Improve: 2016_XF18 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 62/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 1.296091815 -0.237E-12 0.139E-06 | e 0.184208308 0.47433E-07 2 -0.285085921 -0.603E-11 0.594E-06 | a 1.204981581 0.80630E-08 3 0.359404461 -0.457E-11 0.636E-06 | i 19.199071543 0.20576E-04 4 -0.000009041 0.612E-13 0.629E-08 | node 252.676395186 0.45350E-05 5 0.012967274 -0.692E-14 0.132E-08 | peri 247.775038325 0.40429E-04 6 0.004090292 0.302E-13 0.345E-08 | M 226.846948808 0.16537E-04 | tp = 2025-01-20.561565 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.06 1.00 3 -0.55 0.81 1.00 4 0.13 -0.99 -0.86 1.00 5 -0.72 0.68 0.80 -0.71 1.00 6 0.36 -0.92 -0.97 0.95 -0.77 1.00 Root mean squared error: 0.25608 Optical RMSE: 0.25608(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 103/124 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 06.22389 1.000 C 03 03 36.76 +20 45 28.4 1.091 0.116 0.389392 -0.310114 0.389391 -0.310114 G96 2 2016 12 06.22823 1.000 C 03 03 36.46 +20 44 43.0 1.091 0.116 0.287828 -0.107627 0.287828 -0.107627 G96 3 2016 12 06.23254 1.000 C 03 03 36.18 +20 43 58.3 1.091 0.116 -0.123335 -0.269838 -0.123335 -0.269838 G96 4 2016 12 06.23682 1.000 C 03 03 35.90 +20 43 13.8 1.091 0.116 -0.487475 -0.346494 -0.487475 -0.346493 G96 5 2016 12 06.26808 1.000 C 03 03 33.65 +20 37 47.1 1.091 0.116 0.070981 -0.356346 0.070981 -0.356346 I52 6 2016 12 06.26919 1.000 C 03 03 33.56 +20 37 35.1 1.091 0.116 0.302273 -0.007141 0.302273 -0.007141 I52 7 2016 12 06.27031 1.000 C 03 03 33.47 +20 37 23.2 1.091 0.116 0.491639 0.140093 0.491638 0.140093 I52 8 2016 12 06.27143 1.000 C 03 03 33.42 +20 37 11.5 1.091 0.116 0.095295 0.179061 0.095295 0.179061 I52 9 2016 12 06.32571 1.000 C 03 03 29.73 +20 27 41.0 1.091 0.116 0.311449 0.794069 0.311449 0.794069 F G96 10 2016 12 06.32687 1.000 C 03 03 29.63 +20 27 29.2 1.091 0.116 0.580098 0.332007 0.580098 0.332007 G96 11 2016 12 06.32803 1.000 C 03 03 29.61 +20 27 17.0 1.091 0.116 -0.190807 0.451164 -0.190807 0.451164 G96 12 2016 12 06.32918 1.000 C 03 03 29.42 +20 27 04.9 1.091 0.116 1.405455 0.171602 1.405455 F 0.171603 G96 13 2016 12 06.38492 1.000 C 03 03 26.04 +20 17 16.9 1.091 0.116 0.898596 0.032973 0.898596 F 0.032974 I52 14 2016 12 06.38980 1.000 C 03 03 25.85 +20 16 25.7 1.091 0.116 -0.382500 -0.158301 -0.382500 -0.158301 I52 15 2016 12 06.39467 1.000 C 03 03 25.55 +20 15 33.6 1.091 0.116 0.094032 0.344901 0.094031 0.344902 I52 16 2016 12 06.85793 1.000 C 03 03 11.35 +18 54 12.5 1.090 0.115 -0.123282 0.034027 -0.123282 0.034027 033 17 2016 12 06.86022 1.000 C 03 03 11.22 +18 53 48.8 1.090 0.115 -0.341634 -0.384026 -0.341634 -0.384026 033 18 2016 12 06.86252 1.000 C 03 03 11.06 +18 53 24.2 1.090 0.115 0.022283 -0.125095 0.022283 -0.125095 033 19 2016 12 06.86481 1.000 C 03 03 10.91 +18 53 00.0 1.090 0.115 0.188456 -0.127483 0.188455 -0.127483 033 20 2016 12 06.86712 1.000 C 03 03 10.80 +18 52 35.8 1.090 0.115 -0.264491 -0.208478 -0.264491 -0.208478 033 21 2016 12 06.87740 1.000 C 03 03 10.17 +18 50 52.9 1.090 0.115 0.095011 -0.216678 0.095010 -0.216678 K51 22 2016 12 06.87989 1.000 C 03 03 10.01 +18 50 26.4 1.090 0.115 0.189667 -0.039302 0.189667 -0.039302 K51 23 2016 12 06.88120 1.000 C 03 03 09.93 +18 50 12.5 1.090 0.115 0.171853 0.024516 0.171852 0.024516 K51 24 2016 12 06.90840 1.000 C 03 03 08.30 +18 45 19.5 1.090 0.115 -0.248978 -0.343485 -0.248979 -0.343485 033 25 2016 12 06.91069 1.000 C 03 03 08.15 +18 44 55.0 1.090 0.115 -0.022914 -0.141627 -0.022914 -0.141627 033 26 2016 12 06.91300 1.000 C 03 03 08.05 +18 44 30.5 1.090 0.115 -0.552159 0.015818 -0.552159 0.015818 033 27 2016 12 06.91529 1.000 C 03 03 07.89 +18 44 05.8 1.090 0.115 -0.139523 0.370450 -0.139524 0.370450 033 28 2016 12 06.91759 1.000 C 03 03 07.74 +18 43 41.9 1.090 0.115 -0.079804 -0.127020 -0.079804 -0.127020 033 29 2016 12 06.95208 1.000 C 03 03 05.70 +18 37 36.1 1.089 0.115 -0.123754 -0.273545 -0.123754 -0.273545 033 30 2016 12 06.95439 1.000 C 03 03 05.59 +18 37 11.5 1.089 0.115 -0.447961 -0.136909 -0.447961 -0.136908 033 31 2016 12 06.95668 1.000 C 03 03 05.42 +18 36 46.5 1.089 0.115 0.219955 0.387651 0.219955 0.387651 033 32 2016 12 06.95898 1.000 C 03 03 05.28 +18 36 22.0 1.089 0.115 0.327673 0.418995 0.327672 0.418996 033 33 2016 12 06.96128 1.000 C 03 03 05.16 +18 35 58.0 1.089 0.115 0.046031 0.025662 0.046031 0.025662 033 34 2016 12 07.23611 1.000 C 03 02 55.98 +17 47 46.3 1.089 0.115 -1.042555 -0.227463 -1.042555 F -0.227463 F G96 35 2016 12 07.23783 1.000 C 03 02 55.83 +17 47 25.7 1.089 0.115 0.057653 1.839131 0.057653 F 1.839131 F G96 36 2016 12 07.24133 1.000 C 03 02 55.47 +17 46 48.1 1.089 0.115 1.928605 1.660733 1.928605 F 1.660733 F G96 37 2016 12 07.250847 1.000 C 03 02 53.51 +17 44 56.8 1.089 0.115 -0.223585 0.510789 -0.223585 0.510789 H21 38 2016 12 07.257585 1.000 C 03 02 53.11 +17 43 45.0 1.089 0.115 -0.272032 0.176219 -0.272032 0.176219 H21 39 2016 12 07.265236 1.000 C 03 02 52.67 +17 42 22.9 1.089 0.115 -0.307464 0.340097 -0.307464 0.340098 H21 40 2016 12 07.30347 1.000 C 03 02 51.57 +17 35 47.7 1.088 0.115 -0.251698 -1.345541 -0.251699 F -1.345541 F I52 41 2016 12 07.30459 1.000 C 03 02 51.44 +17 35 33.6 1.088 0.115 1.143886 0.450215 1.143886 F 0.450215 F I52 42 2016 12 07.30682 1.000 C 03 02 51.34 +17 35 09.2 1.088 0.115 0.758509 1.085633 0.758508 F 1.085633 F I52 43 2016 12 08.32943 1.000 C 03 02 15.56 +14 32 14.4 1.086 0.114 -0.006365 -0.124634 -0.006366 -0.124634 I52 44 2016 12 08.33078 1.000 C 03 02 15.47 +14 31 59.5 1.086 0.114 0.313482 -0.000663 0.313482 -0.000663 I52 45 2016 12 08.33299 1.000 C 03 02 15.36 +14 31 35.6 1.086 0.114 0.161490 -0.070048 0.161490 -0.070048 I52 46 2016 12 15.220225 1.000 C 03 00 32.15 -05 47 47.5 1.068 0.117 -0.085235 -0.201920 -0.085236 -0.201921 705 47 2016 12 15.221238 1.000 C 03 00 32.15 -05 47 56.8 1.068 0.117 -0.871094 -0.538549 -0.871094 F -0.538550 F 705 48 2016 12 15.222255 1.000 C 03 00 32.13 -05 48 06.2 1.068 0.117 -1.389132 -1.018416 -1.389133 F -1.018416 F 705 49 2016 12 21.12866 1.000 C 03 01 42.60 -20 18 05.9 1.053 0.131 -0.036699 -0.100977 -0.036700 -0.100978 807 50 2016 12 21.13515 1.000 C 03 01 42.64 -20 18 56.3 1.053 0.131 0.041828 0.973578 0.041827 F 0.973578 F 807 51 2016 12 21.14140 1.000 C 03 01 42.58 -20 19 43.2 1.053 0.131 0.059065 -0.124934 0.059064 -0.124934 807 52 2016 12 28.14483 1.000 C 03 05 43.32 -32 43 47.9 1.037 0.155 0.012734 -0.000197 0.012733 -0.000198 807 53 2016 12 28.15423 1.000 C 03 05 43.55 -32 44 36.0 1.037 0.155 0.083837 0.093692 0.083836 0.093691 807 54 2016 12 28.16332 1.000 C 03 05 43.81 -32 45 22.2 1.037 0.155 -0.271457 0.277827 -0.271457 0.277826 807 55 2017 05 28.388799 1.000 C 13 29 14.904 -32 03 08.39 1.203 0.234 -0.041950 -0.027261 -0.041951 -0.027260 T12 56 2017 05 28.391576 1.000 C 13 29 15.384 -32 02 54.15 1.203 0.234 0.001734 -0.062863 0.001734 -0.062863 T12 57 2020 12 13.27385 1.000 C 09 00 49.72 -22 19 37.3 1.046 0.151 0.257424 -0.017905 0.257424 -0.017905 807 58 2020 12 13.28016 1.000 C 09 00 50.26 -22 20 37.0 1.046 0.151 -0.437414 -0.371663 -0.437414 -0.371663 807 59 2020 12 13.28619 1.000 C 09 00 50.86 -22 21 34.6 1.046 0.151 0.202167 -0.452338 0.202167 -0.452338 807 60 2020 12 14.26336 1.000 C 09 02 43.36 -24 53 40.8 1.044 0.152 0.109886 0.279109 0.109886 0.279109 807 61 2020 12 14.26829 1.000 C 09 02 43.82 -24 54 26.7 1.044 0.152 0.101417 0.253119 0.101417 0.253119 807 62 2020 12 14.27322 1.000 C 09 02 44.26 -24 55 12.5 1.044 0.152 -0.151015 0.132964 -0.151015 0.132964 807 } }