Improve: 2018_JL1 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 46/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -1.089840955 0.791E-09 0.332E-04 | e 0.177619833 0.11302E-03 2 0.298467985 -0.165E-08 0.229E-03 | a 0.980551758 0.69419E-05 3 0.237635497 -0.180E-08 0.184E-03 | i 5.148144988 0.32409E-02 4 -0.004721764 0.191E-10 0.318E-05 | node 54.679072950 0.65955E-03 5 -0.012444590 -0.284E-10 0.260E-05 | peri 287.441303960 0.19332E-02 6 -0.005796192 -0.120E-10 0.128E-05 | M 178.789484102 0.15086E-01 | tp = 2025-05-28.865804 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.56 1.00 3 -0.65 0.99 1.00 4 0.52 -1.00 -0.99 1.00 5 -0.68 0.99 1.00 -0.98 1.00 6 -0.63 1.00 1.00 -0.99 1.00 1.00 Root mean squared error: 0.46170 Optical RMSE: 0.46170(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 84/92 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 2018 05 08.26382 1.000 C 13 31 29.92 +21 31 44.1 1.029 0.027 0.498322 0.497041 0.498319 0.497038 G96 2 2018 05 08.27414 1.000 C 13 31 16.05 +21 32 29.5 1.029 0.027 0.820883 0.257661 0.820880 0.257658 G96 3 2018 05 08.27930 1.000 C 13 31 09.11 +21 32 51.9 1.029 0.027 0.863429 0.219299 0.863426 0.219296 G96 4 2018 05 08.36515 1.000 C 13 29 13.86 +21 38 48.4 1.029 0.027 0.064931 0.475824 0.064928 0.475820 I52 5 2018 05 08.36708 1.000 C 13 29 11.30 +21 38 56.5 1.029 0.027 0.257314 0.116991 0.257310 0.116987 I52 6 2018 05 08.36900 1.000 C 13 29 08.73 +21 39 04.0 1.029 0.027 0.162245 0.337556 0.162242 0.337552 I52 7 2018 05 08.37093 1.000 C 13 29 06.18 +21 39 11.4 1.029 0.027 -0.278110 0.245315 -0.278113 0.245311 I52 8 2018 05 08.41584 1.000 C 13 28 06.73 +21 42 08.7 1.029 0.027 -0.198669 -0.016889 -0.198673 -0.016894 V06 9 2018 05 08.41827 1.000 C 13 28 03.54 +21 42 18.2 1.029 0.027 -0.165618 -0.060796 -0.165622 -0.060800 V06 10 2018 05 08.42071 1.000 C 13 28 00.35 +21 42 27.5 1.028 0.027 -0.401431 -0.105158 -0.401434 -0.105163 V06 11 2018 05 08.42235 1.000 C 13 27 58.17 +21 42 33.8 1.028 0.027 -0.235284 0.278954 -0.235287 0.278950 V06 12 2018 05 08.89303 1.000 C 13 17 58.20 +22 17 05.5 1.027 0.026 -0.141531 -0.491421 -0.141533 -0.491424 033 13 2018 05 08.89400 1.000 C 13 17 56.75 +22 17 09.9 1.027 0.026 0.078371 -0.256984 0.078369 -0.256987 033 14 2018 05 08.89498 1.000 C 13 17 55.32 +22 17 14.3 1.027 0.026 -0.014207 -0.396252 -0.014208 -0.396255 033 15 2018 05 08.89596 1.000 C 13 17 53.86 +22 17 18.9 1.027 0.026 0.296481 -0.313955 0.296479 -0.313958 033 16 2018 05 08.89693 1.000 C 13 17 52.42 +22 17 23.0 1.027 0.026 0.192934 -0.035275 0.192932 -0.035278 033 17 2018 05 08.89792 1.000 C 13 17 51.02 +22 17 27.3 1.027 0.026 -0.372503 -0.613868 -0.372504 -0.613871 033 18 2018 05 08.99006 1.000 C 13 15 37.94 +22 24 11.6 1.027 0.026 -0.441858 0.319414 -0.441860 0.319411 J95 19 2018 05 08.99395 1.000 C 13 15 32.20 +22 24 28.7 1.027 0.026 -0.500347 -0.533809 -0.500349 -0.533812 J95 20 2018 05 09.13882 1.000 C 13 12 24.51 +22 36 55.9 1.026 0.025 -0.074224 0.105490 -0.074225 0.105489 I52 21 2018 05 09.13979 1.000 C 13 12 23.05 +22 37 00.7 1.026 0.025 -0.375260 -0.433123 -0.375261 -0.433124 I52 22 2018 05 09.14171 1.000 C 13 12 20.03 +22 37 10.3 1.026 0.025 0.171701 -0.139805 0.171700 -0.139806 I52 23 2018 05 09.913504 1.000 C 12 52 22.631 +23 34 27.58 1.024 0.024 -0.229679 -0.176311 -0.229680 -0.176312 J04 24 2018 05 09.915599 1.000 C 12 52 18.864 +23 34 36.72 1.024 0.024 -0.515497 -0.176084 -0.515499 -0.176085 J04 25 2018 05 09.917694 1.000 C 12 52 15.057 +23 34 46.27 1.024 0.024 -0.132702 -0.077038 -0.132703 -0.077038 J04 26 2018 05 10.24914 1.000 C 12 42 38.10 +23 57 25.0 1.023 0.023 -0.485111 -0.871923 -0.485112 -0.871925 I52 27 2018 05 10.25011 1.000 C 12 42 36.14 +23 57 28.3 1.023 0.023 0.277942 0.557111 0.277940 0.557110 I52 28 2018 05 10.25107 1.000 C 12 42 34.34 +23 57 32.1 1.023 0.023 0.097158 0.213618 0.097156 0.213616 I52 29 2018 05 10.25203 1.000 C 12 42 32.50 +23 57 35.8 1.023 0.023 0.226880 0.331077 0.226878 0.331075 I52 30 2018 05 11.90260 1.000 C 11 47 14.55 +25 26 16.7 1.018 0.020 -0.163523 -0.265410 -0.163522 -0.265409 J04 31 2018 05 11.90580 1.000 C 11 47 06.79 +25 26 22.4 1.018 0.020 -1.110335 -0.400919 -1.110334 -0.400918 J04 32 2018 05 11.90917 1.000 C 11 46 58.50 +25 26 29.1 1.018 0.020 -0.378995 -0.286926 -0.378994 -0.286925 J04 33 2018 05 12.14090 1.000 C 11 38 10.10 +25 32 31.7 1.018 0.020 1.610858 0.603955 1.610859 F 0.603956 F I52 34 2018 05 12.14200 1.000 C 11 38 07.37 +25 32 32.9 1.018 0.020 1.073199 0.830278 1.073201 0.830279 I52 35 2018 05 12.14309 1.000 C 11 38 04.65 +25 32 34.7 1.018 0.020 1.049005 0.648004 1.049007 0.648005 I52 36 2018 05 12.14419 1.000 C 11 38 01.89 +25 32 36.2 1.018 0.020 1.017622 0.828230 1.017623 0.828231 I52 37 2018 05 13.14126 1.000 C 10 57 22.92 +25 36 23.2 1.015 0.019 2.813604 0.807150 2.813606 F 0.807151 F I52 38 2018 05 13.14290 1.000 C 10 57 18.52 +25 36 20.5 1.015 0.019 1.848839 1.084951 1.848841 F 1.084952 F I52 39 2018 05 13.14454 1.000 C 10 57 14.00 +25 36 18.5 1.015 0.019 2.658806 1.476047 2.658809 F 1.476048 F I52 40 2018 05 13.899299 1.000 C 10 24 46.69 +25 05 54.6 1.013 0.019 -0.667411 -0.080891 -0.667408 -0.080891 J95 41 2018 05 13.919764 1.000 C 10 23 51.60 +25 04 36.3 1.013 0.019 -0.183863 -0.142095 -0.183860 -0.142096 J95 42 2018 05 13.939535 1.000 C 10 22 58.68 +25 03 17.4 1.013 0.019 -0.630786 0.153799 -0.630784 0.153798 J95 43 2018 05 15.16531 1.000 C 09 31 01.77 +23 22 54.3 1.009 0.019 -0.493907 -0.468670 -0.493905 -0.468670 291 44 2018 05 15.16998 1.000 C 09 30 49.54 +23 22 20.7 1.009 0.019 0.712704 0.168332 0.712706 0.168332 291 45 2018 05 15.17500 1.000 C 09 30 36.56 +23 21 45.2 1.009 0.019 0.371688 -0.494418 0.371690 -0.494419 291 46 2018 05 16.241941 1.000 C 08 49 16.161 +21 11 25.03 1.006 0.020 0.017977 0.247783 0.017978 0.247783 T12 } }