# n-genes = 16 # mutation-prob = 0.1 # generation-size = 100 # Starting genetic search. # i min max mean std dev size # ---- ---- ---- -------- -------- ------ 0 0 1 0.1100 0.3129 100 5 0 4 1.4300 0.7906 100 10 1 6 3.5400 0.9942 100 15 3 8 5.5100 0.8999 100 20 5 9 7.0200 0.8716 100 25 6 10 8.3400 0.9820 100 30 6 12 9.5800 1.0787 100 35 9 12 10.7600 0.8845 100 40 8 12 11.2500 1.0712 100 45 9 12 11.5000 0.7681 100 50 8 12 11.4400 0.9520 100 55 7 12 11.2900 1.0705 100 60 8 12 11.3700 1.0262 100 65 9 12 11.4600 0.8417 100 70 8 12 11.4300 0.9193 100 75 8 12 11.3500 0.9836 100 80 9 12 11.4600 0.8766 100 85 7 12 11.3500 1.0712 100 90 8 12 11.4800 0.8886 100 95 8 12 11.4100 0.8729 100 100 7 12 11.3400 1.0604 100 105 8 12 11.4000 0.8718 100 110 9 13 11.4000 0.9798 100 115 7 13 11.4700 0.9742 100 120 8 13 11.6000 1.0583 100 125 9 13 12.1100 1.0945 100 130 8 13 12.2700 1.1212 100 135 8 14 12.2500 1.1864 100 140 9 14 12.4900 1.1269 100 145 10 14 13.0600 1.0082 100 150 10 14 13.3900 0.9370 100 155 9 14 13.3600 1.0249 100 160 9 14 13.3100 1.1287 100 165 10 14 13.3500 0.9631 100 170 10 14 13.4100 0.9705 100 175 10 14 13.2400 1.1324 100 180 10 14 13.3300 0.9061 100 185 9 14 13.1100 1.1653 100 190 10 14 13.2000 1.2166 100 195 10 14 13.4000 1.0488 100 200 9 14 13.3200 1.0381 100 205 9 14 13.2100 1.1340 100 210 9 14 13.2000 1.1576 100 215 10 14 13.3100 1.0168 100 220 10 14 13.3300 0.9597 100 225 10 15 13.2300 1.1563 100 230 9 15 13.2600 1.2052 100 235 10 15 13.5200 1.0342 100 240 8 15 13.4900 1.2206 100 245 10 15 13.8200 1.1435 100 250 11 15 14.2300 1.1301 100 255 10 15 14.1800 1.1780 100 260 11 15 14.3300 1.0105 100 265 11 15 14.2200 1.1453 100 270 10 15 14.1700 1.2653 100 275 10 15 14.2200 1.1539 100 280 12 15 14.2300 1.0663 100 285 11 15 14.2100 1.1162 100 290 12 15 14.3100 0.9767 100 295 10 15 14.2800 1.0870 100 300 10 15 14.3500 1.0897 100 305 11 15 14.4300 0.9722 100 310 11 15 14.1900 1.1636 100 315 11 15 14.2100 1.1428 100 320 10 15 14.3300 1.0588 100 325 10 15 14.1100 1.2798 100 330 11 15 14.2400 1.0874 100 335 10 15 14.2400 1.1056 100 340 11 15 14.3100 1.0168 100 345 11 15 14.2700 1.0184 100 350 9 15 14.2500 1.1864 100 355 11 15 14.3500 1.0037 100 360 11 15 14.3500 1.0235 100 365 11 15 14.4000 0.9798 100 370 10 15 14.3400 1.0121 100 375 11 15 14.2500 1.1435 100 380 11 15 14.2400 1.0210 100 385 11 15 14.2800 1.0496 100 390 9 15 14.1800 1.2114 100 395 10 15 14.2400 1.0781 100 400 10 15 14.2300 1.1904 100 405 10 15 14.2400 1.1236 100 410 11 16 14.2700 1.0849 100 415 9 16 14.2700 1.2317 100 420 9 16 14.4100 1.2091 100 425 10 16 14.7300 1.2638 100 430 11 16 15.1600 1.2784 100 435 11 16 15.2700 1.0378 100 440 9 16 15.2000 1.2329 100 445 12 16 15.1800 1.1864 100 450 10 16 15.2200 1.2048 100 455 12 16 15.2700 1.0474 100 460 11 16 15.1500 1.2913 100 465 10 16 15.1500 1.2913 100 470 11 16 15.1800 1.1948 100 475 10 16 15.2600 1.2379 100 480 12 16 15.1700 1.0959 100 485 11 16 15.1100 1.2876 100 490 11 16 15.2000 1.1489 100 495 12 16 15.3400 1.0317 100 500 11 16 15.2000 1.2083 100 505 11 16 15.2300 1.1649 100 510 9 16 15.3500 1.1347 100 515 12 16 15.2100 1.1251 100 520 11 16 15.3100 1.0554 100 525 10 16 15.0400 1.3485 100 530 11 16 15.0100 1.2530 100 535 11 16 15.2100 1.1428 100 540 9 16 15.2400 1.2737 100 545 10 16 15.1300 1.2301 100 550 12 16 15.2500 1.0037 100 555 12 16 15.2700 1.1122 100 560 11 16 15.2900 1.0611 100 565 13 16 15.2500 1.0332 100 570 12 16 15.2600 1.0828 100 575 11 16 15.0900 1.2498 100 580 11 16 15.1000 1.2530 100 585 12 16 15.2500 1.1347 100 590 11 16 15.2000 1.1314 100 595 11 16 15.1500 1.1948 100 600 11 16 15.0700 1.3730 100 605 12 16 15.2000 1.1662 100 610 11 16 15.2800 1.1754 100 615 10 16 15.0600 1.2395 100 620 11 16 15.1100 1.1991 100 625 11 16 15.2100 1.0798 100 630 12 16 15.2300 1.1212 100 635 12 16 15.3500 0.9314 100 640 11 16 15.3300 1.0682 100 645 11 16 15.2500 1.1079 100 650 12 16 15.2000 1.1402 100 655 11 16 15.1900 1.2304 100 660 10 16 15.1300 1.2857 100 665 11 16 15.2500 1.0897 100 670 11 16 15.2000 1.2247 100 675 12 16 15.2100 1.0890 100 680 12 16 15.2300 1.1389 100 685 11 16 15.0700 1.2510 100 690 12 16 15.1400 1.0956 100 695 10 16 15.1400 1.2571 100 700 12 16 15.1900 1.1198 100 705 12 16 15.2300 1.0474 100 710 11 16 15.2400 1.1586 100 715 12 16 15.2100 1.1428 100 720 11 16 15.0500 1.2440 100 725 11 16 15.2600 1.1101 100 730 12 16 15.1500 1.2031 100 735 11 16 15.1600 1.1808 100 740 10 16 15.0500 1.3739 100 745 11 16 15.0500 1.2990 100 750 12 16 15.3000 1.0247 100 755 11 16 15.3100 1.0927 100 760 11 16 15.1100 1.2401 100 765 11 16 15.2500 1.1779 100 770 10 16 15.0900 1.3122 100 775 10 16 15.0300 1.4315 100 780 11 16 15.1000 1.2450 100 785 11 16 15.0900 1.2577 100 790 11 16 15.1900 1.2223 100 795 12 16 15.1000 1.1874 100 800 12 16 15.3800 0.9569 100 805 12 16 15.2900 1.0611 100 810 12 16 15.2900 1.0227 100 815 11 16 15.2100 1.1772 100 820 11 16 15.2100 1.1772 100 825 11 16 15.0500 1.3444 100 830 10 16 15.1100 1.3259 100 835 11 16 15.1500 1.1694 100 840 11 16 15.2200 1.1277 100 845 11 16 15.2300 1.2071 100 850 11 16 15.2900 1.0611 100 855 12 16 15.1700 1.1230 100 860 10 16 15.2300 1.1649 100 865 12 16 15.2100 1.0890 100 870 10 16 15.1300 1.3465 100 875 12 16 15.2700 1.0663 100 880 11 16 15.2100 1.1251 100 885 11 16 15.1300 1.2779 100 890 11 16 15.1200 1.2828 100 895 11 16 15.2200 1.1365 100 900 12 16 15.3500 0.9937 100 905 11 16 15.1800 1.1780 100 910 11 16 15.2100 1.1072 100 915 11 16 15.1700 1.2574 100 920 11 16 15.1200 1.1771 100 925 13 16 15.3000 1.0247 100 930 12 16 15.2000 1.1747 100 935 11 16 15.1500 1.1435 100 940 11 16 15.2700 1.0941 100 945 11 16 15.1700 1.1921 100 950 13 16 15.3500 0.9937 100 955 12 16 15.1700 1.1581 100 960 12 16 15.2400 1.1324 100 965 12 16 15.1800 1.1080 100 970 12 16 15.0400 1.1993 100 975 11 16 15.2600 1.1191 100 980 11 16 15.1700 1.2574 100 985 11 16 15.2600 1.1101 100 990 11 16 14.9500 1.4098 100 995 12 16 15.2300 1.1032 100 1000 12 16 15.0800 1.2384 100 # ** Goal reached ** # Stopped genetic search at 1001 generations.