Improve: 2013_LQ6 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 24/0 number of iterations: 5 ====================================================================================================================== Iteration: 1 { In_coords Corrections Errors In_elements El_errors 1 -1.008394711 -0.106E-04 NaN | e 0.466328069 NaN 2 0.428984411 -0.598E-04 NaN | a 1.861747030 NaN 3 0.115941954 -0.249E-04 NaN | i 3.343354106 NaN 4 -0.003132810 0.751E-06 NaN | node 246.670904758 NaN 5 -0.017715554 -0.318E-06 NaN | peri 316.086753954 0.17538E-02 6 -0.007379937 -0.858E-07 NaN | M 343.989665113 NaN | tp = 2026-01-01.264572 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: 0.18027 Optical RMSE: 0.18027(ang-sec.) Number of loops/max_num in Least Squares on iter 10/10 Number of included/excluded equations on iter 0/2 Number of used/total equations 46/48 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 2013 06 04.38136 1.000 C 15 59 53.658 -17 05 42.82 1.120 0.108 1.323357 0.432278 -0.089175 -0.018517 F51 2 2013 06 04.41100 1.000 C 16 00 03.091 -17 05 26.47 1.120 0.108 1.619880 0.503736 0.209839 0.052178 F51 3 2013 06 04.42563 1.000 C 16 00 07.770 -17 05 18.51 1.120 0.108 1.224283 0.698777 -0.184523 0.246838 F51 4 2013 06 05.11321 1.000 C 16 04 04.58 -16 58 00.1 1.124 0.112 1.438371 0.355945 0.088380 -0.118315 807 5 2013 06 05.11859 1.000 C 16 04 06.21 -16 57 57.5 1.124 0.112 1.368422 0.377093 0.018854 -0.097268 807 6 2013 06 05.12448 1.000 C 16 04 08.00 -16 57 54.6 1.124 0.112 1.204224 0.320444 -0.144880 -0.154026 807 7 2013 06 05.304130 1.000 C 16 05 08.653 -16 57 21.50 1.125 0.113 1.374419 0.492299 0.039695 0.014799 568 8 2013 06 05.305446 1.000 C 16 05 09.050 -16 57 20.89 1.125 0.113 1.331289 0.451489 -0.003335 -0.026033 568 9 2013 06 05.306698 1.000 C 16 05 09.420 -16 57 20.36 1.125 0.113 1.360360 0.508763 0.025831 0.031220 568 10 2013 06 06.14574 1.000 C 16 09 30.86 -16 49 11.5 1.129 0.117 1.109971 0.589927 -0.158649 0.094523 807 11 2013 06 06.15116 1.000 C 16 09 32.31 -16 49 09.1 1.129 0.117 1.492315 1.083723 0.224087 F 0.588266 F 807 12 2013 06 06.15573 1.000 C 16 09 33.58 -16 49 06.6 1.129 0.117 1.439717 0.758093 0.171820 0.262590 807 13 2013 06 06.208762 1.000 C 16 09 48.15 -16 48 39.4 1.130 0.117 1.253016 0.542013 -0.011013 0.045976 W85 14 2013 06 06.213517 1.000 C 16 09 49.45 -16 48 36.8 1.130 0.117 1.366413 0.521113 0.102733 0.025025 W85 15 2013 06 06.218271 1.000 C 16 09 50.77 -16 48 34.1 1.130 0.117 1.278454 0.287238 0.015124 -0.208900 W85 16 2013 06 07.29056 1.000 C 16 14 58.71 -16 39 56.9 1.135 0.123 1.415750 0.655371 0.228975 0.147525 807 17 2013 06 07.29529 1.000 C 16 14 59.97 -16 39 54.1 1.135 0.123 1.032152 0.153008 -0.154300 -0.354859 807 18 2013 06 07.29985 1.000 C 16 15 01.14 -16 39 51.5 1.135 0.123 1.184500 0.109069 -0.001640 -0.398819 807 19 2013 06 09.23154 1.000 C 16 23 17.49 -16 26 05.7 1.146 0.133 1.189467 0.830753 0.122517 0.320956 807 20 2013 06 09.23746 1.000 C 16 23 18.78 -16 26 03.1 1.146 0.133 0.973000 0.718263 -0.093627 0.208517 807 21 2013 06 09.24292 1.000 C 16 23 19.97 -16 26 00.7 1.146 0.133 0.782757 0.637880 -0.283572 0.128179 807 22 2013 06 12.32331 1.000 C 16 34 16.04 -16 08 59.1 1.163 0.151 1.163468 0.297851 0.243728 -0.178856 291 23 2013 06 12.32724 1.000 C 16 34 16.71 -16 08 57.9 1.163 0.151 1.081276 0.370005 0.161690 -0.106632 291 24 2013 06 12.33118 1.000 C 16 34 17.40 -16 08 57.0 1.163 0.151 0.613075 0.558316 -0.306356 0.081749 291 } }