Improve: 2016_QX10 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 1.197536920 -0.114E-07 0.877E-03 | e 0.274136741 0.49375E-04 2 0.061409116 -0.447E-07 0.343E-02 | a 1.325521601 0.47241E-04 3 -0.055228610 -0.182E-07 0.140E-02 | i 3.637899330 0.87146E-03 4 0.003770488 0.628E-09 0.481E-04 | node 101.263137654 0.95790E-03 5 0.014834487 0.337E-10 0.260E-05 | peri 174.848894902 0.85630E-03 6 0.005958990 -0.297E-10 0.229E-05 | M 55.109767667 0.15566E+00 | tp = 2025-08-27.669416 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: 0.24613 Optical RMSE: 0.24613(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 49/50 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 2016 08 26.56520 1.000 C 02 04 44.139 -17 27 50.10 1.086 0.122 0.063042 -0.075669 0.063044 -0.075668 F51 2 2016 08 26.58795 1.000 C 02 04 39.428 -17 27 59.49 1.086 0.122 0.090272 0.001530 0.090275 0.001531 F51 3 2016 08 26.59931 1.000 C 02 04 37.075 -17 28 04.13 1.086 0.122 0.107518 -0.071555 0.107520 -0.071554 F51 4 2016 08 27.127583 1.000 C 02 03 02.93 -17 30 32.1 1.088 0.123 0.052758 -0.242758 0.052760 -0.242757 K92 5 2016 08 27.132460 1.000 C 02 03 01.95 -17 30 34.0 1.088 0.123 0.186267 -0.344025 0.186269 -0.344024 K92 6 2016 08 27.137360 1.000 C 02 03 00.95 -17 30 35.1 1.088 0.123 0.081698 0.344415 0.081700 0.344416 K92 7 2016 08 27.140553 1.000 C 02 03 00.31 -17 30 36.2 1.088 0.123 0.173899 0.401453 0.173900 0.401454 K92 8 2016 08 27.47951 1.000 C 02 02 01.14 -17 33 59.8 1.089 0.124 0.039042 0.862152 0.039044 0.862153 F 291 9 2016 08 27.48098 1.000 C 02 02 00.81 -17 34 01.2 1.089 0.124 -0.404660 0.000402 -0.404658 0.000403 291 10 2016 08 27.48245 1.000 C 02 02 00.53 -17 34 01.3 1.089 0.124 -0.150149 0.445779 -0.150147 0.445780 291 11 2016 08 29.47824 1.000 C 01 56 10.12 -17 45 56.8 1.097 0.129 -0.353407 -0.234646 -0.353406 -0.234646 291 12 2016 08 29.47975 1.000 C 01 56 09.81 -17 45 56.9 1.097 0.129 -0.488793 0.134295 -0.488793 0.134295 291 13 2016 08 29.48125 1.000 C 01 56 09.51 -17 45 57.6 1.097 0.129 -0.481309 -0.095241 -0.481308 -0.095241 291 14 2016 08 30.68717 1.000 C 01 52 39.83 -17 51 00.6 1.102 0.132 0.479667 -0.074110 0.479667 -0.074111 474 15 2016 08 30.69069 1.000 C 01 52 39.12 -17 51 01.6 1.102 0.132 0.121702 -0.085175 0.121702 -0.085175 474 16 2016 08 30.69420 1.000 C 01 52 38.47 -17 51 02.7 1.102 0.132 0.594044 -0.146791 0.594044 -0.146792 474 17 2016 09 06.52168 1.000 C 01 33 15.151 -18 15 40.72 1.129 0.150 0.063423 0.000268 0.063421 0.000266 F51 18 2016 09 06.53336 1.000 C 01 33 12.909 -18 15 42.05 1.129 0.150 -0.066075 -0.036810 -0.066076 -0.036813 F51 19 2016 09 06.54503 1.000 C 01 33 10.673 -18 15 43.29 1.129 0.150 -0.132410 -0.067657 -0.132412 -0.067660 F51 20 2016 09 24.29874 1.000 C 00 49 13.30 -17 27 33.5 1.202 0.211 0.002125 0.118235 0.002126 0.118232 807 21 2016 09 24.30516 1.000 C 00 49 12.41 -17 27 30.5 1.203 0.211 -0.176345 0.166088 -0.176345 0.166085 807 22 2016 09 24.31164 1.000 C 00 49 11.52 -17 27 27.9 1.203 0.211 0.066252 0.051938 0.066253 0.051935 807 23 2016 10 03.25188 1.000 C 00 33 07.28 -16 11 31.5 1.241 0.253 -0.167468 -0.351142 -0.167467 -0.351143 807 24 2016 10 03.25990 1.000 C 00 33 06.49 -16 11 26.9 1.241 0.253 0.215804 0.146368 0.215804 0.146367 807 25 2016 10 03.26815 1.000 C 00 33 05.64 -16 11 21.6 1.241 0.253 0.096739 0.049600 0.096740 0.049599 807 } }