Improve: 2016_EF27 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 43/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -0.779249382 -0.268E-09 0.523E-03 | e 0.383012160 0.54288E-05 2 1.116328584 -0.345E-09 0.670E-03 | a 1.826393177 0.18269E-04 3 0.421249134 -0.784E-10 0.150E-03 | i 8.529006915 0.88522E-04 4 -0.009732233 0.218E-11 0.426E-05 | node 138.816622007 0.77146E-04 5 -0.012286164 -0.317E-11 0.614E-05 | peri 60.052036657 0.14145E-03 6 -0.002757564 -0.119E-11 0.234E-05 | M 322.981959901 0.21139E-01 | tp = 2026-02-21.704488 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 1.00 1.00 3 1.00 1.00 1.00 4 -1.00 -1.00 -1.00 1.00 5 1.00 1.00 1.00 -1.00 1.00 6 1.00 1.00 1.00 -1.00 1.00 1.00 Root mean squared error: 0.26560 Optical RMSE: 0.26560(ang-sec.) Number of loops/max_num in Least Squares on iter 1/10 Number of included/excluded equations on iter 0/0 Number of used/total equations 82/86 number time weight note2 RA/Delay DEC/Doppler r ro O-C_RA/Del O-C_DEC/Dop res_RA/Del in_RA res_DEC/Dop in_DEC Obs { 1 2016 03 03.39669 1.000 C 12 26 23.592 +21 30 31.77 1.181 0.207 -0.290430 -0.150219 -0.290432 -0.150217 F51 2 2016 03 03.42544 1.000 C 12 26 29.002 +21 31 45.08 1.181 0.207 -0.158404 -0.175983 -0.158406 -0.175982 F51 3 2016 03 03.43993 1.000 C 12 26 31.718 +21 32 21.92 1.181 0.207 0.000193 -0.199037 0.000192 -0.199035 F51 4 2016 03 04.299704 1.000 C 12 29 27.37 +22 08 08.4 1.178 0.205 -0.281515 0.011045 -0.281517 0.011047 705 5 2016 03 04.300715 1.000 C 12 29 27.58 +22 08 10.7 1.178 0.205 -0.235047 -0.348159 -0.235048 -0.348158 705 6 2016 03 04.301728 1.000 C 12 29 27.78 +22 08 14.0 1.178 0.205 0.234992 0.204786 0.234990 0.204788 705 7 2016 03 05.40459 1.000 C 12 33 17.951 +22 54 42.34 1.175 0.202 -0.112851 0.154688 -0.112853 0.154689 F51 8 2016 03 05.41748 1.000 C 12 33 20.474 +22 55 15.62 1.175 0.202 0.039071 0.028009 0.039069 0.028011 F51 9 2016 03 05.43047 1.000 C 12 33 22.996 +22 55 49.16 1.175 0.202 0.119243 0.061320 0.119242 0.061322 F51 10 2016 03 05.44361 1.000 C 12 33 25.530 +22 56 22.87 1.175 0.202 0.029790 0.064532 0.029788 0.064533 F51 11 2016 03 10.275101 1.000 C 12 51 03.16 +26 19 43.7 1.163 0.192 0.306495 0.295925 0.306493 0.295927 705 12 2016 03 10.276108 1.000 C 12 51 03.37 +26 19 46.0 1.163 0.192 0.087788 0.124883 0.087787 0.124885 705 13 2016 03 10.277113 1.000 C 12 51 03.59 +26 19 49.1 1.163 0.192 0.520559 0.448408 0.520558 0.448410 705 14 2016 03 13.31650 1.000 C 13 02 48.45 +28 24 19.9 1.156 0.188 -0.501049 -0.319851 -0.501050 -0.319849 I52 15 2016 03 13.31796 1.000 C 13 02 48.79 +28 24 23.9 1.156 0.188 -0.009547 -0.218399 -0.009549 -0.218397 I52 16 2016 03 13.31941 1.000 C 13 02 49.05 +28 24 25.6 1.156 0.188 -1.872989 -0.939666 -1.872990 F -0.939664 F I52 17 2016 03 13.32087 1.000 C 13 02 49.42 +28 24 31.1 1.156 0.188 -0.017579 -0.091554 -0.017580 -0.091552 I52 18 2016 03 22.306223 1.000 C 13 39 45.98 +33 45 52.3 1.139 0.181 -0.322069 0.009776 -0.322071 0.009778 705 19 2016 03 22.307236 1.000 C 13 39 46.27 +33 45 54.7 1.139 0.181 0.482232 -0.218895 0.482231 -0.218893 705 20 2016 03 22.308243 1.000 C 13 39 46.49 +33 45 56.6 1.139 0.181 0.381957 -0.059639 0.381956 -0.059637 705 21 2016 04 19.326832 1.000 C 15 20 03.32 +37 53 38.1 1.133 0.198 -0.075230 0.196593 -0.075231 0.196596 705 22 2016 04 19.328845 1.000 C 15 20 03.59 +37 53 37.2 1.133 0.198 0.315541 0.276736 0.315540 0.276739 705 23 2016 04 26.290216 1.000 C 15 35 11.88 +36 10 22.2 1.142 0.207 0.059080 0.189622 0.059079 0.189625 H21 24 2016 04 26.302010 1.000 C 15 35 13.03 +36 10 08.8 1.142 0.207 -0.199419 -0.248323 -0.199420 -0.248320 H21 25 2016 04 26.316557 1.000 C 15 35 14.40 +36 09 52.8 1.142 0.207 -0.134131 0.026081 -0.134131 0.026084 H21 26 2016 04 29.217141 1.000 C 15 40 21.64 +35 12 31.7 1.147 0.211 -0.037534 -0.291694 -0.037535 -0.291692 H21 27 2016 04 29.229837 1.000 C 15 40 22.71 +35 12 16.3 1.147 0.211 0.049720 -0.392419 0.049719 -0.392416 H21 28 2016 04 29.250442 1.000 C 15 40 24.43 +35 11 51.0 1.147 0.211 0.133342 -0.557226 0.133342 -0.557223 H21 29 2016 04 29.44433 1.000 C 15 40 41.08 +35 07 47.7 1.148 0.211 -0.350657 1.217886 -0.350658 1.217889 F 291 30 2016 04 29.44817 1.000 C 15 40 41.49 +35 07 42.4 1.148 0.211 -0.030464 0.085643 -0.030465 0.085646 291 31 2016 04 29.45201 1.000 C 15 40 41.88 +35 07 36.7 1.148 0.211 -0.167574 -0.958635 -0.167575 -0.958632 F 291 32 2016 05 06.245917 1.000 C 15 50 06.34 +32 22 55.2 1.162 0.222 0.062868 0.374434 0.062867 0.374437 H21 33 2016 05 06.260829 1.000 C 15 50 07.15 +32 22 31.6 1.162 0.222 0.370939 0.487854 0.370939 0.487856 H21 34 2016 05 06.279054 1.000 C 15 50 08.15 +32 22 01.7 1.162 0.222 -0.006538 0.196956 -0.006538 0.196958 H21 35 2016 05 07.314187 1.000 C 15 51 17.45 +31 53 35.0 1.165 0.224 -0.399863 0.238384 -0.399864 0.238387 H21 36 2016 05 07.330019 1.000 C 15 51 18.28 +31 53 08.2 1.165 0.224 -0.236012 0.043673 -0.236013 0.043676 H21 37 2016 05 07.344551 1.000 C 15 51 19.02 +31 52 43.3 1.165 0.224 -0.337804 0.157947 -0.337804 0.157950 H21 38 2016 05 13.272877 1.000 C 15 56 56.71 +28 54 46.4 1.181 0.235 0.355547 0.250347 0.355546 0.250350 H21 39 2016 05 13.285219 1.000 C 15 56 57.14 +28 54 22.5 1.181 0.235 0.233965 0.283113 0.233964 0.283116 H21 40 2016 05 13.303821 1.000 C 15 56 57.82 +28 53 46.3 1.181 0.235 0.116975 -0.045150 0.116975 -0.045147 H21 41 2016 05 30.214101 1.000 C 16 06 58.83 +18 46 23.2 1.239 0.279 0.174319 -0.125052 0.174319 -0.125049 H21 42 2016 05 30.231779 1.000 C 16 06 59.16 +18 45 42.1 1.239 0.280 -0.204484 -0.549387 -0.204484 -0.549384 H21 43 2016 05 30.247626 1.000 C 16 06 59.42 +18 45 05.3 1.239 0.280 -0.347026 -0.436764 -0.347025 -0.436762 H21 } }