Improve: 2018_VL6 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 46/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 0.588595247 0.589E-12 0.603E-06 | e 0.672627963 0.55343E-06 2 0.601231622 -0.205E-12 0.425E-06 | a 1.760534890 0.68141E-08 3 0.384807995 -0.609E-13 0.212E-06 | i 19.206425229 0.78799E-04 4 -0.021257718 0.350E-14 0.490E-08 | node 29.268927029 0.13281E-04 5 -0.000127851 -0.931E-14 0.191E-07 | peri 108.399726876 0.10634E-03 6 0.004436423 0.273E-15 0.893E-08 | M 342.178765375 0.86983E-05 | tp = 2026-01-02.237740 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.92 1.00 3 0.59 -0.69 1.00 4 0.84 -0.69 0.76 1.00 5 -0.86 0.98 -0.65 -0.59 1.00 6 0.58 -0.57 0.87 0.86 -0.50 1.00 Root mean squared error: 0.41087 Optical RMSE: 0.41087(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 89/92 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 2011 10 24.41007 1.000 C 01 49 41.83 +13 16 10.6 1.204 0.209 0.794149 0.350076 0.794148 0.350079 568 2 2011 10 24.41378 1.000 C 01 49 40.47 +13 16 21.5 1.204 0.209 -0.412961 -0.578921 -0.412961 -0.578918 568 3 2011 10 24.45282 1.000 C 01 49 25.03 +13 18 22.8 1.204 0.209 0.597025 0.274649 0.597025 0.274652 568 4 2011 10 24.45653 1.000 C 01 49 23.60 +13 18 34.1 1.203 0.209 0.203069 -0.019204 0.203069 -0.019201 568 5 2011 10 24.49549 1.000 C 01 49 08.23 +13 20 35.0 1.203 0.208 0.672593 -0.059569 0.672593 -0.059566 568 6 2011 10 24.49919 1.000 C 01 49 06.85 +13 20 45.9 1.203 0.208 -0.415977 -0.698354 -0.415977 -0.698351 568 7 2018 10 18.31748 1.000 C 01 59 40.46 +06 24 12.2 1.290 0.295 -0.899653 -0.048131 -0.899654 -0.048132 G96 8 2018 10 18.32259 1.000 C 01 59 39.25 +06 24 18.2 1.290 0.295 -0.077649 -0.228889 -0.077650 -0.228890 G96 9 2018 11 01.11503 1.000 C 00 14 48.32 +15 00 01.0 1.135 0.163 0.068176 -0.097151 0.068176 -0.097149 G96 10 2018 11 01.12065 1.000 C 00 14 43.77 +15 00 19.5 1.135 0.163 0.000152 0.389593 0.000152 0.389594 G96 11 2018 11 01.12628 1.000 C 00 14 39.18 +15 00 39.0 1.135 0.163 0.281835 -0.118487 0.281835 -0.118486 G96 12 2018 11 01.13192 1.000 C 00 14 34.58 +15 00 57.4 1.135 0.163 0.587714 0.497645 0.587715 0.497646 G96 13 2018 11 01.17268 1.000 C 00 14 01.40 +15 03 14.8 1.134 0.162 0.006103 0.347596 0.006103 0.347597 I52 14 2018 11 01.17365 1.000 C 00 14 00.61 +15 03 18.4 1.134 0.162 -0.050596 0.008454 -0.050596 0.008455 I52 15 2018 11 01.17462 1.000 C 00 13 59.84 +15 03 21.3 1.134 0.162 -0.362315 0.382871 -0.362314 0.382872 I52 16 2018 11 01.17559 1.000 C 00 13 59.02 +15 03 24.4 1.134 0.162 0.037789 0.520406 0.037790 0.520407 I52 17 2018 11 09.08653 1.000 C 21 54 51.95 +21 36 29.6 1.043 0.133 -1.577700 0.320925 -1.577701 F 0.320926 G96 18 2018 11 09.09216 1.000 C 21 54 44.72 +21 36 38.6 1.042 0.133 0.180552 0.387599 0.180551 0.387601 G96 19 2018 11 09.09779 1.000 C 21 54 37.60 +21 36 48.6 1.042 0.133 0.233078 -0.282194 0.233077 -0.282192 G96 20 2018 11 09.10341 1.000 C 21 54 30.60 +21 36 57.6 1.042 0.133 -1.007492 0.252999 -1.007492 0.253001 G96 21 2018 11 09.26552 1.000 C 21 51 06.71 +21 41 07.6 1.040 0.133 -0.500590 0.490205 -0.500591 0.490207 G96 22 2018 11 09.26610 1.000 C 21 51 05.94 +21 41 08.7 1.040 0.133 0.073109 0.113413 0.073108 0.113415 G96 23 2018 11 09.26668 1.000 C 21 51 05.21 +21 41 10.8 1.040 0.133 -0.094056 -1.136252 -0.094057 -1.136250 G96 24 2018 11 09.26726 1.000 C 21 51 04.49 +21 41 10.8 1.040 0.133 0.011227 -0.299358 0.011226 -0.299356 G96 25 2018 11 10.10682 1.000 C 21 33 47.34 +22 00 02.0 1.031 0.133 -0.795780 0.313500 -0.795781 0.313502 I52 26 2018 11 10.11069 1.000 C 21 33 42.39 +22 00 05.8 1.031 0.133 0.169924 0.402846 0.169922 0.402847 I52 27 2018 11 10.11262 1.000 C 21 33 39.95 +22 00 08.3 1.030 0.133 0.129760 -0.061083 0.129759 -0.061081 I52 28 2018 11 11.06215 1.000 C 21 14 12.97 +22 13 04.3 1.019 0.134 0.888513 -0.395533 0.888512 -0.395531 I52 29 2018 11 11.06613 1.000 C 21 14 08.02 +22 13 06.0 1.019 0.134 0.905582 0.042104 0.905581 0.042106 I52 30 2018 11 11.07000 1.000 C 21 14 03.27 +22 13 08.5 1.019 0.134 -0.143941 -0.143252 -0.143942 -0.143250 I52 31 2018 11 11.07388 1.000 C 21 13 58.44 +22 13 10.7 1.019 0.134 -0.205227 -0.302303 -0.205228 -0.302301 I52 32 2025 10 02.500266 1.000 C 02 21 34.363 +01 25 10.72 1.476 0.513 -0.076620 -0.269367 -0.076620 -0.269367 F51 33 2025 10 02.513961 1.000 C 02 21 33.177 +01 25 14.39 1.476 0.513 -0.014979 0.059365 -0.014979 0.059365 F51 34 2025 10 13.394079 1.000 C 01 58 38.817 +02 32 49.66 1.364 0.372 0.156812 -0.036075 0.156812 -0.036075 F51 35 2025 10 13.405342 1.000 C 01 58 36.647 +02 32 55.79 1.364 0.372 0.192866 -0.073221 0.192866 -0.073221 F51 36 2025 10 13.416824 1.000 C 01 58 34.454 +02 33 01.77 1.363 0.372 0.662177 -0.202422 0.662177 -0.202422 F51 37 2025 10 19.314656 1.000 C 01 36 04.180 +03 41 11.08 1.300 0.305 -0.389063 -0.308441 -0.389063 -0.308441 G96 38 2025 10 19.320322 1.000 C 01 36 02.592 +03 41 15.65 1.300 0.305 -0.056778 0.509566 -0.056778 0.509566 G96 39 2025 10 19.325964 1.000 C 01 36 00.968 +03 41 20.47 1.300 0.305 -0.003820 0.693437 -0.003820 0.693437 G96 40 2025 10 19.331623 1.000 C 01 35 59.287 +03 41 25.44 1.300 0.305 -0.092063 0.103207 -0.092063 0.103207 G96 41 2025 10 19.425460 1.000 C 01 35 32.070 +03 42 46.30 1.299 0.304 0.122753 -0.188404 0.122752 -0.188404 I52 42 2025 10 19.430102 1.000 C 01 35 30.750 +03 42 50.62 1.299 0.304 -0.191737 0.125191 -0.191737 0.125191 I52 43 2025 10 19.870981 0.250 B 01 33 26.448 +03 49 49.27 1.294 0.300 0.145520 -0.218432 0.145520 -0.218432 M21 44 2025 10 19.917067 0.250 B 01 33 12.539 +03 50 31.08 1.294 0.299 0.159618 0.029005 0.159618 0.029005 M21 45 2025 10 29.180443 1.000 C 00 30 11.592 +07 08 54.35 1.191 0.215 -3.376498 -0.410692 -3.376498 F -0.410692 F G96 46 2025 10 29.196043 1.000 C 00 30 02.617 +07 09 20.16 1.190 0.215 -0.234490 -0.298759 -0.234490 -0.298759 G96 } }