Improve: 2013_UJ10 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 20/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 0.590301543 -0.708E-04 NaN | e 0.591060427 NaN 2 -1.307547984 -0.798E-04 NaN | a 2.571047136 NaN 3 -0.478329407 -0.349E-04 NaN | i 3.567691363 0.10205E-03 4 0.010506669 0.338E-06 NaN | node 233.353967594 0.39735E-03 5 0.011797666 -0.751E-06 NaN | peri 139.355754017 0.39573E-02 6 0.005165400 -0.275E-06 NaN | M 338.458029408 NaN | tp = 2026-02-19.104486 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: 0.41611 Optical RMSE: 0.41611(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 39/40 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 2013 10 31.20039 1.000 C 02 21 46.98 +24 29 32.1 1.099 0.108 -0.924258 -0.480171 0.643602 -0.096833 G96 2 2013 10 31.20661 1.000 C 02 21 49.53 +24 29 24.0 1.099 0.108 -1.556089 -0.159653 0.011442 0.223524 G96 3 2013 10 31.21288 1.000 C 02 21 52.15 +24 29 15.4 1.099 0.108 -1.444914 -0.233191 0.122285 0.149823 G96 4 2013 10 31.21912 1.000 C 02 21 54.69 +24 29 07.5 1.099 0.108 -2.186646 0.391461 -0.619778 0.774313 G96 5 2013 10 31.30030 1.000 C 02 22 28.15 +24 27 11.9 1.099 0.108 -1.672920 -0.486347 -0.110416 -0.105587 G96 6 2013 10 31.30093 1.000 C 02 22 28.42 +24 27 11.4 1.099 0.108 -1.507649 -0.067172 0.054820 0.313572 G96 7 2013 10 31.30156 1.000 C 02 22 28.70 +24 27 10.1 1.099 0.108 -1.205723 -0.447551 0.356712 -0.066824 G96 8 2013 10 31.31291 1.000 C 02 22 33.33 +24 26 53.4 1.100 0.108 -1.408016 -0.502707 0.153800 -0.122272 G96 9 2013 10 31.32142 1.000 C 02 22 36.79 +24 26 40.7 1.100 0.108 -1.705070 -0.627457 -0.143720 -0.247241 G96 10 2013 10 31.32993 1.000 C 02 22 40.29 +24 26 27.9 1.100 0.108 -1.457597 -0.771261 0.103286 -0.391265 G96 11 2013 10 31.33844 1.000 C 02 22 43.72 +24 26 15.3 1.100 0.108 -2.177980 -0.635018 -0.617566 -0.255241 G96 12 2013 11 01.08702 1.000 C 02 28 02.73 +24 07 43.0 1.102 0.111 -1.460604 0.912961 0.059184 F 1.273323 104 13 2013 11 01.09418 1.000 C 02 28 05.62 +24 07 31.1 1.102 0.111 -1.026763 0.239865 0.492629 0.600052 104 14 2013 11 01.10529 1.000 C 02 28 10.01 +24 07 12.1 1.102 0.111 -1.776216 -1.278725 -0.257441 -0.918811 104 15 2013 11 01.44070 1.000 C 02 30 27.65 +23 59 17.9 1.103 0.112 -1.554042 -0.387730 -0.053189 -0.036021 291 16 2013 11 01.44498 1.000 C 02 30 29.31 +23 59 11.2 1.103 0.112 -1.541185 -0.264744 -0.040568 0.086864 291 17 2013 11 01.44934 1.000 C 02 30 31.00 +23 59 04.2 1.103 0.112 -1.573746 -0.302075 -0.073371 0.049431 291 18 2013 11 08.24471 1.000 C 03 07 03.74 +21 22 15.3 1.130 0.140 -1.229354 -0.416061 -0.052598 -0.181560 291 19 2013 11 08.24923 1.000 C 03 07 04.77 +21 22 10.1 1.130 0.140 -1.224564 -0.125402 -0.047992 0.109047 291 20 2013 11 08.25375 1.000 C 03 07 05.81 +21 22 04.6 1.130 0.140 -1.059889 -0.120908 0.116500 0.113490 291 } }