Improve: 2013_LB epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 61/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 1.088297437 0.109E-12 0.842E-06 | e 0.343163256 0.10708E-05 2 0.270439478 -0.137E-12 0.155E-05 | a 1.117605100 0.42241E-07 3 0.115488499 -0.639E-13 0.649E-06 | i 2.162538383 0.62537E-05 4 -0.009291152 0.271E-14 0.384E-07 | node 17.296044906 0.15510E-03 5 0.011856188 0.672E-15 0.195E-07 | peri 109.251036646 0.87385E-04 6 0.005771657 0.230E-15 0.101E-07 | M 288.202921073 0.13279E-03 | tp = 2024-12-10.516853 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.83 1.00 3 -0.84 0.99 1.00 4 0.96 -0.95 -0.95 1.00 5 0.84 -1.00 -0.99 0.96 1.00 6 0.83 -1.00 -1.00 0.95 0.99 1.00 Root mean squared error: 0.20577 Optical RMSE: 0.20577(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 115/122 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 01.37749 1.000 C 15 37 22.152 -30 03 42.94 1.208 0.200 0.046981 -0.140579 0.046981 -0.140579 F51 2 2013 06 01.39230 1.000 C 15 37 19.891 -30 03 27.83 1.208 0.200 -0.021037 -0.100884 -0.021037 -0.100884 F51 3 2013 06 01.40712 1.000 C 15 37 17.632 -30 03 12.54 1.208 0.200 -0.095746 -0.054617 -0.095746 -0.054617 F51 4 2013 06 02.05972 1.000 C 15 35 55.05 -29 51 35.6 1.211 0.204 0.145187 0.085559 0.145187 0.085559 807 5 2013 06 02.06281 1.000 C 15 35 54.62 -29 51 32.5 1.211 0.204 -0.021371 -0.061607 -0.021371 -0.061607 807 6 2013 06 02.06590 1.000 C 15 35 54.18 -29 51 29.5 1.211 0.204 -0.031207 -0.163923 -0.031207 -0.163923 807 7 2013 06 02.06897 1.000 C 15 35 53.75 -29 51 26.8 1.211 0.204 -0.012420 0.035978 -0.012420 0.035978 807 8 2013 06 02.07205 1.000 C 15 35 53.32 -29 51 23.9 1.211 0.204 -0.091967 0.077590 -0.091967 0.077590 807 9 2013 06 02.204451 1.000 C 15 35 34.39 -29 49 13.2 1.212 0.204 0.331431 0.136932 0.331431 0.136932 W85 10 2013 06 02.215839 1.000 C 15 35 32.81 -29 49 01.0 1.212 0.205 -0.162008 -0.058335 -0.162008 -0.058335 W85 11 2013 06 02.223485 1.000 C 15 35 31.73 -29 48 53.1 1.212 0.205 -0.079934 -0.003232 -0.079934 -0.003232 W85 12 2013 06 02.389042 1.000 C 15 35 12.464 -29 46 43.69 1.213 0.206 -0.099962 0.103438 -0.099962 0.103438 568 13 2013 06 02.390297 1.000 C 15 35 12.284 -29 46 42.45 1.213 0.206 -0.079029 0.102042 -0.079030 0.102042 568 14 2013 06 02.391552 1.000 C 15 35 12.104 -29 46 41.19 1.213 0.206 -0.065215 0.083245 -0.065215 0.083245 568 15 2013 06 03.15294 1.000 C 15 33 41.57 -29 33 46.4 1.216 0.210 0.098817 0.119731 0.098816 0.119731 807 16 2013 06 03.15656 1.000 C 15 33 41.09 -29 33 42.8 1.216 0.210 0.060754 0.029538 0.060754 0.029538 807 17 2013 06 03.16018 1.000 C 15 33 40.61 -29 33 39.3 1.216 0.210 0.063651 0.040232 0.063651 0.040232 807 18 2013 06 03.16381 1.000 C 15 33 40.13 -29 33 35.8 1.216 0.210 0.060091 0.073143 0.060091 0.073143 807 19 2013 06 03.16744 1.000 C 15 33 39.63 -29 33 32.4 1.216 0.210 0.342751 0.115556 0.342751 0.115556 807 20 2013 06 04.16331 1.000 C 15 31 49.74 -29 17 53.2 1.221 0.216 0.243206 0.132702 0.243206 0.132702 807 21 2013 06 04.16694 1.000 C 15 31 49.30 -29 17 49.8 1.221 0.216 0.188818 0.167257 0.188818 0.167258 807 22 2013 06 04.17057 1.000 C 15 31 48.86 -29 17 46.2 1.221 0.216 0.081869 0.017541 0.081869 0.017541 807 23 2013 06 04.17420 1.000 C 15 31 48.39 -29 17 42.8 1.221 0.216 0.416438 -0.051316 0.416438 -0.051316 807 24 2013 06 04.17782 1.000 C 15 31 47.96 -29 17 39.6 1.221 0.216 0.330874 0.218889 0.330874 0.218889 807 25 2013 06 04.51414 1.000 C 15 31 13.00 -29 12 20.4 1.223 0.218 -0.383306 -0.027124 -0.383306 -0.027124 474 26 2013 06 04.51766 1.000 C 15 31 12.60 -29 12 17.3 1.223 0.218 -0.429579 0.196811 -0.429579 0.196811 474 27 2013 06 04.52117 1.000 C 15 31 12.17 -29 12 13.7 1.223 0.218 -0.219925 -0.178288 -0.219925 -0.178288 474 28 2013 06 04.52469 1.000 C 15 31 11.76 -29 12 10.3 1.223 0.218 -0.209842 -0.270430 -0.209842 -0.270430 474 29 2013 06 05.20271 1.000 C 15 30 04.00 -29 02 09.0 1.226 0.222 0.186467 0.108736 0.186467 0.108736 807 30 2013 06 05.20817 1.000 C 15 30 03.39 -29 02 03.8 1.226 0.223 0.177128 -0.003072 0.177128 -0.003072 807 31 2013 06 05.21363 1.000 C 15 30 02.79 -29 01 58.6 1.227 0.223 0.065373 -0.071237 0.065373 -0.071237 807 32 2013 06 05.47200 1.000 C 15 29 39.30 -28 58 02.6 1.228 0.224 -0.092947 -0.129907 -0.092947 -0.129906 474 33 2013 06 05.47376 1.000 C 15 29 39.10 -28 58 01.1 1.228 0.224 0.051458 -0.110114 0.051458 -0.110114 474 34 2013 06 07.49233 1.000 C 15 26 45.49 -28 29 36.2 1.237 0.237 -0.277334 0.132673 -0.277334 0.132673 474 35 2013 06 07.49946 1.000 C 15 26 44.85 -28 29 29.9 1.238 0.237 -0.385187 -0.247234 -0.385187 -0.247234 474 36 2013 06 07.50660 1.000 C 15 26 44.24 -28 29 24.1 1.238 0.237 -0.788917 -0.039313 -0.788917 F -0.039313 474 37 2013 06 08.03032 1.000 C 15 26 06.48 -28 22 31.3 1.240 0.240 0.353329 -0.113639 0.353328 -0.113639 807 38 2013 06 08.03397 1.000 C 15 26 06.19 -28 22 28.8 1.240 0.240 0.059100 0.128536 0.059100 0.128536 807 39 2013 06 08.03762 1.000 C 15 26 05.87 -28 22 26.0 1.240 0.240 0.105544 0.023097 0.105544 0.023097 807 40 2013 06 08.04128 1.000 C 15 26 05.56 -28 22 23.2 1.240 0.240 0.004717 -0.046548 0.004717 -0.046548 807 41 2013 06 09.54865 1.000 C 15 24 20.60 -28 02 58.6 1.247 0.250 -0.444101 -0.040706 -0.444101 -0.040706 474 42 2013 06 09.55222 1.000 C 15 24 20.36 -28 02 55.5 1.247 0.250 -0.722790 -0.308262 -0.722790 F -0.308262 474 43 2013 06 09.55579 1.000 C 15 24 20.12 -28 02 53.1 1.247 0.250 -0.919783 0.123866 -0.919783 F 0.123866 474 44 2013 06 18.19782 1.000 C 15 19 08.34 -26 35 28.8 1.286 0.310 0.058756 -0.245476 0.058756 -0.245476 291 45 2013 06 18.20772 1.000 C 15 19 08.12 -26 35 24.4 1.286 0.310 -0.245382 0.169789 -0.245382 0.169789 291 46 2013 06 18.21765 1.000 C 15 19 07.87 -26 35 18.9 1.286 0.310 -0.100316 -0.440212 -0.100316 -0.440212 291 47 2018 08 19.525769 1.000 C 00 20 14.605 -02 30 36.69 1.395 0.449 -0.035952 0.181606 -0.035952 0.181606 F51 48 2018 08 19.547847 1.000 C 00 20 13.680 -02 30 43.43 1.395 0.449 0.100567 -0.121120 0.100567 -0.121119 F51 49 2018 08 19.558892 1.000 C 00 20 13.190 -02 30 46.57 1.395 0.449 -0.142350 0.069636 -0.142350 0.069636 F51 50 2018 09 14.23751 1.000 C 23 36 44.91 -07 03 49.8 1.302 0.297 -0.049617 -0.241331 -0.049617 -0.241331 G96 51 2018 09 14.24679 1.000 C 23 36 43.22 -07 03 58.6 1.302 0.297 -0.016445 -0.055733 -0.016445 -0.055733 G96 52 2018 09 14.25246 1.000 C 23 36 42.18 -07 04 04.4 1.302 0.297 0.311545 -0.251420 0.311545 -0.251420 G96 53 2018 09 14.25814 1.000 C 23 36 41.10 -07 04 10.3 1.302 0.296 0.417038 -0.960956 0.417038 -0.960956 F G96 54 2018 09 14.38605 1.000 C 23 36 17.57 -07 06 10.9 1.301 0.296 0.373028 0.251254 0.373028 0.251254 I52 55 2018 09 14.38911 1.000 C 23 36 17.02 -07 06 13.5 1.301 0.296 0.224133 0.556598 0.224133 0.556599 I52 56 2018 09 14.39216 1.000 C 23 36 16.42 -07 06 17.3 1.301 0.296 0.739311 -0.412745 0.739311 F -0.412745 I52 57 2018 09 28.17437 1.000 C 22 50 07.10 -10 49 41.6 1.240 0.257 -0.304337 -0.028088 -0.304337 -0.028088 691 58 2018 09 28.19084 1.000 C 22 50 03.29 -10 49 56.7 1.240 0.257 0.245646 -0.512129 0.245645 -0.512129 691 59 2018 10 09.15614 1.000 C 22 11 29.60 -13 09 48.0 1.185 0.247 0.087809 -0.311665 0.087809 -0.311665 291 60 2018 10 09.16179 1.000 C 22 11 28.43 -13 09 51.4 1.185 0.247 -0.129611 -0.184449 -0.129611 -0.184449 291 61 2018 10 09.16767 1.000 C 22 11 27.16 -13 09 54.4 1.185 0.247 0.143821 -0.831562 0.143821 F -0.831562 F 291 } }