Improve: 2016_HG19 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 -1.104960246 0.705E-09 0.592E-04 | e 0.196509240 0.11276E-05 2 -0.592400215 -0.583E-09 0.491E-04 | a 1.234905345 0.15766E-05 3 -0.136193996 -0.809E-09 0.679E-04 | i 24.414742626 0.11434E-03 4 0.008593117 0.131E-10 0.110E-05 | node 39.602042529 0.10746E-04 5 -0.007415560 0.658E-11 0.557E-06 | peri 275.090172002 0.63378E-04 6 -0.010041372 0.177E-11 0.147E-06 | M 274.991708441 0.47119E-02 | tp = 2024-11-03.117047 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: 0.25943 Optical RMSE: 0.25943(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 84/92 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 04 30.42264 1.000 C 14 14 23.398 -13 10 49.58 1.209 0.202 -0.095983 -0.209039 -0.095982 -0.209038 F51 2 2016 04 30.43527 1.000 C 14 14 18.669 -13 11 53.91 1.209 0.202 -0.026388 -0.322514 -0.026387 -0.322514 F51 3 2016 04 30.44787 1.000 C 14 14 13.932 -13 12 58.40 1.209 0.202 0.157700 -0.006767 0.157701 -0.006767 F51 4 2016 05 01.33485 1.000 C 14 08 51.59 -14 29 22.3 1.206 0.199 -0.061148 0.039421 -0.061147 0.039421 926 5 2016 05 01.33868 1.000 C 14 08 50.11 -14 29 42.1 1.206 0.199 0.028239 -0.033782 0.028240 -0.033782 926 6 2016 05 01.34251 1.000 C 14 08 48.62 -14 30 02.5 1.206 0.199 0.192732 0.510271 0.192733 0.510271 926 7 2016 05 02.23965 1.000 C 14 03 13.31 -15 48 36.0 1.203 0.197 -0.211901 -0.147591 -0.211900 -0.147591 I52 8 2016 05 02.24993 1.000 C 14 03 09.20 -15 49 31.0 1.203 0.197 0.101882 0.269366 0.101883 0.269365 I52 9 2016 05 02.25104 1.000 C 14 03 08.75 -15 49 36.4 1.203 0.197 0.209366 -0.224266 0.209367 -0.224266 I52 10 2016 05 02.37259 1.000 C 14 02 20.37 -16 00 18.7 1.203 0.197 -0.130451 -0.369372 -0.130450 -0.369373 291 11 2016 05 02.37452 1.000 C 14 02 19.60 -16 00 29.4 1.203 0.197 -0.067314 0.160807 -0.067313 0.160807 291 12 2016 05 02.37645 1.000 C 14 02 18.84 -16 00 39.5 1.203 0.197 -0.168414 0.097821 -0.168413 0.097821 291 13 2016 05 03.14069 1.000 C 13 57 23.84 -17 07 52.5 1.200 0.195 -0.050278 -0.023715 -0.050277 -0.023716 W84 14 2016 05 03.14387 1.000 C 13 57 22.53 -17 08 09.6 1.200 0.195 0.018982 0.000640 0.018983 0.000640 W84 15 2016 05 03.14706 1.000 C 13 57 21.22 -17 08 26.7 1.200 0.195 0.020630 -0.017808 0.020631 -0.017809 W84 16 2016 05 03.50235 1.000 C 13 55 00.17 -17 40 03.9 1.199 0.194 0.038904 0.147891 0.038905 0.147890 474 17 2016 05 03.50590 1.000 C 13 54 58.70 -17 40 22.6 1.199 0.194 0.075514 -0.230478 0.075515 -0.230479 474 18 2016 05 03.50946 1.000 C 13 54 57.21 -17 40 42.3 1.199 0.194 0.457841 0.305079 0.457841 0.305078 474 19 2016 05 03.51301 1.000 C 13 54 55.76 -17 41 00.8 1.199 0.194 0.185134 -0.226249 0.185135 -0.226249 474 20 2016 05 04.32077 1.000 C 13 49 29.56 -18 54 33.0 1.197 0.193 0.361190 0.367465 0.361191 0.367464 691 21 2016 05 04.32458 1.000 C 13 49 27.81 -18 54 53.7 1.197 0.193 2.257560 0.241085 2.257561 F 0.241085 691 22 2016 05 07.47052 1.000 C 13 27 10.89 -23 37 17.1 1.187 0.190 0.003189 -0.178258 0.003190 -0.178260 474 23 2016 05 07.47426 1.000 C 13 27 09.17 -23 37 37.1 1.187 0.190 0.199559 -0.203929 0.199559 -0.203930 474 24 2016 05 07.47846 1.000 C 13 27 07.25 -23 37 59.7 1.187 0.190 0.299318 -0.050541 0.299319 -0.050542 474 25 2016 05 08.18605 1.000 C 13 21 54.48 -24 41 39.9 1.185 0.190 0.306428 0.346490 0.306429 0.346488 I52 26 2016 05 08.18751 1.000 C 13 21 53.81 -24 41 46.4 1.185 0.190 -0.081592 -0.873561 -0.081591 -0.873563 F I52 27 2016 05 08.19043 1.000 C 13 21 52.25 -24 42 05.7 1.185 0.190 3.502337 2.136493 3.502337 F 2.136492 F I52 28 2016 05 08.23582 1.000 C 13 21 31.40 -24 46 03.3 1.184 0.190 -0.287724 0.099027 -0.287724 0.099025 926 29 2016 05 08.23988 1.000 C 13 21 29.50 -24 46 24.1 1.184 0.190 -0.297890 -0.590475 -0.297889 -0.590476 926 30 2016 05 10.22092 1.000 C 13 06 31.31 -27 37 41.2 1.178 0.190 -1.172345 0.547439 -1.172345 F 0.547437 I52 31 2016 05 10.22237 1.000 C 13 06 30.59 -27 37 49.1 1.178 0.190 -0.695714 1.007238 -0.695713 1.007237 F I52 32 2016 10 29.28454 1.000 C 01 57 43.65 -05 30 25.0 1.146 0.161 0.175235 -0.184547 0.175236 -0.184547 926 33 2016 10 29.28753 1.000 C 01 57 42.48 -05 30 00.3 1.146 0.161 0.157344 -0.088232 0.157345 -0.088232 926 34 2016 10 29.29053 1.000 C 01 57 41.32 -05 29 35.3 1.146 0.161 -0.117874 0.161133 -0.117873 0.161133 926 35 2016 10 30.27706 1.000 C 01 51 39.85 -03 15 19.4 1.149 0.163 -0.178784 -0.075437 -0.178784 -0.075437 926 36 2016 10 30.28008 1.000 C 01 51 38.70 -03 14 55.3 1.149 0.163 0.086258 -0.069824 0.086259 -0.069824 926 37 2016 10 30.28309 1.000 C 01 51 37.57 -03 14 31.0 1.149 0.163 0.001312 0.057290 0.001312 0.057290 926 38 2016 11 03.14688 1.000 C 01 30 23.30 +04 51 37.4 1.161 0.177 0.252501 -2.221672 0.252502 F -2.221672 F 691 39 2016 11 03.16422 1.000 C 01 30 17.94 +04 53 36.5 1.161 0.177 0.047104 0.332196 0.047105 0.332197 691 40 2016 11 05.20635 1.000 C 01 20 34.70 +08 39 24.6 1.167 0.186 -0.516909 0.539156 -0.516908 0.539157 G96 41 2016 11 05.21067 1.000 C 01 20 33.40 +08 39 52.5 1.167 0.186 0.102502 -0.419365 0.102503 -0.419365 G96 42 2016 11 05.21498 1.000 C 01 20 32.18 +08 40 19.6 1.167 0.186 -0.076614 -0.282123 -0.076614 -0.282123 G96 43 2016 11 05.21932 1.000 C 01 20 30.96 +08 40 46.3 1.167 0.186 -0.163018 0.439984 -0.163017 0.439984 G96 44 2016 11 07.23244 1.000 C 01 11 57.62 +12 00 52.1 1.173 0.197 0.327758 -0.408503 0.327759 -0.408503 G96 45 2016 11 07.23847 1.000 C 01 11 56.10 +12 01 25.9 1.173 0.197 0.000194 -0.157250 0.000194 -0.157250 G96 46 2016 11 07.25037 1.000 C 01 11 53.06 +12 02 32.4 1.173 0.197 -0.004732 0.327166 -0.004731 0.327166 G96 } }