Improve: 2016_EG28 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 45/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -0.853259695 -0.128E-05 0.276E-03 | e 0.571156441 0.16849E-05 2 0.350025098 -0.107E-05 0.230E-03 | a 1.808837551 0.61565E-05 3 0.174648400 -0.703E-06 0.152E-03 | i 8.106635999 0.21521E-04 4 -0.015294750 0.256E-07 0.553E-05 | node 344.443250095 0.41698E-04 5 -0.012739066 -0.105E-07 0.227E-05 | peri 112.367211661 0.73537E-04 6 -0.008408180 -0.520E-08 0.112E-05 | M 14.978355272 0.74047E-02 | tp = 2025-10-15.029153 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: 0.22430 Optical RMSE: 0.22430(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 86/90 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 05.26717 1.000 C 11 04 19.76 +04 09 04.5 1.007 0.015 3.010503 -0.562944 3.121154 F -0.371143 G96 2 2016 03 05.27333 1.000 C 11 04 19.77 +04 05 14.6 1.007 0.015 -0.189846 0.069220 -0.080265 0.260721 G96 3 2016 03 05.27949 1.000 C 11 04 19.71 +04 01 24.1 1.007 0.015 -1.288106 -0.151142 -1.179558 F 0.040039 G96 4 2016 03 05.28565 1.000 C 11 04 19.66 +03 57 32.8 1.007 0.015 -0.103101 -0.036498 0.004451 0.154345 G96 5 2016 03 05.30969 1.000 C 11 04 19.37 +03 42 48.8 1.007 0.015 -0.155771 -0.036085 -0.051806 0.153300 G96 6 2016 03 05.30996 1.000 C 11 04 19.39 +03 42 39.0 1.007 0.015 -0.167484 0.316832 -0.063557 0.506200 G96 7 2016 03 05.31023 1.000 C 11 04 19.37 +03 42 29.1 1.007 0.015 -0.063804 0.073364 0.040085 0.262714 G96 8 2016 03 05.31050 1.000 C 11 04 19.37 +03 42 19.5 1.007 0.015 -0.263610 0.123000 -0.159759 0.312333 G96 9 2016 03 05.34761 1.000 C 11 04 18.88 +03 20 18.2 1.007 0.015 -0.042388 -0.550915 0.056713 -0.364163 G96 10 2016 03 05.34788 1.000 C 11 04 18.89 +03 20 08.8 1.007 0.015 -0.076278 -0.366526 0.022792 -0.179793 G96 11 2016 03 05.34815 1.000 C 11 04 18.89 +03 19 59.5 1.007 0.015 -0.202662 -0.335390 -0.103624 -0.148677 G96 12 2016 03 05.34841 1.000 C 11 04 18.89 +03 19 50.1 1.007 0.015 0.122315 -0.291024 0.221323 -0.104331 G96 13 2016 03 05.38522 1.000 C 11 04 18.81 +02 58 49.7 1.008 0.016 0.008370 -0.375485 0.103406 -0.191609 G96 14 2016 03 05.38549 1.000 C 11 04 18.82 +02 58 40.8 1.008 0.016 -0.168151 -0.257855 -0.073142 -0.074001 G96 15 2016 03 05.38576 1.000 C 11 04 18.81 +02 58 31.7 1.008 0.016 -0.130085 -0.431947 -0.035103 -0.248115 G96 16 2016 03 05.38602 1.000 C 11 04 18.81 +02 58 22.7 1.008 0.016 0.139931 -0.446065 0.234887 -0.262253 G96 17 2016 03 05.38677 1.000 C 11 04 18.82 +02 57 57.8 1.008 0.016 -0.134938 -0.383308 -0.040056 -0.199556 G96 18 2016 03 05.38704 1.000 C 11 04 18.81 +02 57 48.9 1.008 0.016 -0.284711 -0.567906 -0.189855 -0.384175 G96 19 2016 03 05.38730 1.000 C 11 04 18.83 +02 57 39.7 1.008 0.016 0.184260 -0.276540 0.279090 -0.092830 G96 20 2016 03 05.38757 1.000 C 11 04 18.83 +02 57 30.8 1.008 0.016 0.033242 -0.312412 0.128046 -0.128723 G96 21 2016 03 05.42669 1.000 C 11 04 19.60 +02 36 05.1 1.008 0.016 0.095688 -0.149596 0.186945 0.030910 G96 22 2016 03 05.42695 1.000 C 11 04 19.62 +02 35 56.9 1.008 0.016 -0.087087 0.013226 0.004148 0.193710 G96 23 2016 03 05.42722 1.000 C 11 04 19.64 +02 35 48.2 1.008 0.016 -0.089527 0.178917 0.001685 0.359379 G96 24 2016 03 05.42749 1.000 C 11 04 19.64 +02 35 39.8 1.008 0.016 -0.375044 0.030343 -0.283854 0.210782 G96 25 2016 03 05.89498 1.000 C 11 05 56.15 -00 48 05.9 1.012 0.020 -0.158460 0.210920 -0.086728 0.354389 J95 26 2016 03 05.90518 1.000 C 11 05 56.31 -00 51 38.0 1.012 0.020 -0.028395 -0.026221 0.042800 0.116726 J95 27 2016 03 05.91355 1.000 C 11 05 56.40 -00 54 30.2 1.012 0.020 -0.436349 -0.314864 -0.365591 -0.172344 J95 28 2016 03 06.48141 1.000 C 11 06 41.36 -03 23 10.7 1.017 0.025 0.515114 -1.416371 0.566148 -1.299673 F 474 29 2016 03 06.48393 1.000 C 11 06 41.38 -03 23 44.4 1.017 0.025 -0.227887 0.063377 -0.176935 0.179989 474 30 2016 03 06.48620 1.000 C 11 06 41.31 -03 24 15.2 1.017 0.025 -0.322391 0.126016 -0.271513 0.242550 474 31 2016 03 06.48860 1.000 C 11 06 41.18 -03 24 48.0 1.017 0.025 -0.081431 -0.612186 -0.030631 -0.495734 474 32 2016 03 07.34890 1.000 C 11 07 20.66 -06 00 41.0 1.024 0.032 -0.417490 -0.442720 -0.384316 -0.351266 291 33 2016 03 07.35091 1.000 C 11 07 20.58 -06 00 57.8 1.024 0.032 0.311916 0.002257 0.345052 0.093668 291 34 2016 03 07.35293 1.000 C 11 07 20.49 -06 01 13.9 1.024 0.032 0.303028 0.216312 0.336127 0.307680 291 35 2016 03 08.469670 1.000 C 11 07 58.263 -07 55 13.90 1.033 0.042 0.158573 -0.035898 0.179036 0.035691 568 36 2016 03 08.471020 1.000 C 11 07 58.190 -07 55 20.17 1.033 0.042 0.077941 -0.018383 0.098389 0.053188 568 37 2016 03 09.42635 1.000 C 11 08 15.40 -08 58 36.5 1.042 0.050 0.810482 0.136678 0.824073 F 0.197144 291 38 2016 03 09.43359 1.000 C 11 08 15.22 -08 58 58.1 1.042 0.050 -0.549978 0.021591 -0.536435 0.081987 291 39 2016 03 10.428971 1.000 C 11 08 38.392 -09 44 39.42 1.050 0.058 -0.047986 -0.181435 -0.039281 -0.129463 568 40 2016 03 10.432876 1.000 C 11 08 38.212 -09 44 48.59 1.050 0.058 -0.050877 -0.179365 -0.042192 -0.127421 568 41 2016 03 15.463671 1.000 C 11 09 29.096 -11 32 02.31 1.093 0.102 0.006345 -0.033631 0.002996 -0.003948 568 42 2016 03 15.474542 1.000 C 11 09 28.840 -11 32 09.02 1.094 0.102 -0.000372 -0.055227 -0.003737 -0.025574 568 43 2016 03 16.420627 1.000 C 11 09 39.297 -11 41 26.20 1.102 0.111 0.029790 -0.032654 0.025323 -0.005466 568 44 2016 03 16.431529 1.000 C 11 09 39.047 -11 41 31.99 1.102 0.111 0.160044 -0.005345 0.155562 0.021816 568 45 2016 03 16.444019 1.000 C 11 09 38.769 -11 41 38.26 1.102 0.111 0.061822 -0.070647 0.057325 -0.043516 568 } }