Improve: 2008_TD epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 23/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 0.078263010 0.205E-04 NaN | e 0.337978278 NaN 2 0.589666563 0.301E-05 NaN | a 0.896016828 NaN 3 0.320474268 0.145E-05 NaN | i 5.063736761 NaN 4 -0.023175409 0.853E-07 NaN | node 357.590605658 NaN 5 -0.002527528 0.511E-06 NaN | peri 144.638480952 NaN 6 -0.001470106 0.279E-06 NaN | M 329.969915227 NaN | tp = 2025-12-16.842036 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: 0.56762 Optical RMSE: 0.56762(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 46/46 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 2008 10 01.22187 1.000 C 22 31 45.54 +10 10 23.7 1.043 0.048 0.818333 0.464321 0.760570 0.384337 704 2 2008 10 01.23409 1.000 C 22 31 29.26 +10 10 39.9 1.043 0.048 0.169167 -0.809476 0.111393 -0.889470 704 3 2008 10 01.24632 1.000 C 22 31 12.89 +10 10 53.8 1.043 0.048 0.128622 0.194695 0.070837 0.114690 704 4 2008 10 01.27080 1.000 C 22 30 40.17 +10 11 24.6 1.043 0.048 0.036893 -1.413197 -0.020908 -1.493223 704 5 2008 10 01.84847 1.000 C 22 18 11.13 +10 21 57.5 1.040 0.047 -0.209692 0.212980 -0.265505 0.132576 J95 6 2008 10 01.85918 1.000 C 22 17 56.29 +10 22 09.5 1.040 0.047 -0.557296 0.433353 -0.613090 0.352939 J95 7 2008 10 01.87815 1.000 C 22 17 29.89 +10 22 31.1 1.040 0.047 -0.177997 0.320565 -0.233754 0.240134 J95 8 2008 10 02.123713 1.000 C 22 11 56.97 +10 27 25.1 1.039 0.047 -0.208234 -0.162505 -0.262904 -0.243033 H55 9 2008 10 02.12609 1.000 C 22 11 54.83 +10 27 27.4 1.039 0.047 0.283603 1.571380 0.228993 1.490861 H36 10 2008 10 02.126672 1.000 C 22 11 52.73 +10 27 28.3 1.039 0.047 -0.075239 -0.254273 -0.129903 -0.334804 H55 11 2008 10 02.133150 1.000 C 22 11 43.47 +10 27 34.8 1.039 0.047 -0.238130 -0.053577 -0.292778 -0.134115 H55 12 2008 10 02.13866 1.000 C 22 11 36.87 +10 27 41.7 1.039 0.047 0.064291 0.513834 0.009710 0.433302 H36 13 2008 10 02.16538 1.000 C 22 11 01.49 +10 28 29.1 1.039 0.047 0.570369 0.212954 0.515975 0.132454 291 14 2008 10 02.16914 1.000 C 22 10 56.05 +10 28 33.3 1.039 0.047 1.020404 0.061475 0.966018 -0.019029 291 15 2008 10 02.17289 1.000 C 22 10 50.64 +10 28 37.2 1.039 0.047 1.162983 0.136794 1.108605 0.056287 291 16 2008 10 02.18152 1.000 C 22 10 38.11 +10 28 47.4 1.039 0.047 -0.184477 -0.275880 -0.238844 -0.356395 651 17 2008 10 02.18213 1.000 C 22 10 37.30 +10 28 46.9 1.039 0.047 -1.364710 0.696797 -1.419075 0.616282 651 18 2008 10 02.18274 1.000 C 22 10 36.36 +10 28 48.3 1.039 0.047 -0.376154 0.062635 -0.430518 -0.017881 651 19 2008 10 05.03862 1.000 C 21 00 07.62 +10 50 25.3 1.025 0.044 -0.045599 -0.375686 -0.072886 -0.457300 H55 20 2008 10 05.04341 1.000 C 20 59 59.87 +10 50 24.4 1.025 0.044 0.215840 -0.094080 0.188603 -0.175693 H55 21 2008 10 05.05043 1.000 C 20 59 48.54 +10 50 23.1 1.025 0.044 0.118947 0.217351 0.091783 0.135740 H55 22 2008 10 09.329863 1.000 C 19 14 49.992 +09 34 00.39 1.004 0.047 -0.224952 0.124087 -0.196021 0.049210 568 23 2008 10 09.334421 1.000 C 19 14 43.824 +09 33 51.83 1.004 0.047 0.121524 0.041012 0.150495 -0.033852 568 } }