 26 -0.331908 27 -0.285946 28 -0.239316 29 -0.192127 30 -0.144489 31 -0.096514 32 -0.048313 33 0.000000 34 0.048313 35 0.096514 36 0.144489 37 0.192127 38 0.239316 39 0.285946 40 0.331908 41 0.377095 42 0.421401 43 0.464723 44 0.506960 45 0.548013 46 0.587785 47 0.626185 48 0.663123 49 0.698511 50 0.732269 51 0.764316 52 0.794578 53 0.822984 54 0.849468 55 0.873968 56 0.896427 57 0.916792 58 0.935016 59 0.951057 60 0.964876 61 0.976441 62 0.985726 63 0.992709 64 0.997373 65 0.999708 Saved graphics file "density.png" Saved graphics file "energy_065_c.png" Saved graphics file "motion_065_c.png" Saved graphics file "evolution_065_c.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.00128 0.001544 0.1156 2 -0.9975 0.00359 0.0001312 0.05081 3 -0.9928 0.00589 0.0001178 0.04903 4 -0.9857 0.008177 0.0001145 0.04856 5 -0.9764 0.01045 0.0001133 0.04838 6 -0.9648 0.0127 0.0001127 0.0483 7 -0.9510 0.01492 0.0001124 0.04826 8 -0.9350 0.01712 0.0001124 0.04826 9 -0.9168 0.01928 0.0001125 0.04827 10 -0.8964 0.0214 0.0001126 0.04829 11 -0.8740 0.02348 0.0001127 0.04831 12 -0.8495 0.02549 0.0001128 0.04831 13 -0.8230 0.02744 0.0001128 0.04831 14 -0.7946 0.02933 0.0001127 0.04831 15 -0.7643 0.03115 0.0001127 0.04831 16 -0.7323 0.0329 0.0001127 0.0483 17 -0.6985 0.03457 0.0001127 0.0483 18 -0.6632 0.03615 0.0001127 0.0483 19 -0.6262 0.03766 0.0001127 0.04831 20 -0.5878 0.03908 0.0001127 0.04831 21 -0.5481 0.04041 0.0001127 0.04831 22 -0.5070 0.04164 0.0001127 0.04831 23 -0.4648 0.04278 0.0001128 0.04831 24 -0.4215 0.04381 0.0001128 0.04831 25 -0.3772 0.04474 0.0001128 0.04831 26 -0.3320 0.04558 0.0001128 0.04832 27 -0.2860 0.0463 0.0001128 0.04832 28 -0.2394 0.04691 0.0001128 0.04832 29 -0.1922 0.04742 0.0001128 0.04832 30 -0.1445 0.04782 0.0001128 0.04832 31 -0.0966 0.0481 0.0001129 0.04833 32 -0.0483 0.04828 0.0001129 0.04833 33 0.0000 0.04827 0.0001124 0.04827 34 0.0482 0.04814 0.000112 0.0482 35 0.0963 0.04798 0.000112 0.04821 36 0.1442 0.04771 0.0001121 0.04821 37 0.1917 0.04732 0.0001121 0.04821 38 0.2388 0.04682 0.0001121 0.04821 39 0.2853 0.04621 0.0001121 0.04822 40 0.3312 0.0455 0.0001121 0.04822 41 0.3763 0.04467 0.0001121 0.04822 42 0.4206 0.04374 0.0001121 0.04821 43 0.4638 0.04271 0.000112 0.04821 44 0.5060 0.04158 0.000112 0.04821 45 0.5470 0.04035 0.000112 0.0482 46 0.5867 0.03904 0.000112 0.0482 47 0.6250 0.03763 0.000112 0.0482 48 0.6619 0.03613 0.000112 0.0482 49 0.6973 0.03455 0.000112 0.0482 50 0.7310 0.03289 0.0001119 0.04819 51 0.7631 0.03115 0.0001119 0.04819 52 0.7933 0.02934 0.0001119 0.04819 53 0.8217 0.02746 0.0001119 0.04819 54 0.8483 0.02553 0.000112 0.0482 55 0.8728 0.02353 0.0001121 0.04821 56 0.8953 0.02148 0.0001122 0.04823 57 0.9158 0.01938 0.0001123 0.04824 58 0.9341 0.01724 0.0001125 0.04827 59 0.9502 0.01505 0.0001127 0.04831 60 0.9642 0.01283 0.0001132 0.04837 61 0.9759 0.01058 0.0001139 0.04848 62 0.9853 0.008305 0.0001154 0.04869 63 0.9925 0.006009 0.000119 0.04918 64 0.9974 0.003695 0.000132 0.05092 65 0.9999 0.00137 0.0008734 0.09559 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9997 0.001459 0.0002203 0.0604 2 -0.9974 0.0035 0.0001128 0.04831 3 -0.9927 0.005824 0.0001128 0.04831 4 -0.9857 0.008134 0.0001128 0.04831 5 -0.9764 0.01043 0.0001128 0.04831 6 -0.9649 0.01269 0.0001128 0.04831 7 -0.9511 0.01493 0.0001128 0.04831 8 -0.9350 0.01713 0.0001128 0.04831 9 -0.9168 0.01929 0.0001128 0.04831 10 -0.8964 0.02141 0.0001128 0.04831 11 -0.8740 0.02348 0.0001128 0.04831 12 -0.8495 0.02549 0.0001128 0.04831 13 -0.8230 0.02745 0.0001128 0.04831 14 -0.7946 0.02933 0.0001128 0.04831 15 -0.7643 0.03115 0.0001128 0.04831 16 -0.7323 0.0329 0.0001128 0.04831 17 -0.6985 0.03457 0.0001128 0.04831 18 -0.6631 0.03616 0.0001128 0.04831 19 -0.6262 0.03767 0.0001128 0.04831 20 -0.5878 0.03909 0.0001128 0.04831 21 -0.5480 0.04041 0.0001128 0.04831 22 -0.5070 0.04164 0.0001128 0.04831 23 -0.4647 0.04278 0.0001128 0.04831 24 -0.4214 0.04381 0.0001128 0.04831 25 -0.3771 0.04475 0.0001128 0.04831 26 -0.3319 0.04557 0.0001128 0.04831 27 -0.2859 0.0463 0.0001128 0.04831 28 -0.2393 0.04691 0.0001128 0.04831 29 -0.1921 0.04741 0.0001128 0.04831 30 -0.1445 0.04781 0.0001128 0.04831 31 -0.0965 0.04809 0.0001128 0.04831 32 -0.0483 0.04826 0.0001128 0.04831 33 0.0000 0.04831 0.0001128 0.04831 34 0.0483 0.04826 0.0001128 0.04831 35 0.0965 0.04809 0.0001128 0.04831 36 0.1445 0.04781 0.0001128 0.04831 37 0.1921 0.04741 0.0001128 0.04831 38 0.2393 0.04691 0.0001128 0.04831 39 0.2859 0.0463 0.0001128 0.04831 40 0.3319 0.04557 0.0001128 0.04831 41 0.3771 0.04475 0.0001128 0.04831 42 0.4214 0.04381 0.0001128 0.04831 43 0.4647 0.04278 0.0001128 0.04831 44 0.5070 0.04164 0.0001128 0.04831 45 0.5480 0.04041 0.0001128 0.04831 46 0.5878 0.03909 0.0001128 0.04831 47 0.6262 0.03767 0.0001128 0.04831 48 0.6631 0.03616 0.0001128 0.04831 49 0.6985 0.03457 0.0001128 0.04831 50 0.7323 0.0329 0.0001128 0.04831 51 0.7643 0.03115 0.0001128 0.04831 52 0.7946 0.02933 0.0001128 0.04831 53 0.8230 0.02745 0.0001128 0.04831 54 0.8495 0.02549 0.0001128 0.04831 55 0.8740 0.02348 0.0001128 0.04831 56 0.8964 0.02141 0.0001128 0.04831 57 0.9168 0.01929 0.0001128 0.04831 58 0.9350 0.01713 0.0001128 0.04831 59 0.9511 0.01493 0.0001128 0.04831 60 0.9649 0.01269 0.0001128 0.04831 61 0.9764 0.01043 0.0001128 0.04831 62 0.9857 0.008134 0.0001128 0.04831 63 0.9927 0.005824 0.0001128 0.04831 64 0.9974 0.0035 0.0001128 0.04831 65 0.9997 0.001459 0.0002203 0.0604 ||G-ChebyshevZero|| = 0.00499928 Saved CVT coordinates in file "cvt_065_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_065.txt" Iteration required 0.839461 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:00 Output saved in "output_065_c.txt" 07-Jan-2022 18:18:00 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 129 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.999926 2 -0.999333 3 -0.998147 4 -0.996370 5 -0.994001 6 -0.991043 7 -0.987497 8 -0.983366 9 -0.978651 10 -0.973356 11 -0.967484 12 -0.961038 13 -0.954022 14 -0.946440 15 -0.938297 16 -0.929597 17 -0.920346 18 -0.910549 19 -0.900213 20 -0.889342 21 -0.877944 22 -0.866025 23 -0.853593 24 -0.840655 25 -0.827217 26 -0.813290 27 -0.798880 28 -0.783996 29 -0.768647 30 -0.752843 31 -0.736591 32 -0.719903 33 -0.702789 34 -0.685257 35 -0.667319 36 -0.648985 37 -0.630266 38 -0.611174 39 -0.591719 40 -0.571913 41 -0.551768 42 -0.531295 43 -0.510508 44 -0.489418 45 -0.468037 46 -0.446379 47 -0.424457 48 -0.402282 49 -0.379869 50 -0.357231 51 -0.334381 52 -0.311332 53 -0.288099 54 -0.264695 55 -0.241134 56 -0.217430 57 -0.193597 58 -0.169650 59 -0.145601 60 -0.121466 61 -0.097260 62 -0.072995 63 -0.048688 64 -0.024351 65 0.000000 66 0.024351 67 0.048688 68 0.072995 69 0.097260 70 0.121466 71 0.145601 72 0.169650 73 0.193597 74 0.217430 75 0.241134 76 0.264695 77 0.288099 78 0.311332 79 0.334381 80 0.357231 81 0.379869 82 0.402282 83 0.424457 84 0.446379 85 0.468037 86 0.489418 87 0.510508 88 0.531295 89 0.551768 90 0.571913 91 0.591719 92 0.611174 93 0.630266 94 0.648985 95 0.667319 96 0.685257 97 0.702789 98 0.719903 99 0.736591 100 0.752843 101 0.768647 102 0.783996 103 0.798880 104 0.813290 105 0.827217 106 0.840655 107 0.853593 108 0.866025 109 0.877944 110 0.889342 111 0.900213 112 0.910549 113 0.920346 114 0.929597 115 0.938297 116 0.946440 117 0.954022 118 0.961038 119 0.967484 120 0.973356 121 0.978651 122 0.983366 123 0.987497 124 0.991043 125 0.994001 126 0.996370 127 0.998147 128 0.999333 129 0.999926 Saved graphics file "density.png" Saved graphics file "energy_129_c.png" Saved graphics file "motion_129_c.png" Saved graphics file "evolution_129_c.png" CVT data: K G H rho H^3 mu H 1 -1.0000 0.0003465 8.187e-05 0.04342 2 -0.9993 0.0009154 1.596e-05 0.02518 3 -0.9981 0.00149 1.458e-05 0.02443 4 -0.9964 0.00207 1.432e-05 0.02428 5 -0.9940 0.002657 1.431e-05 0.02428 6 -0.9910 0.003246 1.437e-05 0.02431 7 -0.9875 0.003831 1.436e-05 0.02431 8 -0.9834 0.00441 1.434e-05 0.0243 9 -0.9787 0.004989 1.434e-05 0.02429 10 -0.9734 0.005566 1.434e-05 0.02429 11 -0.9676 0.00614 1.435e-05 0.0243 12 -0.9611 0.00671 1.435e-05 0.0243 13 -0.9541 0.007275 1.435e-05 0.0243 14 -0.9466 0.007835 1.434e-05 0.0243 15 -0.9385 0.00839 1.433e-05 0.02429 16 -0.9298 0.008941 1.433e-05 0.02429 17 -0.9206 0.00949 1.435e-05 0.0243 18 -0.9108 0.01003 1.436e-05 0.02431 19 -0.9005 0.01057 1.436e-05 0.02431 20 -0.8897 0.0111 1.437e-05 0.02431 21 -0.8783 0.01163 1.438e-05 0.02432 22 -0.8664 0.01214 1.439e-05 0.02432 23 -0.8540 0.01266 1.44e-05 0.02433 24 -0.8411 0.01316 1.44e-05 0.02433 25 -0.8277 0.01366 1.441e-05 0.02433 26 -0.8138 0.01414 1.442e-05 0.02434 27 -0.7994 0.01462 1.442e-05 0.02434 28 -0.7846 0.0151 1.443e-05 0.02435 29 -0.7692 0.01556 1.444e-05 0.02435 30 -0.7534 0.01601 1.445e-05 0.02436 31 -0.7372 0.01646 1.446e-05 0.02436 32 -0.7205 0.01689 1.446e-05 0.02436 33 -0.7034 0.01732 1.446e-05 0.02436 34 -0.6859 0.01773 1.447e-05 0.02437 35 -0.6679 0.01814 1.447e-05 0.02437 36 -0.6496 0.01853 1.447e-05 0.02437 37 -0.6309 0.0189 1.446e-05 0.02436 38 -0.6118 0.01927 1.446e-05 0.02436 39 -0.5923 0.01963 1.446e-05 0.02437 40 -0.5725 0.01998 1.446e-05 0.02436 41 -0.5524 0.02031 1.446e-05 0.02436 42 -0.5319 0.02063 1.446e-05 0.02436 43 -0.5111 0.02094 1.446e-05 0.02436 44 -0.4900 0.02124 1.446e-05 0.02436 45 -0.4687 0.02152 1.446e-05 0.02436 46 -0.4470 0.02179 1.446e-05 0.02436 47 -0.4251 0.02205 1.446e-05 0.02436 48 -0.4029 0.0223 1.447e-05 0.02437 49 -0.3805 0.02254 1.447e-05 0.02437 50 -0.3578 0.02276 1.448e-05 0.02437 51 -0.3350 0.02297 1.448e-05 0.02438 52 -0.3119 0.02316 1.449e-05 0.02438 53 -0.2886 0.02334 1.449e-05 0.02438 54 -0.2652 0.02351 1.449e-05 0.02438 55 -0.2416 0.02366 1.45e-05 0.02439 56 -0.2179 0.0238 1.451e-05 0.02439 57 -0.1940 0.02393 1.451e-05 0.02439 58 -0.1700 0.02404 1.452e-05 0.0244 59 -0.1459 0.02413 1.452e-05 0.0244 60 -0.1217 0.02422 1.452e-05 0.0244 61 -0.0975 0.02428 1.453e-05 0.0244 62 -0.0732 0.02434 1.454e-05 0.02441 63 -0.0488 0.02438 1.454e-05 0.02441 64 -0.0244 0.0244 1.455e-05 0.02441 65 0.0000 0.02435 1.445e-05 0.02435 66 0.0243 0.02429 1.434e-05 0.0243 67 0.0486 0.02427 1.434e-05 0.0243 68 0.0728 0.02423 1.434e-05 0.0243 69 0.0970 0.02418 1.435e-05 0.0243 70 0.1212 0.02412 1.435e-05 0.0243 71 0.1453 0.02405 1.436e-05 0.02431 72 0.1693 0.02396 1.436e-05 0.02431 73 0.1932 0.02385 1.437e-05 0.02431 74 0.2170 0.02373 1.437e-05 0.02431 75 0.2407 0.0236 1.437e-05 0.02431 76 0.2642 0.02345 1.438e-05 0.02432 77 0.2876 0.02329 1.438e-05 0.02432 78 0.3108 0.02312 1.439e-05 0.02432 79 0.3338 0.02293 1.439e-05 0.02432 80 0.3566 0.02273 1.44e-05 0.02433 81 0.3793 0.02251 1.44e-05 0.02433 82 0.4017 0.02228 1.44e-05 0.02433 83 0.4238 0.02204 1.44e-05 0.02433 84 0.4457 0.02178 1.44e-05 0.02433 85 0.4674 0.0215 1.439e-05 0.02432 86 0.4887 0.02122 1.438e-05 0.02432 87 0.5098 0.02092 1.438e-05 0.02432 88 0.5306 0.02061 1.437e-05 0.02431 89 0.5510 0.02029 1.437e-05 0.02431 90 0.5711 0.01995 1.436e-05 0.02431 91 0.5909 0.01961 1.436e-05 0.02431 92 0.6104 0.01925 1.436e-05 0.0243 93 0.6294 0.01888 1.435e-05 0.0243 94 0.6481 0.0185 1.434e-05 0.02429 95 0.6664 0.01811 1.433e-05 0.02429 96 0.6843 0.01771 1.433e-05 0.02429 97 0.7019 0.0173 1.433e-05 0.02429 98 0.7189 0.01688 1.432e-05 0.02429 99 0.7356 0.01645 1.432e-05 0.02428 100 0.7518 0.01601 1.432e-05 0.02428 101 0.7676 0.01556 1.431e-05 0.02428 102 0.7830 0.0151 1.43e-05 0.02427 103 0.7978 0.01463 1.429e-05 0.02427 104 0.8122 0.01415 1.427e-05 0.02426 105 0.8261 0.01366 1.426e-05 0.02425 106 0.8396 0.01317 1.425e-05 0.02424 107 0.8525 0.01267 1.424e-05 0.02424 108 0.8649 0.01216 1.423e-05 0.02423 109 0.8768 0.01165 1.422e-05 0.02423 110 0.8882 0.01113 1.42e-05 0.02422 111 0.8991 0.0106 1.419e-05 0.02421 112 0.9094 0.01007 1.419e-05 0.02421 113 0.9192 0.00953 1.417e-05 0.0242 114 0.9285 0.008988 1.417e-05 0.0242 115 0.9372 0.008443 1.417e-05 0.0242 116 0.9453 0.007892 1.418e-05 0.0242 117 0.9530 0.007337 1.418e-05 0.02421 118 0.9600 0.006779 1.42e-05 0.02421 119 0.9665 0.006217 1.422e-05 0.02423 120 0.9724 0.005652 1.425e-05 0.02425 121 0.9778 0.005083 1.43e-05 0.02427 122 0.9826 0.004511 1.435e-05 0.0243 123 0.9868 0.003935 1.441e-05 0.02433 124 0.9905 0.003356 1.451e-05 0.02439 125 0.9936 0.002775 1.467e-05 0.02448 126 0.9960 0.00219 1.492e-05 0.02462 127 0.9979 0.0016 1.542e-05 0.02489 128 0.9992 0.001005 1.704e-05 0.02573 129 0.9999 0.0004097 5.793e-05 0.03869 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9999 0.0003706 2.82e-05 0.03044 2 -0.9993 0.0008893 1.444e-05 0.02435 3 -0.9981 0.001482 1.444e-05 0.02435 4 -0.9964 0.002073 1.444e-05 0.02435 5 -0.9940 0.002663 1.444e-05 0.02435 6 -0.9910 0.003252 1.444e-05 0.02435 7 -0.9875 0.003839 1.444e-05 0.02435 8 -0.9834 0.004423 1.444e-05 0.02435 9 -0.9787 0.005005 1.444e-05 0.02435 10 -0.9734 0.005584 1.444e-05 0.02435 11 -0.9675 0.006159 1.444e-05 0.02435 12 -0.9610 0.006731 1.444e-05 0.02435 13 -0.9540 0.007299 1.444e-05 0.02435 14 -0.9464 0.007862 1.444e-05 0.02435 15 -0.9383 0.008421 1.444e-05 0.02435 16 -0.9296 0.008975 1.444e-05 0.02435 17 -0.9203 0.009524 1.444e-05 0.02435 18 -0.9105 0.01007 1.444e-05 0.02435 19 -0.9002 0.0106 1.444e-05 0.02435 20 -0.8893 0.01113 1.444e-05 0.02435 21 -0.8779 0.01166 1.444e-05 0.02435 22 -0.8660 0.01218 1.444e-05 0.02435 23 -0.8536 0.01269 1.444e-05 0.02435 24 -0.8407 0.01319 1.444e-05 0.02435 25 -0.8272 0.01368 1.444e-05 0.02435 26 -0.8133 0.01417 1.444e-05 0.02435 27 -0.7989 0.01465 1.444e-05 0.02435 28 -0.7840 0.01512 1.444e-05 0.02435 29 -0.7686 0.01558 1.444e-05 0.02435 30 -0.7528 0.01603 1.444e-05 0.02435 31 -0.7366 0.01647 1.444e-05 0.02435 32 -0.7199 0.0169 1.444e-05 0.02435 33 -0.7028 0.01732 1.444e-05 0.02435 34 -0.6853 0.01773 1.444e-05 0.02435 35 -0.6673 0.01814 1.444e-05 0.02435 36 -0.6490 0.01853 1.444e-05 0.02435 37 -0.6303 0.01891 1.444e-05 0.02435 38 -0.6112 0.01927 1.444e-05 0.02435 39 -0.5917 0.01963 1.444e-05 0.02435 40 -0.5719 0.01998 1.444e-05 0.02435 41 -0.5518 0.02031 1.444e-05 0.02435 42 -0.5313 0.02063 1.444e-05 0.02435 43 -0.5105 0.02094 1.444e-05 0.02435 44 -0.4894 0.02124 1.444e-05 0.02435 45 -0.4680 0.02152 1.444e-05 0.02435 46 -0.4464 0.02179 1.444e-05 0.02435 47 -0.4245 0.02205 1.444e-05 0.02435 48 -0.4023 0.02229 1.444e-05 0.02435 49 -0.3799 0.02253 1.444e-05 0.02435 50 -0.3572 0.02274 1.444e-05 0.02435 51 -0.3344 0.02295 1.444e-05 0.02435 52 -0.3113 0.02314 1.444e-05 0.02435 53 -0.2881 0.02332 1.444e-05 0.02435 54 -0.2647 0.02348 1.444e-05 0.02435 55 -0.2411 0.02363 1.444e-05 0.02435 56 -0.2174 0.02377 1.444e-05 0.02435 57 -0.1936 0.02389 1.444e-05 0.02435 58 -0.1696 0.024 1.444e-05 0.02435 59 -0.1456 0.02409 1.444e-05 0.02435 60 -0.1215 0.02417 1.444e-05 0.02435 61 -0.0973 0.02424 1.444e-05 0.02435 62 -0.0730 0.02429 1.444e-05 0.02435 63 -0.0487 0.02432 1.444e-05 0.02435 64 -0.0244 0.02434 1.444e-05 0.02435 65 0.0000 0.02435 1.444e-05 0.02435 66 0.0244 0.02434 1.444e-05 0.02435 67 0.0487 0.02432 1.444e-05 0.02435 68 0.0730 0.02429 1.444e-05 0.02435 69 0.0973 0.02424 1.444e-05 0.02435 70 0.1215 0.02417 1.444e-05 0.02435 71 0.1456 0.02409 1.444e-05 0.02435 72 0.1696 0.024 1.444e-05 0.02435 73 0.1936 0.02389 1.444e-05 0.02435 74 0.2174 0.02377 1.444e-05 0.02435 75 0.2411 0.02363 1.444e-05 0.02435 76 0.2647 0.02348 1.444e-05 0.02435 77 0.2881 0.02332 1.444e-05 0.02435 78 0.3113 0.02314 1.444e-05 0.02435 79 0.3344 0.02295 1.444e-05 0.02435 80 0.3572 0.02274 1.444e-05 0.02435 81 0.3799 0.02253 1.444e-05 0.02435 82 0.4023 0.02229 1.444e-05 0.02435 83 0.4245 0.02205 1.444e-05 0.02435 84 0.4464 0.02179 1.444e-05 0.02435 85 0.4680 0.02152 1.444e-05 0.02435 86 0.4894 0.02124 1.444e-05 0.02435 87 0.5105 0.02094 1.444e-05 0.02435 88 0.5313 0.02063 1.444e-05 0.02435 89 0.5518 0.02031 1.444e-05 0.02435 90 0.5719 0.01998 1.444e-05 0.02435 91 0.5917 0.01963 1.444e-05 0.02435 92 0.6112 0.01927 1.444e-05 0.02435 93 0.6303 0.01891 1.444e-05 0.02435 94 0.6490 0.01853 1.444e-05 0.02435 95 0.6673 0.01814 1.444e-05 0.02435 96 0.6853 0.01773 1.444e-05 0.02435 97 0.7028 0.01732 1.444e-05 0.02435 98 0.7199 0.0169 1.444e-05 0.02435 99 0.7366 0.01647 1.444e-05 0.02435 100 0.7528 0.01603 1.444e-05 0.02435 101 0.7686 0.01558 1.444e-05 0.02435 102 0.7840 0.01512 1.444e-05 0.02435 103 0.7989 0.01465 1.444e-05 0.02435 104 0.8133 0.01417 1.444e-05 0.02435 105 0.8272 0.01368 1.444e-05 0.02435 106 0.8407 0.01319 1.444e-05 0.02435 107 0.8536 0.01269 1.444e-05 0.02435 108 0.8660 0.01218 1.444e-05 0.02435 109 0.8779 0.01166 1.444e-05 0.02435 110 0.8893 0.01113 1.444e-05 0.02435 111 0.9002 0.0106 1.444e-05 0.02435 112 0.9105 0.01007 1.444e-05 0.02435 113 0.9203 0.009524 1.444e-05 0.02435 114 0.9296 0.008975 1.444e-05 0.02435 115 0.9383 0.008421 1.444e-05 0.02435 116 0.9464 0.007862 1.444e-05 0.02435 117 0.9540 0.007299 1.444e-05 0.02435 118 0.9610 0.006731 1.444e-05 0.02435 119 0.9675 0.006159 1.444e-05 0.02435 120 0.9734 0.005584 1.444e-05 0.02435 121 0.9787 0.005005 1.444e-05 0.02435 122 0.9834 0.004423 1.444e-05 0.02435 123 0.9875 0.003839 1.444e-05 0.02435 124 0.9910 0.003252 1.444e-05 0.02435 125 0.9940 0.002663 1.444e-05 0.02435 126 0.9964 0.002073 1.444e-05 0.02435 127 0.9981 0.001482 1.444e-05 0.02435 128 0.9993 0.0008893 1.444e-05 0.02435 129 0.9999 0.0003706 2.82e-05 0.03044 ||G-ChebyshevZero|| = 0.00734292 Saved CVT coordinates in file "cvt_129_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_129.txt" Iteration required 0.817232 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:02 Output saved in "output_129_c.txt" 07-Jan-2022 18:18:02 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 257 Number of iterations is 250 Number of samples is 400000 Initial generators (Chebyshev Zero nodes): 1 -0.999981 2 -0.999832 3 -0.999533 4 -0.999085 5 -0.998487 6 -0.997741 7 -0.996845 8 -0.995800 9 -0.994607 10 -0.993265 11 -0.991774 12 -0.990135 13 -0.988349 14 -0.986414 15 -0.984332 16 -0.982104 17 -0.979728 18 -0.977206 19 -0.974538 20 -0.971724 21 -0.968765 22 -0.965662 23 -0.962414 24 -0.959022 25 -0.955487 26 -0.951809 27 -0.947989 28 -0.944027 29 -0.939925 30 -0.935681 31 -0.931298 32 -0.926776 33 -0.922116 34 -0.917317 35 -0.912382 36 -0.907310 37 -0.902102 38 -0.896760 39 -0.891284 40 -0.885674 41 -0.879933 42 -0.874059 43 -0.868056 44 -0.861922 45 -0.855660 46 -0.849269 47 -0.842752 48 -0.836109 49 -0.829341 50 -0.822449 51 -0.815435 52 -0.808298 53 -0.801040 54 -0.793663 55 -0.786168 56 -0.778554 57 -0.770825 58 -0.762980 59 -0.755021 60 -0.746950 61 -0.738767 62 -0.730473 63 -0.722070 64 -0.713560 65 -0.704943 66 -0.696220 67 -0.687393 68 -0.678464 69 -0.669433 70 -0.660303 71 -0.651073 72 -0.641747 73 -0.632324 74 -0.622807 75 -0.613197 76 -0.603495 77 -0.593703 78 -0.583822 79 -0.573855 80 -0.563801 81 -0.553663 82 -0.543442 83 -0.533141 84 -0.522759 85 -0.512300 86 -0.501763 87 -0.491152 88 -0.480468 89 -0.469711 90 -0.458885 91 -0.447990 92 -0.437028 93 -0.426000 94 -0.414910 95 -0.403757 96 -0.392543 97 -0.381271 98 -0.369942 99 -0.358558 100 -0.347120 101 -0.335631 102 -0.324091 103 -0.312503 104 -0.300868 105 -0.289188 106 -0.277465 107 -0.265700 108 -0.253896 109 -0.242054 110 -0.230175 111 -0.218263 112 -0.206317 113 -0.194341 114 -0.182336 115 -0.170303 116 -0.158245 117 -0.146164 118 -0.134060 119 -0.121937 120 -0.109795 121 -0.097637 122 -0.085464 123 -0.073279 124 -0.061082 125 -0.048877 126 -0.036664 127 -0.024446 128 -0.012224 129 0.000000 130 0.012224 131 0.024446 132 0.036664 133 0.048877 134 0.061082 135 0.073279 136 0.085464 137 0.097637 138 0.109795 139 0.121937 140 0.134060 141 0.146164 142 0.158245 143 0.170303 144 0.182336 145 0.194341 146 0.206317 147 0.218263 148 0.230175 149 0.242054 150 0.253896 151 0.265700 152 0.277465 153 0.289188 154 0.300868 155 0.312503 156 0.324091 157 0.335631 158 0.347120 159 0.358558 160 0.369942 161 0.381271 162 0.392543 163 0.403757 164 0.414910 165 0.426000 166 0.437028 167 0.447990 168 0.458885 169 0.469711 170 0.480468 171 0.491152 172 0.501763 173 0.512300 174 0.522759 175 0.533141 176 0.543442 177 0.553663 178 0.563801 179 0.573855 180 0.583822 181 0.593703 182 0.603495 183 0.613197 184 0.622807 185 0.632324 186 0.641747 187 0.651073 188 0.660303 189 0.669433 190 0.678464 191 0.687393 192 0.696220 193 0.704943 194 0.713560 195 0.722070 196 0.730473 197 0.738767 198 0.746950 199 0.755021 200 0.762980 201 0.770825 202 0.778554 203 0.786168 204 0.793663 205 0.801040 206 0.808298 207 0.815435 208 0.822449 209 0.829341 210 0.836109 211 0.842752 212 0.849269 213 0.855660 214 0.861922 215 0.868056 216 0.874059 217 0.879933 218 0.885674 219 0.891284 220 0.896760 221 0.902102 222 0.907310 223 0.912382 224 0.917317 225 0.922116 226 0.926776 227 0.931298 228 0.935681 229 0.939925 230 0.944027 231 0.947989 232 0.951809 233 0.955487 234 0.959022 235 0.962414 236 0.965662 237 0.968765 238 0.971724 239 0.974538 240 0.977206 241 0.979728 242 0.982104 243 0.984332 244 0.986414 245 0.988349 246 0.990135 247 0.991774 248 0.993265 249 0.994607 250 0.995800 251 0.996845 252 0.997741 253 0.998487 254 0.999085 255 0.999533 256 0.999832 257 0.999981 Saved graphics file "density.png" Saved graphics file "energy_257_c.png" Saved graphics file "motion_257_c.png" Saved graphics file "evolution_257_c.png" CVT data: K G H rho H^3 mu H 1 -1.0000 9.311e-05 4.386e-06 0.01637 2 -0.9998 0.0002255 1.829e-06 0.01223 3 -0.9995 0.0003722 1.806e-06 0.01218 4 -0.9991 0.0005208 1.807e-06 0.01218 5 -0.9985 0.0006685 1.804e-06 0.01217 6 -0.9977 0.0008151 1.795e-06 0.01215 7 -0.9969 0.00096 1.783e-06 0.01213 8 -0.9958 0.001106 1.782e-06 0.01212 9 -0.9946 0.001254 1.787e-06 0.01213 10 -0.9933 0.0014 1.787e-06 0.01213 11 -0.9918 0.001546 1.787e-06 0.01213 12 -0.9902 0.001694 1.792e-06 0.01215 13 -0.9885 0.00184 1.793e-06 0.01215 14 -0.9866 0.001984 1.788e-06 0.01214 15 -0.9845 0.002128 1.784e-06 0.01213 16 -0.9823 0.002273 1.785e-06 0.01213 17 -0.9800 0.002418 1.787e-06 0.01213 18 -0.9775 0.002563 1.788e-06 0.01214 19 -0.9748 0.002708 1.791e-06 0.01214 20 -0.9720 0.002853 1.793e-06 0.01215 21 -0.9691 0.002998 1.796e-06 0.01216 22 -0.9661 0.003143 1.8e-06 0.01216 23 -0.9628 0.003288 1.803e-06 0.01217 24 -0.9595 0.003433 1.807e-06 0.01218 25 -0.9560 0.003578 1.812e-06 0.01219 26 -0.9523 0.003723 1.816e-06 0.0122 27 -0.9485 0.003868 1.821e-06 0.01221 28 -0.9446 0.004013 1.826e-06 0.01222 29 -0.9405 0.004158 1.832e-06 0.01224 30 -0.9363 0.004301 1.836e-06 0.01224 31 -0.9319 0.004443 1.837e-06 0.01225 32 -0.9274 0.004583 1.838e-06 0.01225 33 -0.9227 0.004723 1.839e-06 0.01225 34 -0.9179 0.004863 1.841e-06 0.01226 35 -0.9130 0.005001 1.843e-06 0.01226 36 -0.9079 0.005139 1.843e-06 0.01226 37 -0.9027 0.005275 1.844e-06 0.01226 38 -0.8974 0.00541 1.843e-06 0.01226 39 -0.8919 0.005544 1.843e-06 0.01226 40 -0.8863 0.005675 1.84e-06 0.01225 41 -0.8806 0.005806 1.839e-06 0.01225 42 -0.8747 0.005939 1.84e-06 0.01225 43 -0.8687 0.006069 1.839e-06 0.01225 44 -0.8625 0.006198 1.838e-06 0.01225 45 -0.8563 0.006327 1.838e-06 0.01225 46 -0.8499 0.006453 1.836e-06 0.01225 47 -0.8434 0.006579 1.836e-06 0.01224 48 -0.8367 0.006705 1.836e-06 0.01224 49 -0.8300 0.00683 1.836e-06 0.01224 50 -0.8231 0.006954 1.836e-06 0.01224 51 -0.8161 0.007077 1.835e-06 0.01224 52 -0.8089 0.007198 1.835e-06 0.01224 53 -0.8017 0.007317 1.834e-06 0.01224 54 -0.7943 0.007435 1.833e-06 0.01224 55 -0.7868 0.007554 1.833e-06 0.01224 56 -0.7792 0.007672 1.833e-06 0.01224 57 -0.7715 0.007788 1.834e-06 0.01224 58 -0.7636 0.007902 1.833e-06 0.01224 59 -0.7556 0.008015 1.833e-06 0.01224 60 -0.7476 0.008128 1.833e-06 0.01224 61 -0.7394 0.008238 1.832e-06 0.01224 62 -0.7311 0.008348 1.832e-06 0.01224 63 -0.7227 0.008457 1.832e-06 0.01224 64 -0.7142 0.008564 1.832e-06 0.01224 65 -0.7056 0.00867 1.832e-06 0.01224 66 -0.6968 0.008775 1.832e-06 0.01224 67 -0.6880 0.008879 1.832e-06 0.01224 68 -0.6791 0.00898 1.831e-06 0.01223 69 -0.6701 0.00908 1.83e-06 0.01223 70 -0.6609 0.009179 1.83e-06 0.01223 71 -0.6517 0.009277 1.83e-06 0.01223 72 -0.6424 0.009374 1.83e-06 0.01223 73 -0.6330 0.00947 1.83e-06 0.01223 74 -0.6234 0.009564 1.83e-06 0.01223 75 -0.6138 0.009655 1.83e-06 0.01223 76 -0.6041 0.009747 1.83e-06 0.01223 77 -0.5943 0.009837 1.83e-06 0.01223 78 -0.5844 0.009924 1.829e-06 0.01223 79 -0.5745 0.01001 1.83e-06 0.01223 80 -0.5644 0.0101 1.83e-06 0.01223 81 -0.5543 0.01018 1.829e-06 0.01223 82 -0.5441 0.01026 1.829e-06 0.01223 83 -0.5338 0.01034 1.828e-06 0.01223 84 -0.5234 0.01042 1.829e-06 0.01223 85 -0.5129 0.0105 1.83e-06 0.01223 86 -0.5024 0.01057 1.829e-06 0.01223 87 -0.4918 0.01065 1.828e-06 0.01223 88 -0.4811 0.01072 1.829e-06 0.01223 89 -0.4703 0.01079 1.829e-06 0.01223 90 -0.4595 0.01086 1.828e-06 0.01223 91 -0.4486 0.01093 1.828e-06 0.01223 92 -0.4377 0.011 1.829e-06 0.01223 93 -0.4266 0.01106 1.828e-06 0.01223 94 -0.4155 0.01112 1.828e-06 0.01223 95 -0.4044 0.01118 1.828e-06 0.01223 96 -0.3932 0.01124 1.828e-06 0.01223 97 -0.3819 0.0113 1.828e-06 0.01223 98 -0.3706 0.01136 1.827e-06 0.01223 99 -0.3592 0.01141 1.828e-06 0.01223 100 -0.3477 0.01146 1.828e-06 0.01223 101 -0.3363 0.01152 1.828e-06 0.01223 102 -0.3247 0.01156 1.828e-06 0.01223 103 -0.3131 0.01161 1.828e-06 0.01223 104 -0.3015 0.01166 1.828e-06 0.01223 105 -0.2898 0.0117 1.828e-06 0.01223 106 -0.2781 0.01174 1.828e-06 0.01223 107 -0.2663 0.01178 1.827e-06 0.01223 108 -0.2545 0.01182 1.827e-06 0.01223 109 -0.2427 0.01186 1.829e-06 0.01223 110 -0.2308 0.0119 1.83e-06 0.01223 111 -0.2189 0.01194 1.831e-06 0.01223 112 -0.2069 0.01197 1.833e-06 0.01224 113 -0.1949 0.01201 1.834e-06 0.01224 114 -0.1829 0.01204 1.836e-06 0.01224 115 -0.1709 0.01207 1.837e-06 0.01225 116 -0.1588 0.01209 1.838e-06 0.01225 117 -0.1467 0.01212 1.838e-06 0.01225 118 -0.1345 0.01214 1.84e-06 0.01225 119 -0.1224 0.01216 1.841e-06 0.01226 120 -0.1102 0.01218 1.842e-06 0.01226 121 -0.0980 0.0122 1.843e-06 0.01226 122 -0.0858 0.01222 1.844e-06 0.01226 123 -0.0736 0.01223 1.846e-06 0.01227 124 -0.0613 0.01225 1.847e-06 0.01227 125 -0.0491 0.01226 1.849e-06 0.01227 126 -0.0368 0.01227 1.849e-06 0.01227 127 -0.0246 0.01227 1.849e-06 0.01227 128 -0.0123 0.01228 1.851e-06 0.01228 129 0.0000 0.01222 1.826e-06 0.01222 130 0.0122 0.01217 1.801e-06 0.01217 131 0.0243 0.01217 1.802e-06 0.01217 132 0.0365 0.01216 1.804e-06 0.01217 133 0.0487 0.01216 1.805e-06 0.01217 134 0.0608 0.01216 1.806e-06 0.01218 135 0.0730 0.01215 1.808e-06 0.01218 136 0.0851 0.01214 1.809e-06 0.01218 137 0.0973 0.01213 1.81e-06 0.01219 138 0.1094 0.01212 1.811e-06 0.01219 139 0.1215 0.0121 1.812e-06 0.01219 140 0.1336 0.01208 1.813e-06 0.01219 141 0.1457 0.01207 1.814e-06 0.0122 142 0.1577 0.01205 1.815e-06 0.0122 143 0.1697 0.01202 1.816e-06 0.0122 144 0.1818 0.012 1.818e-06 0.01221 145 0.1937 0.01198 1.82e-06 0.01221 146 0.2057 0.01195 1.822e-06 0.01221 147 0.2176 0.01192 1.823e-06 0.01222 148 0.2296 0.01189 1.824e-06 0.01222 149 0.2414 0.01186 1.825e-06 0.01222 150 0.2533 0.01182 1.825e-06 0.01222 151 0.2651 0.01178 1.825e-06 0.01222 152 0.2768 0.01174 1.826e-06 0.01222 153 0.2886 0.0117 1.826e-06 0.01222 154 0.3002 0.01166 1.826e-06 0.01222 155 0.3119 0.01161 1.825e-06 0.01222 156 0.3235 0.01156 1.825e-06 0.01222 157 0.3350 0.01152 1.826e-06 0.01222 158 0.3465 0.01146 1.825e-06 0.01222 159 0.3579 0.01141 1.825e-06 0.01222 160 0.3693 0.01136 1.824e-06 0.01222 161 0.3806 0.0113 1.825e-06 0.01222 162 0.3919 0.01124 1.825e-06 0.01222 163 0.4031 0.01118 1.825e-06 0.01222 164 0.4143 0.01112 1.825e-06 0.01222 165 0.4254 0.01106 1.825e-06 0.01222 166 0.4364 0.011 1.825e-06 0.01222 167 0.4474 0.01093 1.824e-06 0.01222 168 0.4583 0.01086 1.824e-06 0.01222 169 0.4691 0.01079 1.825e-06 0.01222 170 0.4798 0.01072 1.824e-06 0.01222 171 0.4905 0.01065 1.824e-06 0.01222 172 0.5011 0.01057 1.824e-06 0.01222 173 0.5117 0.0105 1.825e-06 0.01222 174 0.5221 0.01042 1.824e-06 0.01222 175 0.5325 0.01034 1.823e-06 0.01222 176 0.5428 0.01026 1.823e-06 0.01222 177 0.5530 0.01018 1.824e-06 0.01222 178 0.5632 0.0101 1.823e-06 0.01222 179 0.5732 0.01001 1.823e-06 0.01222 180 0.5832 0.009925 1.824e-06 0.01222 181 0.5931 0.009838 1.824e-06 0.01222 182 0.6029 0.009747 1.823e-06 0.01222 183 0.6126 0.009655 1.823e-06 0.01222 184 0.6222 0.009563 1.823e-06 0.01222 185 0.6317 0.009469 1.822e-06 0.01221 186 0.6411 0.009375 1.823e-06 0.01222 187 0.6504 0.009278 1.823e-06 0.01221 188 0.6597 0.009179 1.822e-06 0.01221 189 0.6688 0.00908 1.822e-06 0.01221 190 0.6778 0.00898 1.822e-06 0.01221 191 0.6868 0.008879 1.823e-06 0.01222 192 0.6956 0.008775 1.822e-06 0.01221 193 0.7043 0.00867 1.822e-06 0.01221 194 0.7129 0.008564 1.822e-06 0.01221 195 0.7214 0.008457 1.821e-06 0.01221 196 0.7298 0.008348 1.821e-06 0.01221 197 0.7381 0.008238 1.821e-06 0.01221 198 0.7463 0.008128 1.821e-06 0.01221 199 0.7544 0.008015 1.821e-06 0.01221 200 0.7624 0.007902 1.82e-06 0.01221 201 0.7702 0.007788 1.82e-06 0.01221 202 0.7779 0.007672 1.82e-06 0.01221 203 0.7855 0.007554 1.819e-06 0.01221 204 0.7930 0.007435 1.818e-06 0.01221 205 0.8004 0.007317 1.818e-06 0.01221 206 0.8077 0.007198 1.819e-06 0.01221 207 0.8148 0.007077 1.819e-06 0.01221 208 0.8218 0.006953 1.817e-06 0.0122 209 0.8287 0.006828 1.816e-06 0.0122 210 0.8355 0.006705 1.817e-06 0.0122 211 0.8421 0.006581 1.818e-06 0.0122 212 0.8486 0.006453 1.815e-06 0.0122 213 0.8550 0.006323 1.812e-06 0.01219 214 0.8613 0.006193 1.81e-06 0.01219 215 0.8674 0.006063 1.809e-06 0.01218 216 0.8734 0.005933 1.808e-06 0.01218 217 0.8793 0.005801 1.807e-06 0.01218 218 0.8850 0.005668 1.804e-06 0.01217 219 0.8906 0.005533 1.801e-06 0.01217 220 0.8961 0.005398 1.798e-06 0.01216 221 0.9014 0.005264 1.797e-06 0.01216 222 0.9066 0.005131 1.798e-06 0.01216 223 0.9117 0.004998 1.799e-06 0.01216 224 0.9166 0.004861 1.798e-06 0.01216 225 0.9214 0.004723 1.795e-06 0.01215 226 0.9261 0.004583 1.79e-06 0.01214 227 0.9306 0.004443 1.787e-06 0.01213 228 0.9349 0.004301 1.781e-06 0.01212 229 0.9392 0.00416 1.777e-06 0.01211 230 0.9433 0.004021 1.776e-06 0.01211 231 0.9472 0.003883 1.776e-06 0.01211 232 0.9510 0.003743 1.775e-06 0.01211 233 0.9547 0.003603 1.774e-06 0.01211 234 0.9582 0.003461 1.773e-06 0.0121 235 0.9616 0.003318 1.767e-06 0.01209 236 0.9649 0.003173 1.76e-06 0.01207 237 0.9680 0.003028 1.753e-06 0.01206 238 0.9709 0.002881 1.743e-06 0.01203 239 0.9737 0.002735 1.732e-06 0.01201 240 0.9764 0.002593 1.729e-06 0.012 241 0.9789 0.002451 1.728e-06 0.012 242 0.9813 0.002309 1.724e-06 0.01199 243 0.9835 0.002168 1.724e-06 0.01199 244 0.9856 0.002028 1.729e-06 0.012 245 0.9876 0.001888 1.735e-06 0.01202 246 0.9894 0.001748 1.743e-06 0.01204 247 0.9911 0.001608 1.755e-06 0.01206 248 0.9926 0.001468 1.772e-06 0.0121 249 0.9940 0.001326 1.79e-06 0.01214 250 0.9953 0.001183 1.804e-06 0.01217 251 0.9964 0.001038 1.818e-06 0.0122 252 0.9973 0.0008928 1.843e-06 0.01226 253 0.9982 0.000748 1.889e-06 0.01236 254 0.9988 0.0006003 1.944e-06 0.01248 255 0.9994 0.000451 2.042e-06 0.01269 256 0.9997 0.0002994 2.324e-06 0.01325 257 1.0000 0.0001443 5.56e-06 0.01772 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -1.0000 9.339e-05 3.567e-06 0.01528 2 -0.9998 0.0002241 1.826e-06 0.01222 3 -0.9995 0.0003735 1.826e-06 0.01222 4 -0.9991 0.0005228 1.826e-06 0.01222 5 -0.9985 0.0006721 1.826e-06 0.01222 6 -0.9977 0.0008212 1.826e-06 0.01222 7 -0.9968 0.0009702 1.826e-06 0.01222 8 -0.9958 0.001119 1.826e-06 0.01222 9 -0.9946 0.001268 1.826e-06 0.01222 10 -0.9933 0.001416 1.826e-06 0.01222 11 -0.9918 0.001565 1.826e-06 0.01222 12 -0.9901 0.001713 1.826e-06 0.01222 13 -0.9883 0.001861 1.826e-06 0.01222 14 -0.9864 0.002008 1.826e-06 0.01222 15 -0.9843 0.002155 1.826e-06 0.01222 16 -0.9821 0.002302 1.826e-06 0.01222 17 -0.9797 0.002449 1.826e-06 0.01222 18 -0.9772 0.002595 1.826e-06 0.01222 19 -0.9745 0.002741 1.826e-06 0.01222 20 -0.9717 0.002886 1.826e-06 0.01222 21 -0.9688 0.003031 1.826e-06 0.01222 22 -0.9657 0.003176 1.826e-06 0.01222 23 -0.9624 0.00332 1.826e-06 0.01222 24 -0.9590 0.003463 1.826e-06 0.01222 25 -0.9555 0.003606 1.826e-06 0.01222 26 -0.9518 0.003749 1.826e-06 0.01222 27 -0.9480 0.003891 1.826e-06 0.01222 28 -0.9440 0.004032 1.826e-06 0.01222 29 -0.9399 0.004173 1.826e-06 0.01222 30 -0.9357 0.004313 1.826e-06 0.01222 31 -0.9313 0.004453 1.826e-06 0.01222 32 -0.9268 0.004591 1.826e-06 0.01222 33 -0.9221 0.00473 1.826e-06 0.01222 34 -0.9173 0.004867 1.826e-06 0.01222 35 -0.9124 0.005004 1.826e-06 0.01222 36 -0.9073 0.00514 1.826e-06 0.01222 37 -0.9021 0.005275 1.826e-06 0.01222 38 -0.8968 0.005409 1.826e-06 0.01222 39 -0.8913 0.005543 1.826e-06 0.01222 40 -0.8857 0.005676 1.826e-06 0.01222 41 -0.8799 0.005808 1.826e-06 0.01222 42 -0.8741 0.005939 1.826e-06 0.01222 43 -0.8681 0.006069 1.826e-06 0.01222 44 -0.8619 0.006198 1.826e-06 0.01222 45 -0.8557 0.006326 1.826e-06 0.01222 46 -0.8493 0.006454 1.826e-06 0.01222 47 -0.8428 0.00658 1.826e-06 0.01222 48 -0.8361 0.006706 1.826e-06 0.01222 49 -0.8293 0.00683 1.826e-06 0.01222 50 -0.8224 0.006953 1.826e-06 0.01222 51 -0.8154 0.007076 1.826e-06 0.01222 52 -0.8083 0.007197 1.826e-06 0.01222 53 -0.8010 0.007317 1.826e-06 0.01222 54 -0.7937 0.007436 1.826e-06 0.01222 55 -0.7862 0.007554 1.826e-06 0.01222 56 -0.7786 0.007671 1.826e-06 0.01222 57 -0.7708 0.007787 1.826e-06 0.01222 58 -0.7630 0.007902 1.826e-06 0.01222 59 -0.7550 0.008015 1.826e-06 0.01222 60 -0.7469 0.008127 1.826e-06 0.01222 61 -0.7388 0.008238 1.826e-06 0.01222 62 -0.7305 0.008348 1.826e-06 0.01222 63 -0.7221 0.008457 1.826e-06 0.01222 64 -0.7136 0.008564 1.826e-06 0.01222 65 -0.7049 0.00867 1.826e-06 0.01222 66 -0.6962 0.008775 1.826e-06 0.01222 67 -0.6874 0.008878 1.826e-06 0.01222 68 -0.6785 0.00898 1.826e-06 0.01222 69 -0.6694 0.009081 1.826e-06 0.01222 70 -0.6603 0.00918 1.826e-06 0.01222 71 -0.6511 0.009278 1.826e-06 0.01222 72 -0.6417 0.009375 1.826e-06 0.01222 73 -0.6323 0.00947 1.826e-06 0.01222 74 -0.6228 0.009564 1.826e-06 0.01222 75 -0.6132 0.009656 1.826e-06 0.01222 76 -0.6035 0.009747 1.826e-06 0.01222 77 -0.5937 0.009836 1.826e-06 0.01222 78 -0.5838 0.009924 1.826e-06 0.01222 79 -0.5739 0.01001 1.826e-06 0.01222 80 -0.5638 0.0101 1.826e-06 0.01222 81 -0.5537 0.01018 1.826e-06 0.01222 82 -0.5434 0.01026 1.826e-06 0.01222 83 -0.5331 0.01034 1.826e-06 0.01222 84 -0.5228 0.01042 1.826e-06 0.01222 85 -0.5123 0.0105 1.826e-06 0.01222 86 -0.5018 0.01057 1.826e-06 0.01222 87 -0.4912 0.01065 1.826e-06 0.01222 88 -0.4805 0.01072 1.826e-06 0.01222 89 -0.4697 0.01079 1.826e-06 0.01222 90 -0.4589 0.01086 1.826e-06 0.01222 91 -0.4480 0.01093 1.826e-06 0.01222 92 -0.4370 0.01099 1.826e-06 0.01222 93 -0.4260 0.01106 1.826e-06 0.01222 94 -0.4149 0.01112 1.826e-06 0.01222 95 -0.4038 0.01118 1.826e-06 0.01222 96 -0.3925 0.01124 1.826e-06 0.01222 97 -0.3813 0.0113 1.826e-06 0.01222 98 -0.3699 0.01136 1.826e-06 0.01222 99 -0.3586 0.01141 1.826e-06 0.01222 100 -0.3471 0.01146 1.826e-06 0.01222 101 -0.3356 0.01151 1.826e-06 0.01222 102 -0.3241 0.01156 1.826e-06 0.01222 103 -0.3125 0.01161 1.826e-06 0.01222 104 -0.3009 0.01166 1.826e-06 0.01222 105 -0.2892 0.0117 1.826e-06 0.01222 106 -0.2775 0.01174 1.826e-06 0.01222 107 -0.2657 0.01178 1.826e-06 0.01222 108 -0.2539 0.01182 1.826e-06 0.01222 109 -0.2421 0.01186 1.826e-06 0.01222 110 -0.2302 0.0119 1.826e-06 0.01222 111 -0.2183 0.01193 1.826e-06 0.01222 112 -0.2063 0.01196 1.826e-06 0.01222 113 -0.1943 0.01199 1.826e-06 0.01222 114 -0.1823 0.01202 1.826e-06 0.01222 115 -0.1703 0.01205 1.826e-06 0.01222 116 -0.1582 0.01207 1.826e-06 0.01222 117 -0.1462 0.01209 1.826e-06 0.01222 118 -0.1341 0.01211 1.826e-06 0.01222 119 -0.1219 0.01213 1.826e-06 0.01222 120 -0.1098 0.01215 1.826e-06 0.01222 121 -0.0976 0.01217 1.826e-06 0.01222 122 -0.0855 0.01218 1.826e-06 0.01222 123 -0.0733 0.01219 1.826e-06 0.01222 124 -0.0611 0.0122 1.826e-06 0.01222 125 -0.0489 0.01221 1.826e-06 0.01222 126 -0.0367 0.01222 1.826e-06 0.01222 127 -0.0244 0.01222 1.826e-06 0.01222 128 -0.0122 0.01222 1.826e-06 0.01222 129 0.0000 0.01222 1.826e-06 0.01222 130 0.0122 0.01222 1.826e-06 0.01222 131 0.0244 0.01222 1.826e-06 0.01222 132 0.0367 0.01222 1.826e-06 0.01222 133 0.0489 0.01221 1.826e-06 0.01222 134 0.0611 0.0122 1.826e-06 0.01222 135 0.0733 0.01219 1.826e-06 0.01222 136 0.0855 0.01218 1.826e-06 0.01222 137 0.0976 0.01217 1.826e-06 0.01222 138 0.1098 0.01215 1.826e-06 0.01222 139 0.1219 0.01213 1.826e-06 0.01222 140 0.1341 0.01211 1.826e-06 0.01222 141 0.1462 0.01209 1.826e-06 0.01222 142 0.1582 0.01207 1.826e-06 0.01222 143 0.1703 0.01205 1.826e-06 0.01222 144 0.1823 0.01202 1.826e-06 0.01222 145 0.1943 0.01199 1.826e-06 0.01222 146 0.2063 0.01196 1.826e-06 0.01222 147 0.2183 0.01193 1.826e-06 0.01222 148 0.2302 0.0119 1.826e-06 0.01222 149 0.2421 0.01186 1.826e-06 0.01222 150 0.2539 0.01182 1.826e-06 0.01222 151 0.2657 0.01178 1.826e-06 0.01222 152 0.2775 0.01174 1.826e-06 0.01222 153 0.2892 0.0117 1.826e-06 0.01222 154 0.3009 0.01166 1.826e-06 0.01222 155 0.3125 0.01161 1.826e-06 0.01222 156 0.3241 0.01156 1.826e-06 0.01222 157 0.3356 0.01151 1.826e-06 0.01222 158 0.3471 0.01146 1.826e-06 0.01222 159 0.3586 0.01141 1.826e-06 0.01222 160 0.3699 0.01136 1.826e-06 0.01222 161 0.3813 0.0113 1.826e-06 0.01222 162 0.3925 0.01124 1.826e-06 0.01222 163 0.4038 0.01118 1.826e-06 0.01222 164 0.4149 0.01112 1.826e-06 0.01222 165 0.4260 0.01106 1.826e-06 0.01222 166 0.4370 0.01099 1.826e-06 0.01222 167 0.4480 0.01093 1.826e-06 0.01222 168 0.4589 0.01086 1.826e-06 0.01222 169 0.4697 0.01079 1.826e-06 0.01222 170 0.4805 0.01072 1.826e-06 0.01222 171 0.4912 0.01065 1.826e-06 0.01222 172 0.5018 0.01057 1.826e-06 0.01222 173 0.5123 0.0105 1.826e-06 0.01222 174 0.5228 0.01042 1.826e-06 0.01222 175 0.5331 0.01034 1.826e-06 0.01222 176 0.5434 0.01026 1.826e-06 0.01222 177 0.5537 0.01018 1.826e-06 0.01222 178 0.5638 0.0101 1.826e-06 0.01222 179 0.5739 0.01001 1.826e-06 0.01222 180 0.5838 0.009924 1.826e-06 0.01222 181 0.5937 0.009836 1.826e-06 0.01222 182 0.6035 0.009747 1.826e-06 0.01222 183 0.6132 0.009656 1.826e-06 0.01222 184 0.6228 0.009564 1.826e-06 0.01222 185 0.6323 0.00947 1.826e-06 0.01222 186 0.6417 0.009375 1.826e-06 0.01222 187 0.6511 0.009278 1.826e-06 0.01222 188 0.6603 0.00918 1.826e-06 0.01222 189 0.6694 0.009081 1.826e-06 0.01222 190 0.6785 0.00898 1.826e-06 0.01222 191 0.6874 0.008878 1.826e-06 0.01222 192 0.6962 0.008775 1.826e-06 0.01222 193 0.7049 0.00867 1.826e-06 0.01222 194 0.7136 0.008564 1.826e-06 0.01222 195 0.7221 0.008457 1.826e-06 0.01222 196 0.7305 0.008348 1.826e-06 0.01222 197 0.7388 0.008238 1.826e-06 0.01222 198 0.7469 0.008127 1.826e-06 0.01222 199 0.7550 0.008015 1.826e-06 0.01222 200 0.7630 0.007902 1.826e-06 0.01222 201 0.7708 0.007787 1.826e-06 0.01222 202 0.7786 0.007671 1.826e-06 0.01222 203 0.7862 0.007554 1.826e-06 0.01222 204 0.7937 0.007436 1.826e-06 0.01222 205 0.8010 0.007317 1.826e-06 0.01222 206 0.8083 0.007197 1.826e-06 0.01222 207 0.8154 0.007076 1.826e-06 0.01222 208 0.8224 0.006953 1.826e-06 0.01222 209 0.8293 0.00683 1.826e-06 0.01222 210 0.8361 0.006706 1.826e-06 0.01222 211 0.8428 0.00658 1.826e-06 0.01222 212 0.8493 0.006454 1.826e-06 0.01222 213 0.8557 0.006326 1.826e-06 0.01222 214 0.8619 0.006198 1.826e-06 0.01222 215 0.8681 0.006069 1.826e-06 0.01222 216 0.8741 0.005939 1.826e-06 0.01222 217 0.8799 0.005808 1.826e-06 0.01222 218 0.8857 0.005676 1.826e-06 0.01222 219 0.8913 0.005543 1.826e-06 0.01222 220 0.8968 0.005409 1.826e-06 0.01222 221 0.9021 0.005275 1.826e-06 0.01222 222 0.9073 0.00514 1.826e-06 0.01222 223 0.9124 0.005004 1.826e-06 0.01222 224 0.9173 0.004867 1.826e-06 0.01222 225 0.9221 0.00473 1.826e-06 0.01222 226 0.9268 0.004591 1.826e-06 0.01222 227 0.9313 0.004453 1.826e-06 0.01222 228 0.9357 0.004313 1.826e-06 0.01222 229 0.9399 0.004173 1.826e-06 0.01222 230 0.9440 0.004032 1.826e-06 0.01222 231 0.9480 0.003891 1.826e-06 0.01222 232 0.9518 0.003749 1.826e-06 0.01222 233 0.9555 0.003606 1.826e-06 0.01222 234 0.9590 0.003463 1.826e-06 0.01222 235 0.9624 0.00332 1.826e-06 0.01222 236 0.9657 0.003176 1.826e-06 0.01222 237 0.9688 0.003031 1.826e-06 0.01222 238 0.9717 0.002886 1.826e-06 0.01222 239 0.9745 0.002741 1.826e-06 0.01222 240 0.9772 0.002595 1.826e-06 0.01222 241 0.9797 0.002449 1.826e-06 0.01222 242 0.9821 0.002302 1.826e-06 0.01222 243 0.9843 0.002155 1.826e-06 0.01222 244 0.9864 0.002008 1.826e-06 0.01222 245 0.9883 0.001861 1.826e-06 0.01222 246 0.9901 0.001713 1.826e-06 0.01222 247 0.9918 0.001565 1.826e-06 0.01222 248 0.9933 0.001416 1.826e-06 0.01222 249 0.9946 0.001268 1.826e-06 0.01222 250 0.9958 0.001119 1.826e-06 0.01222 251 0.9968 0.0009702 1.826e-06 0.01222 252 0.9977 0.0008212 1.826e-06 0.01222 253 0.9985 0.0006721 1.826e-06 0.01222 254 0.9991 0.0005228 1.826e-06 0.01222 255 0.9995 0.0003735 1.826e-06 0.01222 256 0.9998 0.0002241 1.826e-06 0.01222 257 1.0000 9.339e-05 3.567e-06 0.01528 ||G-ChebyshevZero|| = 0.00933382 Saved CVT coordinates in file "cvt_257_c.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_257.txt" Iteration required 0.77122 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:05 Output saved in "output_257_c.txt" 07-Jan-2022 18:18:05 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 5 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.666667 2 -0.333333 3 0.000000 4 0.333333 5 0.666667 Saved graphics file "density.png" Saved graphics file "energy_005_u.png" Saved graphics file "motion_005_u.png" Saved graphics file "evolution_005_u.png" CVT data: K G H rho H^3 mu H 1 -0.9992 0.1918 112.8 4.832 2 -0.6171 0.4996 0.256 0.6349 3 0.0000 0.6168 0.2347 0.6168 4 0.6165 0.4994 0.2551 0.6342 5 0.9987 0.1924 55.09 3.805 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9511 0.2306 0.4154 0.7462 2 -0.5878 0.4755 0.2031 0.5878 3 0.0000 0.5878 0.2031 0.5878 4 0.5878 0.4755 0.2031 0.5878 5 0.9511 0.2306 0.4154 0.7462 ||G-ChebyshevZero|| = 0.0792275 Saved CVT coordinates in file "cvt_005_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_005.txt" Iteration required 0.784404 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:06 Output saved in "output_005_u.txt" 07-Jan-2022 18:18:06 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 9 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.800000 2 -0.600000 3 -0.400000 4 -0.200000 5 0.000000 6 0.200000 7 0.400000 8 0.600000 9 0.800000 Saved graphics file "density.png" Saved graphics file "energy_009_u.png" Saved graphics file "motion_009_u.png" Saved graphics file "evolution_009_u.png" CVT data: K G H rho H^3 mu H 1 -0.9996 0.06096 9.006 2.081 2 -0.8785 0.1739 0.04822 0.364 3 -0.6518 0.2659 0.04309 0.3506 4 -0.3468 0.3259 0.04195 0.3475 5 0.0000 0.3466 0.04163 0.3466 6 0.3464 0.3256 0.04182 0.3471 7 0.6512 0.2658 0.04296 0.3502 8 0.8779 0.174 0.04803 0.3635 9 0.9993 0.06138 4.437 1.643 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9848 0.07458 0.07923 0.4295 2 -0.8660 0.171 0.04001 0.342 3 -0.6428 0.262 0.04001 0.342 4 -0.3420 0.3214 0.04001 0.342 5 0.0000 0.342 0.04001 0.342 6 0.3420 0.3214 0.04001 0.342 7 0.6428 0.262 0.04001 0.342 8 0.8660 0.171 0.04001 0.342 9 0.9848 0.07458 0.07923 0.4295 ||G-ChebyshevZero|| = 0.0303491 Saved CVT coordinates in file "cvt_009_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_009.txt" Iteration required 0.791643 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:08 Output saved in "output_009_u.txt" 07-Jan-2022 18:18:08 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 17 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.888889 2 -0.777778 3 -0.666667 4 -0.555556 5 -0.444444 6 -0.333333 7 -0.222222 8 -0.111111 9 0.000000 10 0.111111 11 0.222222 12 0.333333 13 0.444444 14 0.555556 15 0.666667 16 0.777778 17 0.888889 Saved graphics file "density.png" Saved graphics file "energy_017_u.png" Saved graphics file "motion_017_u.png" Saved graphics file "evolution_017_u.png" CVT data: K G H rho H^3 mu H 1 -0.9998 0.01743 0.5468 0.8177 2 -0.9654 0.05078 0.007377 0.1947 3 -0.8982 0.08241 0.00659 0.1875 4 -0.8006 0.1112 0.006397 0.1856 5 -0.6757 0.1363 0.006322 0.1849 6 -0.5279 0.1567 0.006286 0.1846 7 -0.3623 0.1718 0.006267 0.1844 8 -0.1843 0.1811 0.006258 0.1843 9 0.0000 0.1841 0.006241 0.1841 10 0.1840 0.1809 0.006231 0.184 11 0.3617 0.1717 0.006242 0.1841 12 0.5273 0.1566 0.006262 0.1843 13 0.6750 0.1363 0.0063 0.1847 14 0.7998 0.1113 0.006378 0.1855 15 0.8976 0.08257 0.006572 0.1873 16 0.9650 0.05101 0.007351 0.1944 17 0.9996 0.0177 0.2748 0.6502 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9957 0.02122 0.01216 0.23 2 -0.9618 0.05029 0.006204 0.1837 3 -0.8952 0.0819 0.006204 0.1837 4 -0.7980 0.1107 0.006204 0.1837 5 -0.6737 0.1358 0.006204 0.1837 6 -0.5264 0.1562 0.006204 0.1837 7 -0.3612 0.1713 0.006204 0.1837 8 -0.1837 0.1806 0.006204 0.1837 9 0.0000 0.1837 0.006204 0.1837 10 0.1837 0.1806 0.006204 0.1837 11 0.3612 0.1713 0.006204 0.1837 12 0.5264 0.1562 0.006204 0.1837 13 0.6737 0.1358 0.006204 0.1837 14 0.7980 0.1107 0.006204 0.1837 15 0.8952 0.0819 0.006204 0.1837 16 0.9618 0.05029 0.006204 0.1837 17 0.9957 0.02122 0.01216 0.23 ||G-ChebyshevZero|| = 0.00944577 Saved CVT coordinates in file "cvt_017_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_017.txt" Iteration required 0.733052 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:09 Output saved in "output_017_u.txt" 07-Jan-2022 18:18:09 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 33 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.941176 2 -0.882353 3 -0.823529 4 -0.764706 5 -0.705882 6 -0.647059 7 -0.588235 8 -0.529412 9 -0.470588 10 -0.411765 11 -0.352941 12 -0.294118 13 -0.235294 14 -0.176471 15 -0.117647 16 -0.058824 17 0.000000 18 0.058824 19 0.117647 20 0.176471 21 0.235294 22 0.294118 23 0.352941 24 0.411765 25 0.470588 26 0.529412 27 0.588235 28 0.647059 29 0.705882 30 0.764706 31 0.823529 32 0.882353 33 0.941176 Saved graphics file "density.png" Saved graphics file "energy_033_u.png" Saved graphics file "motion_033_u.png" Saved graphics file "evolution_033_u.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.005381 0.03902 0.3392 2 -0.9894 0.01554 0.001222 0.1069 3 -0.9688 0.02542 0.00108 0.1026 4 -0.9386 0.03483 0.001029 0.101 5 -0.8992 0.04362 0.0009913 0.09971 6 -0.8514 0.05168 0.0009564 0.09852 7 -0.7959 0.05891 0.0009215 0.09731 8 -0.7337 0.06527 0.0008864 0.09606 9 -0.6655 0.07076 0.000852 0.0948 10 -0.5922 0.0754 0.0008193 0.09357 11 -0.5147 0.07923 0.000789 0.09241 12 -0.4337 0.08231 0.0007621 0.09134 13 -0.3500 0.0847 0.0007392 0.09042 14 -0.2642 0.08648 0.0007209 0.08967 15 -0.1770 0.08771 0.0007077 0.08911 16 -0.0887 0.08843 0.0006997 0.08878 17 0.0000 0.08853 0.0006939 0.08853 18 0.0885 0.08818 0.0006937 0.08852 19 0.1765 0.08749 0.0007021 0.08888 20 0.2635 0.08629 0.0007158 0.08945 21 0.3491 0.08454 0.0007344 0.09022 22 0.4327 0.08218 0.0007575 0.09116 23 0.5135 0.07914 0.0007847 0.09223 24 0.5910 0.07536 0.0008152 0.09342 25 0.6642 0.07076 0.0008483 0.09466 26 0.7325 0.06531 0.000883 0.09594 27 0.7948 0.05899 0.0009185 0.09721 28 0.8504 0.0518 0.000954 0.09844 29 0.8983 0.04378 0.0009897 0.09966 30 0.9379 0.03502 0.001028 0.1009 31 0.9683 0.02563 0.001081 0.1026 32 0.9891 0.01576 0.001223 0.1069 33 0.9998 0.005567 0.02044 0.2734 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9989 0.005656 0.001679 0.1189 2 -0.9898 0.01353 0.0008589 0.09506 3 -0.9718 0.02241 0.0008589 0.09506 4 -0.9450 0.03109 0.0008589 0.09506 5 -0.9096 0.03949 0.0008589 0.09506 6 -0.8660 0.04753 0.0008589 0.09506 7 -0.8146 0.05514 0.0008589 0.09506 8 -0.7557 0.06225 0.0008589 0.09506 9 -0.6901 0.0688 0.0008589 0.09506 10 -0.6182 0.07472 0.0008589 0.09506 11 -0.5406 0.07997 0.0008589 0.09506 12 -0.4582 0.08449 0.0008589 0.09506 13 -0.3717 0.08825 0.0008589 0.09506 14 -0.2817 0.09121 0.0008589 0.09506 15 -0.1893 0.09334 0.0008589 0.09506 16 -0.0951 0.09463 0.0008589 0.09506 17 0.0000 0.09506 0.0008589 0.09506 18 0.0951 0.09463 0.0008589 0.09506 19 0.1893 0.09334 0.0008589 0.09506 20 0.2817 0.09121 0.0008589 0.09506 21 0.3717 0.08825 0.0008589 0.09506 22 0.4582 0.08449 0.0008589 0.09506 23 0.5406 0.07997 0.0008589 0.09506 24 0.6182 0.07472 0.0008589 0.09506 25 0.6901 0.0688 0.0008589 0.09506 26 0.7557 0.06225 0.0008589 0.09506 27 0.8146 0.05514 0.0008589 0.09506 28 0.8660 0.04753 0.0008589 0.09506 29 0.9096 0.03949 0.0008589 0.09506 30 0.9450 0.03109 0.0008589 0.09506 31 0.9718 0.02241 0.0008589 0.09506 32 0.9898 0.01353 0.0008589 0.09506 33 0.9989 0.005656 0.001679 0.1189 ||G-ChebyshevZero|| = 0.0996966 Saved CVT coordinates in file "cvt_033_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_033.txt" Iteration required 0.749904 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:11 Output saved in "output_033_u.txt" 07-Jan-2022 18:18:11 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 65 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.969697 2 -0.939394 3 -0.909091 4 -0.878788 5 -0.848485 6 -0.818182 7 -0.787879 8 -0.757576 9 -0.727273 10 -0.696970 11 -0.666667 12 -0.636364 13 -0.606061 14 -0.575758 15 -0.545455 16 -0.515152 17 -0.484848 18 -0.454545 19 -0.424242 20 -0.393939 21 -0.363636 22 -0.333333 23 -0.303030 24 -0.272727 25 -0.242424 26 -0.212121 27 -0.181818 28 -0.151515 29 -0.121212 30 -0.090909 31 -0.060606 32 -0.030303 33 0.000000 34 0.030303 35 0.060606 36 0.090909 37 0.121212 38 0.151515 39 0.181818 40 0.212121 41 0.242424 42 0.272727 43 0.303030 44 0.333333 45 0.363636 46 0.393939 47 0.424242 48 0.454545 49 0.484848 50 0.515152 51 0.545455 52 0.575758 53 0.606061 54 0.636364 55 0.666667 56 0.696970 57 0.727273 58 0.757576 59 0.787879 60 0.818182 61 0.848485 62 0.878788 63 0.909091 64 0.939394 65 0.969697 Saved graphics file "density.png" Saved graphics file "energy_065_u.png" Saved graphics file "motion_065_u.png" Saved graphics file "evolution_065_u.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.002435 0.006566 0.1873 2 -0.9952 0.006934 0.0003585 0.07104 3 -0.9861 0.01131 0.0003148 0.06803 4 -0.9726 0.01549 0.0002962 0.06666 5 -0.9552 0.01938 0.0002805 0.06546 6 -0.9339 0.02295 0.0002645 0.06419 7 -0.9093 0.02613 0.0002477 0.0628 8 -0.8817 0.02891 0.0002302 0.06129 9 -0.8516 0.03128 0.0002125 0.05967 10 -0.8193 0.03324 0.0001947 0.05796 11 -0.7852 0.0348 0.0001774 0.05619 12 -0.7497 0.03599 0.0001608 0.05438 13 -0.7132 0.03685 0.0001453 0.05257 14 -0.6760 0.03741 0.0001309 0.05077 15 -0.6384 0.03772 0.0001177 0.049 16 -0.6006 0.03781 0.0001058 0.04729 17 -0.5628 0.03773 9.513e-05 0.04565 18 -0.5251 0.03753 8.575e-05 0.0441 19 -0.4877 0.03723 7.755e-05 0.04264 20 -0.4506 0.03686 7.042e-05 0.04129 21 -0.4139 0.03646 6.426e-05 0.04005 22 -0.3777 0.03605 5.899e-05 0.03893 23 -0.3418 0.03563 5.449e-05 0.03791 24 -0.3064 0.03523 5.069e-05 0.03701 25 -0.2713 0.03486 4.75e-05 0.03621 26 -0.2366 0.03452 4.486e-05 0.03553 27 -0.2022 0.03423 4.269e-05 0.03495 28 -0.1681 0.03398 4.095e-05 0.03447 29 -0.1342 0.03377 3.959e-05 0.03408 30 -0.1005 0.03362 3.858e-05 0.03379 31 -0.0669 0.03351 3.788e-05 0.03359 32 -0.0334 0.03345 3.748e-05 0.03347 33 0.0000 0.03334 3.705e-05 0.03334 34 0.0333 0.03327 3.69e-05 0.03329 35 0.0666 0.03335 3.735e-05 0.03343 36 0.1000 0.03348 3.809e-05 0.03365 37 0.1336 0.03365 3.914e-05 0.03395 38 0.1674 0.03387 4.053e-05 0.03435 39 0.2014 0.03413 4.231e-05 0.03484 40 0.2357 0.03444 4.45e-05 0.03544 41 0.2703 0.03478 4.715e-05 0.03613 42 0.3053 0.03516 5.034e-05 0.03692 43 0.3407 0.03557 5.414e-05 0.03783 44 0.3765 0.03599 5.862e-05 0.03885 45 0.4127 0.03641 6.389e-05 0.03998 46 0.4493 0.03682 7.001e-05 0.04122 47 0.4864 0.03719 7.712e-05 0.04257 48 0.5237 0.0375 8.53e-05 0.04402 49 0.5614 0.03771 9.462e-05 0.04557 50 0.5992 0.03779 0.0001052 0.0472 51 0.6370 0.0377 0.000117 0.04891 52 0.6746 0.03741 0.0001301 0.05068 53 0.7118 0.03686 0.0001445 0.05248 54 0.7483 0.03602 0.00016 0.05429 55 0.7838 0.03484 0.0001765 0.0561 56 0.8179 0.0333 0.0001938 0.05787 57 0.8503 0.03136 0.0002116 0.05959 58 0.8806 0.02901 0.0002294 0.06122 59 0.9083 0.02625 0.000247 0.06274 60 0.9330 0.02309 0.0002641 0.06416 61 0.9544 0.01955 0.0002806 0.06547 62 0.9720 0.01567 0.0002969 0.06671 63 0.9857 0.0115 0.0003165 0.06815 64 0.9950 0.007116 0.000361 0.0712 65 0.9999 0.002579 0.003622 0.1536 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9997 0.001459 0.0002203 0.0604 2 -0.9974 0.0035 0.0001128 0.04831 3 -0.9927 0.005824 0.0001128 0.04831 4 -0.9857 0.008134 0.0001128 0.04831 5 -0.9764 0.01043 0.0001128 0.04831 6 -0.9649 0.01269 0.0001128 0.04831 7 -0.9511 0.01493 0.0001128 0.04831 8 -0.9350 0.01713 0.0001128 0.04831 9 -0.9168 0.01929 0.0001128 0.04831 10 -0.8964 0.02141 0.0001128 0.04831 11 -0.8740 0.02348 0.0001128 0.04831 12 -0.8495 0.02549 0.0001128 0.04831 13 -0.8230 0.02745 0.0001128 0.04831 14 -0.7946 0.02933 0.0001128 0.04831 15 -0.7643 0.03115 0.0001128 0.04831 16 -0.7323 0.0329 0.0001128 0.04831 17 -0.6985 0.03457 0.0001128 0.04831 18 -0.6631 0.03616 0.0001128 0.04831 19 -0.6262 0.03767 0.0001128 0.04831 20 -0.5878 0.03909 0.0001128 0.04831 21 -0.5480 0.04041 0.0001128 0.04831 22 -0.5070 0.04164 0.0001128 0.04831 23 -0.4647 0.04278 0.0001128 0.04831 24 -0.4214 0.04381 0.0001128 0.04831 25 -0.3771 0.04475 0.0001128 0.04831 26 -0.3319 0.04557 0.0001128 0.04831 27 -0.2859 0.0463 0.0001128 0.04831 28 -0.2393 0.04691 0.0001128 0.04831 29 -0.1921 0.04741 0.0001128 0.04831 30 -0.1445 0.04781 0.0001128 0.04831 31 -0.0965 0.04809 0.0001128 0.04831 32 -0.0483 0.04826 0.0001128 0.04831 33 0.0000 0.04831 0.0001128 0.04831 34 0.0483 0.04826 0.0001128 0.04831 35 0.0965 0.04809 0.0001128 0.04831 36 0.1445 0.04781 0.0001128 0.04831 37 0.1921 0.04741 0.0001128 0.04831 38 0.2393 0.04691 0.0001128 0.04831 39 0.2859 0.0463 0.0001128 0.04831 40 0.3319 0.04557 0.0001128 0.04831 41 0.3771 0.04475 0.0001128 0.04831 42 0.4214 0.04381 0.0001128 0.04831 43 0.4647 0.04278 0.0001128 0.04831 44 0.5070 0.04164 0.0001128 0.04831 45 0.5480 0.04041 0.0001128 0.04831 46 0.5878 0.03909 0.0001128 0.04831 47 0.6262 0.03767 0.0001128 0.04831 48 0.6631 0.03616 0.0001128 0.04831 49 0.6985 0.03457 0.0001128 0.04831 50 0.7323 0.0329 0.0001128 0.04831 51 0.7643 0.03115 0.0001128 0.04831 52 0.7946 0.02933 0.0001128 0.04831 53 0.8230 0.02745 0.0001128 0.04831 54 0.8495 0.02549 0.0001128 0.04831 55 0.8740 0.02348 0.0001128 0.04831 56 0.8964 0.02141 0.0001128 0.04831 57 0.9168 0.01929 0.0001128 0.04831 58 0.9350 0.01713 0.0001128 0.04831 59 0.9511 0.01493 0.0001128 0.04831 60 0.9649 0.01269 0.0001128 0.04831 61 0.9764 0.01043 0.0001128 0.04831 62 0.9857 0.008134 0.0001128 0.04831 63 0.9927 0.005824 0.0001128 0.04831 64 0.9974 0.0035 0.0001128 0.04831 65 0.9997 0.001459 0.0002203 0.0604 ||G-ChebyshevZero|| = 0.740036 Saved CVT coordinates in file "cvt_065_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_065.txt" Iteration required 0.785532 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:13 Output saved in "output_065_u.txt" 07-Jan-2022 18:18:13 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 129 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.984615 2 -0.969231 3 -0.953846 4 -0.938462 5 -0.923077 6 -0.907692 7 -0.892308 8 -0.876923 9 -0.861538 10 -0.846154 11 -0.830769 12 -0.815385 13 -0.800000 14 -0.784615 15 -0.769231 16 -0.753846 17 -0.738462 18 -0.723077 19 -0.707692 20 -0.692308 21 -0.676923 22 -0.661538 23 -0.646154 24 -0.630769 25 -0.615385 26 -0.600000 27 -0.584615 28 -0.569231 29 -0.553846 30 -0.538462 31 -0.523077 32 -0.507692 33 -0.492308 34 -0.476923 35 -0.461538 36 -0.446154 37 -0.430769 38 -0.415385 39 -0.400000 40 -0.384615 41 -0.369231 42 -0.353846 43 -0.338462 44 -0.323077 45 -0.307692 46 -0.292308 47 -0.276923 48 -0.261538 49 -0.246154 50 -0.230769 51 -0.215385 52 -0.200000 53 -0.184615 54 -0.169231 55 -0.153846 56 -0.138462 57 -0.123077 58 -0.107692 59 -0.092308 60 -0.076923 61 -0.061538 62 -0.046154 63 -0.030769 64 -0.015385 65 0.000000 66 0.015385 67 0.030769 68 0.046154 69 0.061538 70 0.076923 71 0.092308 72 0.107692 73 0.123077 74 0.138462 75 0.153846 76 0.169231 77 0.184615 78 0.200000 79 0.215385 80 0.230769 81 0.246154 82 0.261538 83 0.276923 84 0.292308 85 0.307692 86 0.323077 87 0.338462 88 0.353846 89 0.369231 90 0.384615 91 0.400000 92 0.415385 93 0.430769 94 0.446154 95 0.461538 96 0.476923 97 0.492308 98 0.507692 99 0.523077 100 0.538462 101 0.553846 102 0.569231 103 0.584615 104 0.600000 105 0.615385 106 0.630769 107 0.646154 108 0.661538 109 0.676923 110 0.692308 111 0.707692 112 0.723077 113 0.738462 114 0.753846 115 0.769231 116 0.784615 117 0.800000 118 0.815385 119 0.830769 120 0.846154 121 0.861538 122 0.876923 123 0.892308 124 0.907692 125 0.923077 126 0.938462 127 0.953846 128 0.969231 129 0.984615 Saved graphics file "density.png" Saved graphics file "energy_129_u.png" Saved graphics file "motion_129_u.png" Saved graphics file "evolution_129_u.png" CVT data: K G H rho H^3 mu H 1 -0.9999 0.001204 0.001349 0.1105 2 -0.9977 0.00336 0.0001186 0.04913 3 -0.9932 0.005469 0.0001044 0.04709 4 -0.9867 0.007491 9.829e-05 0.04615 5 -0.9783 0.009389 9.292e-05 0.04529 6 -0.9680 0.01114 8.739e-05 0.04438 7 -0.9560 0.01271 8.151e-05 0.04336 8 -0.9426 0.0141 7.536e-05 0.04224 9 -0.9279 0.0153 6.912e-05 0.04104 10 -0.9120 0.01631 6.289e-05 0.03977 11 -0.8953 0.01712 5.68e-05 0.03844 12 -0.8778 0.01776 5.098e-05 0.03708 13 -0.8598 0.01823 4.552e-05 0.03571 14 -0.8414 0.01856 4.05e-05 0.03434 15 -0.8227 0.01876 3.593e-05 0.033 16 -0.8039 0.01884 3.18e-05 0.03168 17 -0.7850 0.01884 2.813e-05 0.03041 18 -0.7662 0.01877 2.49e-05 0.0292 19 -0.7475 0.01864 2.208e-05 0.02805 20 -0.7289 0.01846 1.961e-05 0.02697 21 -0.7105 0.01827 1.749e-05 0.02596 22 -0.6924 0.01806 1.567e-05 0.02502 23 -0.6744 0.01784 1.41e-05 0.02416 24 -0.6567 0.01762 1.276e-05 0.02337 25 -0.6391 0.01741 1.161e-05 0.02264 26 -0.6218 0.01722 1.062e-05 0.02198 27 -0.6047 0.01703 9.779e-06 0.02138 28 -0.5877 0.01686 9.052e-06 0.02084 29 -0.5709 0.01671 8.429e-06 0.02035 30 -0.5543 0.01657 7.891e-06 0.01991 31 -0.5378 0.01645 7.423e-06 0.01951 32 -0.5214 0.01634 7.019e-06 0.01915 33 -0.5051 0.01624 6.666e-06 0.01882 34 -0.4889 0.01616 6.36e-06 0.01853 35 -0.4728 0.0161 6.095e-06 0.01827 36 -0.4567 0.01603 5.855e-06 0.01802 37 -0.4407 0.01598 5.641e-06 0.0178 38 -0.4247 0.01593 5.453e-06 0.0176 39 -0.4088 0.0159 5.284e-06 0.01742 40 -0.3929 0.01586 5.131e-06 0.01725 41 -0.3771 0.01583 4.994e-06 0.01709 42 -0.3612 0.01581 4.873e-06 0.01695 43 -0.3455 0.01579 4.762e-06 0.01682 44 -0.3297 0.01577 4.658e-06 0.0167 45 -0.3139 0.01575 4.564e-06 0.01659 46 -0.2982 0.01574 4.48e-06 0.01648 47 -0.2824 0.01572 4.404e-06 0.01639 48 -0.2667 0.01571 4.334e-06 0.0163 49 -0.2510 0.0157 4.27e-06 0.01622 50 -0.2353 0.01569 4.211e-06 0.01615 51 -0.2196 0.01569 4.159e-06 0.01608 52 -0.2039 0.01568 4.111e-06 0.01602 53 -0.1882 0.01568 4.067e-06 0.01596 54 -0.1726 0.01568 4.031e-06 0.01591 55 -0.1569 0.01568 3.999e-06 0.01587 56 -0.1412 0.01568 3.97e-06 0.01583 57 -0.1255 0.01568 3.945e-06 0.0158 58 -0.1099 0.01568 3.923e-06 0.01577 59 -0.0942 0.01568 3.906e-06 0.01575 60 -0.0785 0.01568 3.894e-06 0.01573 61 -0.0628 0.01569 3.884e-06 0.01572 62 -0.0471 0.01569 3.879e-06 0.01571 63 -0.0314 0.0157 3.877e-06 0.01571 64 -0.0157 0.01571 3.879e-06 0.01571 65 0.0000 0.01563 3.817e-06 0.01563 66 0.0155 0.01555 3.762e-06 0.01555 67 0.0311 0.01556 3.775e-06 0.01557 68 0.0467 0.01557 3.789e-06 0.01559 69 0.0623 0.01558 3.806e-06 0.01561 70 0.0778 0.01559 3.822e-06 0.01563 71 0.0934 0.01559 3.842e-06 0.01566 72 0.1090 0.0156 3.868e-06 0.0157 73 0.1246 0.01561 3.897e-06 0.01574 74 0.1403 0.01562 3.929e-06 0.01578 75 0.1559 0.01563 3.963e-06 0.01582 76 0.1715 0.01564 3.999e-06 0.01587 77 0.1872 0.01565 4.042e-06 0.01593 78 0.2028 0.01566 4.089e-06 0.01599 79 0.2185 0.01567 4.139e-06 0.01606 80 0.2342 0.01568 4.192e-06 0.01612 81 0.2498 0.01569 4.253e-06 0.0162 82 0.2655 0.0157 4.318e-06 0.01628 83 0.2812 0.01571 4.388e-06 0.01637 84 0.2970 0.01572 4.465e-06 0.01647 85 0.3127 0.01574 4.55e-06 0.01657 86 0.3284 0.01576 4.645e-06 0.01668 87 0.3442 0.01578 4.748e-06 0.01681 88 0.3600 0.0158 4.86e-06 0.01694 89 0.3758 0.01583 4.982e-06 0.01708 90 0.3917 0.01586 5.117e-06 0.01723 91 0.4075 0.01589 5.269e-06 0.0174 92 0.4235 0.01593 5.438e-06 0.01759 93 0.4394 0.01598 5.627e-06 0.01779 94 0.4554 0.01603 5.837e-06 0.01801 95 0.4715 0.01609 6.072e-06 0.01824 96 0.4876 0.01616 6.339e-06 0.01851 97 0.5038 0.01624 6.645e-06 0.0188 98 0.5201 0.01634 6.996e-06 0.01913 99 0.5365 0.01644 7.396e-06 0.01948 100 0.5530 0.01656 7.857e-06 0.01988 101 0.5696 0.0167 8.392e-06 0.02032 102 0.5864 0.01685 9.01e-06 0.02081 103 0.6034 0.01702 9.729e-06 0.02135 104 0.6205 0.01721 1.057e-05 0.02194 105 0.6378 0.01741 1.154e-05 0.0226 106 0.6553 0.01761 1.268e-05 0.02332 107 0.6730 0.01783 1.401e-05 0.02411 108 0.6910 0.01804 1.555e-05 0.02496 109 0.7092 0.01825 1.736e-05 0.02589 110 0.7275 0.01845 1.945e-05 0.02689 111 0.7461 0.01862 2.188e-05 0.02797 112 0.7648 0.01876 2.467e-05 0.02911 113 0.7836 0.01884 2.788e-05 0.03032 114 0.8025 0.01885 3.15e-05 0.03158 115 0.8213 0.01876 3.558e-05 0.03289 116 0.8400 0.01858 4.013e-05 0.03424 117 0.8584 0.01826 4.512e-05 0.0356 118 0.8765 0.0178 5.051e-05 0.03697 119 0.8940 0.01717 5.629e-05 0.03833 120 0.9108 0.01637 6.238e-05 0.03966 121 0.9267 0.01539 6.864e-05 0.04094 122 0.9415 0.01421 7.497e-05 0.04217 123 0.9551 0.01284 8.124e-05 0.04331 124 0.9672 0.01128 8.738e-05 0.04438 125 0.9776 0.009547 9.332e-05 0.04536 126 0.9862 0.007657 9.916e-05 0.04629 127 0.9929 0.005636 0.0001061 0.04734 128 0.9975 0.003513 0.0001209 0.04944 129 0.9999 0.001315 0.0007955 0.09266 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -0.9999 0.0003706 2.82e-05 0.03044 2 -0.9993 0.0008893 1.444e-05 0.02435 3 -0.9981 0.001482 1.444e-05 0.02435 4 -0.9964 0.002073 1.444e-05 0.02435 5 -0.9940 0.002663 1.444e-05 0.02435 6 -0.9910 0.003252 1.444e-05 0.02435 7 -0.9875 0.003839 1.444e-05 0.02435 8 -0.9834 0.004423 1.444e-05 0.02435 9 -0.9787 0.005005 1.444e-05 0.02435 10 -0.9734 0.005584 1.444e-05 0.02435 11 -0.9675 0.006159 1.444e-05 0.02435 12 -0.9610 0.006731 1.444e-05 0.02435 13 -0.9540 0.007299 1.444e-05 0.02435 14 -0.9464 0.007862 1.444e-05 0.02435 15 -0.9383 0.008421 1.444e-05 0.02435 16 -0.9296 0.008975 1.444e-05 0.02435 17 -0.9203 0.009524 1.444e-05 0.02435 18 -0.9105 0.01007 1.444e-05 0.02435 19 -0.9002 0.0106 1.444e-05 0.02435 20 -0.8893 0.01113 1.444e-05 0.02435 21 -0.8779 0.01166 1.444e-05 0.02435 22 -0.8660 0.01218 1.444e-05 0.02435 23 -0.8536 0.01269 1.444e-05 0.02435 24 -0.8407 0.01319 1.444e-05 0.02435 25 -0.8272 0.01368 1.444e-05 0.02435 26 -0.8133 0.01417 1.444e-05 0.02435 27 -0.7989 0.01465 1.444e-05 0.02435 28 -0.7840 0.01512 1.444e-05 0.02435 29 -0.7686 0.01558 1.444e-05 0.02435 30 -0.7528 0.01603 1.444e-05 0.02435 31 -0.7366 0.01647 1.444e-05 0.02435 32 -0.7199 0.0169 1.444e-05 0.02435 33 -0.7028 0.01732 1.444e-05 0.02435 34 -0.6853 0.01773 1.444e-05 0.02435 35 -0.6673 0.01814 1.444e-05 0.02435 36 -0.6490 0.01853 1.444e-05 0.02435 37 -0.6303 0.01891 1.444e-05 0.02435 38 -0.6112 0.01927 1.444e-05 0.02435 39 -0.5917 0.01963 1.444e-05 0.02435 40 -0.5719 0.01998 1.444e-05 0.02435 41 -0.5518 0.02031 1.444e-05 0.02435 42 -0.5313 0.02063 1.444e-05 0.02435 43 -0.5105 0.02094 1.444e-05 0.02435 44 -0.4894 0.02124 1.444e-05 0.02435 45 -0.4680 0.02152 1.444e-05 0.02435 46 -0.4464 0.02179 1.444e-05 0.02435 47 -0.4245 0.02205 1.444e-05 0.02435 48 -0.4023 0.02229 1.444e-05 0.02435 49 -0.3799 0.02253 1.444e-05 0.02435 50 -0.3572 0.02274 1.444e-05 0.02435 51 -0.3344 0.02295 1.444e-05 0.02435 52 -0.3113 0.02314 1.444e-05 0.02435 53 -0.2881 0.02332 1.444e-05 0.02435 54 -0.2647 0.02348 1.444e-05 0.02435 55 -0.2411 0.02363 1.444e-05 0.02435 56 -0.2174 0.02377 1.444e-05 0.02435 57 -0.1936 0.02389 1.444e-05 0.02435 58 -0.1696 0.024 1.444e-05 0.02435 59 -0.1456 0.02409 1.444e-05 0.02435 60 -0.1215 0.02417 1.444e-05 0.02435 61 -0.0973 0.02424 1.444e-05 0.02435 62 -0.0730 0.02429 1.444e-05 0.02435 63 -0.0487 0.02432 1.444e-05 0.02435 64 -0.0244 0.02434 1.444e-05 0.02435 65 0.0000 0.02435 1.444e-05 0.02435 66 0.0244 0.02434 1.444e-05 0.02435 67 0.0487 0.02432 1.444e-05 0.02435 68 0.0730 0.02429 1.444e-05 0.02435 69 0.0973 0.02424 1.444e-05 0.02435 70 0.1215 0.02417 1.444e-05 0.02435 71 0.1456 0.02409 1.444e-05 0.02435 72 0.1696 0.024 1.444e-05 0.02435 73 0.1936 0.02389 1.444e-05 0.02435 74 0.2174 0.02377 1.444e-05 0.02435 75 0.2411 0.02363 1.444e-05 0.02435 76 0.2647 0.02348 1.444e-05 0.02435 77 0.2881 0.02332 1.444e-05 0.02435 78 0.3113 0.02314 1.444e-05 0.02435 79 0.3344 0.02295 1.444e-05 0.02435 80 0.3572 0.02274 1.444e-05 0.02435 81 0.3799 0.02253 1.444e-05 0.02435 82 0.4023 0.02229 1.444e-05 0.02435 83 0.4245 0.02205 1.444e-05 0.02435 84 0.4464 0.02179 1.444e-05 0.02435 85 0.4680 0.02152 1.444e-05 0.02435 86 0.4894 0.02124 1.444e-05 0.02435 87 0.5105 0.02094 1.444e-05 0.02435 88 0.5313 0.02063 1.444e-05 0.02435 89 0.5518 0.02031 1.444e-05 0.02435 90 0.5719 0.01998 1.444e-05 0.02435 91 0.5917 0.01963 1.444e-05 0.02435 92 0.6112 0.01927 1.444e-05 0.02435 93 0.6303 0.01891 1.444e-05 0.02435 94 0.6490 0.01853 1.444e-05 0.02435 95 0.6673 0.01814 1.444e-05 0.02435 96 0.6853 0.01773 1.444e-05 0.02435 97 0.7028 0.01732 1.444e-05 0.02435 98 0.7199 0.0169 1.444e-05 0.02435 99 0.7366 0.01647 1.444e-05 0.02435 100 0.7528 0.01603 1.444e-05 0.02435 101 0.7686 0.01558 1.444e-05 0.02435 102 0.7840 0.01512 1.444e-05 0.02435 103 0.7989 0.01465 1.444e-05 0.02435 104 0.8133 0.01417 1.444e-05 0.02435 105 0.8272 0.01368 1.444e-05 0.02435 106 0.8407 0.01319 1.444e-05 0.02435 107 0.8536 0.01269 1.444e-05 0.02435 108 0.8660 0.01218 1.444e-05 0.02435 109 0.8779 0.01166 1.444e-05 0.02435 110 0.8893 0.01113 1.444e-05 0.02435 111 0.9002 0.0106 1.444e-05 0.02435 112 0.9105 0.01007 1.444e-05 0.02435 113 0.9203 0.009524 1.444e-05 0.02435 114 0.9296 0.008975 1.444e-05 0.02435 115 0.9383 0.008421 1.444e-05 0.02435 116 0.9464 0.007862 1.444e-05 0.02435 117 0.9540 0.007299 1.444e-05 0.02435 118 0.9610 0.006731 1.444e-05 0.02435 119 0.9675 0.006159 1.444e-05 0.02435 120 0.9734 0.005584 1.444e-05 0.02435 121 0.9787 0.005005 1.444e-05 0.02435 122 0.9834 0.004423 1.444e-05 0.02435 123 0.9875 0.003839 1.444e-05 0.02435 124 0.9910 0.003252 1.444e-05 0.02435 125 0.9940 0.002663 1.444e-05 0.02435 126 0.9964 0.002073 1.444e-05 0.02435 127 0.9981 0.001482 1.444e-05 0.02435 128 0.9993 0.0008893 1.444e-05 0.02435 129 0.9999 0.0003706 2.82e-05 0.03044 ||G-ChebyshevZero|| = 1.54037 Saved CVT coordinates in file "cvt_129_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_129.txt" Iteration required 0.686812 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:14 Output saved in "output_129_u.txt" 07-Jan-2022 18:18:14 CVT_1D_LUMPING MATLAB version Use lumping to implement a version of Lloyd's algorithm in the 1D interval [-1,1]. Number of generators is 257 Number of iterations is 250 Number of samples is 400000 Initial generators (Uniform, staggered): 1 -0.992248 2 -0.984496 3 -0.976744 4 -0.968992 5 -0.961240 6 -0.953488 7 -0.945736 8 -0.937984 9 -0.930233 10 -0.922481 11 -0.914729 12 -0.906977 13 -0.899225 14 -0.891473 15 -0.883721 16 -0.875969 17 -0.868217 18 -0.860465 19 -0.852713 20 -0.844961 21 -0.837209 22 -0.829457 23 -0.821705 24 -0.813953 25 -0.806202 26 -0.798450 27 -0.790698 28 -0.782946 29 -0.775194 30 -0.767442 31 -0.759690 32 -0.751938 33 -0.744186 34 -0.736434 35 -0.728682 36 -0.720930 37 -0.713178 38 -0.705426 39 -0.697674 40 -0.689922 41 -0.682171 42 -0.674419 43 -0.666667 44 -0.658915 45 -0.651163 46 -0.643411 47 -0.635659 48 -0.627907 49 -0.620155 50 -0.612403 51 -0.604651 52 -0.596899 53 -0.589147 54 -0.581395 55 -0.573643 56 -0.565891 57 -0.558140 58 -0.550388 59 -0.542636 60 -0.534884 61 -0.527132 62 -0.519380 63 -0.511628 64 -0.503876 65 -0.496124 66 -0.488372 67 -0.480620 68 -0.472868 69 -0.465116 70 -0.457364 71 -0.449612 72 -0.441860 73 -0.434109 74 -0.426357 75 -0.418605 76 -0.410853 77 -0.403101 78 -0.395349 79 -0.387597 80 -0.379845 81 -0.372093 82 -0.364341 83 -0.356589 84 -0.348837 85 -0.341085 86 -0.333333 87 -0.325581 88 -0.317829 89 -0.310078 90 -0.302326 91 -0.294574 92 -0.286822 93 -0.279070 94 -0.271318 95 -0.263566 96 -0.255814 97 -0.248062 98 -0.240310 99 -0.232558 100 -0.224806 101 -0.217054 102 -0.209302 103 -0.201550 104 -0.193798 105 -0.186047 106 -0.178295 107 -0.170543 108 -0.162791 109 -0.155039 110 -0.147287 111 -0.139535 112 -0.131783 113 -0.124031 114 -0.116279 115 -0.108527 116 -0.100775 117 -0.093023 118 -0.085271 119 -0.077519 120 -0.069767 121 -0.062016 122 -0.054264 123 -0.046512 124 -0.038760 125 -0.031008 126 -0.023256 127 -0.015504 128 -0.007752 129 0.000000 130 0.007752 131 0.015504 132 0.023256 133 0.031008 134 0.038760 135 0.046512 136 0.054264 137 0.062016 138 0.069767 139 0.077519 140 0.085271 141 0.093023 142 0.100775 143 0.108527 144 0.116279 145 0.124031 146 0.131783 147 0.139535 148 0.147287 149 0.155039 150 0.162791 151 0.170543 152 0.178295 153 0.186047 154 0.193798 155 0.201550 156 0.209302 157 0.217054 158 0.224806 159 0.232558 160 0.240310 161 0.248062 162 0.255814 163 0.263566 164 0.271318 165 0.279070 166 0.286822 167 0.294574 168 0.302326 169 0.310078 170 0.317829 171 0.325581 172 0.333333 173 0.341085 174 0.348837 175 0.356589 176 0.364341 177 0.372093 178 0.379845 179 0.387597 180 0.395349 181 0.403101 182 0.410853 183 0.418605 184 0.426357 185 0.434109 186 0.441860 187 0.449612 188 0.457364 189 0.465116 190 0.472868 191 0.480620 192 0.488372 193 0.496124 194 0.503876 195 0.511628 196 0.519380 197 0.527132 198 0.534884 199 0.542636 200 0.550388 201 0.558140 202 0.565891 203 0.573643 204 0.581395 205 0.589147 206 0.596899 207 0.604651 208 0.612403 209 0.620155 210 0.627907 211 0.635659 212 0.643411 213 0.651163 214 0.658915 215 0.666667 216 0.674419 217 0.682171 218 0.689922 219 0.697674 220 0.705426 221 0.713178 222 0.720930 223 0.728682 224 0.736434 225 0.744186 226 0.751938 227 0.759690 228 0.767442 229 0.775194 230 0.782946 231 0.790698 232 0.798450 233 0.806202 234 0.813953 235 0.821705 236 0.829457 237 0.837209 238 0.844961 239 0.852713 240 0.860465 241 0.868217 242 0.875969 243 0.883721 244 0.891473 245 0.899225 246 0.906977 247 0.914729 248 0.922481 249 0.930233 250 0.937984 251 0.945736 252 0.953488 253 0.961240 254 0.968992 255 0.976744 256 0.984496 257 0.992248 Saved graphics file "density.png" Saved graphics file "energy_257_u.png" Saved graphics file "motion_257_u.png" Saved graphics file "evolution_257_u.png" CVT data: K G H rho H^3 mu H 1 -1.0000 0.0006111 0.0002929 0.06641 2 -0.9988 0.001662 4.012e-05 0.03423 3 -0.9966 0.002694 3.559e-05 0.03289 4 -0.9934 0.003685 3.349e-05 0.03223 5 -0.9893 0.004619 3.167e-05 0.03164 6 -0.9842 0.005482 2.975e-05 0.03099 7 -0.9783 0.006266 2.773e-05 0.03027 8 -0.9717 0.006964 2.564e-05 0.02949 9 -0.9644 0.00757 2.349e-05 0.02864 10 -0.9566 0.008081 2.132e-05 0.02773 11 -0.9483 0.008501 1.921e-05 0.02678 12 -0.9396 0.008833 1.719e-05 0.02581 13 -0.9306 0.009084 1.53e-05 0.02482 14 -0.9215 0.009261 1.355e-05 0.02384 15 -0.9121 0.009374 1.196e-05 0.02287 16 -0.9027 0.009432 1.053e-05 0.02192 17 -0.8933 0.009442 9.266e-06 0.021 18 -0.8838 0.009415 8.151e-06 0.02013 19 -0.8744 0.009358 7.176e-06 0.01929 20 -0.8651 0.009278 6.329e-06 0.0185 21 -0.8559 0.009185 5.601e-06 0.01776 22 -0.8467 0.009083 4.976e-06 0.01707 23 -0.8377 0.008976 4.44e-06 0.01644 24 -0.8288 0.008869 3.981e-06 0.01585 25 -0.8199 0.008765 3.59e-06 0.01531 26 -0.8112 0.008666 3.255e-06 0.01482 27 -0.8026 0.008574 2.97e-06 0.01437 28 -0.7941 0.00849 2.725e-06 0.01397 29 -0.7856 0.008414 2.515e-06 0.0136 30 -0.7772 0.008343 2.331e-06 0.01326 31 -0.7689 0.008279 2.172e-06 0.01295 32 -0.7607 0.008224 2.034e-06 0.01267 33 -0.7525 0.008175 1.912e-06 0.01241 34 -0.7443 0.008131 1.805e-06 0.01218 35 -0.7362 0.008094 1.711e-06 0.01196 36 -0.7281 0.008061 1.626e-06 0.01176 37 -0.7201 0.008034 1.552e-06 0.01158 38 -0.7120 0.008007 1.483e-06 0.0114 39 -0.7040 0.007985 1.421e-06 0.01124 40 -0.6961 0.007968 1.367e-06 0.0111 41 -0.6881 0.007952 1.316e-06 0.01096 42 -0.6802 0.007936 1.269e-06 0.01083 43 -0.6722 0.007924 1.226e-06 0.0107 44 -0.6643 0.007917 1.188e-06 0.01059 45 -0.6564 0.007908 1.152e-06 0.01048 46 -0.6485 0.007899 1.117e-06 0.01038 47 -0.6406 0.007891 1.085e-06 0.01028 48 -0.6327 0.007881 1.054e-06 0.01018 49 -0.6248 0.007873 1.025e-06 0.01008 50 -0.6170 0.00787 1e-06 0.01 51 -0.6091 0.007868 9.764e-07 0.009921 52 -0.6012 0.007863 9.528e-07 0.00984 53 -0.5934 0.007859 9.308e-07 0.009764 54 -0.5855 0.007857 9.103e-07 0.009692 55 -0.5777 0.007853 8.904e-07 0.00962 56 -0.5698 0.007847 8.705e-07 0.009548 57 -0.5620 0.007839 8.512e-07 0.009477 58 -0.5541 0.00783 8.323e-07 0.009407 59 -0.5463 0.007824 8.151e-07 0.009341 60 -0.5385 0.007824 8.005e-07 0.009285 61 -0.5307 0.007827 7.873e-07 0.009234 62 -0.5228 0.007828 7.743e-07 0.009183 63 -0.5150 0.007828 7.615e-07 0.009132 64 -0.5072 0.007828 7.492e-07 0.009083 65 -0.4993 0.007828 7.375e-07 0.009035 66 -0.4915 0.007827 7.258e-07 0.008987 67 -0.4837 0.007823 7.14e-07 0.008938 68 -0.4759 0.007819 7.026e-07 0.00889 69 -0.4680 0.007818 6.924e-07 0.008847 70 -0.4602 0.007818 6.828e-07 0.008806 71 -0.4524 0.007817 6.733e-07 0.008765 72 -0.4446 0.007813 6.636e-07 0.008722 73 -0.4368 0.007807 6.535e-07 0.008678 74 -0.4290 0.0078 6.439e-07 0.008635 75 -0.4212 0.007795 6.349e-07 0.008595 76 -0.4134 0.007789 6.259e-07 0.008554 77 -0.4056 0.007783 6.173e-07 0.008515 78 -0.3978 0.007781 6.101e-07 0.008482 79 -0.3900 0.007785 6.044e-07 0.008455 80 -0.3823 0.00779 5.992e-07 0.00843 81 -0.3745 0.007795 5.942e-07 0.008407 82 -0.3667 0.0078 5.893e-07 0.008384 83 -0.3589 0.007804 5.845e-07 0.008361 84 -0.3511 0.007805 5.792e-07 0.008336 85 -0.3433 0.007805 5.739e-07 0.00831 86 -0.3354 0.007804 5.685e-07 0.008284 87 -0.3276 0.007803 5.633e-07 0.008259 88 -0.3198 0.007803 5.585e-07 0.008235 89 -0.3120 0.007803 5.539e-07 0.008213 90 -0.3042 0.007803 5.495e-07 0.008191 91 -0.2964 0.007801 5.451e-07 0.008169 92 -0.2886 0.007799 5.405e-07 0.008146 93 -0.2808 0.007798 5.363e-07 0.008125 94 -0.2730 0.007798 5.326e-07 0.008106 95 -0.2652 0.007798 5.29e-07 0.008087 96 -0.2574 0.007799 5.257e-07 0.008071 97 -0.2496 0.0078 5.227e-07 0.008055 98 -0.2418 0.0078 5.195e-07 0.008039 99 -0.2340 0.007799 5.162e-07 0.008022 100 -0.2262 0.007795 5.125e-07 0.008003 101 -0.2184 0.00779 5.087e-07 0.007983 102 -0.2107 0.007785 5.051e-07 0.007964 103 -0.2029 0.00778 5.016e-07 0.007945 104 -0.1951 0.007775 4.982e-07 0.007927 105 -0.1873 0.00777 4.949e-07 0.00791 106 -0.1796 0.007765 4.918e-07 0.007893 107 -0.1718 0.007761 4.89e-07 0.007879 108 -0.1640 0.007761 4.871e-07 0.007868 109 -0.1563 0.007765 4.859e-07 0.007862 110 -0.1485 0.00777 4.851e-07 0.007857 111 -0.1407 0.007775 4.843e-07 0.007853 112 -0.1330 0.00778 4.837e-07 0.00785 113 -0.1252 0.007785 4.832e-07 0.007847 114 -0.1174 0.00779 4.827e-07 0.007844 115 -0.1096 0.007795 4.823e-07 0.007842 116 -0.1018 0.0078 4.821e-07 0.007841 117 -0.0940 0.007805 4.819e-07 0.00784 118 -0.0862 0.007811 4.82e-07 0.007841 119 -0.0784 0.007816 4.82e-07 0.007841 120 -0.0705 0.007819 4.816e-07 0.007838 121 -0.0627 0.007823 4.815e-07 0.007838 122 -0.0549 0.007826 4.816e-07 0.007838 123 -0.0471 0.00783 4.817e-07 0.007839 124 -0.0392 0.007835 4.821e-07 0.007841 125 -0.0314 0.00784 4.826e-07 0.007844 126 -0.0236 0.007845 4.832e-07 0.007847 127 -0.0157 0.00785 4.839e-07 0.007851 128 -0.0079 0.007856 4.85e-07 0.007857 129 0.0000 0.007804 4.753e-07 0.007804 130 0.0077 0.007749 4.653e-07 0.007749 131 0.0155 0.00775 4.657e-07 0.007751 132 0.0232 0.00775 4.659e-07 0.007752 133 0.0310 0.00775 4.662e-07 0.007754 134 0.0387 0.00775 4.666e-07 0.007756 135 0.0465 0.00775 4.67e-07 0.007759 136 0.0542 0.007751 4.678e-07 0.007763 137 0.0620 0.007754 4.689e-07 0.007769 138 0.0698 0.007755 4.698e-07 0.007774 139 0.0775 0.007755 4.706e-07 0.007779 140 0.0853 0.007755 4.715e-07 0.007783 141 0.0930 0.007754 4.723e-07 0.007788 142 0.1008 0.007753 4.731e-07 0.007792 143 0.1085 0.007753 4.743e-07 0.007799 144 0.1163 0.007751 4.753e-07 0.007804 145 0.1240 0.007751 4.767e-07 0.007812 146 0.1318 0.007753 4.784e-07 0.007821 147 0.1395 0.007751 4.797e-07 0.007828 148 0.1473 0.007751 4.813e-07 0.007837 149 0.1550 0.007754 4.835e-07 0.007849 150 0.1628 0.007756 4.858e-07 0.007861 151 0.1706 0.00776 4.885e-07 0.007876 152 0.1783 0.007765 4.915e-07 0.007892 153 0.1861 0.00777 4.946e-07 0.007908 154 0.1939 0.007775 4.978e-07 0.007925 155 0.2016 0.00778 5.012e-07 0.007943 156 0.2094 0.007785 5.047e-07 0.007962 157 0.2172 0.00779 5.083e-07 0.007981 158 0.2250 0.007794 5.118e-07 0.007999 159 0.2328 0.007796 5.152e-07 0.008017 160 0.2406 0.007798 5.185e-07 0.008034 161 0.2484 0.007798 5.216e-07 0.00805 162 0.2562 0.007798 5.249e-07 0.008067 163 0.2640 0.007798 5.284e-07 0.008084 164 0.2718 0.007798 5.32e-07 0.008103 165 0.2796 0.007798 5.357e-07 0.008122 166 0.2874 0.007798 5.396e-07 0.008141 167 0.2952 0.007799 5.439e-07 0.008163 168 0.3030 0.007803 5.489e-07 0.008188 169 0.3108 0.007805 5.538e-07 0.008212 170 0.3186 0.007805 5.583e-07 0.008234 171 0.3264 0.007805 5.63e-07 0.008257 172 0.3342 0.007805 5.679e-07 0.008281 173 0.3420 0.007805 5.73e-07 0.008306 174 0.3498 0.007805 5.783e-07 0.008332 175 0.3576 0.007804 5.836e-07 0.008357 176 0.3654 0.0078 5.884e-07 0.00838 177 0.3732 0.007795 5.932e-07 0.008402 178 0.3810 0.00779 5.982e-07 0.008426 179 0.3888 0.007785 6.034e-07 0.00845 180 0.3966 0.007781 6.09e-07 0.008477 181 0.4044 0.007783 6.162e-07 0.008509 182 0.4121 0.007789 6.248e-07 0.008549 183 0.4199 0.007795 6.337e-07 0.008589 184 0.4277 0.0078 6.426e-07 0.008629 185 0.4355 0.007804 6.516e-07 0.008669 186 0.4433 0.007808 6.609e-07 0.008711 187 0.4512 0.007813 6.709e-07 0.008754 188 0.4590 0.007817 6.81e-07 0.008798 189 0.4668 0.007818 6.908e-07 0.00884 190 0.4746 0.007818 7.007e-07 0.008882 191 0.4824 0.00782 7.116e-07 0.008928 192 0.4902 0.007825 7.237e-07 0.008978 193 0.4981 0.007829 7.36e-07 0.009029 194 0.5059 0.00783 7.48e-07 0.009078 195 0.5137 0.00783 7.602e-07 0.009127 196 0.5216 0.00783 7.73e-07 0.009177 197 0.5294 0.007829 7.859e-07 0.009228 198 0.5372 0.007825 7.986e-07 0.009278 199 0.5450 0.007824 8.127e-07 0.009332 200 0.5529 0.00783 8.298e-07 0.009397 201 0.5607 0.007839 8.486e-07 0.009467 202 0.5685 0.007845 8.674e-07 0.009537 203 0.5764 0.00785 8.866e-07 0.009607 204 0.5843 0.007855 9.068e-07 0.009679 205 0.5921 0.007859 9.276e-07 0.009753 206 0.6000 0.007863 9.494e-07 0.009828 207 0.6078 0.007868 9.728e-07 0.009909 208 0.6157 0.00787 9.965e-07 0.009988 209 0.6236 0.007873 1.021e-06 0.01007 210 0.6315 0.007881 1.05e-06 0.01016 211 0.6393 0.007889 1.08e-06 0.01026 212 0.6472 0.007898 1.112e-06 0.01036 213 0.6551 0.007908 1.147e-06 0.01047 214 0.6631 0.007916 1.182e-06 0.01057 215 0.6710 0.007923 1.22e-06 0.01069 216 0.6789 0.007937 1.263e-06 0.01081 217 0.6868 0.007953 1.31e-06 0.01094 218 0.6948 0.007968 1.36e-06 0.01108 219 0.7028 0.007986 1.415e-06 0.01123 220 0.7108 0.008006 1.474e-06 0.01138 221 0.7188 0.00803 1.541e-06 0.01155 222 0.7268 0.008059 1.615e-06 0.01173 223 0.7349 0.00809 1.698e-06 0.01193 224 0.7430 0.008128 1.791e-06 0.01214 225 0.7512 0.008171 1.897e-06 0.01238 226 0.7594 0.008219 2.016e-06 0.01263 227 0.7676 0.008274 2.152e-06 0.01291 228 0.7759 0.008337 2.309e-06 0.01322 229 0.7843 0.008405 2.487e-06 0.01355 230 0.7928 0.00848 2.693e-06 0.01391 231 0.8013 0.008564 2.933e-06 0.01431 232 0.8099 0.008657 3.215e-06 0.01476 233 0.8186 0.008757 3.545e-06 0.01525 234 0.8274 0.008862 3.929e-06 0.01578 235 0.8363 0.008969 4.378e-06 0.01636 236 0.8454 0.009075 4.903e-06 0.01699 237 0.8545 0.00918 5.519e-06 0.01767 238 0.8637 0.009276 6.235e-06 0.01841 239 0.8731 0.009355 7.062e-06 0.01919 240 0.8825 0.009415 8.017e-06 0.02001 241 0.8919 0.009446 9.11e-06 0.02089 242 0.9013 0.009439 1.035e-05 0.02179 243 0.9108 0.009389 1.175e-05 0.02274 244 0.9201 0.009284 1.332e-05 0.02371 245 0.9293 0.009116 1.505e-05 0.02469 246 0.9383 0.008877 1.693e-05 0.02568 247 0.9471 0.008557 1.894e-05 0.02666 248 0.9554 0.008153 2.106e-05 0.02762 249 0.9634 0.007658 2.327e-05 0.02855 250 0.9707 0.007067 2.548e-05 0.02942 251 0.9775 0.006384 2.766e-05 0.03024 252 0.9835 0.005613 2.981e-05 0.03101 253 0.9887 0.004762 3.197e-05 0.03174 254 0.9930 0.003839 3.425e-05 0.03248 255 0.9963 0.002845 3.684e-05 0.03327 256 0.9987 0.001796 4.223e-05 0.03482 257 0.9999 0.0007047 0.000196 0.05808 Chebyshev Zero Node data for comparison K G H rho H^3 mu H 1 -1.0000 9.339e-05 3.567e-06 0.01528 2 -0.9998 0.0002241 1.826e-06 0.01222 3 -0.9995 0.0003735 1.826e-06 0.01222 4 -0.9991 0.0005228 1.826e-06 0.01222 5 -0.9985 0.0006721 1.826e-06 0.01222 6 -0.9977 0.0008212 1.826e-06 0.01222 7 -0.9968 0.0009702 1.826e-06 0.01222 8 -0.9958 0.001119 1.826e-06 0.01222 9 -0.9946 0.001268 1.826e-06 0.01222 10 -0.9933 0.001416 1.826e-06 0.01222 11 -0.9918 0.001565 1.826e-06 0.01222 12 -0.9901 0.001713 1.826e-06 0.01222 13 -0.9883 0.001861 1.826e-06 0.01222 14 -0.9864 0.002008 1.826e-06 0.01222 15 -0.9843 0.002155 1.826e-06 0.01222 16 -0.9821 0.002302 1.826e-06 0.01222 17 -0.9797 0.002449 1.826e-06 0.01222 18 -0.9772 0.002595 1.826e-06 0.01222 19 -0.9745 0.002741 1.826e-06 0.01222 20 -0.9717 0.002886 1.826e-06 0.01222 21 -0.9688 0.003031 1.826e-06 0.01222 22 -0.9657 0.003176 1.826e-06 0.01222 23 -0.9624 0.00332 1.826e-06 0.01222 24 -0.9590 0.003463 1.826e-06 0.01222 25 -0.9555 0.003606 1.826e-06 0.01222 26 -0.9518 0.003749 1.826e-06 0.01222 27 -0.9480 0.003891 1.826e-06 0.01222 28 -0.9440 0.004032 1.826e-06 0.01222 29 -0.9399 0.004173 1.826e-06 0.01222 30 -0.9357 0.004313 1.826e-06 0.01222 31 -0.9313 0.004453 1.826e-06 0.01222 32 -0.9268 0.004591 1.826e-06 0.01222 33 -0.9221 0.00473 1.826e-06 0.01222 34 -0.9173 0.004867 1.826e-06 0.01222 35 -0.9124 0.005004 1.826e-06 0.01222 36 -0.9073 0.00514 1.826e-06 0.01222 37 -0.9021 0.005275 1.826e-06 0.01222 38 -0.8968 0.005409 1.826e-06 0.01222 39 -0.8913 0.005543 1.826e-06 0.01222 40 -0.8857 0.005676 1.826e-06 0.01222 41 -0.8799 0.005808 1.826e-06 0.01222 42 -0.8741 0.005939 1.826e-06 0.01222 43 -0.8681 0.006069 1.826e-06 0.01222 44 -0.8619 0.006198 1.826e-06 0.01222 45 -0.8557 0.006326 1.826e-06 0.01222 46 -0.8493 0.006454 1.826e-06 0.01222 47 -0.8428 0.00658 1.826e-06 0.01222 48 -0.8361 0.006706 1.826e-06 0.01222 49 -0.8293 0.00683 1.826e-06 0.01222 50 -0.8224 0.006953 1.826e-06 0.01222 51 -0.8154 0.007076 1.826e-06 0.01222 52 -0.8083 0.007197 1.826e-06 0.01222 53 -0.8010 0.007317 1.826e-06 0.01222 54 -0.7937 0.007436 1.826e-06 0.01222 55 -0.7862 0.007554 1.826e-06 0.01222 56 -0.7786 0.007671 1.826e-06 0.01222 57 -0.7708 0.007787 1.826e-06 0.01222 58 -0.7630 0.007902 1.826e-06 0.01222 59 -0.7550 0.008015 1.826e-06 0.01222 60 -0.7469 0.008127 1.826e-06 0.01222 61 -0.7388 0.008238 1.826e-06 0.01222 62 -0.7305 0.008348 1.826e-06 0.01222 63 -0.7221 0.008457 1.826e-06 0.01222 64 -0.7136 0.008564 1.826e-06 0.01222 65 -0.7049 0.00867 1.826e-06 0.01222 66 -0.6962 0.008775 1.826e-06 0.01222 67 -0.6874 0.008878 1.826e-06 0.01222 68 -0.6785 0.00898 1.826e-06 0.01222 69 -0.6694 0.009081 1.826e-06 0.01222 70 -0.6603 0.00918 1.826e-06 0.01222 71 -0.6511 0.009278 1.826e-06 0.01222 72 -0.6417 0.009375 1.826e-06 0.01222 73 -0.6323 0.00947 1.826e-06 0.01222 74 -0.6228 0.009564 1.826e-06 0.01222 75 -0.6132 0.009656 1.826e-06 0.01222 76 -0.6035 0.009747 1.826e-06 0.01222 77 -0.5937 0.009836 1.826e-06 0.01222 78 -0.5838 0.009924 1.826e-06 0.01222 79 -0.5739 0.01001 1.826e-06 0.01222 80 -0.5638 0.0101 1.826e-06 0.01222 81 -0.5537 0.01018 1.826e-06 0.01222 82 -0.5434 0.01026 1.826e-06 0.01222 83 -0.5331 0.01034 1.826e-06 0.01222 84 -0.5228 0.01042 1.826e-06 0.01222 85 -0.5123 0.0105 1.826e-06 0.01222 86 -0.5018 0.01057 1.826e-06 0.01222 87 -0.4912 0.01065 1.826e-06 0.01222 88 -0.4805 0.01072 1.826e-06 0.01222 89 -0.4697 0.01079 1.826e-06 0.01222 90 -0.4589 0.01086 1.826e-06 0.01222 91 -0.4480 0.01093 1.826e-06 0.01222 92 -0.4370 0.01099 1.826e-06 0.01222 93 -0.4260 0.01106 1.826e-06 0.01222 94 -0.4149 0.01112 1.826e-06 0.01222 95 -0.4038 0.01118 1.826e-06 0.01222 96 -0.3925 0.01124 1.826e-06 0.01222 97 -0.3813 0.0113 1.826e-06 0.01222 98 -0.3699 0.01136 1.826e-06 0.01222 99 -0.3586 0.01141 1.826e-06 0.01222 100 -0.3471 0.01146 1.826e-06 0.01222 101 -0.3356 0.01151 1.826e-06 0.01222 102 -0.3241 0.01156 1.826e-06 0.01222 103 -0.3125 0.01161 1.826e-06 0.01222 104 -0.3009 0.01166 1.826e-06 0.01222 105 -0.2892 0.0117 1.826e-06 0.01222 106 -0.2775 0.01174 1.826e-06 0.01222 107 -0.2657 0.01178 1.826e-06 0.01222 108 -0.2539 0.01182 1.826e-06 0.01222 109 -0.2421 0.01186 1.826e-06 0.01222 110 -0.2302 0.0119 1.826e-06 0.01222 111 -0.2183 0.01193 1.826e-06 0.01222 112 -0.2063 0.01196 1.826e-06 0.01222 113 -0.1943 0.01199 1.826e-06 0.01222 114 -0.1823 0.01202 1.826e-06 0.01222 115 -0.1703 0.01205 1.826e-06 0.01222 116 -0.1582 0.01207 1.826e-06 0.01222 117 -0.1462 0.01209 1.826e-06 0.01222 118 -0.1341 0.01211 1.826e-06 0.01222 119 -0.1219 0.01213 1.826e-06 0.01222 120 -0.1098 0.01215 1.826e-06 0.01222 121 -0.0976 0.01217 1.826e-06 0.01222 122 -0.0855 0.01218 1.826e-06 0.01222 123 -0.0733 0.01219 1.826e-06 0.01222 124 -0.0611 0.0122 1.826e-06 0.01222 125 -0.0489 0.01221 1.826e-06 0.01222 126 -0.0367 0.01222 1.826e-06 0.01222 127 -0.0244 0.01222 1.826e-06 0.01222 128 -0.0122 0.01222 1.826e-06 0.01222 129 0.0000 0.01222 1.826e-06 0.01222 130 0.0122 0.01222 1.826e-06 0.01222 131 0.0244 0.01222 1.826e-06 0.01222 132 0.0367 0.01222 1.826e-06 0.01222 133 0.0489 0.01221 1.826e-06 0.01222 134 0.0611 0.0122 1.826e-06 0.01222 135 0.0733 0.01219 1.826e-06 0.01222 136 0.0855 0.01218 1.826e-06 0.01222 137 0.0976 0.01217 1.826e-06 0.01222 138 0.1098 0.01215 1.826e-06 0.01222 139 0.1219 0.01213 1.826e-06 0.01222 140 0.1341 0.01211 1.826e-06 0.01222 141 0.1462 0.01209 1.826e-06 0.01222 142 0.1582 0.01207 1.826e-06 0.01222 143 0.1703 0.01205 1.826e-06 0.01222 144 0.1823 0.01202 1.826e-06 0.01222 145 0.1943 0.01199 1.826e-06 0.01222 146 0.2063 0.01196 1.826e-06 0.01222 147 0.2183 0.01193 1.826e-06 0.01222 148 0.2302 0.0119 1.826e-06 0.01222 149 0.2421 0.01186 1.826e-06 0.01222 150 0.2539 0.01182 1.826e-06 0.01222 151 0.2657 0.01178 1.826e-06 0.01222 152 0.2775 0.01174 1.826e-06 0.01222 153 0.2892 0.0117 1.826e-06 0.01222 154 0.3009 0.01166 1.826e-06 0.01222 155 0.3125 0.01161 1.826e-06 0.01222 156 0.3241 0.01156 1.826e-06 0.01222 157 0.3356 0.01151 1.826e-06 0.01222 158 0.3471 0.01146 1.826e-06 0.01222 159 0.3586 0.01141 1.826e-06 0.01222 160 0.3699 0.01136 1.826e-06 0.01222 161 0.3813 0.0113 1.826e-06 0.01222 162 0.3925 0.01124 1.826e-06 0.01222 163 0.4038 0.01118 1.826e-06 0.01222 164 0.4149 0.01112 1.826e-06 0.01222 165 0.4260 0.01106 1.826e-06 0.01222 166 0.4370 0.01099 1.826e-06 0.01222 167 0.4480 0.01093 1.826e-06 0.01222 168 0.4589 0.01086 1.826e-06 0.01222 169 0.4697 0.01079 1.826e-06 0.01222 170 0.4805 0.01072 1.826e-06 0.01222 171 0.4912 0.01065 1.826e-06 0.01222 172 0.5018 0.01057 1.826e-06 0.01222 173 0.5123 0.0105 1.826e-06 0.01222 174 0.5228 0.01042 1.826e-06 0.01222 175 0.5331 0.01034 1.826e-06 0.01222 176 0.5434 0.01026 1.826e-06 0.01222 177 0.5537 0.01018 1.826e-06 0.01222 178 0.5638 0.0101 1.826e-06 0.01222 179 0.5739 0.01001 1.826e-06 0.01222 180 0.5838 0.009924 1.826e-06 0.01222 181 0.5937 0.009836 1.826e-06 0.01222 182 0.6035 0.009747 1.826e-06 0.01222 183 0.6132 0.009656 1.826e-06 0.01222 184 0.6228 0.009564 1.826e-06 0.01222 185 0.6323 0.00947 1.826e-06 0.01222 186 0.6417 0.009375 1.826e-06 0.01222 187 0.6511 0.009278 1.826e-06 0.01222 188 0.6603 0.00918 1.826e-06 0.01222 189 0.6694 0.009081 1.826e-06 0.01222 190 0.6785 0.00898 1.826e-06 0.01222 191 0.6874 0.008878 1.826e-06 0.01222 192 0.6962 0.008775 1.826e-06 0.01222 193 0.7049 0.00867 1.826e-06 0.01222 194 0.7136 0.008564 1.826e-06 0.01222 195 0.7221 0.008457 1.826e-06 0.01222 196 0.7305 0.008348 1.826e-06 0.01222 197 0.7388 0.008238 1.826e-06 0.01222 198 0.7469 0.008127 1.826e-06 0.01222 199 0.7550 0.008015 1.826e-06 0.01222 200 0.7630 0.007902 1.826e-06 0.01222 201 0.7708 0.007787 1.826e-06 0.01222 202 0.7786 0.007671 1.826e-06 0.01222 203 0.7862 0.007554 1.826e-06 0.01222 204 0.7937 0.007436 1.826e-06 0.01222 205 0.8010 0.007317 1.826e-06 0.01222 206 0.8083 0.007197 1.826e-06 0.01222 207 0.8154 0.007076 1.826e-06 0.01222 208 0.8224 0.006953 1.826e-06 0.01222 209 0.8293 0.00683 1.826e-06 0.01222 210 0.8361 0.006706 1.826e-06 0.01222 211 0.8428 0.00658 1.826e-06 0.01222 212 0.8493 0.006454 1.826e-06 0.01222 213 0.8557 0.006326 1.826e-06 0.01222 214 0.8619 0.006198 1.826e-06 0.01222 215 0.8681 0.006069 1.826e-06 0.01222 216 0.8741 0.005939 1.826e-06 0.01222 217 0.8799 0.005808 1.826e-06 0.01222 218 0.8857 0.005676 1.826e-06 0.01222 219 0.8913 0.005543 1.826e-06 0.01222 220 0.8968 0.005409 1.826e-06 0.01222 221 0.9021 0.005275 1.826e-06 0.01222 222 0.9073 0.00514 1.826e-06 0.01222 223 0.9124 0.005004 1.826e-06 0.01222 224 0.9173 0.004867 1.826e-06 0.01222 225 0.9221 0.00473 1.826e-06 0.01222 226 0.9268 0.004591 1.826e-06 0.01222 227 0.9313 0.004453 1.826e-06 0.01222 228 0.9357 0.004313 1.826e-06 0.01222 229 0.9399 0.004173 1.826e-06 0.01222 230 0.9440 0.004032 1.826e-06 0.01222 231 0.9480 0.003891 1.826e-06 0.01222 232 0.9518 0.003749 1.826e-06 0.01222 233 0.9555 0.003606 1.826e-06 0.01222 234 0.9590 0.003463 1.826e-06 0.01222 235 0.9624 0.00332 1.826e-06 0.01222 236 0.9657 0.003176 1.826e-06 0.01222 237 0.9688 0.003031 1.826e-06 0.01222 238 0.9717 0.002886 1.826e-06 0.01222 239 0.9745 0.002741 1.826e-06 0.01222 240 0.9772 0.002595 1.826e-06 0.01222 241 0.9797 0.002449 1.826e-06 0.01222 242 0.9821 0.002302 1.826e-06 0.01222 243 0.9843 0.002155 1.826e-06 0.01222 244 0.9864 0.002008 1.826e-06 0.01222 245 0.9883 0.001861 1.826e-06 0.01222 246 0.9901 0.001713 1.826e-06 0.01222 247 0.9918 0.001565 1.826e-06 0.01222 248 0.9933 0.001416 1.826e-06 0.01222 249 0.9946 0.001268 1.826e-06 0.01222 250 0.9958 0.001119 1.826e-06 0.01222 251 0.9968 0.0009702 1.826e-06 0.01222 252 0.9977 0.0008212 1.826e-06 0.01222 253 0.9985 0.0006721 1.826e-06 0.01222 254 0.9991 0.0005228 1.826e-06 0.01222 255 0.9995 0.0003735 1.826e-06 0.01222 256 0.9998 0.0002241 1.826e-06 0.01222 257 1.0000 9.339e-05 3.567e-06 0.01528 ||G-ChebyshevZero|| = 2.37186 Saved CVT coordinates in file "cvt_257_u.txt" Saved Chebyshev Zero node coordinates in file "chebyzero_257.txt" Iteration required 0.693025 seconds. CVT_1D_LUMPING Normal end of execution. 07-Jan-2022 18:18:16 Output saved in "output_257_u.txt" cvt_1d_lumping_test(): Normal end of execution. 07-Jan-2022 18:18:16