Improve: 2018_SE3 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 43/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -1.012122890 -0.825E-13 0.452E-05 | e 0.018753238 0.18111E-05 2 -0.572563534 0.884E-13 0.430E-05 | a 1.177568578 0.26142E-06 3 0.061418015 -0.383E-13 0.214E-05 | i 36.733650429 0.10262E-03 4 0.008058628 -0.173E-14 0.103E-06 | node 186.629641811 0.10814E-04 5 -0.013357855 -0.755E-15 0.409E-07 | peri 78.568592597 0.83252E-03 6 0.003683710 -0.319E-15 0.242E-07 | M 307.240803106 0.10354E-02 | tp = 2026-01-28.402727 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -1.00 1.00 3 0.96 -0.94 1.00 4 1.00 -1.00 0.95 1.00 5 1.00 -1.00 0.96 1.00 1.00 6 0.72 -0.67 0.88 0.68 0.72 1.00 Root mean squared error: 0.26376 Optical RMSE: 0.26376(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 85/86 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 09 30.17970 1.000 C 22 38 03.21 +08 15 41.7 1.180 0.196 -0.004930 0.021405 -0.004930 0.021405 G96 2 2018 09 30.18527 1.000 C 22 38 03.36 +08 14 40.2 1.180 0.196 0.092494 -0.208340 0.092494 -0.208340 G96 3 2018 09 30.19084 1.000 C 22 38 03.54 +08 13 37.0 1.180 0.196 -0.563127 1.147946 -0.563127 1.147946 F G96 4 2018 09 30.19641 1.000 C 22 38 03.69 +08 12 36.2 1.180 0.196 -0.358053 0.217200 -0.358053 0.217200 G96 5 2018 09 30.276957 1.000 C 22 38 05.12 +07 57 37.1 1.180 0.197 0.210909 0.180583 0.210909 0.180583 H21 6 2018 09 30.283411 1.000 C 22 38 05.33 +07 56 25.5 1.180 0.197 0.213728 0.093165 0.213728 0.093165 H21 7 2018 09 30.294168 1.000 C 22 38 05.72 +07 54 25.7 1.180 0.197 -0.353768 0.316136 -0.353768 0.316136 H21 8 2018 09 30.30042 1.000 C 22 38 06.55 +07 53 23.1 1.180 0.197 -0.080201 -0.551799 -0.080201 -0.551799 I52 9 2018 09 30.30374 1.000 C 22 38 06.62 +07 52 45.8 1.180 0.197 0.234938 -0.046725 0.234939 -0.046725 I52 10 2018 09 30.30707 1.000 C 22 38 06.72 +07 52 08.8 1.180 0.197 0.191243 -0.019813 0.191243 -0.019813 I52 11 2018 09 30.31040 1.000 C 22 38 06.84 +07 51 31.9 1.180 0.197 -0.120514 -0.140021 -0.120514 -0.140021 I52 12 2018 09 30.428153 1.000 C 22 38 11.931 +07 29 55.96 1.180 0.197 0.235868 -0.186531 0.235869 -0.186531 F52 13 2018 10 01.149164 1.000 C 22 38 45.52 +05 17 05.5 1.180 0.197 0.143736 -0.139903 0.143736 -0.139903 H21 14 2018 10 01.155654 1.000 C 22 38 45.73 +05 15 53.7 1.180 0.197 -0.019344 0.326392 -0.019344 0.326392 H21 15 2018 10 01.165035 1.000 C 22 38 46.02 +05 14 10.4 1.180 0.197 -0.022248 0.531600 -0.022248 0.531600 H21 16 2018 10 02.130083 1.000 C 22 39 31.53 +02 18 44.3 1.180 0.199 0.496730 -0.738968 0.496730 -0.738968 H21 17 2018 10 02.138389 1.000 C 22 39 31.85 +02 17 14.0 1.180 0.199 -0.072246 -0.233854 -0.072246 -0.233854 H21 18 2018 10 02.149277 1.000 C 22 39 32.21 +02 15 16.0 1.180 0.199 0.041360 0.029018 0.041360 0.029018 H21 19 2018 10 02.16317 1.000 C 22 39 31.93 +02 13 35.8 1.180 0.199 -0.060378 0.093872 -0.060378 0.093872 807 20 2018 10 02.16970 1.000 C 22 39 32.15 +02 12 25.2 1.180 0.199 -0.136969 0.090867 -0.136969 0.090867 807 21 2018 10 02.17621 1.000 C 22 39 32.36 +02 11 14.8 1.180 0.199 -0.047629 0.102058 -0.047629 0.102058 807 22 2018 10 02.913308 1.000 C 22 40 08.96 -00 01 21.5 1.181 0.201 -0.047764 0.184710 -0.047764 0.184710 L01 23 2018 10 02.917604 1.000 C 22 40 09.13 -00 02 07.3 1.181 0.201 -0.171716 0.337643 -0.171716 0.337643 L01 24 2018 10 05.28002 1.000 C 22 42 13.45 -06 46 16.7 1.181 0.208 0.301673 -0.336256 0.301673 -0.336256 I52 25 2018 10 05.28418 1.000 C 22 42 13.70 -06 46 57.8 1.181 0.208 -0.713302 0.165335 -0.713302 0.165335 I52 26 2018 10 05.28834 1.000 C 22 42 13.83 -06 47 38.7 1.181 0.208 -0.102685 -0.125448 -0.102685 -0.125448 I52 27 2018 10 05.29250 1.000 C 22 42 14.01 -06 48 20.2 1.181 0.208 0.026723 0.406465 0.026723 0.406465 I52 28 2018 10 06.24341 1.000 C 22 43 08.83 -09 21 36.3 1.182 0.212 -0.007288 -0.232318 -0.007288 -0.232318 291 29 2018 10 06.24858 1.000 C 22 43 09.03 -09 22 25.3 1.182 0.212 0.329812 -0.357088 0.329812 -0.357088 291 30 2018 10 06.25431 1.000 C 22 43 09.27 -09 23 20.0 1.182 0.212 0.630830 -0.013042 0.630830 -0.013042 291 31 2018 10 16.15539 1.000 C 22 54 39.27 -29 34 58.2 1.184 0.274 0.064995 0.175311 0.064995 0.175311 807 32 2018 10 16.17043 1.000 C 22 54 40.31 -29 36 17.5 1.184 0.274 -0.187159 -0.017789 -0.187159 -0.017789 807 33 2018 10 16.18547 1.000 C 22 54 41.38 -29 37 37.1 1.184 0.274 -0.312523 0.322207 -0.312523 0.322207 807 34 2018 10 18.09345 1.000 C 22 57 19.81 -32 16 43.6 1.185 0.290 0.033196 0.139450 0.033196 0.139450 807 35 2018 10 18.10763 1.000 C 22 57 20.81 -32 17 49.7 1.185 0.290 0.010364 -0.115460 0.010364 -0.115460 807 36 2018 10 18.12201 1.000 C 22 57 21.83 -32 18 56.8 1.185 0.290 0.127297 -0.171044 0.127297 -0.171044 807 37 2023 03 27.341919 1.000 C 10 50 20.833 -09 37 03.29 1.174 0.191 0.101804 0.293544 0.101804 0.293544 F52 38 2023 03 27.353378 1.000 C 10 50 20.611 -09 34 52.72 1.174 0.190 0.171434 -0.193272 0.171434 -0.193272 F52 39 2023 03 27.364827 1.000 C 10 50 20.399 -09 32 42.84 1.174 0.190 0.253167 -0.029854 0.253167 -0.029854 F52 40 2023 03 29.263585 1.000 C 10 50 26.149 -03 31 42.06 1.174 0.190 -0.458005 -0.006297 -0.458005 -0.006297 I52 41 2023 03 29.267801 1.000 C 10 50 26.074 -03 30 54.07 1.174 0.190 0.051703 0.106330 0.051703 0.106330 I52 42 2023 03 29.270285 1.000 C 10 50 26.070 -03 30 25.42 1.174 0.190 -0.247564 -0.201362 -0.247564 -0.201362 I52 43 2023 03 29.272765 1.000 C 10 50 26.020 -03 29 57.34 1.174 0.190 0.144870 0.015034 0.144870 0.015034 I52 } }