Improve: 2016_LV48 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 41/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 0.499626852 0.596E-07 0.226E-01 | e 0.702117366 0.15241E-03 2 -1.825561343 -0.318E-07 0.121E-01 | a 2.123399296 0.81829E-03 3 -0.260601862 -0.105E-07 0.398E-02 | i 18.265359150 0.44676E-02 4 0.011338637 -0.110E-09 0.415E-04 | node 158.707973067 0.13045E-01 5 -0.006154523 0.414E-09 0.157E-03 | peri 357.132103353 0.12624E-01 6 -0.001991311 0.607E-10 0.230E-04 | M 41.975801663 0.66020E+00 | tp = 2025-07-12.222147 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: 0.39865 Optical RMSE: 0.39865(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 80/82 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 06 08.32630 1.000 C 18 05 50.05 +36 31 28.3 1.303 0.462 0.255859 -0.939955 0.255861 -0.939950 G96 2 2016 06 08.33193 1.000 C 18 05 48.84 +36 31 11.0 1.303 0.462 -0.468334 0.113795 -0.468332 0.113800 G96 3 2016 06 08.33751 1.000 C 18 05 47.74 +36 30 54.6 1.303 0.462 -0.134703 0.210818 -0.134701 0.210823 G96 4 2016 06 08.34316 1.000 C 18 05 46.65 +36 30 37.8 1.303 0.462 0.103741 -0.014522 0.103743 -0.014517 G96 5 2016 06 09.42157 1.000 C 18 02 27.24 +35 36 44.2 1.315 0.469 1.057454 2.345493 1.057456 2.345497 F G96 6 2016 06 09.43025 1.000 C 18 02 25.77 +35 36 16.6 1.315 0.469 0.144400 0.222728 0.144402 0.222733 G96 7 2016 06 09.43453 1.000 C 18 02 25.01 +35 36 03.5 1.315 0.469 0.092716 -0.273604 0.092718 -0.273599 G96 8 2016 06 11.306232 1.000 C 17 57 02.84 +34 03 14.0 1.336 0.483 -0.211647 0.898149 -0.211645 0.898154 H21 9 2016 06 11.312581 1.000 C 17 57 01.73 +34 02 54.8 1.336 0.483 -0.586958 1.050819 -0.586956 1.050824 H21 10 2016 06 11.315474 1.000 C 17 57 01.22 +34 02 46.6 1.336 0.483 -0.224349 1.274154 -0.224348 1.274159 F H21 11 2016 06 11.40613 1.000 C 17 56 46.20 +33 58 20.1 1.337 0.484 0.036921 -0.516080 0.036923 -0.516076 G96 12 2016 06 11.41012 1.000 C 17 56 45.50 +33 58 07.9 1.338 0.484 -0.300600 -0.370490 -0.300598 -0.370485 G96 13 2016 06 11.41406 1.000 C 17 56 44.80 +33 57 55.8 1.338 0.484 -0.701842 -0.121891 -0.701841 -0.121886 G96 14 2016 06 11.41799 1.000 C 17 56 44.16 +33 57 44.6 1.338 0.484 -0.115599 -0.427038 -0.115597 -0.427033 G96 15 2016 06 14.36986 1.000 C 17 49 10.40 +31 33 50.5 1.370 0.506 0.298536 0.320521 0.298538 0.320525 926 16 2016 06 14.37910 1.000 C 17 49 09.05 +31 33 23.4 1.370 0.506 0.118509 -0.215760 0.118511 -0.215756 926 17 2016 06 14.38675 1.000 C 17 49 07.86 +31 33 01.3 1.371 0.506 0.241635 0.310538 0.241636 0.310541 926 18 2016 06 14.39709 1.000 C 17 49 06.31 +31 32 30.2 1.371 0.506 -0.444391 0.281323 -0.444389 0.281327 G96 19 2016 06 14.39822 1.000 C 17 49 06.16 +31 32 27.2 1.371 0.506 -0.131373 0.060074 -0.131372 0.060078 G96 20 2016 06 14.39930 1.000 C 17 49 05.98 +31 32 24.6 1.371 0.506 0.394800 0.338309 0.394802 0.338313 G96 21 2016 06 16.254127 1.000 C 17 44 51.61 +30 03 42.4 1.391 0.521 0.246198 -0.243051 0.246200 -0.243047 H21 22 2016 06 16.266225 1.000 C 17 44 49.95 +30 03 08.1 1.391 0.522 0.398627 -0.339337 0.398629 -0.339334 H21 23 2016 06 16.278691 1.000 C 17 44 48.22 +30 02 32.6 1.391 0.522 0.427328 -0.166827 0.427329 -0.166823 H21 24 2016 06 27.316713 1.000 C 17 26 09.34 +21 49 54.6 1.511 0.624 0.012429 0.064596 0.012430 0.064599 705 25 2016 06 27.317744 1.000 C 17 26 09.28 +21 49 52.1 1.511 0.624 -0.005442 -0.255879 -0.005440 -0.255876 705 26 2016 06 27.318755 1.000 C 17 26 09.21 +21 49 49.7 1.511 0.624 0.075712 -0.439112 0.075714 -0.439109 705 27 2016 06 28.122921 1.000 C 17 25 11.13 +21 16 30.6 1.519 0.632 -0.254182 -0.134725 -0.254180 -0.134722 H21 28 2016 06 28.136721 1.000 C 17 25 10.10 +21 15 56.6 1.519 0.633 -0.398154 -0.304744 -0.398152 -0.304741 H21 29 2016 06 28.155307 1.000 C 17 25 08.68 +21 15 11.2 1.519 0.633 -0.047155 -0.279461 -0.047153 -0.279459 H21 30 2016 06 28.217492 1.000 C 17 25 03.95 +21 12 37.9 1.520 0.633 -0.036087 -0.147735 -0.036085 -0.147733 H21 31 2016 06 28.222968 1.000 C 17 25 03.55 +21 12 24.3 1.520 0.633 -0.185365 -0.316712 -0.185364 -0.316709 H21 32 2016 06 29.232919 1.000 C 17 23 53.88 +20 31 11.3 1.531 0.644 -0.273129 0.118957 -0.273127 0.118959 H21 33 2016 06 29.249458 1.000 C 17 23 52.68 +20 30 31.2 1.531 0.644 0.015082 0.300714 0.015084 0.300717 H21 34 2016 06 29.266137 1.000 C 17 23 51.52 +20 29 50.6 1.531 0.644 -0.061895 -0.070026 -0.061893 -0.070024 H21 35 2016 06 30.182152 1.000 C 17 22 52.40 +19 52 59.4 1.541 0.654 -0.241267 1.018093 -0.241265 1.018095 H21 36 2016 06 30.197706 1.000 C 17 22 51.36 +19 52 22.4 1.541 0.654 -0.059740 0.746282 -0.059738 0.746284 H21 37 2016 06 30.215018 1.000 C 17 22 50.19 +19 51 40.8 1.541 0.655 -0.134316 0.778511 -0.134314 0.778514 H21 38 2016 07 02.249338 1.000 C 17 20 50.05 +18 31 38.6 1.562 0.677 -0.000507 -0.232707 -0.000505 -0.232705 H21 39 2016 07 02.268917 1.000 C 17 20 48.89 +18 30 53.3 1.563 0.677 0.355981 -0.375859 0.355983 -0.375856 H21 40 2016 07 02.279104 1.000 C 17 20 48.29 +18 30 29.5 1.563 0.677 0.340948 -0.361687 0.340950 -0.361685 H21 41 2016 07 02.281889 1.000 C 17 20 48.12 +18 30 23.0 1.563 0.677 0.385273 -0.281910 0.385275 -0.281908 H21 } }