Improve: 2016_JW28 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 60/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 1.452586626 0.330E-03 NaN | e 0.580351621 NaN 2 1.080037927 -0.622E-02 NaN | a 2.085023087 NaN 3 0.467057828 -0.260E-02 NaN | i 0.904025377 NaN 4 -0.000914338 0.336E-04 NaN | node 216.878268113 NaN 5 0.012164988 0.259E-04 NaN | peri 65.481954162 NaN 6 0.005083363 0.111E-04 NaN | M 47.015625614 NaN | tp = 2025-06-30.383464 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: 0.34397 Optical RMSE: 0.34397(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 102/120 number time weight note2 Alpha/delay Delta/doppler r ro O-C_Al/del O-C_Del/dop res_Al/del in_Al res_Del/dop in_Del Obs { 1 2016 05 11.19106 1.000 C 12 03 28.90 +07 23 22.2 1.027 0.028 -7.821468 1.942273 -1.174630 F 1.210706 F 703 2 2016 05 11.19708 1.000 C 12 03 19.76 +07 25 09.5 1.027 0.028 -6.576534 2.133082 0.073407 F 1.409298 F 703 3 2016 05 11.20308 1.000 C 12 03 10.56 +07 26 55.6 1.027 0.028 -6.359279 1.258671 0.293705 0.542698 703 4 2016 05 11.20909 1.000 C 12 03 01.30 +07 28 42.3 1.027 0.028 -6.499016 0.584344 0.156971 -0.123749 703 5 2016 05 11.25357 1.000 C 12 01 52.26 +07 42 03.9 1.026 0.027 -6.866218 0.554622 -0.189063 -0.093419 703 6 2016 05 11.25395 1.000 C 12 01 51.79 +07 42 10.9 1.026 0.027 -5.035089 0.652874 1.642241 F 0.005360 F 703 7 2016 05 11.26044 1.000 C 12 01 41.52 +07 44 09.1 1.026 0.027 -6.984865 0.837155 -0.304548 0.198666 703 8 2016 05 11.26088 1.000 C 12 01 40.82 +07 44 16.2 1.026 0.027 -7.164740 -0.073582 -0.484222 -0.711457 703 9 2016 05 11.26132 1.000 C 12 01 40.19 +07 44 25.2 1.026 0.027 -6.303255 0.914451 0.377465 0.277191 703 10 2016 05 11.31636 1.000 C 12 00 13.71 +08 01 17.1 1.026 0.027 -6.866012 0.802130 -0.159918 0.244215 I52 11 2016 05 11.31679 1.000 C 12 00 13.07 +08 01 25.0 1.026 0.027 -6.304277 0.715940 0.402019 0.158665 I52 12 2016 05 11.31721 1.000 C 12 00 12.41 +08 01 32.7 1.026 0.027 -6.273345 0.614264 0.433148 0.057615 I52 13 2016 05 11.31762 1.000 C 12 00 11.73 +08 01 40.5 1.026 0.027 -6.773289 0.797190 -0.066604 0.241152 I52 14 2016 05 11.56347 1.000 C 11 53 46.02 +09 22 51.3 1.024 0.025 -6.848837 -0.231493 0.038650 -0.340495 300 15 2016 05 11.56555 1.000 C 11 53 42.26 +09 23 34.0 1.024 0.025 -7.001243 -0.737599 -0.113933 -0.842222 300 16 2016 05 11.56762 1.000 C 11 53 38.58 +09 24 19.1 1.024 0.025 -6.203665 1.332751 0.683463 F 1.232496 F 300 17 2016 05 11.56972 1.000 C 11 53 34.79 +09 25 01.3 1.024 0.025 -6.200180 -0.152444 0.686759 -0.248259 300 18 2016 05 11.57180 1.000 C 11 53 30.97 +09 25 45.6 1.024 0.025 -7.142620 0.846654 -0.255873 0.755246 300 19 2016 05 11.57388 1.000 C 11 53 27.27 +09 26 29.3 1.024 0.025 -6.277929 1.214091 0.608621 F 1.127100 F 300 20 2016 05 11.84131 1.000 C 11 45 28.58 +11 04 26.7 1.023 0.024 -6.570071 -0.958297 0.368493 -0.383200 033 21 2016 05 11.84244 1.000 C 11 45 26.26 +11 04 53.5 1.023 0.024 -6.637826 -0.806054 0.299909 -0.227566 033 22 2016 05 11.84358 1.000 C 11 45 23.93 +11 05 20.2 1.023 0.024 -6.532569 -1.000814 0.404324 -0.418900 033 23 2016 05 11.91018 1.000 C 11 43 07.54 +11 32 29.0 1.022 0.023 -6.830659 -1.050841 0.061354 -0.250653 I93 24 2016 05 11.91128 1.000 C 11 43 03.00 +11 32 18.0 1.022 0.023 -7.300762 -0.704402 -0.420833 0.088126 033 25 2016 05 11.91229 1.000 C 11 43 00.84 +11 32 42.7 1.022 0.023 -7.741465 -0.442267 -0.862479 0.353512 033 26 2016 05 11.91331 1.000 C 11 42 58.71 +11 33 07.3 1.022 0.023 -7.420111 -0.531403 -0.542080 0.267663 033 27 2016 05 11.91433 1.000 C 11 42 56.57 +11 33 31.9 1.022 0.023 -7.234450 -0.629893 -0.357375 0.172463 033 28 2016 05 11.91633 1.000 C 11 42 54.43 +11 34 58.0 1.022 0.023 -6.765392 -1.271787 0.120306 -0.451640 I93 29 2016 05 11.92229 1.000 C 11 42 41.63 +11 37 23.2 1.022 0.023 -7.660770 -0.994793 -0.781292 -0.155190 I93 30 2016 05 12.15530 1.000 C 11 34 24.72 +13 19 07.0 1.020 0.022 -6.561064 -1.299549 0.120036 0.453392 926 31 2016 05 12.15654 1.000 C 11 34 21.68 +13 19 40.2 1.020 0.022 -6.459779 -1.831742 0.218602 -0.073393 926 32 2016 05 12.15778 1.000 C 11 34 18.60 +13 20 14.4 1.020 0.022 -6.912452 -1.377501 -0.236798 0.386261 926 33 2016 05 12.16759 1.000 C 11 33 54.43 +13 24 41.1 1.020 0.022 -6.587099 -2.128063 0.066675 -0.321271 926 34 2016 05 12.16993 1.000 C 11 33 48.67 +13 25 45.3 1.020 0.022 -6.165653 -1.848885 0.482824 -0.031776 926 35 2016 05 12.17226 1.000 C 11 33 42.87 +13 26 49.0 1.020 0.022 -6.588885 -1.844442 0.054288 -0.017040 926 36 2016 05 12.20327 1.000 C 11 32 25.49 +13 40 54.9 1.020 0.022 -6.639297 -1.665778 -0.069220 0.298492 G96 37 2016 05 12.20505 1.000 C 11 32 21.04 +13 41 43.9 1.020 0.022 -6.285342 -1.843574 0.280402 0.128780 G96 38 2016 05 12.20683 1.000 C 11 32 16.54 +13 42 32.9 1.020 0.022 -6.610720 -2.049583 -0.049323 -0.069133 G96 39 2016 05 12.20860 1.000 C 11 32 12.07 +13 43 22.2 1.020 0.022 -6.816925 -1.707131 -0.259864 0.281381 G96 40 2016 05 12.24527 1.000 C 11 30 38.91 +14 00 30.0 1.020 0.022 -7.343250 -1.081547 -0.879477 F 1.078778 F 926 41 2016 05 12.24760 1.000 C 11 30 33.03 +14 01 34.2 1.020 0.022 -6.246559 -2.142173 0.211120 0.029114 926 42 2016 05 12.24993 1.000 C 11 30 27.13 +14 02 38.8 1.020 0.022 -5.373777 -2.852617 1.077789 F -0.670348 F 926 43 2016 05 12.30044 1.000 C 11 28 16.78 +14 26 28.1 1.019 0.021 -7.142220 -1.911981 -0.827458 0.513729 926 44 2016 05 12.30278 1.000 C 11 28 10.75 +14 27 34.0 1.019 0.021 -6.473016 -2.782517 -0.164766 -0.345274 926 45 2016 05 12.30512 1.000 C 11 28 04.77 +14 28 40.4 1.019 0.021 -5.027977 -3.207706 1.273745 F -0.758906 F 926 46 2016 05 12.60931 1.000 C 11 14 10.18 +17 05 47.1 1.017 0.020 -5.104991 -4.109338 0.179614 0.160928 300 47 2016 05 12.61127 1.000 C 11 14 04.14 +17 06 49.6 1.017 0.020 -4.650765 -5.393657 0.623932 F -1.110152 F 300 48 2016 05 12.61323 1.000 C 11 13 58.05 +17 07 54.7 1.017 0.020 -4.860998 -4.117603 0.403771 0.179162 300 49 2016 05 12.61519 1.000 C 11 13 51.97 +17 08 58.1 1.017 0.020 -4.875908 -4.581342 0.378914 -0.271298 300 50 2016 05 12.61715 1.000 C 11 13 45.90 +17 10 01.7 1.017 0.020 -4.695918 -4.885027 0.548939 -0.561685 300 51 2016 05 12.874752 1.000 C 11 00 02.06 +19 39 05.5 1.016 0.018 -3.731987 -5.849760 0.089035 0.491034 J95 52 2016 05 12.879530 1.000 C 10 59 44.57 +19 41 59.6 1.016 0.018 -4.017958 -6.604980 -0.234782 -0.222218 J95 53 2016 05 12.884833 1.000 C 10 59 25.15 +19 45 14.2 1.016 0.018 -3.720612 -6.324489 0.020265 0.104994 J95 54 2016 05 12.889479 1.000 C 10 59 08.07 +19 48 04.3 1.016 0.018 -3.766798 -6.686545 -0.063234 -0.216007 J95 55 2016 05 13.117669 1.000 C 10 44 34.79 +22 16 07.5 1.014 0.017 -1.727855 -8.958587 -0.063991 -0.217244 H21 56 2016 05 13.119478 1.000 C 10 44 27.07 +22 17 19.5 1.014 0.017 -1.673222 -8.663637 -0.030042 0.096603 H21 57 2016 05 13.121288 1.000 C 10 44 19.34 +22 18 31.3 1.014 0.017 -1.599631 -8.627871 0.022810 0.151290 H21 58 2016 05 13.123097 1.000 C 10 44 11.59 +22 19 42.8 1.014 0.017 -1.764939 -8.871937 -0.163269 -0.073854 H21 59 2016 05 13.124907 1.000 C 10 44 03.84 +22 20 54.6 1.014 0.017 -1.773398 -8.875190 -0.192553 -0.058164 H21 60 2016 05 13.126897 1.000 C 10 43 55.34 +22 22 13.7 1.014 0.017 -1.383417 -8.741556 0.174480 0.096312 H21 } }