Improve: 2016_XE18 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 -0.771869599 -0.493E-07 0.105E-02 | e 0.155880297 0.14103E-03 2 0.396444521 -0.182E-06 0.390E-02 | a 0.912895878 0.46999E-04 3 -0.041298897 -0.896E-07 0.192E-02 | i 13.097692854 0.18518E-01 4 -0.005073503 0.392E-08 0.839E-04 | node 252.465396301 0.16854E-02 5 -0.016760999 -0.207E-08 0.443E-04 | peri 344.130102605 0.75710E-02 6 -0.007102824 0.207E-09 0.443E-05 | M 296.579714065 0.27578E+00 | tp = 2026-01-16.124953 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: 0.47122 Optical RMSE: 0.47122(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 92/92 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 2016 12 06.18321 1.000 C 02 40 29.91 +17 00 23.9 1.048 0.073 0.213580 -0.289266 0.213532 -0.289255 G96 2 2016 12 06.18749 1.000 C 02 40 29.04 +16 59 34.8 1.048 0.073 -0.320578 0.797769 -0.320626 0.797780 G96 3 2016 12 06.19177 1.000 C 02 40 28.11 +16 58 47.3 1.048 0.073 -0.463692 0.099630 -0.463740 0.099641 G96 4 2016 12 06.19605 1.000 C 02 40 27.17 +16 57 58.7 1.048 0.073 -0.181255 0.408735 -0.181303 0.408746 G96 5 2016 12 06.24955 1.000 C 02 40 15.62 +16 47 55.0 1.048 0.073 -0.289977 0.010353 -0.290023 0.010364 I52 6 2016 12 06.25091 1.000 C 02 40 15.31 +16 47 39.4 1.048 0.073 0.024571 0.142596 0.024526 0.142606 I52 7 2016 12 06.25202 1.000 C 02 40 15.04 +16 47 27.3 1.048 0.073 0.344596 -0.425959 0.344551 -0.425949 I52 8 2016 12 06.25314 1.000 C 02 40 14.84 +16 47 13.9 1.048 0.073 -0.006279 0.428884 -0.006325 0.428894 I52 9 2016 12 06.25743 1.000 C 02 40 13.85 +16 46 25.4 1.048 0.073 0.983302 0.091801 0.983256 0.091812 G96 10 2016 12 06.25964 1.000 C 02 40 13.51 +16 46 00.0 1.048 0.073 -0.732804 0.977917 -0.732850 0.977927 G96 11 2016 12 06.26183 1.000 C 02 40 13.03 +16 45 36.2 1.048 0.073 -0.826311 -0.029590 -0.826357 -0.029580 G96 12 2016 12 06.26415 1.000 C 02 40 12.52 +16 45 10.9 1.048 0.073 -0.874188 -1.024877 -0.874234 -1.024866 G96 13 2016 12 06.37082 1.000 C 02 39 50.66 +16 24 59.2 1.048 0.073 0.683584 -0.992525 0.683542 -0.992515 I52 14 2016 12 06.37229 1.000 C 02 39 50.48 +16 24 41.3 1.048 0.073 -0.399767 0.554600 -0.399808 0.554611 I52 15 2016 12 06.37375 1.000 C 02 39 50.19 +16 24 24.4 1.048 0.073 -0.181674 0.793441 -0.181716 0.793452 I52 16 2016 12 06.37521 1.000 C 02 39 49.91 +16 24 07.7 1.048 0.073 -0.150651 0.878603 -0.150693 0.878614 I52 17 2016 12 06.77409 1.000 C 02 38 52.70 +15 09 38.6 1.048 0.074 -0.306415 -0.043626 -0.306462 -0.043611 033 18 2016 12 06.77684 1.000 C 02 38 52.14 +15 09 08.4 1.048 0.074 0.179888 -0.262965 0.179842 -0.262950 033 19 2016 12 06.77961 1.000 C 02 38 51.65 +15 08 37.5 1.048 0.074 -0.208128 0.310072 -0.208175 0.310087 033 20 2016 12 06.78236 1.000 C 02 38 51.11 +15 08 07.3 1.048 0.074 -0.017530 0.183553 -0.017576 0.183568 033 21 2016 12 06.83571 1.000 C 02 38 40.85 +14 58 20.5 1.048 0.074 -0.567202 -0.436242 -0.567246 -0.436228 033 22 2016 12 06.83847 1.000 C 02 38 40.31 +14 57 49.5 1.048 0.074 -0.320688 0.087239 -0.320732 0.087253 033 23 2016 12 06.84123 1.000 C 02 38 39.77 +14 57 19.4 1.048 0.074 -0.363733 -0.244532 -0.363777 -0.244518 033 24 2016 12 06.84399 1.000 C 02 38 39.23 +14 56 48.9 1.048 0.074 -0.281932 -0.199379 -0.281976 -0.199365 033 25 2016 12 06.84675 1.000 C 02 38 38.70 +14 56 18.8 1.048 0.074 -0.467329 -0.489438 -0.467373 -0.489424 033 26 2016 12 06.86667 1.000 C 02 38 34.81 +14 52 47.2 1.048 0.074 0.060690 -0.226361 0.060646 -0.226347 K51 27 2016 12 06.86904 1.000 C 02 38 34.35 +14 52 21.1 1.048 0.074 -0.063779 -0.242364 -0.063823 -0.242350 K51 28 2016 12 06.87141 1.000 C 02 38 33.88 +14 51 54.9 1.048 0.074 -0.018100 -0.213070 -0.018144 -0.213057 K51 29 2016 12 07.12047 1.000 C 02 37 53.23 +14 08 43.1 1.048 0.074 0.080090 0.521857 0.080045 0.521863 807 30 2016 12 07.12796 1.000 C 02 37 51.73 +14 07 21.1 1.048 0.074 -0.044309 0.447784 -0.044354 0.447790 807 31 2016 12 07.13542 1.000 C 02 37 50.23 +14 05 59.2 1.048 0.074 0.038567 0.509651 0.038523 0.509656 807 32 2016 12 07.194382 1.000 C 02 37 40.70 +13 53 02.6 1.048 0.074 0.697547 0.012773 0.697506 0.012786 H21 33 2016 12 07.20083 1.000 C 02 37 41.90 +13 52 07.1 1.048 0.074 0.931672 -0.256576 0.931629 -0.256563 G96 34 2016 12 07.201728 1.000 C 02 37 39.28 +13 51 42.3 1.048 0.074 0.636655 -0.110246 0.636614 -0.110233 H21 35 2016 12 07.20326 1.000 C 02 37 41.45 +13 51 41.0 1.048 0.074 0.322770 -0.440261 0.322726 -0.440248 G96 36 2016 12 07.20373 1.000 C 02 37 41.30 +13 51 36.3 1.048 0.074 0.946792 -1.117824 0.946749 -1.117811 G96 37 2016 12 07.208844 1.000 C 02 37 37.90 +13 50 24.5 1.048 0.074 0.713265 -0.284657 0.713224 -0.284644 H21 38 2016 12 08.33041 1.000 C 02 34 49.80 +10 31 24.7 1.047 0.076 0.519320 -0.057263 0.519284 -0.057250 G96 39 2016 12 08.33192 1.000 C 02 34 49.56 +10 31 09.2 1.047 0.076 0.195652 -0.272119 0.195616 -0.272106 G96 40 2016 12 08.33415 1.000 C 02 34 49.22 +10 30 45.9 1.047 0.076 -0.298313 -0.133947 -0.298348 -0.133933 G96 41 2016 12 18.216550 1.000 C 02 20 38.32 -11 19 01.8 1.036 0.100 -0.351680 0.190226 -0.351694 0.190254 705 42 2016 12 18.217562 1.000 C 02 20 38.22 -11 19 07.5 1.036 0.100 -0.064253 -0.038823 -0.064267 -0.038796 705 43 2016 12 18.218579 1.000 C 02 20 38.15 -11 19 14.0 1.036 0.100 0.304183 0.620272 0.304170 0.620299 705 44 2016 12 20.11448 1.000 C 02 19 23.53 -14 06 34.1 1.034 0.105 0.104563 -0.356752 0.104550 -0.356726 807 45 2016 12 20.12848 1.000 C 02 19 22.70 -14 07 43.7 1.034 0.106 -0.155055 0.084412 -0.155067 0.084438 807 46 2016 12 20.14216 1.000 C 02 19 21.87 -14 08 51.2 1.034 0.106 -0.138711 -0.077035 -0.138723 -0.077010 807 } }