Improve: 2017_YG7 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 44/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -0.059634372 0.577E-07 0.975E-03 | e 0.224532523 0.34836E-04 2 0.910410363 -0.999E-08 0.169E-03 | a 0.855706662 0.11601E-04 3 0.449137543 0.106E-07 0.172E-03 | i 14.519807669 0.32015E-02 4 -0.014876607 -0.863E-10 0.160E-05 | node 284.308852608 0.54862E-03 5 0.002575138 0.964E-09 0.161E-04 | peri 15.198180283 0.25914E-03 6 -0.002867371 0.501E-09 0.869E-05 | M 140.043463431 0.77710E-01 | tp = 2025-07-31.527554 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: 0.32011 Optical RMSE: 0.32011(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 85/88 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 2017 12 28.41338 1.000 C 10 26 58.50 +27 12 07.9 1.031 0.076 0.187552 0.393849 0.188155 0.393081 G96 2 2017 12 28.41855 1.000 C 10 26 54.77 +27 11 40.7 1.031 0.076 0.496359 0.116884 0.496963 0.116116 G96 3 2017 12 28.42375 1.000 C 10 26 51.05 +27 11 14.0 1.031 0.076 1.148712 0.627772 1.149316 F 0.627004 G96 4 2017 12 28.42893 1.000 C 10 26 47.23 +27 10 46.2 1.031 0.076 0.539020 -0.242229 0.539625 -0.242996 G96 5 2017 12 28.51001 1.000 C 10 25 48.03 +27 03 34.7 1.031 0.076 0.195187 -0.242833 0.195798 -0.243599 G96 6 2017 12 28.51094 1.000 C 10 25 47.36 +27 03 30.1 1.031 0.076 0.245215 0.212208 0.245826 0.211442 G96 7 2017 12 28.51186 1.000 C 10 25 46.63 +27 03 25.3 1.031 0.076 -0.547548 0.264363 -0.546937 0.263597 G96 8 2017 12 28.51285 1.000 C 10 25 45.95 +27 03 19.4 1.031 0.076 0.113673 -0.159269 0.114284 -0.160035 G96 9 2017 12 28.52532 1.000 C 10 25 36.79 +27 02 11.9 1.031 0.076 -0.633328 0.037556 -0.632715 0.036790 I52 10 2017 12 28.52907 1.000 C 10 25 34.05 +27 01 50.9 1.031 0.076 -0.577782 -0.495799 -0.577170 -0.496565 I52 11 2017 12 28.53277 1.000 C 10 25 31.37 +27 01 30.8 1.031 0.076 -0.337245 -0.328846 -0.336632 -0.329612 I52 12 2017 12 29.38602 1.000 C 10 15 38.80 +25 41 38.3 1.032 0.074 0.236997 0.429408 0.237677 0.428663 926 13 2017 12 29.38959 1.000 C 10 15 36.05 +25 41 17.0 1.032 0.074 -0.125922 -0.431169 -0.125241 -0.431914 926 14 2017 12 29.39313 1.000 C 10 15 33.38 +25 40 57.0 1.032 0.074 0.106844 -0.017071 0.107526 -0.017816 926 15 2017 12 29.41248 1.000 C 10 15 18.58 +25 39 03.1 1.032 0.074 -0.058379 -0.127266 -0.057696 -0.128010 I52 16 2017 12 29.41372 1.000 C 10 15 17.66 +25 38 55.9 1.032 0.074 0.296113 -0.068892 0.296796 -0.069636 I52 17 2017 12 29.41497 1.000 C 10 15 16.68 +25 38 48.3 1.032 0.074 0.012736 -0.463464 0.013419 -0.464208 I52 18 2017 12 29.41621 1.000 C 10 15 15.72 +25 38 41.4 1.032 0.074 -0.212535 -0.193121 -0.211852 -0.193865 I52 19 2017 12 30.33574 1.000 C 10 04 03.29 +24 03 53.0 1.033 0.071 0.073201 -0.185486 0.073964 -0.186198 I52 20 2017 12 30.33737 1.000 C 10 04 01.96 +24 03 42.7 1.033 0.071 -0.572781 -0.355766 -0.572018 -0.356477 I52 21 2017 12 30.33899 1.000 C 10 04 00.72 +24 03 32.7 1.033 0.071 -0.144129 -0.091377 -0.143365 -0.092088 I52 22 2017 12 30.33996 1.000 C 10 03 59.97 +24 03 26.8 1.033 0.071 -0.000633 0.138529 0.000131 0.137818 I52 23 2017 12 30.36400 1.000 C 10 03 41.06 +24 00 57.0 1.033 0.071 0.267559 0.219246 0.268325 0.218535 926 24 2017 12 30.36729 1.000 C 10 03 38.45 +24 00 36.2 1.033 0.071 0.236642 0.278056 0.237408 0.277345 926 25 2017 12 30.37057 1.000 C 10 03 35.85 +24 00 15.2 1.033 0.071 0.303553 0.109869 0.304320 0.109158 926 26 2018 01 06.42487 1.000 C 08 26 10.73 +07 30 42.5 1.041 0.063 0.000707 0.179190 0.001948 0.179525 926 27 2018 01 06.42716 1.000 C 08 26 08.68 +07 30 20.6 1.041 0.063 -0.061334 0.361191 -0.060094 0.361526 926 28 2018 01 06.42943 1.000 C 08 26 06.62 +07 29 58.4 1.041 0.063 -0.124622 -0.106013 -0.123383 -0.105678 926 29 2018 01 14.26049 1.000 C 06 48 36.82 -10 33 58.7 1.047 0.075 0.132561 -0.473596 0.132539 -0.472506 I52 30 2018 01 14.26291 1.000 C 06 48 35.34 -10 34 13.6 1.047 0.075 -0.484205 0.733289 -0.484226 0.734379 I52 31 2018 01 14.26630 1.000 C 06 48 33.04 -10 34 34.2 1.047 0.076 -0.304295 -0.766664 -0.304317 -0.765575 I52 32 2018 01 18.18261 1.000 C 06 13 55.09 -16 06 17.3 1.048 0.088 0.791547 -0.046127 0.791390 -0.045252 I52 33 2018 01 18.18430 1.000 C 06 13 54.30 -16 06 23.8 1.048 0.088 0.038311 0.175606 0.038154 0.176482 I52 34 2018 01 18.18595 1.000 C 06 13 53.40 -16 06 29.8 1.048 0.088 0.117379 -1.307164 0.117222 -1.306289 F I52 35 2018 01 18.18761 1.000 C 06 13 52.61 -16 06 38.8 1.048 0.088 1.614024 0.294882 1.613867 F 0.295757 I52 36 2018 01 24.14502 1.000 C 05 37 30.78 -20 58 48.7 1.048 0.111 0.068132 -0.234554 0.067992 -0.233935 807 37 2018 01 24.15671 1.000 C 05 37 27.12 -20 59 11.9 1.048 0.111 -0.136187 -0.367095 -0.136327 -0.366476 807 38 2018 01 24.16844 1.000 C 05 37 23.46 -20 59 35.4 1.048 0.111 -0.069675 -0.238734 -0.069815 -0.238115 807 39 2018 01 25.12963 1.000 C 05 33 01.50 -21 30 52.8 1.048 0.115 0.057649 0.152262 0.057518 0.152850 807 40 2018 01 25.13901 1.000 C 05 32 58.77 -21 31 09.8 1.048 0.115 0.118275 0.281562 0.118144 0.282149 807 41 2018 01 25.14811 1.000 C 05 32 56.11 -21 31 25.8 1.048 0.115 0.122421 -0.067880 0.122290 -0.067293 807 42 2018 02 09.11999 1.000 C 04 55 09.60 -25 17 16.4 1.038 0.177 -0.293911 0.072939 -0.293906 0.073239 807 43 2018 02 09.13520 1.000 C 04 55 08.21 -25 17 21.0 1.038 0.177 -0.181849 0.274897 -0.181844 0.275197 807 44 2018 02 09.15038 1.000 C 04 55 06.84 -25 17 25.2 1.038 0.177 -0.118060 0.215285 -0.118054 0.215584 807 } }