Improve: 2016_CC137 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 42/0 number of iterations: 5 ====================================================================================================================== Iteration: 1 { In_coords Corrections Errors In_elements El_errors 1 1.290733341 0.355E-05 NaN | e 0.263332665 NaN 2 -1.274013357 0.426E-05 NaN | a 1.475750799 NaN 3 -0.379867446 -0.275E-05 NaN | i 43.312562467 NaN 4 0.006622466 -0.332E-07 NaN | node 139.574704506 NaN 5 0.007134412 0.348E-07 NaN | peri 3.502926819 0.35701E-02 6 -0.004911571 0.994E-08 NaN | M 162.444589674 NaN | tp = 2025-01-29.525016 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: 0.48342 Optical RMSE: 0.48342(ang-sec.) Number of loops/max_num in Least Squares on iter 10/10 Number of included/excluded equations on iter 0/5 Number of used/total equations 79/84 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 02 08.33088 1.000 C 09 48 34.90 +10 59 53.1 1.087 0.102 -0.139078 -0.071807 -0.011800 0.145931 G96 2 2016 02 08.34103 1.000 C 09 48 35.40 +11 04 25.1 1.087 0.102 -0.086028 -0.351129 0.043076 -0.134439 G96 3 2016 02 08.34610 1.000 C 09 48 35.68 +11 06 42.4 1.087 0.102 -0.539882 0.922097 -0.409858 1.138251 G96 4 2016 02 08.368562 1.000 C 09 48 36.49 +11 16 41.4 1.087 0.102 -0.365925 -0.470346 -0.231816 -0.256642 H01 5 2016 02 08.374856 1.000 C 09 48 36.81 +11 19 30.0 1.087 0.102 -0.327994 -0.728598 -0.192713 -0.515617 H01 6 2016 02 08.384727 1.000 C 09 48 37.35 +11 23 54.8 1.087 0.102 -0.078091 -0.558975 0.059041 -0.347155 H01 7 2016 02 08.389030 1.000 C 09 48 37.56 +11 25 50.2 1.087 0.102 -0.284959 -0.743617 -0.147016 -0.532315 H01 8 2016 02 08.39555 1.000 C 09 48 38.19 +11 28 47.2 1.087 0.102 0.350647 -0.829558 0.489868 -0.619076 G96 9 2016 02 08.40159 1.000 C 09 48 38.49 +11 31 29.4 1.087 0.102 0.048302 -0.883146 0.188674 -0.673414 G96 10 2016 02 08.40762 1.000 C 09 48 38.82 +11 34 13.0 1.087 0.102 -0.817029 0.682883 -0.675503 0.891850 G96 11 2016 02 08.41366 1.000 C 09 48 39.13 +11 36 54.6 1.087 0.102 -0.738994 0.152705 -0.596305 0.360895 G96 12 2016 02 08.48245 1.000 C 09 48 43.15 +12 07 38.5 1.087 0.102 0.592653 -1.965843 0.748965 F -1.767534 F I52 13 2016 02 08.48749 1.000 C 09 48 43.49 +12 09 55.7 1.087 0.102 -0.070240 -0.175011 0.087095 0.022495 I52 14 2016 02 08.48879 1.000 C 09 48 43.55 +12 10 25.8 1.087 0.102 1.909403 -4.563946 2.067002 F -4.366648 F I52 15 2016 02 08.49172 1.000 C 09 48 43.74 +12 11 49.4 1.087 0.102 -0.424476 -0.215626 -0.266280 -0.018801 I52 16 2016 02 08.56091 1.000 C 09 48 53.42 +12 44 42.3 1.087 0.102 0.225361 -0.215088 0.399117 -0.031735 474 17 2016 02 08.56215 1.000 C 09 48 53.45 +12 45 15.1 1.087 0.102 -0.043510 -1.029696 0.130505 -0.846585 474 18 2016 02 08.56338 1.000 C 09 48 53.55 +12 45 49.1 1.087 0.102 0.047678 -0.084719 0.221950 0.098150 474 19 2016 02 08.56462 1.000 C 09 48 53.59 +12 46 22.9 1.087 0.102 -0.485941 0.077461 -0.311411 0.260084 474 20 2016 02 08.56585 1.000 C 09 48 53.68 +12 46 55.0 1.087 0.102 0.225184 -0.780674 0.399972 -0.598294 474 21 2016 02 08.83899 1.000 C 09 49 20.25 +14 47 56.3 1.087 0.101 0.214421 0.411148 0.441634 0.521964 K51 22 2016 02 08.83986 1.000 C 09 49 20.31 +14 48 19.3 1.087 0.101 0.246634 -0.225982 0.473986 -0.115453 K51 23 2016 02 08.84072 1.000 C 09 49 20.37 +14 48 42.6 1.087 0.101 0.257436 -0.291731 0.484925 -0.181485 K51 24 2016 02 09.21968 1.000 C 09 49 52.60 +17 40 24.4 1.087 0.101 0.085186 0.361463 0.336739 0.340160 926 25 2016 02 09.22226 1.000 C 09 49 52.76 +17 41 34.4 1.087 0.101 -0.004733 0.142616 0.246746 0.120493 926 26 2016 02 09.22484 1.000 C 09 49 52.90 +17 42 44.7 1.087 0.101 -0.197545 0.321070 0.053856 0.298128 926 27 2016 02 09.25410 1.000 C 09 49 54.62 +17 55 59.2 1.087 0.101 -0.093746 -0.011044 0.156612 -0.043080 I52 28 2016 02 09.26811 1.000 C 09 49 55.40 +18 02 20.6 1.087 0.101 -0.161069 0.566363 0.088683 0.530081 I52 29 2016 02 09.26952 1.000 C 09 49 55.47 +18 02 59.4 1.087 0.101 -0.043396 1.045255 0.206291 1.008549 I52 30 2016 02 09.31635 1.000 C 09 49 58.09 +18 24 10.8 1.087 0.101 0.018670 0.437591 0.265881 0.387289 I52 31 2016 02 09.32030 1.000 C 09 49 58.32 +18 25 56.2 1.087 0.101 -0.802871 -1.151918 -0.555896 -1.203326 I52 32 2016 02 09.32364 1.000 C 09 49 58.46 +18 27 28.4 1.087 0.101 -0.408361 0.499188 -0.161590 0.446850 I52 33 2016 02 09.32506 1.000 C 09 49 58.58 +18 28 06.2 1.087 0.101 -0.312984 -0.437335 -0.066300 -0.490067 I52 34 2016 02 10.29711 1.000 C 09 51 26.96 +25 43 29.1 1.087 0.102 -0.728073 -0.504713 -0.556873 -0.683725 I52 35 2016 02 10.29913 1.000 C 09 51 27.05 +25 44 20.9 1.087 0.102 -2.527757 -0.788044 -2.356683 F -0.967156 I52 36 2016 02 10.30115 1.000 C 09 51 27.17 +25 45 16.8 1.087 0.102 -0.374274 0.123710 -0.203324 -0.055502 I52 37 2016 02 10.30317 1.000 C 09 51 27.26 +25 46 09.3 1.087 0.102 -1.507813 0.112616 -1.336987 -0.066696 I52 38 2016 02 10.37347 1.000 C 09 51 31.50 +26 17 10.2 1.087 0.103 0.281065 0.356925 0.447678 0.174350 926 39 2016 02 10.37647 1.000 C 09 51 31.66 +26 18 29.4 1.087 0.103 0.349702 0.703430 0.516140 0.520725 926 40 2016 02 10.37948 1.000 C 09 51 31.85 +26 19 48.6 1.087 0.103 0.333718 0.601441 0.499981 0.418606 926 41 2016 02 12.27225 1.000 C 09 54 46.64 +39 23 48.8 1.087 0.110 0.184501 0.485721 0.286452 0.282202 I52 42 2016 02 12.28179 1.000 C 09 54 47.36 +39 27 28.2 1.087 0.110 -0.297073 0.255734 -0.195339 0.052237 I52 } }