1 2 3 4 5 problem 1 dimensions 5 10 6 7 8 initial l2 norm of the residuals 0.5000000D+01 9 10 final l2 norm of the residuals 0.2236068D+01 11 12 number of function evaluations 3 13 14 number of jacobian evaluations 2 15 16 exit parameter 3 17 18 final approximate solution 19 20 -0.1000000D+01 -0.1000000D+01 -0.1000000D+01 -0.1000000D+01 -0.1000000D+01 21 22 23 24 25 problem 1 dimensions 5 50 26 27 28 initial l2 norm of the residuals 0.8062258D+01 29 30 final l2 norm of the residuals 0.6708204D+01 31 32 number of function evaluations 3 33 34 number of jacobian evaluations 2 35 36 exit parameter 3 37 38 final approximate solution 39 40 -0.1000000D+01 -0.1000000D+01 -0.1000000D+01 -0.1000000D+01 -0.1000000D+01 41 42 43 44 45 problem 2 dimensions 5 10 46 47 48 initial l2 norm of the residuals 0.2915219D+03 49 50 final l2 norm of the residuals 0.1463850D+01 51 52 number of function evaluations 3 53 54 number of jacobian evaluations 2 55 56 exit parameter 1 57 58 final approximate solution 59 60 -0.1677968D+03 -0.8339841D+02 0.2211100D+03 -0.4119920D+02 -0.3275936D+02 61 62 63 64 65 problem 2 dimensions 5 50 66 67 68 initial l2 norm of the residuals 0.3101600D+04 69 70 final l2 norm of the residuals 0.3482630D+01 71 72 number of function evaluations 3 73 74 number of jacobian evaluations 2 75 76 exit parameter 1 77 78 final approximate solution 79 80 -0.2030000D+02 -0.9650000D+01 -0.1652452D+03 -0.4325000D+01 0.1105331D+03 81 82 83 84 85 problem 3 dimensions 5 10 86 87 88 initial l2 norm of the residuals 0.1260397D+03 89 90 final l2 norm of the residuals 0.1909727D+01 91 92 number of function evaluations 3 93 94 number of jacobian evaluations 2 95 96 exit parameter 1 97 98 final approximate solution 99 100 0.1000000D+01 -0.2103615D+03 0.3212042D+02 0.8113457D+02 0.1000000D+01 101 102 103 104 105 problem 3 dimensions 5 50 106 107 108 initial l2 norm of the residuals 0.1748950D+04 109 110 final l2 norm of the residuals 0.3691729D+01 111 112 number of function evaluations 3 113 114 number of jacobian evaluations 2 115 116 exit parameter 1 117 118 final approximate solution 119 120 0.1000000D+01 0.3321495D+03 -0.4396852D+03 0.1636969D+03 0.1000000D+01 121 122 123 124 125 problem 4 dimensions 2 2 126 127 128 initial l2 norm of the residuals 0.4919350D+01 129 130 final l2 norm of the residuals 0.0000000D+00 131 132 number of function evaluations 21 133 134 number of jacobian evaluations 16 135 136 exit parameter 4 137 138 final approximate solution 139 140 0.1000000D+01 0.1000000D+01 141 142 143 144 145 problem 4 dimensions 2 2 146 147 148 initial l2 norm of the residuals 0.1340063D+04 149 150 final l2 norm of the residuals 0.0000000D+00 151 152 number of function evaluations 8 153 154 number of jacobian evaluations 5 155 156 exit parameter 2 157 158 final approximate solution 159 160 0.1000000D+01 0.1000000D+01 161 162 163 164 165 problem 4 dimensions 2 2 166 167 168 initial l2 norm of the residuals 0.1430001D+06 169 170 final l2 norm of the residuals 0.0000000D+00 171 172 number of function evaluations 6 173 174 number of jacobian evaluations 4 175 176 exit parameter 2 177 178 final approximate solution 179 180 0.1000000D+01 0.1000000D+01 181 182 183 184 185 problem 5 dimensions 3 3 186 187 188 initial l2 norm of the residuals 0.5000000D+02 189 190 final l2 norm of the residuals 0.9936523D-16 191 192 number of function evaluations 11 193 194 number of jacobian evaluations 8 195 196 exit parameter 2 197 198 final approximate solution 199 200 0.1000000D+01 -0.6243302D-17 0.0000000D+00 201 202 203 204 205 problem 5 dimensions 3 3 206 207 208 initial l2 norm of the residuals 0.1029563D+03 209 210 final l2 norm of the residuals 0.1044679D-18 211 212 number of function evaluations 20 213 214 number of jacobian evaluations 15 215 216 exit parameter 2 217 218 final approximate solution 219 220 0.1000000D+01 0.6563911D-20 0.0000000D+00 221 222 223 224 225 problem 5 dimensions 3 3 226 227 228 initial l2 norm of the residuals 0.9912618D+03 229 230 final l2 norm of the residuals 0.3138778D-28 231 232 number of function evaluations 19 233 234 number of jacobian evaluations 16 235 236 exit parameter 2 237 238 final approximate solution 239 240 0.1000000D+01 -0.1972152D-29 0.0000000D+00 241 242 243 244 245 problem 6 dimensions 4 4 246 247 248 initial l2 norm of the residuals 0.1466288D+02 249 250 final l2 norm of the residuals 0.6109328D-33 251 252 number of function evaluations 59 253 254 number of jacobian evaluations 58 255 256 exit parameter 4 257 258 final approximate solution 259 260 0.1652118D-16 -0.1652118D-17 0.2643388D-17 0.2643388D-17 261 262 263 264 265 problem 6 dimensions 4 4 266 267 268 initial l2 norm of the residuals 0.1270984D+04 269 270 final l2 norm of the residuals 0.9103608D-39 271 272 number of function evaluations 72 273 274 number of jacobian evaluations 71 275 276 exit parameter 4 277 278 final approximate solution 279 280 0.2016745D-19 -0.2016745D-20 0.3226792D-20 0.3226792D-20 281 282 283 284 285 problem 6 dimensions 4 4 286 287 288 initial l2 norm of the residuals 0.1268879D+06 289 290 final l2 norm of the residuals 0.2330524D-34 291 292 number of function evaluations 68 293 294 number of jacobian evaluations 67 295 296 exit parameter 4 297 298 final approximate solution 299 300 0.3226792D-17 -0.3226792D-18 0.5162867D-18 0.5162867D-18 301 302 303 304 305 problem 7 dimensions 2 2 306 307 308 initial l2 norm of the residuals 0.2001250D+02 309 310 final l2 norm of the residuals 0.6998875D+01 311 312 number of function evaluations 14 313 314 number of jacobian evaluations 8 315 316 exit parameter 1 317 318 final approximate solution 319 320 0.1141248D+02 -0.8968279D+00 321 322 323 324 325 problem 7 dimensions 2 2 326 327 328 initial l2 norm of the residuals 0.1243283D+05 329 330 final l2 norm of the residuals 0.6998875D+01 331 332 number of function evaluations 19 333 334 number of jacobian evaluations 12 335 336 exit parameter 1 337 338 final approximate solution 339 340 0.1141300D+02 -0.8967960D+00 341 342 343 344 345 problem 7 dimensions 2 2 346 347 348 initial l2 norm of the residuals 0.1142645D+08 349 350 final l2 norm of the residuals 0.6998875D+01 351 352 number of function evaluations 24 353 354 number of jacobian evaluations 17 355 356 exit parameter 1 357 358 final approximate solution 359 360 0.1141278D+02 -0.8968051D+00 361 362 363 364 365 problem 8 dimensions 3 15 366 367 368 initial l2 norm of the residuals 0.6456136D+01 369 370 final l2 norm of the residuals 0.9063596D-01 371 372 number of function evaluations 6 373 374 number of jacobian evaluations 5 375 376 exit parameter 1 377 378 final approximate solution 379 380 0.8241058D-01 0.1133037D+01 0.2343695D+01 381 382 383 384 385 problem 8 dimensions 3 15 386 387 388 initial l2 norm of the residuals 0.3614185D+02 389 390 final l2 norm of the residuals 0.4174769D+01 391 392 number of function evaluations 37 393 394 number of jacobian evaluations 36 395 396 exit parameter 1 397 398 final approximate solution 399 400 0.8406667D+00 -0.1588480D+09 -0.1643787D+09 401 402 403 404 405 problem 8 dimensions 3 15 406 407 408 initial l2 norm of the residuals 0.3841147D+03 409 410 final l2 norm of the residuals 0.4174769D+01 411 412 number of function evaluations 14 413 414 number of jacobian evaluations 13 415 416 exit parameter 1 417 418 final approximate solution 419 420 0.8406667D+00 -0.1589462D+09 -0.1644649D+09 421 422 423 424 425 problem 9 dimensions 4 11 426 427 428 initial l2 norm of the residuals 0.7289151D-01 429 430 final l2 norm of the residuals 0.1753584D-01 431 432 number of function evaluations 18 433 434 number of jacobian evaluations 16 435 436 exit parameter 1 437 438 final approximate solution 439 440 0.1928078D+00 0.1912627D+00 0.1230528D+00 0.1360532D+00 441 442 443 444 445 problem 9 dimensions 4 11 446 447 448 initial l2 norm of the residuals 0.2979370D+01 449 450 final l2 norm of the residuals 0.3205219D-01 451 452 number of function evaluations 78 453 454 number of jacobian evaluations 70 455 456 exit parameter 1 457 458 final approximate solution 459 460 0.7286755D+06 -0.1407588D+02 -0.3297780D+08 -0.2057159D+08 461 462 463 464 465 problem 9 dimensions 4 11 466 467 468 initial l2 norm of the residuals 0.2995906D+02 469 470 final l2 norm of the residuals 0.1753584D-01 471 472 number of function evaluations 500 473 474 number of jacobian evaluations 380 475 476 exit parameter 5 477 478 final approximate solution 479 480 0.1927984D+00 0.1914737D+00 0.1230925D+00 0.1361510D+00 481 482 483 484 485 problem 10 dimensions 3 16 486 487 488 initial l2 norm of the residuals 0.4115347D+05 489 490 final l2 norm of the residuals 0.9377945D+01 491 492 number of function evaluations 126 493 494 number of jacobian evaluations 116 495 496 exit parameter 2 497 498 final approximate solution 499 500 0.5609636D-02 0.6181346D+04 0.3452236D+03 501 502 503 504 505 problem 10 dimensions 3 16 506 507 508 initial l2 norm of the residuals 0.4168217D+07 509 510 final l2 norm of the residuals 0.7994077D+03 511 512 number of function evaluations 400 513 514 number of jacobian evaluations 345 515 516 exit parameter 5 517 518 final approximate solution 519 520 0.9728056D-11 0.3444313D+05 0.9120292D+03 521 522 523 524 525 problem 11 dimensions 6 31 526 527 528 initial l2 norm of the residuals 0.5477226D+01 529 530 final l2 norm of the residuals 0.4782959D-01 531 532 number of function evaluations 8 533 534 number of jacobian evaluations 7 535 536 exit parameter 1 537 538 final approximate solution 539 540 -0.1572496D-01 0.1012435D+01 -0.2329917D+00 0.1260431D+01 -0.1513730D+01 541 0.9929973D+00 542 543 544 545 546 problem 11 dimensions 6 31 547 548 549 initial l2 norm of the residuals 0.6433126D+04 550 551 final l2 norm of the residuals 0.4782959D-01 552 553 number of function evaluations 14 554 555 number of jacobian evaluations 13 556 557 exit parameter 1 558 559 final approximate solution 560 561 -0.1572519D-01 0.1012435D+01 -0.2329915D+00 0.1260429D+01 -0.1513728D+01 562 0.9929957D+00 563 564 565 566 567 problem 11 dimensions 6 31 568 569 570 initial l2 norm of the residuals 0.6742560D+06 571 572 final l2 norm of the residuals 0.4782959D-01 573 574 number of function evaluations 15 575 576 number of jacobian evaluations 14 577 578 exit parameter 1 579 580 final approximate solution 581 582 -0.1572470D-01 0.1012435D+01 -0.2329919D+00 0.1260433D+01 -0.1513733D+01 583 0.9929990D+00 584 585 586 587 588 problem 11 dimensions 9 31 589 590 591 initial l2 norm of the residuals 0.5477226D+01 592 593 final l2 norm of the residuals 0.1183115D-02 594 595 number of function evaluations 8 596 597 number of jacobian evaluations 7 598 599 exit parameter 3 600 601 final approximate solution 602 603 -0.1530706D-04 0.9997897D+00 0.1476396D-01 0.1463423D+00 0.1000821D+01 604 -0.2617731D+01 0.4104403D+01 -0.3143612D+01 0.1052626D+01 605 606 607 608 609 problem 11 dimensions 9 31 610 611 612 initial l2 norm of the residuals 0.1208813D+05 613 614 final l2 norm of the residuals 0.1183115D-02 615 616 number of function evaluations 19 617 618 number of jacobian evaluations 15 619 620 exit parameter 1 621 622 final approximate solution 623 624 -0.1530713D-04 0.9997897D+00 0.1476396D-01 0.1463423D+00 0.1000821D+01 625 -0.2617731D+01 0.4104403D+01 -0.3143612D+01 0.1052626D+01 626 627 628 629 630 problem 11 dimensions 9 31 631 632 633 initial l2 norm of the residuals 0.1269109D+07 634 635 final l2 norm of the residuals 0.1183115D-02 636 637 number of function evaluations 19 638 639 number of jacobian evaluations 16 640 641 exit parameter 3 642 643 final approximate solution 644 645 -0.1530704D-04 0.9997897D+00 0.1476396D-01 0.1463423D+00 0.1000821D+01 646 -0.2617731D+01 0.4104403D+01 -0.3143612D+01 0.1052626D+01 647 648 649 650 651 problem 11 dimensions 12 31 652 653 654 initial l2 norm of the residuals 0.5477226D+01 655 656 final l2 norm of the residuals 0.2173104D-04 657 658 number of function evaluations 10 659 660 number of jacobian evaluations 9 661 662 exit parameter 3 663 664 final approximate solution 665 666 -0.6638060D-08 0.1000002D+01 -0.5639322D-03 0.3478205D+00 -0.1567315D+00 667 0.1052815D+01 -0.3247271D+01 0.7288435D+01 -0.1027185D+02 0.9074114D+01 668 -0.4541375D+01 0.1012012D+01 669 670 671 672 673 problem 11 dimensions 12 31 674 675 676 initial l2 norm of the residuals 0.1922076D+05 677 678 final l2 norm of the residuals 0.2173104D-04 679 680 number of function evaluations 13 681 682 number of jacobian evaluations 12 683 684 exit parameter 3 685 686 final approximate solution 687 688 -0.6637102D-08 0.1000002D+01 -0.5639322D-03 0.3478205D+00 -0.1567315D+00 689 0.1052815D+01 -0.3247271D+01 0.7288435D+01 -0.1027185D+02 0.9074114D+01 690 -0.4541375D+01 0.1012012D+01 691 692 693 694 695 problem 11 dimensions 12 31 696 697 698 initial l2 norm of the residuals 0.2018918D+07 699 700 final l2 norm of the residuals 0.2173104D-04 701 702 number of function evaluations 34 703 704 number of jacobian evaluations 28 705 706 exit parameter 2 707 708 final approximate solution 709 710 -0.6638060D-08 0.1000002D+01 -0.5639322D-03 0.3478205D+00 -0.1567315D+00 711 0.1052815D+01 -0.3247271D+01 0.7288435D+01 -0.1027185D+02 0.9074114D+01 712 -0.4541375D+01 0.1012012D+01 713 714 715 716 717 problem 12 dimensions 3 10 718 719 720 initial l2 norm of the residuals 0.3211158D+02 721 722 final l2 norm of the residuals 0.2419675D-15 723 724 number of function evaluations 7 725 726 number of jacobian evaluations 6 727 728 exit parameter 2 729 730 final approximate solution 731 732 0.1000000D+01 0.1000000D+02 0.1000000D+01 733 734 735 736 737 problem 13 dimensions 2 10 738 739 740 initial l2 norm of the residuals 0.6458565D+02 741 742 final l2 norm of the residuals 0.1115178D+02 743 744 number of function evaluations 21 745 746 number of jacobian evaluations 12 747 748 exit parameter 1 749 750 final approximate solution 751 752 0.2578199D+00 0.2578300D+00 753 754 755 756 757 problem 14 dimensions 4 20 758 759 760 initial l2 norm of the residuals 0.2815438D+04 761 762 final l2 norm of the residuals 0.2929543D+03 763 764 number of function evaluations 254 765 766 number of jacobian evaluations 236 767 768 exit parameter 1 769 770 final approximate solution 771 772 -0.1159126D+02 0.1320249D+02 -0.4035745D+00 0.2367363D+00 773 774 775 776 777 problem 14 dimensions 4 20 778 779 780 initial l2 norm of the residuals 0.5550734D+06 781 782 final l2 norm of the residuals 0.2929543D+03 783 784 number of function evaluations 53 785 786 number of jacobian evaluations 42 787 788 exit parameter 1 789 790 final approximate solution 791 792 -0.1159593D+02 0.1320419D+02 -0.4034174D+00 0.2367711D+00 793 794 795 796 797 problem 14 dimensions 4 20 798 799 800 initial l2 norm of the residuals 0.6121125D+08 801 802 final l2 norm of the residuals 0.2929543D+03 803 804 number of function evaluations 237 805 806 number of jacobian evaluations 221 807 808 exit parameter 1 809 810 final approximate solution 811 812 -0.1159026D+02 0.1320206D+02 -0.4036877D+00 0.2366653D+00 813 814 815 816 817 problem 15 dimensions 1 8 818 819 820 initial l2 norm of the residuals 0.1886238D+01 821 822 final l2 norm of the residuals 0.1886238D+01 823 824 number of function evaluations 1 825 826 number of jacobian evaluations 1 827 828 exit parameter 4 829 830 final approximate solution 831 832 0.5000000D+00 833 834 835 836 837 problem 15 dimensions 1 8 838 839 840 initial l2 norm of the residuals 0.5383344D+10 841 842 final l2 norm of the residuals 0.1884248D+01 843 844 number of function evaluations 29 845 846 number of jacobian evaluations 28 847 848 exit parameter 1 849 850 final approximate solution 851 852 0.9817315D+00 853 854 855 856 857 problem 15 dimensions 1 8 858 859 860 initial l2 norm of the residuals 0.1180887D+19 861 862 final l2 norm of the residuals 0.1884248D+01 863 864 number of function evaluations 47 865 866 number of jacobian evaluations 46 867 868 exit parameter 1 869 870 final approximate solution 871 872 0.9817315D+00 873 874 875 876 877 problem 15 dimensions 8 8 878 879 880 initial l2 norm of the residuals 0.1965139D+00 881 882 final l2 norm of the residuals 0.5930324D-01 883 884 number of function evaluations 39 885 886 number of jacobian evaluations 20 887 888 exit parameter 1 889 890 final approximate solution 891 892 0.4315366D-01 0.1930916D+00 0.2663286D+00 0.4999993D+00 0.5000007D+00 893 0.7336714D+00 0.8069084D+00 0.9568463D+00 894 895 896 897 898 problem 15 dimensions 9 9 899 900 901 initial l2 norm of the residuals 0.1699499D+00 902 903 final l2 norm of the residuals 0.1760084D-15 904 905 number of function evaluations 12 906 907 number of jacobian evaluations 9 908 909 exit parameter 2 910 911 final approximate solution 912 913 0.4420535D-01 0.1994907D+00 0.2356191D+00 0.4160469D+00 0.5000000D+00 914 0.5839531D+00 0.7643809D+00 0.8005093D+00 0.9557947D+00 915 916 917 918 919 problem 15 dimensions 10 10 920 921 922 initial l2 norm of the residuals 0.1837478D+00 923 924 final l2 norm of the residuals 0.8064710D-01 925 926 number of function evaluations 25 927 928 number of jacobian evaluations 12 929 930 exit parameter 1 931 932 final approximate solution 933 934 0.5962027D-01 0.1667088D+00 0.2391710D+00 0.3988853D+00 0.3988837D+00 935 0.6011163D+00 0.6011147D+00 0.7608290D+00 0.8332912D+00 0.9403797D+00 936 937 938 939 940 problem 16 dimensions 10 10 941 942 943 initial l2 norm of the residuals 0.1653022D+02 944 945 final l2 norm of the residuals 0.8662586D-14 946 947 number of function evaluations 14 948 949 number of jacobian evaluations 12 950 951 exit parameter 2 952 953 final approximate solution 954 955 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.9794303D+00 956 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.1205697D+01 957 958 959 960 961 problem 16 dimensions 10 10 962 963 964 initial l2 norm of the residuals 0.9765624D+07 965 966 final l2 norm of the residuals 0.5000936D-14 967 968 number of function evaluations 13 969 970 number of jacobian evaluations 8 971 972 exit parameter 2 973 974 final approximate solution 975 976 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.9794303D+00 977 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.9794303D+00 0.1205697D+01 978 979 980 981 982 problem 16 dimensions 10 10 983 984 985 initial l2 norm of the residuals 0.9765625D+17 986 987 final l2 norm of the residuals 0.5329071D-14 988 989 number of function evaluations 22 990 991 number of jacobian evaluations 20 992 993 exit parameter 2 994 995 final approximate solution 996 997 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 998 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 999 1000 1001 1002 1003 problem 16 dimensions 30 30 1004 1005 1006 initial l2 norm of the residuals 0.8347604D+02 1007 1008 final l2 norm of the residuals 0.1482786D-12 1009 1010 number of function evaluations 19 1011 1012 number of jacobian evaluations 14 1013 1014 exit parameter 2 1015 1016 final approximate solution 1017 1018 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 1019 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 1020 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 1021 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 1022 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 1023 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.9977542D+00 0.1067374D+01 1024 1025 1026 1027 1028 problem 16 dimensions 40 40 1029 1030 1031 initial l2 norm of the residuals 0.1280264D+03 1032 1033 final l2 norm of the residuals 0.2024535D-12 1034 1035 number of function evaluations 19 1036 1037 number of jacobian evaluations 14 1038 1039 exit parameter 2 1040 1041 final approximate solution 1042 1043 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1044 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1045 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1046 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1047 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1048 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1049 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1050 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 0.1000000D+01 1051 1052 1053 1054 1055 problem 17 dimensions 5 33 1056 1057 1058 initial l2 norm of the residuals 0.9375640D+00 1059 1060 final l2 norm of the residuals 0.7392493D-02 1061 1062 number of function evaluations 18 1063 1064 number of jacobian evaluations 15 1065 1066 exit parameter 1 1067 1068 final approximate solution 1069 1070 0.3754100D+00 0.1935847D+01 -0.1464687D+01 0.1286753D-01 0.2212270D-01 1071 1072 1073 1074 1075 problem 18 dimensions 11 65 1076 1077 1078 initial l2 norm of the residuals 0.1446865D+01 1079 1080 final l2 norm of the residuals 0.2003440D+00 1081 1082 number of function evaluations 16 1083 1084 number of jacobian evaluations 12 1085 1086 exit parameter 1 1087 1088 final approximate solution 1089 1090 0.1309977D+01 0.4315525D+00 0.6336613D+00 0.5994286D+00 0.7541798D+00 1091 0.9043001D+00 0.1365799D+01 0.4823732D+01 0.2398685D+01 0.4568876D+01 1092 0.5675342D+01 10931summary of 53 calls to lmder1 1094 1095 nprob n m nfev njev info final l2 norm 1096 1097 1 5 10 3 2 3 0.2236068D+01 1098 1 5 50 3 2 3 0.6708204D+01 1099 2 5 10 3 2 1 0.1463850D+01 1100 2 5 50 3 2 1 0.3482630D+01 1101 3 5 10 3 2 1 0.1909727D+01 1102 3 5 50 3 2 1 0.3691729D+01 1103 4 2 2 21 16 4 0.0000000D+00 1104 4 2 2 8 5 2 0.0000000D+00 1105 4 2 2 6 4 2 0.0000000D+00 1106 5 3 3 11 8 2 0.9936523D-16 1107 5 3 3 20 15 2 0.1044679D-18 1108 5 3 3 19 16 2 0.3138778D-28 1109 6 4 4 59 58 4 0.6109328D-33 1110 6 4 4 72 71 4 0.9103608D-39 1111 6 4 4 68 67 4 0.2330524D-34 1112 7 2 2 14 8 1 0.6998875D+01 1113 7 2 2 19 12 1 0.6998875D+01 1114 7 2 2 24 17 1 0.6998875D+01 1115 8 3 15 6 5 1 0.9063596D-01 1116 8 3 15 37 36 1 0.4174769D+01 1117 8 3 15 14 13 1 0.4174769D+01 1118 9 4 11 18 16 1 0.1753584D-01 1119 9 4 11 78 70 1 0.3205219D-01 1120 9 4 11 500 380 5 0.1753584D-01 1121 10 3 16 126 116 2 0.9377945D+01 1122 10 3 16 400 345 5 0.7994077D+03 1123 11 6 31 8 7 1 0.4782959D-01 1124 11 6 31 14 13 1 0.4782959D-01 1125 11 6 31 15 14 1 0.4782959D-01 1126 11 9 31 8 7 3 0.1183115D-02 1127 11 9 31 19 15 1 0.1183115D-02 1128 11 9 31 19 16 3 0.1183115D-02 1129 11 12 31 10 9 3 0.2173104D-04 1130 11 12 31 13 12 3 0.2173104D-04 1131 11 12 31 34 28 2 0.2173104D-04 1132 12 3 10 7 6 2 0.2419675D-15 1133 13 2 10 21 12 1 0.1115178D+02 1134 14 4 20 254 236 1 0.2929543D+03 1135 14 4 20 53 42 1 0.2929543D+03 1136 14 4 20 237 221 1 0.2929543D+03 1137 15 1 8 1 1 4 0.1886238D+01 1138 15 1 8 29 28 1 0.1884248D+01 1139 15 1 8 47 46 1 0.1884248D+01 1140 15 8 8 39 20 1 0.5930324D-01 1141 15 9 9 12 9 2 0.1760084D-15 1142 15 10 10 25 12 1 0.8064710D-01 1143 16 10 10 14 12 2 0.8662586D-14 1144 16 10 10 13 8 2 0.5000936D-14 1145 16 10 10 22 20 2 0.5329071D-14 1146 16 30 30 19 14 2 0.1482786D-12 1147 16 40 40 19 14 2 0.2024535D-12 1148 17 5 33 18 15 1 0.7392493D-02 1149 18 11 65 16 12 1 0.2003440D+00 1150