Improve: 2012_VS6 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 24/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 0.874638182 -0.993E-06 0.116E-02 | e 0.359906372 0.76991E-04 2 0.359207951 0.153E-04 0.179E-01 | a 1.283927158 0.16546E-03 3 0.322206111 -0.555E-06 0.650E-03 | i 31.153545261 0.53128E-02 4 -0.001236455 -0.211E-06 0.247E-03 | node 222.454033587 0.21816E-04 5 0.018974389 -0.868E-07 0.102E-03 | peri 92.087770679 0.75906E-02 6 -0.000659053 -0.763E-07 0.893E-04 | M 35.687241996 0.65214E+00 | tp = 2025-09-29.323187 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: 0.27313 Optical RMSE: 0.27313(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 48/48 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 2012 11 04.35711 1.000 C 02 34 45.30 +17 39 43.4 1.100 0.109 -0.028915 -0.401345 -0.160937 -0.570025 G96 2 2012 11 04.36409 1.000 C 02 34 44.83 +17 37 39.2 1.100 0.109 -0.405315 -0.055674 -0.538878 -0.223023 G96 3 2012 11 04.37113 1.000 C 02 34 44.32 +17 35 34.7 1.100 0.109 0.112338 0.516777 -0.022806 0.350817 G96 4 2012 11 04.37819 1.000 C 02 34 43.89 +17 33 29.6 1.101 0.109 -0.112985 0.232920 -0.249740 0.068402 G96 5 2012 11 04.46574 1.000 C 02 34 38.78 +17 07 45.2 1.101 0.109 0.410395 0.097000 0.251634 -0.044710 G96 6 2012 11 04.46612 1.000 C 02 34 38.78 +17 07 38.7 1.101 0.109 0.399247 -0.236648 0.240383 -0.378235 G96 7 2012 11 04.46653 1.000 C 02 34 38.74 +17 07 30.8 1.101 0.109 -0.012709 0.381494 -0.171684 0.240039 G96 8 2012 11 04.46695 1.000 C 02 34 38.71 +17 07 23.8 1.101 0.109 0.371957 0.261125 0.212869 0.119806 G96 9 2012 11 05.09843 1.000 C 02 34 24.42 +14 09 44.5 1.105 0.113 -0.371334 -0.271037 -0.492601 -0.106085 G48 10 2012 11 05.10039 1.000 C 02 34 24.30 +14 09 12.5 1.105 0.113 0.128768 -0.374897 0.007898 -0.209684 G48 11 2012 11 05.10234 1.000 C 02 34 24.21 +14 08 40.9 1.105 0.113 0.146070 -0.364718 0.025592 -0.199247 G48 12 2012 11 05.246479 1.000 C 02 34 14.73 +13 29 52.2 1.106 0.114 -0.210885 -0.199151 -0.307990 -0.020957 H21 13 2012 11 05.250547 1.000 C 02 34 14.48 +13 28 46.6 1.106 0.114 0.176576 -0.069697 0.080007 0.108730 H21 14 2012 11 05.254583 1.000 C 02 34 14.24 +13 27 41.8 1.106 0.114 0.290830 -0.031052 0.194788 0.147602 H21 15 2012 11 05.94720 1.000 C 02 33 53.23 +10 30 00.1 1.110 0.119 -0.373673 0.010849 -0.424165 0.198393 203 16 2012 11 05.96205 1.000 C 02 33 52.44 +10 26 20.4 1.110 0.119 0.044055 -0.293808 -0.006046 -0.106346 204 17 2012 11 05.97260 1.000 C 02 33 51.88 +10 23 44.7 1.110 0.119 0.330081 -0.372913 0.280249 -0.185511 204 18 2012 11 05.98114 1.000 C 02 33 51.41 +10 21 39.4 1.110 0.119 0.320879 -0.583090 0.271258 -0.395739 203 19 2012 11 05.98288 1.000 C 02 33 51.34 +10 21 13.1 1.110 0.119 0.616560 -0.392211 0.566986 -0.204870 204 20 2012 11 13.12312 1.000 C 02 31 44.61 -09 04 11.2 1.152 0.181 0.314782 -0.023688 0.283713 0.097353 950 21 2012 11 13.12367 1.000 C 02 31 44.59 -09 04 14.2 1.152 0.181 0.020921 -0.267355 -0.010148 -0.146318 950 22 2012 11 13.12421 1.000 C 02 31 44.60 -09 04 17.7 1.152 0.181 0.091824 0.102539 0.060755 0.223572 950 23 2012 11 13.12475 1.000 C 02 31 44.59 -09 04 20.9 1.152 0.181 -0.009950 0.087744 -0.041019 0.208773 950 24 2012 11 13.12638 1.000 C 02 31 44.54 -09 04 30.4 1.152 0.181 -0.357620 -0.289443 -0.388690 -0.168426 950 } }