Improve: 1996_GQ epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 55/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 2.703861875 0.172E-14 0.784E-06 | e 0.494717725 0.58000E-07 2 -0.825724412 0.425E-13 0.154E-05 | a 1.989754218 0.27638E-07 3 -0.404628323 0.175E-13 0.729E-06 | i 0.884802897 0.34051E-05 4 0.000484117 -0.171E-15 0.362E-08 | node 85.275083923 0.57080E-03 5 0.007002872 0.414E-16 0.111E-08 | peri 59.246139140 0.57607E-03 6 0.003038580 0.195E-16 0.115E-08 | M 221.830249714 0.47252E-04 | tp = 2024-02-28.292773 nge-set: 1 [1900-1-1:2100-1-1] A123-r2 (N obs in set: 53/55) 7(1) 0.000E+00 0.000E+00 0.000E+00 8(2) -0.288E-12 -0.566E-19 0.362E-13 9(3) 0.000E+00 0.000E+00 0.000E+00 Matrix of Correlation: 1 2 3 4 5 6 7(1) 8(2) 9(3) 1 1.00 2 0.96 1.00 3 0.94 0.96 1.00 4 -0.82 -0.93 -0.91 1.00 5 -0.66 -0.47 -0.42 0.22 1.00 6 -0.18 -0.06 -0.22 -0.00 -0.10 1.00 7 ... ... ... ... ... ... ... 8 0.66 0.47 0.44 -0.13 -0.81 -0.28 ... 1.00 9 ... ... ... ... ... ... ... ... ... Root mean squared error: 0.63609 Optical RMSE: 0.63609(ang-sec.) Number of loops/max_num in Least Squares on iter 10/10 Number of included/excluded equations on iter 0/0 Number of used/total equations 106/110 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 1996 04 09.26336 1.000 C 12 52 05.62 +00 30 15.7 1.170 0.170 -0.395966 -0.413308 -0.395964 -0.413307 691 2 1996 04 09.28559 1.000 C 12 52 07.36 +00 29 45.4 1.170 0.170 -0.297407 -0.296522 -0.297404 -0.296520 691 3 1996 04 09.30739 1.000 C 12 52 09.07 +00 29 15.6 1.170 0.170 -0.372611 -0.245342 -0.372608 -0.245340 691 4 1996 04 11.27824 1.000 c 12 55 10.03 -00 13 20.9 1.181 0.181 0.334701 0.840728 0.334703 0.840730 691 5 1996 04 11.29968 1.000 c 12 55 11.55 -00 13 47.3 1.181 0.181 0.115367 0.421469 0.115370 0.421471 691 6 1996 04 11.32120 1.000 c 12 55 13.03 -00 14 13.7 1.181 0.181 0.366320 0.510628 0.366323 0.510629 691 7 1996 04 12.23207 1.000 c 12 56 31.49 -00 32 33.3 1.186 0.187 0.108891 0.841377 0.108893 0.841379 691 8 1996 04 12.23854 1.000 c 12 56 32.00 -00 32 41.3 1.187 0.187 -0.904324 0.159200 -0.904322 0.159202 691 9 1996 04 12.24494 1.000 c 12 56 32.38 -00 32 48.8 1.187 0.187 -0.422876 0.653571 -0.422873 0.653573 691 10 1996 04 13.21696 1.000 c 12 57 51.06 -00 51 29.9 1.192 0.192 0.291742 -0.089004 0.291745 -0.089003 691 11 1996 04 13.22330 1.000 c 12 57 51.48 -00 51 37.2 1.192 0.192 0.041214 -0.173387 0.041217 -0.173385 691 12 1996 04 16.38207 1.000 C 13 01 42.30 -01 47 03.4 1.211 0.211 -0.586091 -0.156617 -0.586089 -0.156616 608 13 1996 04 16.41353 1.000 C 13 01 43.77 -01 47 34.6 1.211 0.212 1.198643 1.681000 1.198646 1.681001 608 14 1996 04 17.37921 1.000 C 13 02 49.27 -02 03 09.9 1.217 0.218 -0.651205 0.915074 -0.651203 0.915075 608 15 1996 04 17.41198 1.000 C 13 02 50.94 -02 03 41.1 1.217 0.218 -1.019706 0.693244 -1.019704 0.693245 608 16 1996 04 20.42948 1.000 C 13 05 59.83 -02 48 49.3 1.236 0.237 -0.269310 -0.110478 -0.269308 -0.110477 608 17 1996 04 20.46274 1.000 C 13 06 01.35 -02 49 16.4 1.236 0.237 0.484755 -0.901022 0.484757 -0.901021 608 18 1996 04 23.36907 1.000 C 13 08 50.46 -03 28 34.2 1.254 0.257 0.399826 -1.224866 0.399828 -1.224866 608 19 1996 04 23.39880 1.000 C 13 08 51.69 -03 28 55.7 1.254 0.257 1.689350 -2.237779 1.689352 F -2.237779 F 608 20 2010 02 14.035144 1.000 C 03 37 41.91 +24 06 37.9 1.006 0.152 -1.122375 0.244823 -1.122374 0.244823 H21 21 2010 02 14.049656 1.000 C 03 37 44.40 +24 06 55.9 1.006 0.152 -0.184515 0.037635 -0.184515 0.037635 H21 22 2010 02 14.11959 1.000 C 03 37 57.87 +24 08 33.1 1.006 0.152 0.627794 -0.997419 0.627794 -0.997419 291 23 2010 02 14.13717 1.000 C 03 38 01.11 +24 08 53.0 1.006 0.152 -0.844515 1.057077 -0.844515 1.057077 291 24 2010 02 14.14063 1.000 C 03 38 01.59 +24 08 57.9 1.006 0.152 0.160426 -0.499063 0.160427 -0.499063 G96 25 2010 02 14.14134 1.000 C 03 38 01.70 +24 08 59.4 1.006 0.152 0.229594 -1.168466 0.229594 -1.168466 G96 26 2010 02 14.14204 1.000 C 03 38 01.86 +24 08 58.1 1.006 0.152 0.244830 1.037675 0.244831 1.037675 G96 27 2010 02 14.14273 1.000 C 03 38 01.96 +24 09 00.3 1.006 0.152 0.235685 -0.357964 0.235685 -0.357964 G96 28 2010 02 14.14344 1.000 C 03 38 02.12 +24 09 01.8 1.006 0.152 -0.360095 -0.872653 -0.360095 -0.872653 G96 29 2010 02 14.14985 1.000 C 03 38 03.14 +24 09 09.7 1.006 0.152 1.808645 -0.873122 1.808645 -0.873122 291 30 2010 03 09.18605 1.000 C 06 31 36.56 +33 48 49.4 1.022 0.084 -0.190037 0.360683 -0.190035 0.360684 926 31 2010 03 09.18946 1.000 C 06 31 39.37 +33 48 50.3 1.022 0.084 -0.201832 0.434790 -0.201831 0.434790 926 32 2010 03 09.19287 1.000 C 06 31 42.20 +33 48 51.6 1.022 0.084 -0.388528 0.061089 -0.388527 0.061089 926 33 2010 03 14.27345 1.000 C 07 51 46.44 +32 47 20.6 1.036 0.079 -0.193770 0.044257 -0.193768 0.044258 291 34 2010 03 14.28732 1.000 C 07 51 59.77 +32 46 50.3 1.036 0.079 -0.136540 -0.719538 -0.136539 -0.719537 291 35 2010 03 14.30677 1.000 C 07 52 18.56 +32 46 06.2 1.036 0.079 -0.696936 -0.952712 -0.696935 -0.952712 291 36 2010 03 17.02796 1.000 C 08 37 00.93 +30 41 28.6 1.044 0.079 -0.082034 0.142178 -0.082032 0.142179 204 37 2010 03 17.03519 1.000 C 08 37 07.76 +30 41 02.3 1.044 0.079 0.230954 0.412501 0.230956 0.412502 204 38 2010 03 17.04124 1.000 C 08 37 13.54 +30 40 40.4 1.044 0.079 -0.120364 0.204926 -0.120362 0.204927 204 39 2010 03 18.14816 1.000 C 08 54 49.16 +29 34 15.7 1.048 0.080 0.218332 0.033390 0.218334 0.033391 H21 40 2010 03 18.15424 1.000 C 08 54 54.57 +29 33 52.2 1.048 0.080 0.472696 -0.011654 0.472698 -0.011653 H21 41 2010 03 18.15685 1.000 C 08 54 56.92 +29 33 42.2 1.048 0.080 0.308269 -0.288360 0.308271 -0.288359 H21 42 2010 03 21.11149 1.000 C 09 38 10.46 +26 02 38.7 1.059 0.084 0.445053 0.433451 0.445055 0.433452 G96 43 2010 03 21.11789 1.000 C 09 38 15.46 +26 02 10.1 1.059 0.084 0.314317 0.368718 0.314319 0.368719 G96 44 2010 03 21.12435 1.000 C 09 38 20.50 +26 01 41.1 1.059 0.084 0.132664 0.358788 0.132666 0.358789 G96 45 2010 03 21.13080 1.000 C 09 38 25.54 +26 01 12.4 1.059 0.084 -0.059547 -0.027819 -0.059545 -0.027819 G96 46 2010 04 02.85825 1.000 C 11 34 09.12 +11 06 36.5 1.115 0.125 -3.845651 -0.835142 -3.845650 F -0.835142 F B23 47 2010 04 14.20409 1.000 C 12 19 14.01 +03 28 42.6 1.176 0.184 -0.162103 -0.277129 -0.162102 -0.277129 G96 48 2010 04 14.21105 1.000 C 12 19 15.09 +03 28 30.4 1.176 0.184 -0.224134 -0.592323 -0.224133 -0.592323 G96 49 2010 04 14.21807 1.000 C 12 19 16.17 +03 28 18.0 1.176 0.184 -0.254223 -0.768645 -0.254222 -0.768645 G96 50 2010 04 14.22516 1.000 C 12 19 17.25 +03 28 05.3 1.176 0.184 -0.280712 -0.724963 -0.280711 -0.724963 G96 51 2023 12 04.25874 1.000 C 02 55 09.25 +15 37 25.7 1.393 0.437 0.389685 1.227821 0.389685 1.227821 291 52 2023 12 04.28305 1.000 C 02 55 06.47 +15 37 17.4 1.393 0.437 0.309811 0.415000 0.309811 0.415000 291 53 2023 12 04.30751 1.000 C 02 55 03.73 +15 37 08.0 1.393 0.437 -0.113706 0.715380 -0.113706 0.715380 291 54 2023 12 18.18545 1.000 C 02 33 32.90 +14 25 59.6 1.300 0.402 0.720662 0.691508 0.720662 0.691508 291 55 2023 12 18.20565 1.000 C 02 33 31.40 +14 25 55.1 1.299 0.402 -1.279439 1.428041 -1.279439 1.428041 291 } }