Improve: 2015_AK280 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 25/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -1.895945006 0.212E-08 0.320E-02 | e 0.704599353 0.41253E-04 2 -3.442936033 -0.238E-09 0.258E-03 | a 2.656273809 0.29630E-03 3 -2.215366847 -0.167E-09 0.302E-03 | i 11.363849730 0.10581E-02 4 0.004233733 0.298E-11 0.472E-05 | node 17.194026300 0.20144E-02 5 -0.000964696 0.459E-11 0.738E-05 | peri 45.096539608 0.12349E-02 6 -0.000957305 0.295E-11 0.473E-05 | M 192.800782107 0.15389E+00 | tp = 2023-07-28.135403 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: 0.13942 Optical RMSE: 0.13942(ang-sec.) Number of loops/max_num in Least Squares on iter 10/10 Number of included/excluded equations on iter 0/0 Number of used/total equations 44/50 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 2015 01 20.598609 1.000 C 13 57 59.079 +25 45 12.56 1.099 0.337 0.025701 0.018669 0.025702 0.018666 568 2 2015 01 20.602139 1.000 C 13 57 58.262 +25 45 12.87 1.099 0.337 -0.031079 -0.003138 -0.031079 -0.003140 568 3 2015 01 21.634722 1.000 C 13 54 10.600 +25 46 08.22 1.109 0.340 0.008988 0.036442 0.008989 0.036439 568 4 2015 01 21.636284 1.000 C 13 54 10.242 +25 46 08.35 1.109 0.340 0.039989 0.072615 0.039990 0.072613 568 5 2015 01 23.639019 1.000 C 13 46 49.032 +25 47 34.47 1.129 0.346 -0.204591 -0.068085 -0.204590 -0.068087 568 6 2015 01 23.640277 1.000 C 13 46 48.763 +25 47 34.57 1.129 0.346 0.076405 0.045885 0.076406 0.045883 568 7 2015 01 28.436186 1.000 C 13 29 05.35 +25 48 46.3 1.178 0.362 0.094956 0.463269 0.094957 0.463267 F H21 8 2015 01 28.445950 1.000 C 13 29 03.06 +25 48 45.7 1.178 0.362 -0.143620 -0.166928 -0.143619 -0.166930 H21 9 2015 01 28.455914 1.000 C 13 29 00.77 +25 48 45.7 1.178 0.362 0.132744 -0.066944 0.132745 -0.066946 H21 10 2015 02 09.49958 1.000 C 12 43 41.06 +25 30 21.5 1.303 0.409 -0.056899 0.094117 -0.056898 0.094116 291 11 2015 02 09.50487 1.000 C 12 43 39.82 +25 30 20.2 1.303 0.409 -0.117173 -0.073232 -0.117172 -0.073234 291 12 2015 02 09.51017 1.000 C 12 43 38.60 +25 30 19.0 1.303 0.409 0.124769 -0.149066 0.124770 -0.149068 291 13 2015 02 10.50660 1.000 C 12 39 54.08 +25 26 50.8 1.313 0.414 -1.517431 0.350943 -1.517430 F 0.350941 291 14 2015 02 10.52367 1.000 C 12 39 50.14 +25 26 46.2 1.313 0.414 -1.185013 -0.187300 -1.185012 F -0.187301 291 15 2015 02 13.336128 1.000 C 12 29 23.41 +25 14 59.7 1.343 0.428 -0.010637 0.001422 -0.010636 0.001421 H21 16 2015 02 13.349431 1.000 C 12 29 20.38 +25 14 56.2 1.343 0.428 0.158417 0.133819 0.158418 0.133818 H21 17 2015 02 13.361176 1.000 C 12 29 17.69 +25 14 52.9 1.343 0.428 0.089584 0.116313 0.089584 0.116312 H21 18 2015 02 14.23192 1.000 C 12 26 06.80 +25 10 36.5 1.352 0.433 -0.132517 0.163826 -0.132516 0.163825 291 19 2015 02 14.24093 1.000 C 12 26 04.82 +25 10 34.0 1.352 0.433 0.182972 -0.069675 0.182973 -0.069676 291 20 2015 02 20.59008 1.000 C 12 03 33.781 +24 31 13.08 1.418 0.471 -0.746191 -0.039885 -0.746190 F -0.039886 F F51 21 2015 02 20.60379 1.000 C 12 03 30.940 +24 31 06.83 1.419 0.471 -0.092789 -0.185607 -0.092789 -0.185609 F51 22 2015 02 20.61757 1.000 C 12 03 28.028 +24 31 00.45 1.419 0.471 -0.235595 -0.050298 -0.235594 -0.050299 F51 23 2015 03 10.20645 1.000 C 11 14 35.76 +21 39 24.6 1.600 0.624 0.289535 0.014862 0.289535 0.014862 291 24 2015 03 10.21373 1.000 C 11 14 34.82 +21 39 19.4 1.600 0.625 -0.114920 -0.071983 -0.114920 -0.071983 291 25 2015 03 10.22103 1.000 C 11 14 33.81 +21 39 14.5 1.600 0.625 -0.127029 0.742159 -0.127030 0.742159 F 291 } }