Improve: 2023_DB epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 41/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 1.624913123 0.151E-07 0.106E-02 | e 0.280358191 0.85281E-04 2 0.160336630 -0.298E-07 0.209E-02 | a 1.394069080 0.17132E-03 3 0.088194640 -0.127E-07 0.894E-03 | i 0.601361833 0.17402E-03 4 -0.004052027 0.305E-09 0.214E-04 | node 279.390672927 0.13204E-02 5 0.010599557 0.112E-10 0.780E-06 | peri 226.911095285 0.10959E-02 6 0.004571283 0.825E-11 0.577E-06 | M 244.550842555 0.11177E+00 | tp = 2024-10-08.594548 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: 0.45651 Optical RMSE: 0.45651(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 80/82 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 2023 02 16.07748 1.000 C 10 20 40.822 -17 21 52.24 1.003 0.018 0.655148 1.608772 0.655174 1.608826 F L87 2 2023 02 16.07902 1.000 C 10 20 42.854 -17 22 04.91 1.003 0.018 0.011438 1.095437 0.011465 1.095491 L87 3 2023 02 16.08362 1.000 C 10 20 49.022 -17 22 43.50 1.003 0.018 -0.843759 0.636345 -0.843733 0.636399 L87 4 2023 02 16.08824 1.000 C 10 20 55.169 -17 23 23.32 1.003 0.018 -0.734683 -0.948874 -0.734657 -0.948820 L87 5 2023 02 16.08977 1.000 C 10 20 57.259 -17 23 36.96 1.003 0.018 -0.079523 -0.860685 -0.079497 -0.860632 L87 6 2023 02 16.80875 1.000 C 10 39 41.323 -19 05 29.15 1.003 0.018 -0.239183 0.079098 -0.239153 0.079148 L87 7 2023 02 16.81030 1.000 C 10 39 43.502 -19 05 43.66 1.003 0.018 0.447587 0.045085 0.447616 0.045135 L87 8 2023 02 16.81492 1.000 C 10 39 49.810 -19 06 24.84 1.003 0.018 -0.187827 -1.703668 -0.187797 -1.703618 F L87 9 2023 02 16.81953 1.000 C 10 39 56.290 -19 07 05.45 1.003 0.018 -0.256147 -0.498318 -0.256117 -0.498268 L87 10 2023 02 16.82108 1.000 C 10 39 58.462 -19 07 18.77 1.003 0.018 -0.584383 -0.010094 -0.584353 -0.010044 L87 11 2023 02 16.90663 1.000 C 10 41 53.244 -19 19 43.00 1.003 0.018 0.282745 0.101892 0.282775 0.101941 L87 12 2023 02 16.92102 1.000 C 10 42 11.933 -19 21 44.42 1.003 0.018 0.551819 -0.299056 0.551849 -0.299008 L87 13 2023 02 16.941720 1.000 C 10 42 42.63 -19 32 06.6 1.003 0.018 0.074989 -0.308809 0.075020 -0.308761 I93 14 2023 02 16.944016 1.000 C 10 42 45.73 -19 32 24.7 1.003 0.018 -0.809242 0.161545 -0.809210 0.161593 I93 15 2023 02 16.946237 1.000 C 10 42 48.71 -19 32 44.2 1.003 0.018 0.163001 -0.263570 0.163033 -0.263523 I93 16 2023 02 17.048891 1.000 C 10 45 04.89 -19 46 23.0 1.003 0.018 -0.799713 0.601833 -0.799682 0.601879 958 17 2023 02 17.054634 1.000 C 10 45 12.43 -19 47 08.6 1.003 0.018 0.491040 0.407701 0.491072 0.407747 958 18 2023 02 17.060376 1.000 C 10 45 19.84 -19 47 52.5 1.003 0.018 -0.250046 -0.978975 -0.250014 -0.978929 958 19 2023 02 17.14702 1.000 C 10 47 45.05 -19 50 02.2 1.003 0.018 0.770067 0.148665 0.770097 0.148712 807 20 2023 02 17.15183 1.000 C 10 47 51.33 -19 50 41.0 1.003 0.018 0.640950 0.493967 0.640980 0.494014 807 21 2023 02 17.15664 1.000 C 10 47 57.57 -19 51 20.0 1.003 0.018 0.701633 0.391145 0.701663 0.391192 807 22 2023 02 17.96324 1.000 C 11 07 01.128 -21 27 36.14 1.003 0.019 0.090933 -0.045691 0.090964 -0.045650 L87 23 2023 02 17.97464 1.000 C 11 07 14.890 -21 28 53.04 1.003 0.019 0.082443 0.045005 0.082473 0.045046 L87 24 2023 02 17.98597 1.000 C 11 07 28.514 -21 30 08.64 1.003 0.019 0.104353 -0.054100 0.104383 -0.054060 L87 25 2023 02 19.20942 1.000 C 11 34 41.52 -23 24 40.7 1.004 0.020 0.354658 -0.015540 0.354687 -0.015508 807 26 2023 02 19.21134 1.000 C 11 34 43.63 -23 24 50.6 1.004 0.020 0.182263 -0.107494 0.182292 -0.107462 807 27 2023 02 19.21326 1.000 C 11 34 45.75 -23 25 00.6 1.004 0.020 0.202893 -0.134312 0.202922 -0.134279 807 28 2023 02 20.20396 1.000 C 11 54 48.73 -24 35 46.8 1.004 0.021 -0.234862 0.120340 -0.234835 0.120368 807 29 2023 02 20.20877 1.000 C 11 54 53.59 -24 36 06.6 1.004 0.021 -0.193275 0.400584 -0.193248 0.400612 807 30 2023 02 20.21358 1.000 C 11 54 58.39 -24 36 26.9 1.004 0.021 -0.043796 -0.230885 -0.043769 -0.230858 807 31 2023 02 23.25170 1.000 C 12 44 50.09 -26 39 05.9 1.006 0.025 -0.394184 -0.176516 -0.394163 -0.176498 807 32 2023 02 23.25749 1.000 C 12 44 54.10 -26 39 15.5 1.006 0.025 -0.255080 -0.234020 -0.255059 -0.234002 807 33 2023 02 23.26328 1.000 C 12 44 58.11 -26 39 24.3 1.006 0.025 -0.414954 0.262519 -0.414933 0.262536 807 34 2023 02 26.18946 1.000 C 13 19 07.37 -27 16 13.9 1.008 0.030 -0.237096 0.073499 -0.237078 0.073513 807 35 2023 02 26.19719 1.000 C 13 19 11.25 -27 16 20.4 1.008 0.030 0.096512 0.166184 0.096530 0.166197 807 36 2023 02 26.20492 1.000 C 13 19 15.05 -27 16 26.9 1.008 0.030 0.072068 -0.272133 0.072086 -0.272119 807 37 2023 02 27.25168 1.000 C 13 28 44.11 -27 19 58.1 1.009 0.032 0.041324 -0.065977 0.041341 -0.065965 807 38 2023 02 27.25940 1.000 C 13 28 47.31 -27 20 00.8 1.009 0.032 0.186948 0.215936 0.186965 0.215948 807 39 2023 02 27.26713 1.000 C 13 28 50.43 -27 20 03.1 1.009 0.032 -0.459999 0.129530 -0.459982 0.129542 807 40 2023 02 28.42147 1.000 C 13 38 01.97 -27 23 52.3 1.010 0.034 1.264922 0.377983 1.264938 0.377993 691 41 2023 02 28.43221 1.000 C 13 38 05.54 -27 23 51.5 1.010 0.034 -0.450418 -0.501086 -0.450402 -0.501076 691 } }