Improve: 2016_UZ56 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 46/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -1.008779627 -0.687E-12 0.685E-05 | e 0.173564760 0.87644E-06 2 -0.314225472 0.576E-11 0.578E-04 | a 1.150683821 0.99248E-06 3 -0.003951534 0.418E-11 0.416E-04 | i 14.502160274 0.91903E-04 4 0.001651160 -0.106E-12 0.105E-05 | node 42.585831655 0.13285E-04 5 -0.014165840 -0.311E-13 0.316E-06 | peri 81.604793906 0.52738E-04 6 -0.009978259 -0.281E-14 0.238E-07 | M 53.121452517 0.33970E-02 | tp = 2025-09-15.472703 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 0.99 -0.99 -0.99 0.99 0.99 1.00 Root mean squared error: 0.30819 Optical RMSE: 0.30819(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 91/92 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 10 29.31256 1.000 C 02 22 14.37 -03 15 57.1 1.112 0.124 0.015999 0.145043 0.015998 0.145044 G96 2 2016 10 29.31935 1.000 C 02 22 12.17 -03 15 26.9 1.112 0.124 -0.661146 0.058852 -0.661146 0.058853 G96 3 2016 10 29.32494 1.000 C 02 22 10.33 -03 15 03.0 1.112 0.124 -0.291283 -0.543298 -0.291284 -0.543297 G96 4 2016 10 29.32927 1.000 C 02 22 08.99 -03 14 44.4 1.112 0.124 0.048582 0.266684 0.048582 0.266685 G96 5 2016 10 29.35431 1.000 C 02 22 00.90 -03 12 54.9 1.112 0.124 -0.300410 -0.043945 -0.300410 -0.043944 G96 6 2016 10 29.35531 1.000 C 02 22 00.57 -03 12 50.6 1.112 0.124 -0.247263 -0.172691 -0.247263 -0.172690 G96 7 2016 10 29.35635 1.000 C 02 22 00.25 -03 12 46.1 1.112 0.124 -0.185045 0.041303 -0.185045 0.041304 G96 8 2016 10 29.35751 1.000 C 02 21 59.89 -03 12 41.1 1.112 0.124 -0.100704 0.231489 -0.100704 0.231490 G96 9 2016 10 30.17750 1.000 C 02 17 54.59 -02 11 31.4 1.110 0.121 0.257752 -0.152563 0.257751 -0.152562 I52 10 2016 10 30.18322 1.000 C 02 17 52.64 -02 11 05.5 1.110 0.121 0.573418 -1.088141 0.573417 -1.088140 F I52 11 2016 10 30.18659 1.000 C 02 17 51.55 -02 10 49.8 1.110 0.121 0.316665 -0.732314 0.316665 -0.732313 I52 12 2016 10 30.18791 1.000 C 02 17 51.14 -02 10 44.3 1.110 0.121 0.864241 -0.327379 0.864240 -0.327379 I52 13 2016 10 30.21264 1.000 C 02 17 42.97 -02 08 48.8 1.110 0.121 -0.109502 -0.030190 -0.109502 -0.030189 926 14 2016 10 30.21711 1.000 C 02 17 41.47 -02 08 28.2 1.110 0.121 -0.171703 -0.134281 -0.171704 -0.134280 926 15 2016 10 30.22278 1.000 C 02 17 39.57 -02 08 02.0 1.110 0.121 -0.310746 -0.185949 -0.310746 -0.185948 926 16 2016 10 31.33138 1.000 C 02 11 41.88 -00 40 05.1 1.106 0.117 0.320577 0.410430 0.320576 0.410431 I52 17 2016 10 31.34012 1.000 C 02 11 38.71 -00 39 22.1 1.106 0.117 0.538271 -0.659877 0.538270 -0.659877 I52 18 2016 10 31.34158 1.000 C 02 11 38.28 -00 39 14.9 1.106 0.117 0.287230 0.622606 0.287229 0.622607 I52 19 2016 10 31.34303 1.000 C 02 11 37.74 -00 39 07.5 1.106 0.117 0.104371 0.184082 0.104370 0.184082 I52 20 2016 11 02.22746 1.000 C 02 00 52.62 +02 03 54.8 1.101 0.112 0.139311 -0.354857 0.139310 -0.354857 I52 21 2016 11 02.22822 1.000 C 02 00 52.35 +02 03 58.5 1.101 0.112 0.364241 0.163913 0.364240 0.163914 I52 22 2016 11 02.22898 1.000 C 02 00 52.04 +02 04 03.0 1.101 0.112 0.184854 -0.231191 0.184853 -0.231191 I52 23 2016 11 02.22975 1.000 C 02 00 51.73 +02 04 07.1 1.101 0.112 0.373453 -0.352760 0.373452 -0.352760 I52 24 2016 11 05.20348 1.000 C 01 41 56.94 +06 54 03.5 1.093 0.105 -0.116593 -0.257325 -0.116594 -0.257326 G96 25 2016 11 05.20780 1.000 C 01 41 55.09 +06 54 30.3 1.093 0.105 -0.294405 0.011986 -0.294406 0.011986 G96 26 2016 11 05.21214 1.000 C 01 41 53.21 +06 54 57.3 1.093 0.105 -0.261349 0.057177 -0.261350 0.057177 G96 27 2016 11 05.21645 1.000 C 01 41 51.33 +06 55 24.5 1.093 0.105 -0.286791 -0.320071 -0.286792 -0.320071 G96 28 2016 11 05.36871 1.000 C 01 40 45.31 +07 11 11.7 1.092 0.105 -0.013660 0.164151 -0.013661 0.164151 I52 29 2016 11 05.36947 1.000 C 01 40 44.98 +07 11 16.6 1.092 0.105 -0.055183 -0.015293 -0.055184 -0.015293 I52 30 2016 11 05.37023 1.000 C 01 40 44.66 +07 11 21.5 1.092 0.105 -0.223601 -0.118905 -0.223602 -0.118906 I52 31 2016 11 05.37100 1.000 C 01 40 44.32 +07 11 26.2 1.092 0.105 -0.055995 -0.117985 -0.055996 -0.117985 I52 32 2016 11 07.94482 1.000 C 01 22 32.62 +11 50 20.6 1.085 0.101 -0.545617 -0.024000 -0.545618 -0.024001 204 33 2016 11 07.95587 1.000 C 01 22 27.44 +11 51 34.7 1.085 0.101 -0.358879 -0.150828 -0.358880 -0.150829 204 34 2016 11 07.96645 1.000 C 01 22 22.49 +11 52 45.2 1.085 0.101 -0.146223 0.141487 -0.146224 0.141486 204 35 2016 11 16.234707 1.000 C 00 15 45.92 +27 26 35.2 1.062 0.100 0.051857 -0.520694 0.051856 -0.520695 705 36 2016 11 16.235721 1.000 C 00 15 45.40 +27 26 41.0 1.062 0.100 -0.307927 -0.028311 -0.307928 -0.028312 705 37 2016 11 16.236735 1.000 C 00 15 44.84 +27 26 47.2 1.062 0.100 -0.129417 0.068380 -0.129418 0.068379 705 38 2017 03 21.337500 1.000 C 17 36 46.33 +31 52 08.0 1.031 0.189 0.436337 -0.388285 0.436337 -0.388286 705 39 2017 03 21.338514 1.000 C 17 36 46.23 +31 52 06.0 1.031 0.189 0.357930 -0.252004 0.357930 -0.252005 705 40 2017 03 21.339527 1.000 C 17 36 46.15 +31 52 03.9 1.031 0.189 0.527745 -0.233389 0.527745 -0.233390 705 41 2017 04 23.33861 1.000 C 15 55 25.06 -04 33 52.2 1.121 0.130 0.094354 0.168674 0.094355 0.168673 807 42 2017 04 23.34239 1.000 C 15 55 23.85 -04 34 14.0 1.121 0.130 0.178431 0.025054 0.178432 0.025054 807 43 2017 04 23.34616 1.000 C 15 55 22.63 -04 34 35.7 1.121 0.130 0.074319 -0.015560 0.074320 -0.015560 807 44 2017 04 24.21814 1.000 C 15 51 02.50 -05 58 07.1 1.123 0.130 0.031299 0.144827 0.031299 0.144826 807 45 2017 04 24.22196 1.000 C 15 51 01.23 -05 58 29.0 1.123 0.130 -0.226998 0.295499 -0.226997 0.295498 807 46 2017 04 24.22578 1.000 C 15 50 59.98 -05 58 51.1 1.123 0.130 -0.248900 0.161400 -0.248900 0.161399 807 } }