Improve: 2013_MD6 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 80/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -0.638442070 -0.232E-13 0.833E-07 | e 0.433789266 0.10194E-06 2 -0.639983199 0.534E-12 0.211E-06 | a 0.853598939 0.30139E-08 3 0.107799535 0.399E-12 0.172E-06 | i 28.303087460 0.16261E-04 4 0.003129386 -0.126E-13 0.249E-08 | node 91.927633655 0.40381E-05 5 -0.015123832 -0.115E-13 0.426E-08 | peri 1.622037655 0.18079E-04 6 -0.008055512 0.173E-14 0.912E-09 | M 74.261961756 0.33064E-04 | tp = 2025-09-22.578564 nge-set: 1 [1900-1-1:2100-1-1] A123-r2 (N obs in set: 79/80) 7(1) 0.000E+00 0.000E+00 0.000E+00 8(2) -0.923E-13 0.911E-19 0.432E-14 9(3) 0.000E+00 0.000E+00 0.000E+00 Matrix of Correlation: 1 2 3 4 5 6 7(1) 8(2) 9(3) 1 1.00 2 0.16 1.00 3 0.37 -0.58 1.00 4 -0.62 -0.37 -0.41 1.00 5 -0.42 -0.95 0.41 0.58 1.00 6 -0.55 -0.24 0.01 0.03 0.27 1.00 7 ... ... ... ... ... ... ... 8 -0.15 -0.27 0.49 -0.24 0.25 0.32 ... 1.00 9 ... ... ... ... ... ... ... ... ... Root mean squared error: 0.21676 Optical RMSE: 0.21676(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 157/160 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 2002 06 17.44475 1.000 C 20 23 12.49 -22 11 14.2 1.224 0.248 -0.538300 -0.474496 -0.538297 -0.474497 644 2 2002 06 17.45513 1.000 C 20 23 10.44 -22 12 11.0 1.224 0.248 -0.184818 0.281028 -0.184816 0.281027 644 3 2002 06 17.46544 1.000 C 20 23 08.44 -22 13 08.6 1.224 0.248 0.465161 -0.245410 0.465164 -0.245411 644 4 2013 06 19.39057 1.000 C 17 23 58.007 -06 56 48.18 1.216 0.208 0.064088 0.005090 0.064088 0.005090 F51 5 2013 06 19.40129 1.000 C 17 23 53.048 -06 57 47.16 1.216 0.208 -0.125165 0.226893 -0.125165 0.226894 F51 6 2013 06 19.41248 1.000 C 17 23 47.885 -06 58 48.45 1.216 0.208 -0.169026 0.168722 -0.169026 0.168722 F51 7 2013 06 19.42251 1.000 C 17 23 43.253 -06 59 43.10 1.216 0.208 0.058038 0.077541 0.058038 0.077542 F51 8 2013 06 19.949703 1.000 C 17 19 48.56 -07 47 06.0 1.217 0.209 -0.224011 0.095255 -0.224011 0.095255 K91 9 2013 06 19.952966 1.000 C 17 19 47.07 -07 47 23.6 1.217 0.209 -0.124003 -0.077973 -0.124003 -0.077973 K91 10 2013 06 19.956231 1.000 C 17 19 45.57 -07 47 41.4 1.217 0.209 -0.133067 -0.041359 -0.133067 -0.041359 K91 11 2013 06 19.959698 1.000 C 17 19 43.98 -07 48 00.2 1.217 0.209 -0.071610 -0.080211 -0.071610 -0.080211 K91 12 2013 06 20.22121 1.000 C 17 17 47.79 -08 11 45.3 1.217 0.209 -0.014683 0.061671 -0.014683 0.061671 807 13 2013 06 20.22371 1.000 C 17 17 46.65 -08 11 59.0 1.217 0.209 -0.170392 0.059634 -0.170392 0.059634 807 14 2013 06 20.22621 1.000 C 17 17 45.50 -08 12 12.5 1.217 0.209 -0.078848 0.092589 -0.078848 0.092589 807 15 2013 06 20.22871 1.000 C 17 17 44.37 -08 12 26.3 1.217 0.209 -0.394172 0.017699 -0.394172 0.017699 807 16 2013 06 20.23120 1.000 C 17 17 43.21 -08 12 39.7 1.217 0.209 -0.155923 0.224195 -0.155922 0.224195 807 17 2013 06 20.89775 1.000 C 17 12 49.72 -09 13 37.3 1.218 0.210 0.459882 -0.223066 0.459882 -0.223066 K57 18 2013 06 20.90154 1.000 C 17 12 48.00 -09 13 57.8 1.218 0.210 0.433261 -0.175069 0.433261 -0.175069 K57 19 2013 06 20.90648 1.000 C 17 12 45.76 -09 14 24.4 1.218 0.210 0.472821 -0.205557 0.472822 -0.205557 K57 20 2013 06 21.15541 1.000 C 17 10 55.88 -09 35 55.1 1.218 0.210 0.083333 -0.012239 0.083333 -0.012238 807 21 2013 06 21.15792 1.000 C 17 10 54.73 -09 36 08.3 1.218 0.210 0.362608 -0.112736 0.362609 -0.112736 807 22 2013 06 21.16140 1.000 C 17 10 53.16 -09 36 27.1 1.218 0.210 0.131693 -0.225089 0.131693 -0.225089 807 23 2013 06 24.99283 1.000 C 16 43 32.28 -15 04 59.6 1.221 0.219 0.005450 0.077664 0.005450 0.077664 807 24 2013 06 24.99530 1.000 C 16 43 31.24 -15 05 12.0 1.221 0.219 -0.190718 0.276708 -0.190718 0.276708 807 25 2013 06 24.99778 1.000 C 16 43 30.18 -15 05 24.1 1.221 0.219 -0.040122 0.253213 -0.040122 0.253213 807 26 2013 06 25.00025 1.000 C 16 43 29.11 -15 05 36.5 1.221 0.219 0.146597 0.632796 0.146597 0.632796 807 27 2013 06 25.00272 1.000 C 16 43 28.10 -15 05 48.2 1.221 0.219 -0.171712 0.014270 -0.171712 0.014270 807 28 2013 06 27.27688 1.000 C 16 28 09.93 -18 03 25.1 1.223 0.227 -0.181362 -0.081484 -0.181362 -0.081484 291 29 2013 06 27.27744 1.000 C 16 28 09.69 -18 03 27.5 1.223 0.227 0.027397 -0.111856 0.027397 -0.111856 291 30 2013 06 27.27799 1.000 C 16 28 09.47 -18 03 30.2 1.223 0.227 -0.077161 0.126586 -0.077161 0.126586 291 31 2013 06 29.23904 1.000 C 16 15 46.81 -20 23 04.1 1.223 0.236 -0.068558 -0.237091 -0.068558 -0.237091 291 32 2013 06 29.24065 1.000 C 16 15 46.20 -20 23 10.8 1.223 0.236 -0.144190 -0.101128 -0.144190 -0.101129 291 33 2013 06 29.24227 1.000 C 16 15 45.57 -20 23 17.5 1.223 0.236 0.011993 0.042062 0.011993 0.042062 291 34 2013 06 30.24298 1.000 C 16 09 44.80 -21 29 41.7 1.224 0.240 0.255829 0.139258 0.255829 0.139258 291 35 2013 06 30.24459 1.000 C 16 09 44.23 -21 29 47.7 1.224 0.240 -0.006224 -0.138513 -0.006224 -0.138513 291 36 2013 06 30.24621 1.000 C 16 09 43.62 -21 29 53.9 1.224 0.240 0.204215 -0.168270 0.204215 -0.168270 291 37 2013 06 30.33441 1.000 C 16 09 12.961 -21 35 31.43 1.224 0.241 0.005194 0.041370 0.005195 0.041370 F51 38 2013 06 30.34826 1.000 C 16 09 07.871 -21 36 24.97 1.224 0.241 -0.114183 0.084924 -0.114183 0.084924 F51 39 2013 06 30.36217 1.000 C 16 09 02.758 -21 37 18.48 1.224 0.241 -0.139631 0.015537 -0.139631 0.015536 F51 40 2013 07 15.03051 1.000 C 15 06 45.47 -32 32 41.5 1.217 0.334 0.117356 0.261595 0.117356 0.261595 807 41 2013 07 15.03414 1.000 C 15 06 44.85 -32 32 48.0 1.217 0.334 -0.142219 0.239330 -0.142219 0.239330 807 42 2013 07 15.03777 1.000 C 15 06 44.20 -32 32 54.3 1.217 0.334 0.003771 0.078967 0.003771 0.078967 807 43 2017 05 27.591648 1.000 C 21 13 17.556 -06 23 58.71 1.214 0.432 0.022932 0.087334 0.022932 0.087334 T12 44 2017 05 27.597061 1.000 C 21 13 17.746 -06 24 09.41 1.214 0.432 0.040120 -0.048234 0.040120 -0.048234 T12 45 2017 05 28.589987 1.000 C 21 13 58.683 -06 57 11.61 1.215 0.424 0.023228 0.015202 0.023228 0.015202 T12 46 2017 05 28.591359 1.000 C 21 13 58.728 -06 57 14.42 1.215 0.424 0.032673 0.008667 0.032672 0.008667 T12 47 2017 06 23.54827 1.000 C 21 11 30.647 -35 26 28.31 1.218 0.253 -0.003517 0.498335 -0.003518 0.498335 F51 48 2017 06 23.56787 1.000 C 21 11 28.504 -35 28 35.93 1.218 0.253 -0.123051 0.316903 -0.123051 0.316903 F51 49 2017 06 23.57767 1.000 C 21 11 27.437 -35 29 39.60 1.218 0.253 -0.110747 0.293260 -0.110748 0.293260 F51 50 2024 05 18.36326 1.000 C 18 59 09.45 +57 10 16.3 1.067 0.292 -0.274279 0.117545 -0.274279 0.117545 695 51 2024 05 18.36606 1.000 C 18 59 07.82 +57 10 13.4 1.067 0.292 -0.027376 -0.144920 -0.027376 -0.144920 695 52 2024 05 18.36887 1.000 C 18 59 06.12 +57 10 10.7 1.067 0.292 0.001485 0.108667 0.001485 0.108667 695 53 2024 05 20.381196 1.000 C 18 39 19.177 +56 25 35.58 1.077 0.284 -0.328640 0.238884 -0.328640 0.238884 G96 54 2024 05 20.386508 1.000 C 18 39 15.966 +56 25 27.62 1.077 0.284 0.180920 -0.030846 0.180920 -0.030846 G96 55 2024 05 20.391825 1.000 C 18 39 12.668 +56 25 19.49 1.077 0.284 0.150901 0.145534 0.150901 0.145534 G96 56 2024 05 20.397134 1.000 C 18 39 09.742 +56 25 12.22 1.077 0.284 2.743693 -1.470537 2.743693 F -1.470537 F G96 57 2024 05 28.32613 1.000 C 17 20 18.06 +50 28 24.5 1.115 0.256 -0.016055 -0.081625 -0.016054 -0.081625 695 58 2024 05 28.32836 1.000 C 17 20 16.74 +50 28 15.7 1.115 0.256 -0.164103 -0.078300 -0.164103 -0.078300 695 59 2024 05 28.33060 1.000 C 17 20 15.41 +50 28 07.1 1.115 0.256 -0.084530 0.023409 -0.084530 0.023409 695 60 2024 05 29.43185 1.000 C 17 09 52.79 +49 13 18.4 1.120 0.253 -0.032391 0.139877 -0.032391 0.139877 291 61 2024 05 29.44197 1.000 C 17 09 47.03 +49 12 34.6 1.120 0.253 -0.022529 -0.082892 -0.022529 -0.082892 695 62 2024 05 29.44410 1.000 C 17 09 45.79 +49 12 25.5 1.120 0.253 0.056736 0.175537 0.056736 0.175537 291 63 2024 05 29.44797 1.000 C 17 09 43.60 +49 12 08.6 1.120 0.253 -0.034213 -0.025058 -0.034213 -0.025058 695 64 2024 05 29.45396 1.000 C 17 09 40.18 +49 11 42.5 1.120 0.253 -0.149666 0.003207 -0.149666 0.003207 695 65 2024 05 30.42567 1.000 C 17 00 47.77 +48 00 33.4 1.124 0.251 -0.086145 -0.104441 -0.086145 -0.104441 695 66 2024 05 30.42919 1.000 C 17 00 45.81 +48 00 17.2 1.124 0.251 -0.022491 -0.066312 -0.022491 -0.066312 695 67 2024 05 30.43270 1.000 C 17 00 43.85 +48 00 01.0 1.124 0.251 -0.001013 0.033252 -0.001013 0.033252 695 68 2024 06 05.327352 1.000 C 16 12 56.201 +39 16 33.41 1.147 0.243 0.426288 -0.374531 0.426288 -0.374531 F52 69 2024 06 05.338611 1.000 C 16 12 51.190 +39 15 26.37 1.147 0.243 0.322404 -0.484614 0.322404 -0.484614 F52 70 2024 06 05.349903 1.000 C 16 12 46.113 +39 14 18.81 1.147 0.243 0.126065 -0.009611 0.126065 -0.009611 F52 71 2024 06 13.444189 1.000 C 15 25 29.876 +24 45 36.70 1.174 0.252 0.145997 -0.340917 0.145997 -0.340917 F51 72 2024 06 13.456418 1.000 C 15 25 26.318 +24 44 15.17 1.174 0.252 -0.202143 0.396215 -0.202143 0.396215 F51 73 2024 06 13.472881 1.000 C 15 25 21.618 +24 42 27.04 1.174 0.252 0.202130 -0.381123 0.202130 -0.381123 F51 74 2024 06 16.185605 1.000 C 15 13 53.501 +19 49 46.06 1.182 0.260 1.282166 -0.042084 1.282166 F -0.042084 G96 75 2024 06 16.196213 1.000 C 15 13 50.948 +19 48 37.15 1.182 0.260 -0.398962 0.301397 -0.398962 0.301397 G96 76 2024 06 16.201491 1.000 C 15 13 49.620 +19 48 04.03 1.182 0.260 0.191682 0.316536 0.191682 0.316536 G96 77 2024 06 19.352416 1.000 C 15 02 41.402 +14 23 25.44 1.190 0.273 0.051796 -0.017691 0.051796 -0.017690 G96 78 2024 06 19.358104 1.000 C 15 02 40.297 +14 22 50.70 1.190 0.273 -0.454222 0.237177 -0.454222 0.237177 G96 79 2024 06 19.363806 1.000 C 15 02 39.152 +14 22 16.75 1.190 0.273 0.052993 0.225998 0.052993 0.225998 G96 80 2024 06 19.369493 1.000 C 15 02 38.047 +14 21 43.42 1.190 0.273 0.538937 -0.513867 0.538937 -0.513867 G96 } }