Improve: 2016_TE56 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 27/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 1.937411998 -0.506E-08 0.142E-02 | e 0.901476586 0.36134E-04 2 2.115479332 -0.181E-07 0.518E-02 | a 2.025777374 0.34365E-03 3 0.605201760 -0.105E-07 0.301E-02 | i 24.582415596 0.44525E-02 4 0.001945370 0.714E-10 0.206E-04 | node 60.776109583 0.52382E-02 5 0.006245850 0.739E-10 0.213E-04 | peri 181.477753274 0.36391E-02 6 0.003605495 0.212E-10 0.607E-05 | M 74.895039942 0.30685E+00 | tp = 2025-04-15.902936 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: 0.21690 Optical RMSE: 0.21690(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 53/54 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 10 09.54799 1.000 C 04 15 38.104 -20 45 38.39 1.349 0.500 -0.072091 0.157518 -0.072944 0.158390 F51 2 2016 10 09.55875 1.000 C 04 15 33.342 -20 45 39.38 1.349 0.500 -0.037616 0.166138 -0.038468 0.167010 F51 3 2016 10 09.58022 1.000 C 04 15 23.829 -20 45 41.28 1.349 0.500 -0.121518 0.072173 -0.122370 0.073045 F51 4 2016 10 10.579407 1.000 C 04 08 11.679 -20 46 20.86 1.364 0.506 0.157400 0.142218 0.156587 0.143079 568 5 2016 10 10.580703 1.000 C 04 08 11.112 -20 46 20.85 1.364 0.506 0.149463 0.129417 0.148650 0.130278 568 6 2016 10 10.581793 1.000 C 04 08 10.635 -20 46 20.84 1.364 0.506 0.140449 0.118792 0.139636 0.119653 568 7 2016 10 12.41523 1.000 C 03 55 14.49 -20 43 36.5 1.392 0.517 0.023943 -0.138566 0.023192 -0.137729 926 8 2016 10 12.41966 1.000 C 03 55 12.62 -20 43 35.8 1.392 0.517 0.130661 -0.158537 0.129909 -0.157700 926 9 2016 10 12.42414 1.000 C 03 55 10.71 -20 43 35.1 1.392 0.517 0.015634 -0.327622 0.014882 -0.326785 926 10 2016 10 13.43766 1.000 C 03 48 12.14 -20 39 54.6 1.407 0.524 0.081338 -0.383180 0.080615 -0.382358 926 11 2016 10 13.44137 1.000 C 03 48 10.59 -20 39 53.3 1.407 0.524 -0.206856 -0.204377 -0.207578 -0.203554 926 12 2016 10 13.44506 1.000 C 03 48 09.06 -20 39 52.0 1.407 0.524 -0.361593 0.063923 -0.362316 0.064746 926 13 2016 10 21.354516 1.000 C 02 59 17.87 -19 28 08.6 1.520 0.596 0.202530 0.358913 0.201901 0.359582 W84 14 2016 10 21.355644 1.000 C 02 59 17.47 -19 28 07.8 1.520 0.596 0.091349 0.019851 0.090720 0.020520 W84 15 2016 10 26.64796 1.000 C 02 32 53.75 -18 11 23.9 1.593 0.659 0.286342 0.328482 0.285689 0.328997 474 16 2016 10 26.65236 1.000 C 02 32 52.46 -18 11 19.3 1.593 0.659 -0.365142 -0.803974 -0.365796 -0.803459 F 474 17 2016 10 26.65577 1.000 C 02 32 51.59 -18 11 16.2 1.593 0.659 0.003784 0.007260 0.003130 0.007775 474 18 2016 10 26.65853 1.000 C 02 32 50.84 -18 11 13.7 1.593 0.659 0.162671 0.022115 0.162018 0.022629 474 19 2016 10 27.24961 1.000 C 02 30 13.40 -18 01 53.3 1.601 0.667 -0.018553 0.042453 -0.019210 0.042949 807 20 2016 10 27.25358 1.000 C 02 30 12.34 -18 01 49.3 1.601 0.667 -0.161634 0.147707 -0.162291 0.148202 807 21 2016 10 27.25746 1.000 C 02 30 11.29 -18 01 45.6 1.601 0.667 -0.132143 0.009628 -0.132800 0.010123 807 22 2016 10 27.43188 1.000 C 02 29 25.26 -17 59 10.5 1.603 0.669 0.542769 0.113454 0.542111 0.113944 291 23 2016 10 27.43303 1.000 C 02 29 24.92 -17 59 08.6 1.603 0.669 -0.307466 -0.241267 -0.308124 -0.240777 291 24 2016 10 27.43418 1.000 C 02 29 24.60 -17 59 07.5 1.603 0.669 -0.319819 -0.456939 -0.320477 -0.456449 291 25 2016 11 06.21794 1.000 C 01 54 43.15 -15 13 17.4 1.730 0.816 0.076424 -0.235873 0.075771 -0.235675 807 26 2016 11 06.22213 1.000 C 01 54 42.45 -15 13 13.2 1.730 0.816 0.106184 0.084508 0.105531 0.084707 807 27 2016 11 06.22643 1.000 C 01 54 41.72 -15 13 08.6 1.730 0.816 -0.062478 0.142192 -0.063130 0.142391 807 } }