Improve: 2015_TY24 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 0.014492246 -0.152E-06 0.633E-02 | e 0.490477335 0.33879E-04 2 1.440390969 0.639E-07 0.265E-02 | a 2.207936554 0.16965E-03 3 0.396407164 0.138E-07 0.573E-03 | i 8.193511733 0.33122E-03 4 -0.014842911 -0.168E-10 0.729E-06 | node 190.190315624 0.43256E-03 5 0.006322493 -0.132E-08 0.549E-04 | peri 183.798361435 0.13155E-03 6 0.001350079 -0.363E-09 0.151E-04 | M 27.626836080 0.13070E+00 | tp = 2025-08-21.038306 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: 0.29154 Optical RMSE: 0.29154(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 82/92 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 2015 10 09.14387 1.000 C 21 15 30.93 -12 38 04.1 1.125 0.211 -0.951003 0.321963 -0.951560 F 0.322035 F G96 2 2015 10 09.14847 1.000 C 21 15 32.01 -12 38 11.4 1.125 0.211 0.356314 -0.169792 0.355757 -0.169720 G96 3 2015 10 09.15305 1.000 C 21 15 33.27 -12 38 18.2 1.125 0.211 -1.067650 -0.381935 -1.068206 F -0.381864 F G96 4 2015 10 09.15765 1.000 C 21 15 34.39 -12 38 26.3 1.125 0.211 -0.100635 0.065270 -0.101191 0.065341 G96 5 2015 10 09.18029 1.000 C 21 15 40.18 -12 39 02.9 1.125 0.211 -0.024384 0.281273 -0.024941 0.281345 G96 6 2015 10 09.18114 1.000 C 21 15 40.37 -12 39 04.2 1.125 0.211 0.348950 0.112867 0.348393 0.112939 G96 7 2015 10 09.18198 1.000 C 21 15 40.58 -12 39 04.8 1.125 0.211 0.221330 -0.625980 0.220773 -0.625908 G96 8 2015 10 09.28234 1.000 C 21 16 08.153 -12 41 40.64 1.125 0.211 0.628635 -0.271212 0.628078 -0.271138 F51 9 2015 10 09.29400 1.000 C 21 16 11.162 -12 41 59.53 1.125 0.211 0.167496 0.040943 0.166938 0.041016 F51 10 2015 10 09.30565 1.000 C 21 16 14.163 -12 42 18.08 1.125 0.211 -0.248814 0.055276 -0.249372 0.055350 F51 11 2015 10 10.11950 1.000 C 21 19 58.85 -13 04 05.4 1.124 0.210 -0.242371 -0.098885 -0.242932 -0.098799 291 12 2015 10 10.12064 1.000 C 21 19 59.15 -13 04 06.9 1.124 0.210 -0.336274 -0.403486 -0.336835 -0.403400 291 13 2015 10 10.12181 1.000 C 21 19 59.46 -13 04 09.2 1.124 0.210 -0.249217 0.023095 -0.249778 0.023181 291 14 2015 10 10.29535 1.000 C 21 20 47.019 -13 08 37.89 1.124 0.210 -0.275473 0.148514 -0.276036 0.148602 F51 15 2015 10 10.30630 1.000 C 21 20 49.883 -13 08 55.04 1.124 0.210 -0.120017 0.047729 -0.120579 0.047817 F51 16 2015 10 10.31724 1.000 C 21 20 52.740 -13 09 12.10 1.124 0.210 0.138026 -0.114113 0.137464 -0.114025 F51 17 2015 10 10.52050 1.000 C 21 21 48.72 -13 13 46.8 1.124 0.210 0.427487 1.230977 0.426924 F 1.231068 F 474 18 2015 10 10.52402 1.000 C 21 21 49.71 -13 13 51.3 1.124 0.210 -0.202778 0.466054 -0.203342 0.466146 474 19 2015 10 10.52754 1.000 C 21 21 50.69 -13 13 58.6 1.124 0.210 0.118993 2.341557 0.118430 F 2.341648 F 474 20 2015 10 11.15612 1.000 C 21 24 50.31 -13 31 13.1 1.124 0.210 0.368766 -0.352335 0.368199 -0.352234 291 21 2015 10 11.15726 1.000 C 21 24 50.65 -13 31 14.8 1.124 0.210 -0.096540 -0.279538 -0.097106 -0.279437 291 22 2015 10 11.15843 1.000 C 21 24 50.99 -13 31 17.0 1.124 0.210 -0.315285 0.192458 -0.315851 0.192559 291 23 2015 10 13.12899 1.000 C 21 34 26.28 -14 20 19.8 1.123 0.209 -0.031446 -0.260735 -0.032022 -0.260605 807 24 2015 10 13.13254 1.000 C 21 34 27.32 -14 20 25.1 1.123 0.209 -0.297625 0.013349 -0.298201 0.013479 807 25 2015 10 13.13611 1.000 C 21 34 28.34 -14 20 30.5 1.123 0.209 -0.174411 0.235787 -0.174986 0.235917 807 26 2015 10 15.37803 1.000 C 21 45 57.72 -15 13 31.9 1.122 0.208 -0.078810 -0.251895 -0.079395 -0.251732 474 27 2015 10 15.38038 1.000 C 21 45 58.43 -15 13 36.1 1.122 0.208 0.229939 0.696898 0.229354 0.697061 474 28 2015 10 15.38275 1.000 C 21 45 59.12 -15 13 38.3 1.122 0.208 0.185841 -0.383985 0.185256 -0.383822 474 29 2015 10 15.38510 1.000 C 21 45 59.71 -15 13 41.4 1.122 0.208 1.741691 -1.069116 1.741106 F -1.068953 F 474 30 2015 10 17.08918 1.000 C 21 55 03.20 -15 51 18.7 1.122 0.208 -0.219473 0.521845 -0.220064 0.522033 807 31 2015 10 17.09245 1.000 C 21 55 04.19 -15 51 22.9 1.122 0.208 0.094239 0.517955 0.093647 0.518142 807 32 2015 10 17.09587 1.000 C 21 55 05.23 -15 51 27.1 1.122 0.208 0.296915 0.361838 0.296324 0.362026 807 33 2015 11 01.12561 1.000 C 23 22 00.41 -18 49 44.4 1.136 0.226 0.388173 -0.101858 0.387577 -0.101503 291 34 2015 11 01.12770 1.000 C 23 22 01.13 -18 49 44.4 1.136 0.226 0.039256 -0.144372 0.038660 -0.144016 291 35 2015 11 01.12977 1.000 C 23 22 01.82 -18 49 44.3 1.136 0.226 -0.087353 -0.447578 -0.087949 -0.447223 291 36 2015 11 11.14758 1.000 C 00 17 25.90 -18 00 07.9 1.159 0.254 -0.311828 0.567244 -0.312380 0.567627 291 37 2015 11 11.15163 1.000 C 00 17 27.06 -18 00 05.1 1.159 0.254 -0.004567 0.008142 -0.005119 0.008525 291 38 2015 11 11.15568 1.000 C 00 17 28.26 -18 00 02.2 1.159 0.254 -0.205485 -0.265026 -0.206037 -0.264643 291 39 2015 11 18.13235 1.000 C 00 51 12.95 -16 23 36.9 1.180 0.283 0.028933 -0.481053 0.028422 -0.480689 807 40 2015 11 18.13558 1.000 C 00 51 13.80 -16 23 34.0 1.181 0.283 0.134386 -0.147056 0.133875 -0.146692 807 41 2015 11 18.13847 1.000 C 00 51 14.55 -16 23 31.1 1.181 0.283 0.150344 -0.178623 0.149833 -0.178259 807 42 2015 11 18.14136 1.000 C 00 51 15.34 -16 23 28.3 1.181 0.283 -0.203574 0.239026 -0.204085 0.239390 807 43 2015 11 18.14449 1.000 C 00 51 16.13 -16 23 25.0 1.181 0.283 -0.036503 -0.123958 -0.037014 -0.123593 807 44 2015 12 01.20020 1.000 C 01 42 52.53 -12 12 52.6 1.233 0.353 0.448410 0.485863 0.447980 0.486153 291 45 2015 12 01.20468 1.000 C 01 42 53.43 -12 12 46.3 1.233 0.353 -0.149202 0.175298 -0.149632 0.175588 291 46 2015 12 01.20919 1.000 C 01 42 54.31 -12 12 40.3 1.233 0.353 -0.235727 -0.117356 -0.236156 -0.117066 291 } }