Improve: 2013_TD epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 62/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -3.578083353 -0.373E-13 0.404E-06 | e 0.566824107 0.89178E-07 2 0.462603330 0.334E-13 0.450E-05 | a 2.312160589 0.59760E-07 3 0.170888742 0.139E-13 0.215E-05 | i 0.435381542 0.52069E-05 4 -0.001335358 -0.414E-15 0.798E-08 | node 254.898530533 0.12523E-02 5 -0.005357542 0.111E-15 0.277E-08 | peri 101.146897544 0.13026E-02 6 -0.002320858 0.582E-16 0.807E-09 | M 168.457277314 0.11662E-04 | tp = 2024-03-30.085485 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.99 1.00 3 0.97 1.00 1.00 4 -0.97 -1.00 -1.00 1.00 5 0.95 0.98 1.00 -0.99 1.00 6 0.55 0.53 0.46 -0.49 0.39 1.00 Root mean squared error: 0.47149 Optical RMSE: 0.47149(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 115/124 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 2013 10 01.31082 1.000 C 23 52 49.01 +24 58 21.8 1.018 0.018 -0.191612 0.192013 -0.191612 0.192028 703 2 2013 10 01.31632 1.000 C 23 53 06.46 +24 59 24.8 1.018 0.018 0.301502 0.664757 0.301502 0.664773 703 3 2013 10 01.32183 1.000 C 23 53 24.05 +25 00 27.8 1.018 0.018 0.447538 -0.395963 0.447538 -0.395947 703 4 2013 10 01.32735 1.000 C 23 53 41.55 +25 01 29.6 1.018 0.018 0.392533 0.365868 0.392533 0.365884 703 5 2013 10 01.35292 1.000 C 23 55 02.81 +25 06 11.2 1.018 0.018 -0.574610 0.833719 -0.574610 0.833734 703 6 2013 10 01.35341 1.000 C 23 55 04.48 +25 06 17.7 1.018 0.018 -0.078746 -1.026982 -0.078746 -1.026966 703 7 2013 10 01.35391 1.000 C 23 55 05.99 +25 06 22.6 1.018 0.018 -0.169970 0.170253 -0.169970 0.170268 703 8 2013 10 01.35441 1.000 C 23 55 07.54 +25 06 28.6 1.018 0.018 0.552526 0.446071 0.552526 0.446086 703 9 2013 10 01.35490 1.000 C 23 55 09.15 +25 06 33.9 1.018 0.018 0.257764 -0.207864 0.257763 -0.207849 703 10 2013 10 01.35538 1.000 C 23 55 10.67 +25 06 38.6 1.018 0.018 -0.188654 0.055049 -0.188654 0.055064 703 11 2013 10 01.35587 1.000 C 23 55 12.20 +25 06 43.8 1.018 0.018 -0.158039 0.442310 -0.158039 0.442325 703 12 2013 10 01.35639 1.000 C 23 55 13.81 +25 06 49.2 1.018 0.018 -0.161838 1.068740 -0.161838 1.068755 703 13 2013 10 01.41470 1.000 C 23 58 19.62 +25 17 02.4 1.018 0.018 0.393411 -2.531124 0.393410 -2.531109 F 703 14 2013 10 01.41513 1.000 C 23 58 20.81 +25 17 05.7 1.018 0.018 0.259671 0.147781 0.259671 0.147796 703 15 2013 10 01.41558 1.000 C 23 58 22.31 +25 17 10.6 1.018 0.018 0.273416 -0.790046 0.273415 -0.790031 703 16 2013 10 01.41602 1.000 C 23 58 23.73 +25 17 14.4 1.018 0.018 -0.419077 -0.768579 -0.419077 -0.768564 703 17 2013 10 01.41645 1.000 C 23 58 24.92 +25 17 18.3 1.018 0.018 0.014164 1.701428 0.014164 1.701443 F 703 18 2013 10 01.80527 1.000 C 00 19 49.08 +26 17 31.0 1.018 0.019 -0.298716 -0.485294 -0.298720 -0.485280 113 19 2013 10 01.81123 1.000 C 00 20 06.26 +26 18 13.3 1.018 0.019 -0.327406 0.269936 -0.327410 0.269950 B15 20 2013 10 01.81456 1.000 C 00 20 16.13 +26 18 42.4 1.018 0.019 -0.730119 1.712145 -0.730122 1.712159 F B15 21 2013 10 01.81503 1.000 C 00 20 18.35 +26 18 59.1 1.018 0.019 0.279571 -1.117015 0.279567 -1.117001 113 22 2013 10 01.81954 1.000 C 00 20 30.91 +26 19 27.2 1.018 0.019 0.048501 3.101374 0.048498 3.101387 F B15 23 2013 10 01.84006 1.000 C 00 21 31.28 +26 23 07.1 1.019 0.019 -0.298702 -0.126711 -0.298706 -0.126697 461 24 2013 10 01.84129 1.000 C 00 21 34.88 +26 23 17.4 1.019 0.019 -0.557132 0.182945 -0.557136 0.182959 461 25 2013 10 01.86469 1.000 C 00 22 44.71 +26 26 05.7 1.019 0.019 0.227117 -0.115750 0.227114 -0.115736 C43 26 2013 10 01.87076 1.000 C 00 23 02.48 +26 26 56.3 1.019 0.019 0.040636 0.236179 0.040632 0.236192 C43 27 2013 10 02.105644 1.000 C 00 34 49.98 +26 56 20.9 1.019 0.020 -0.073806 -0.061769 -0.073811 -0.061756 H21 28 2013 10 02.107697 1.000 C 00 34 55.70 +26 56 36.0 1.019 0.020 -0.014852 0.023668 -0.014857 0.023681 H21 29 2013 10 02.109661 1.000 C 00 35 01.15 +26 56 50.3 1.019 0.020 -0.072427 0.327712 -0.072432 0.327725 H21 30 2013 10 02.111624 1.000 C 00 35 06.64 +26 57 04.6 1.019 0.020 -0.069204 -0.006533 -0.069209 -0.006520 H21 31 2013 10 02.113667 1.000 C 00 35 12.31 +26 57 19.7 1.019 0.020 0.176733 0.166260 0.176728 0.166273 H21 32 2013 10 02.14593 1.000 C 00 36 07.68 +26 58 54.5 1.019 0.020 0.332013 1.969084 0.332008 1.969097 F 033 33 2013 10 02.15793 1.000 C 00 36 41.50 +27 00 02.2 1.019 0.020 0.017314 2.812583 0.017309 2.812595 F 033 34 2013 10 02.37712 1.000 C 00 47 02.99 +27 24 37.6 1.019 0.020 1.233061 -0.976850 1.233055 -0.976838 854 35 2013 10 02.37973 1.000 C 00 47 09.61 +27 24 49.5 1.019 0.020 0.446684 0.199558 0.446678 0.199569 854 36 2013 10 02.38233 1.000 C 00 47 16.36 +27 25 01.7 1.019 0.020 0.376397 -0.631330 0.376391 -0.631318 854 37 2013 10 03.90471 1.000 C 01 44 56.20 +28 26 13.4 1.022 0.025 0.233916 0.581511 0.233908 0.581517 246 38 2013 10 03.90534 1.000 C 01 44 57.34 +28 26 12.2 1.022 0.025 -0.870520 -0.914138 -0.870528 -0.914132 246 39 2013 10 03.90573 1.000 C 01 44 57.96 +28 26 14.0 1.022 0.025 -0.153267 0.564557 -0.153275 0.564563 246 40 2013 10 03.90797 1.000 C 01 45 01.91 +28 26 16.2 1.022 0.025 0.407326 0.115406 0.407318 0.115413 246 41 2013 10 03.90838 1.000 C 01 45 02.62 +28 26 16.1 1.022 0.025 0.008164 -0.125743 0.008156 -0.125737 246 42 2013 10 03.90863 1.000 C 01 45 03.05 +28 26 15.5 1.022 0.025 -0.693648 -0.558003 -0.693655 -0.557996 246 43 2013 10 04.05617 1.000 C 01 49 13.38 +28 27 16.2 1.023 0.025 -1.333094 3.021910 -1.333101 3.021916 F 033 44 2013 10 04.06314 1.000 C 01 49 25.26 +28 27 16.4 1.023 0.026 0.806034 -0.231964 0.806027 -0.231958 033 45 2013 10 04.07535 1.000 C 01 49 45.05 +28 27 16.2 1.023 0.026 -3.403841 4.487635 -3.403848 F 4.487641 F 033 46 2013 10 04.08231 1.000 C 01 49 56.93 +28 27 16.2 1.023 0.026 -0.503627 1.064809 -0.503634 1.064815 033 47 2013 10 13.346176 1.000 C 03 38 08.23 +25 38 23.9 1.048 0.064 0.394822 0.485580 0.394819 0.485581 H21 48 2013 10 13.360795 1.000 C 03 38 11.06 +25 38 09.7 1.048 0.064 0.333062 0.404283 0.333059 0.404283 H21 49 2013 10 13.373695 1.000 C 03 38 13.55 +25 37 56.9 1.048 0.064 0.164058 0.413536 0.164055 0.413536 H21 50 2020 10 12.344805 1.000 C 04 00 02.61 +27 17 06.3 1.038 0.056 -0.027539 -0.029614 -0.027540 -0.029614 G96 51 2020 10 12.349941 1.000 C 04 00 03.33 +27 16 58.4 1.038 0.056 -0.426460 0.047957 -0.426461 0.047957 G96 52 2020 10 12.355070 1.000 C 04 00 04.07 +27 16 50.2 1.038 0.056 -0.576139 -0.227647 -0.576139 -0.227647 G96 53 2020 10 12.360189 1.000 C 04 00 04.87 +27 16 42.4 1.038 0.056 0.248899 -0.362738 0.248899 -0.362738 G96 54 2020 10 12.475486 1.000 C 04 00 20.91 +27 13 29.4 1.039 0.056 -0.121050 0.227964 -0.121051 0.227964 V06 55 2020 10 12.477861 1.000 C 04 00 21.30 +27 13 24.8 1.039 0.056 0.480132 -0.304202 0.480131 -0.304202 V06 56 2020 10 12.480236 1.000 C 04 00 21.63 +27 13 20.3 1.039 0.056 0.346953 -0.478635 0.346952 -0.478635 V06 57 2020 10 13.362180 1.000 C 04 03 05.21 +26 50 05.7 1.042 0.060 0.166324 -0.281430 0.166324 -0.281430 H21 58 2020 10 13.374020 1.000 C 04 03 06.56 +26 49 47.9 1.042 0.060 0.293381 -0.211137 0.293381 -0.211137 H21 59 2020 10 13.386407 1.000 C 04 03 07.96 +26 49 29.1 1.042 0.060 0.253499 0.014198 0.253499 0.014198 H21 60 2020 10 13.394150 1.000 C 04 03 12.23 +26 49 36.1 1.042 0.060 -0.161792 0.186427 -0.161793 0.186427 G96 61 2020 10 13.398890 1.000 C 04 03 12.75 +26 49 29.1 1.042 0.060 -0.093458 -0.043682 -0.093459 -0.043682 G96 62 2020 10 13.402187 1.000 C 04 03 13.05 +26 49 24.6 1.042 0.060 -0.704700 0.418028 -0.704701 0.418028 G96 } }