Improve: 2016_TY10 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 45/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 -0.198030605 -0.341E-03 NaN | e 0.135581073 NaN 2 1.005961705 -0.505E-04 NaN | a 1.171188883 NaN 3 -0.000281375 -0.221E-04 NaN | i 22.990254109 NaN 4 -0.017785204 0.104E-05 NaN | node 191.265578240 NaN 5 -0.002512004 -0.534E-05 NaN | peri 244.268762811 NaN 6 -0.001398297 0.533E-09 NaN | M 20.163740050 NaN | tp = 2025-10-26.069707 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 1.03 1.03 1.03 -1.03 1.03 -1.00 Root mean squared error: 0.40117 Optical RMSE: 0.40117(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 89/90 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 10 05.26099 1.000 C 22 49 00.47 +00 25 05.2 1.089 0.101 -16.554425 0.172819 0.256393 0.150192 G96 2 2016 10 05.26215 1.000 C 22 49 00.51 +00 24 49.4 1.089 0.101 -17.426641 0.372468 -0.615726 0.348987 G96 3 2016 10 05.26331 1.000 C 22 49 00.73 +00 24 33.7 1.089 0.101 -15.600107 0.672454 1.210905 F 0.648118 G96 4 2016 10 05.26447 1.000 C 22 49 00.69 +00 24 16.2 1.089 0.101 -17.674655 -0.827226 -0.863547 -0.852417 G96 5 2016 10 05.28499 1.000 C 22 49 02.52 +00 19 33.9 1.089 0.101 -16.537009 -0.032947 0.275743 -0.073273 G96 6 2016 10 05.28696 1.000 C 22 49 02.72 +00 19 06.8 1.089 0.101 -16.088723 0.050470 0.724181 0.008690 G96 7 2016 10 05.28901 1.000 C 22 49 02.87 +00 18 39.1 1.089 0.101 -16.499388 0.638737 0.313673 0.595444 G96 8 2016 10 05.29100 1.000 C 22 49 03.01 +00 18 10.7 1.089 0.101 -16.987517 -0.300020 -0.174304 -0.344782 G96 9 2016 10 06.102460 1.000 C 22 50 41.76 -02 49 39.6 1.088 0.101 -16.551161 0.558377 0.326979 -0.097427 H21 10 2016 10 06.108912 1.000 C 22 50 42.36 -02 51 09.3 1.088 0.101 -16.539970 0.868810 0.338423 0.208059 H21 11 2016 10 06.116514 1.000 C 22 50 43.07 -02 52 55.4 1.088 0.101 -16.445718 0.823277 0.432956 0.156696 H21 12 2016 10 06.19718 1.000 C 22 50 52.39 -03 11 31.5 1.087 0.100 -15.955285 0.612457 0.927184 -0.115560 926 13 2016 10 06.20017 1.000 C 22 50 52.60 -03 12 13.3 1.087 0.100 -16.812811 0.549587 0.069728 -0.180730 926 14 2016 10 06.20316 1.000 C 22 50 52.86 -03 12 55.0 1.087 0.100 -16.919304 0.586304 -0.036698 -0.146313 926 15 2016 10 06.22858 1.000 C 22 50 55.12 -03 18 50.9 1.087 0.100 -16.998783 0.730054 -0.115799 -0.022165 G96 16 2016 10 06.22899 1.000 C 22 50 55.17 -03 18 56.3 1.087 0.100 -16.800947 1.052474 0.082042 0.299939 G96 17 2016 10 06.22940 1.000 C 22 50 55.20 -03 19 02.4 1.087 0.100 -16.902674 0.674884 -0.019679 -0.077967 G96 18 2016 10 06.22981 1.000 C 22 50 55.23 -03 19 08.0 1.087 0.100 -17.004437 0.797282 -0.121437 0.044116 G96 19 2016 10 06.25050 1.000 C 22 50 57.09 -03 23 56.4 1.087 0.100 -17.052108 1.153492 -0.168895 0.384407 G96 20 2016 10 06.25176 1.000 C 22 50 57.22 -03 24 14.3 1.087 0.100 -16.812435 0.837408 0.070786 0.067354 G96 21 2016 10 06.25301 1.000 C 22 50 57.32 -03 24 31.6 1.087 0.100 -17.009540 0.981645 -0.126311 0.210629 G96 22 2016 10 06.25440 1.000 C 22 50 57.40 -03 24 52.4 1.087 0.100 -17.697242 -0.420510 -0.814004 -1.192596 G96 23 2016 10 06.25767 1.000 C 22 50 57.76 -03 25 37.2 1.087 0.100 -16.748526 0.412648 0.134731 -0.361953 G96 24 2016 10 06.26196 1.000 C 22 50 58.12 -03 26 36.4 1.087 0.100 -17.198652 1.078665 -0.315377 0.300762 G96 25 2016 10 06.26625 1.000 C 22 50 58.51 -03 27 36.4 1.087 0.100 -17.216037 0.943130 -0.332747 0.161927 G96 26 2016 10 06.27053 1.000 C 22 50 58.94 -03 28 36.4 1.087 0.100 -16.638660 0.666474 0.244639 -0.118023 G96 27 2016 10 07.11076 1.000 C 22 52 44.39 -06 42 58.0 1.086 0.100 -17.014284 1.120985 -0.130200 -0.309436 807 28 2016 10 07.11382 1.000 C 22 52 44.67 -06 43 40.8 1.086 0.100 -17.154095 1.130020 -0.270185 -0.302787 807 29 2016 10 07.11696 1.000 C 22 52 44.99 -06 44 24.5 1.086 0.100 -16.813149 1.354556 0.070580 -0.080699 807 30 2016 10 07.19073 1.000 C 22 52 55.48 -07 03 06.4 1.085 0.100 -17.355152 1.255495 -0.474643 -0.240375 G96 31 2016 10 07.19178 1.000 C 22 52 55.60 -07 03 21.1 1.085 0.100 -17.072662 1.252868 -0.192212 -0.243823 G96 32 2016 10 07.19283 1.000 C 22 52 55.71 -07 03 34.8 1.085 0.100 -16.938638 2.249817 -0.058246 0.752308 G96 33 2016 10 07.19392 1.000 C 22 52 55.83 -07 03 50.7 1.085 0.100 -16.712627 1.606203 0.167704 0.107842 G96 34 2016 10 07.19620 1.000 C 22 52 56.12 -07 04 23.1 1.085 0.100 -15.658517 1.117000 1.221685 -0.383139 I52 35 2016 10 07.20098 1.000 C 22 52 56.44 -07 05 29.5 1.085 0.100 -17.730303 1.611480 -0.850377 0.107611 I52 36 2016 10 07.22810 1.000 C 22 52 59.16 -07 11 48.2 1.085 0.100 -17.021453 1.708872 -0.143152 0.183886 291 37 2016 10 07.22994 1.000 C 22 52 59.34 -07 12 13.9 1.085 0.100 -16.970148 1.738007 -0.091970 0.211587 291 38 2016 10 07.23182 1.000 C 22 52 59.52 -07 12 40.2 1.085 0.100 -16.976990 1.725016 -0.098940 0.197131 291 39 2016 10 08.47335 1.000 C 22 55 42.22 -11 58 54.2 1.083 0.101 -16.689616 2.966239 0.071641 0.492103 474 40 2016 10 08.47516 1.000 C 22 55 42.43 -11 59 19.3 1.083 0.101 -16.518484 2.836847 0.242472 0.361345 474 41 2016 10 08.47697 1.000 C 22 55 42.60 -11 59 44.9 1.083 0.101 -16.936659 2.205046 -0.176006 -0.271822 474 42 2016 10 08.47878 1.000 C 22 55 42.84 -12 00 09.7 1.083 0.101 -16.330263 2.370837 0.430088 -0.107396 474 43 2016 10 09.43644 1.000 C 22 57 56.99 -15 38 36.7 1.081 0.102 -16.231286 2.927150 0.360201 -0.250069 474 44 2016 10 09.43825 1.000 C 22 57 57.18 -15 39 00.7 1.081 0.102 -16.492638 3.423282 0.098433 0.244768 474 45 2016 10 09.44006 1.000 C 22 57 57.34 -15 39 25.7 1.081 0.102 -17.187841 2.916083 -0.597186 -0.263726 474 } }