Improve: 2014_TM epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 24/0 number of iterations: 5 ====================================================================================================================== Iteration: 1 { In_coords Corrections Errors In_elements El_errors 1 1.048174231 -0.262E-06 NaN | e 0.230807839 NaN 2 -0.068545933 0.268E-05 NaN | a 1.246644791 NaN 3 -0.078700365 0.173E-05 NaN | i 9.695405208 NaN 4 -0.001412582 -0.461E-07 NaN | node 9.338912066 NaN 5 0.015038164 0.251E-08 NaN | peri 43.868198887 NaN 6 0.009815152 0.398E-08 NaN | M 321.998847602 NaN | tp = 2026-01-13.666934 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 -1.02 -1.00 Root mean squared error: 0.45104 Optical RMSE: 0.45104(ang-sec.) Number of loops/max_num in Least Squares on iter 2/10 Number of included/excluded equations on iter 0/2 Number of used/total equations 46/48 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 2014 10 02.21493 1.000 C 22 40 48.54 -23 36 53.4 1.015 0.018 7.660252 -3.290250 -0.727600 -0.374183 703 2 2014 10 02.22665 1.000 C 22 40 32.94 -23 31 54.8 1.015 0.018 6.300774 -4.528685 -2.110854 F -1.642456 F 703 3 2014 10 02.23839 1.000 C 22 40 17.21 -23 26 57.3 1.015 0.018 8.130767 -3.502405 -0.304607 -0.646448 703 4 2014 10 02.25011 1.000 C 22 40 01.60 -23 21 57.0 1.015 0.018 8.000398 -2.259506 -0.458609 0.565861 703 5 2014 10 02.278953 1.000 C 22 39 21.40 -23 09 30.9 1.015 0.017 8.757547 -2.518791 0.242127 0.228479 H01 6 2014 10 02.286887 1.000 C 22 39 10.87 -23 06 01.7 1.015 0.017 8.553515 -2.492940 0.022264 0.232861 H01 7 2014 10 02.293423 1.000 C 22 39 02.20 -23 03 09.0 1.015 0.017 8.696704 -2.271523 0.152433 0.436483 H01 8 2014 10 02.299384 1.000 C 22 38 54.30 -23 00 30.4 1.015 0.017 8.528426 -2.516269 -0.027703 0.175426 H01 9 2014 10 02.31320 1.000 C 22 38 37.22 -22 54 19.3 1.015 0.017 9.494014 -2.938395 0.908969 -0.283603 703 10 2014 10 02.31358 1.000 C 22 38 36.84 -22 54 08.8 1.015 0.017 7.962614 -2.085333 -0.623184 0.568404 703 11 2014 10 02.31396 1.000 C 22 38 36.24 -22 53 58.2 1.015 0.017 8.701141 -3.257976 0.114589 -0.605294 703 12 2014 10 02.31435 1.000 C 22 38 35.72 -22 53 48.3 1.015 0.017 9.073621 -2.860150 0.486296 -0.208552 703 13 2014 10 02.83821 1.000 C 22 28 14.56 -18 43 40.3 1.013 0.016 9.833424 -0.490055 0.201611 0.521363 204 14 2014 10 02.84292 1.000 C 22 28 07.60 -18 41 12.7 1.013 0.016 10.197411 -0.203612 0.557313 0.789132 204 15 2014 10 02.84764 1.000 C 22 28 00.64 -18 38 43.3 1.013 0.016 9.620551 -0.647325 -0.027810 0.326630 204 16 2014 10 02.851839 1.000 C 22 27 58.08 -18 36 46.5 1.013 0.016 9.670920 -0.859347 0.016817 0.102032 J95 17 2014 10 02.860404 1.000 C 22 27 45.57 -18 32 16.1 1.013 0.016 9.810142 -1.017501 0.140981 -0.090235 J95 18 2014 10 02.865964 1.000 C 22 27 37.47 -18 29 19.6 1.013 0.016 9.160330 -1.064778 -0.518537 -0.159789 J95 19 2014 10 02.87493 1.000 C 22 27 24.85 -18 24 03.5 1.013 0.016 10.042129 -1.688554 0.343233 -0.821781 958 20 2014 10 02.88506 1.000 C 22 27 09.69 -18 18 39.7 1.013 0.016 9.773277 -1.758284 0.057106 -0.932900 958 21 2014 10 02.89354 1.000 C 22 26 57.00 -18 14 08.3 1.013 0.016 9.565805 -0.680647 -0.164680 0.109822 958 22 2014 10 03.30316 1.000 C 22 17 05.85 -14 15 40.8 1.012 0.015 9.965523 0.758260 -0.361708 -0.344577 291 23 2014 10 03.30326 1.000 C 22 17 05.68 -14 15 37.6 1.012 0.015 10.286021 1.240267 -0.041301 0.136900 291 24 2014 10 03.30337 1.000 C 22 17 05.50 -14 15 33.6 1.012 0.015 10.342155 1.379686 0.014733 0.275736 291 } }