Improve: 2010_DL epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 14/0 number of iterations: 5 ====================================================================================================================== Iteration: 1 { In_coords Corrections Errors In_elements El_errors 1 -0.954040131 -0.206E-06 NaN | e 0.314470824 0.79211E-04 2 0.457814577 -0.196E-06 NaN | a 1.353977752 NaN 3 0.199544093 -0.100E-06 NaN | i 2.569144654 0.15676E-02 4 -0.012107300 0.385E-08 NaN | node 333.519558690 0.31481E-03 5 -0.012126715 -0.177E-08 NaN | peri 113.870347966 0.17422E-01 6 -0.006115116 -0.741E-09 NaN | M 35.714278249 NaN | tp = 2025-09-24.910650 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: 0.44750 Optical RMSE: 0.44750(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 28/28 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 2010 02 16.32464 1.000 C 10 18 08.06 +15 04 50.3 1.055 0.068 -0.000562 0.081510 -0.170521 0.319113 G96 2 2010 02 16.33119 1.000 C 10 18 07.66 +15 04 28.2 1.055 0.068 0.343250 0.254111 0.173366 0.491628 G96 3 2010 02 16.33785 1.000 C 10 18 07.27 +15 04 04.1 1.055 0.068 0.134047 -1.084523 -0.035761 -0.847095 G96 4 2010 02 16.34450 1.000 C 10 18 06.84 +15 03 41.9 1.055 0.068 0.310098 -0.469592 0.140365 -0.232252 G96 5 2010 02 16.41257 1.000 C 10 18 02.73 +14 59 47.0 1.056 0.068 0.728461 -0.130479 0.559472 0.105917 G96 6 2010 02 16.42034 1.000 C 10 18 02.30 +14 59 19.5 1.056 0.068 0.587357 -0.559848 0.418448 -0.323564 G96 7 2010 02 16.42817 1.000 C 10 18 01.76 +14 58 52.1 1.056 0.068 -0.871885 0.124894 -1.040713 0.361064 G96 8 2010 02 16.43598 1.000 C 10 18 01.44 +14 58 25.1 1.056 0.068 0.484996 -0.325569 0.316247 -0.089515 G96 9 2010 02 17.40368 1.000 C 10 17 48.28 +14 06 44.7 1.060 0.072 -0.060271 0.135649 -0.219912 0.358369 G96 10 2010 02 17.40747 1.000 C 10 17 48.09 +14 06 32.6 1.060 0.072 -0.033485 -0.227636 -0.193070 -0.004951 G96 11 2010 02 17.41126 1.000 C 10 17 47.89 +14 06 20.8 1.060 0.072 -0.009985 -0.237153 -0.169514 -0.014503 G96 12 2010 02 19.232338 1.000 C 10 17 28.00 +12 42 24.3 1.068 0.079 -0.069480 0.385003 -0.195278 0.598032 H21 13 2010 02 19.284929 1.000 C 10 17 25.48 +12 40 12.6 1.068 0.080 0.479220 -0.239856 0.355592 -0.026356 H21 14 2010 02 19.297787 1.000 C 10 17 24.87 +12 39 39.5 1.068 0.080 0.164951 -0.932798 0.041863 -0.719183 H21 } }