Improve: 2016_PP26 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 41/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -3.326300518 0.350E-08 0.103E-03 | e 0.482656573 0.74092E-05 2 0.366424119 -0.167E-07 0.504E-03 | a 2.334171069 0.36357E-04 3 0.377732970 -0.963E-08 0.290E-03 | i 6.404154269 0.58457E-04 4 0.000458244 0.693E-10 0.208E-05 | node 23.833944085 0.46103E-04 5 -0.006078851 -0.112E-10 0.332E-06 | peri 313.701313677 0.10064E-03 6 -0.003435179 -0.957E-11 0.287E-06 | M 214.464525528 0.22170E-01 | tp = 2023-10-07.020202 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: 0.25039 Optical RMSE: 0.25039(ang-sec.) Number of loops/max_num in Least Squares on iter 10/10 Number of included/excluded equations on iter 0/0 Number of used/total equations 78/82 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 2016 08 03.59299 1.000 C 01 16 42.041 -12 31 19.52 1.218 0.355 -0.071946 0.048055 -0.071964 0.048046 F51 2 2016 08 03.59363 1.000 C 01 16 42.154 -12 31 18.39 1.218 0.355 -0.062245 0.181924 -0.062263 0.181916 F51 3 2016 08 03.59946 1.000 C 01 16 43.199 -12 31 09.40 1.218 0.355 -0.047865 0.075464 -0.047883 0.075455 F51 4 2016 08 03.60591 1.000 C 01 16 44.358 -12 30 59.24 1.218 0.355 0.062106 0.146859 0.062088 0.146851 F51 5 2016 08 03.60656 1.000 C 01 16 44.477 -12 30 58.30 1.218 0.355 0.085491 0.064481 0.085473 0.064472 F51 6 2016 08 03.61238 1.000 C 01 16 45.514 -12 30 49.21 1.218 0.355 0.044190 0.073832 0.044172 0.073823 F51 7 2016 08 03.61302 1.000 C 01 16 45.603 -12 30 48.34 1.218 0.355 -0.346822 0.032425 -0.346839 0.032416 F51 8 2016 08 06.395929 1.000 C 01 25 19.74 -11 17 10.8 1.215 0.350 -0.069616 0.067315 -0.069634 0.067306 W86 9 2016 08 06.403543 1.000 C 01 25 21.05 -11 16 58.7 1.215 0.350 -0.045797 -0.003428 -0.045815 -0.003437 W86 10 2016 08 06.411143 1.000 C 01 25 22.37 -11 16 46.5 1.215 0.350 0.176491 -0.004753 0.176472 -0.004762 W86 11 2016 08 07.47782 1.000 C 01 28 34.13 -10 48 45.7 1.213 0.348 0.168780 0.086872 0.168761 0.086863 291 12 2016 08 07.47929 1.000 C 01 28 34.34 -10 48 44.0 1.213 0.348 -0.522881 -0.426654 -0.522899 -0.426663 291 13 2016 08 07.48078 1.000 C 01 28 34.61 -10 48 41.0 1.213 0.348 -0.118565 0.109650 -0.118584 0.109641 291 14 2016 08 10.41457 1.000 C 01 37 03.10 -09 29 14.2 1.211 0.343 0.153519 0.011805 0.153500 0.011796 807 15 2016 08 10.41681 1.000 C 01 37 03.44 -09 29 10.7 1.211 0.343 -0.141326 -0.081811 -0.141345 -0.081820 807 16 2016 08 10.42128 1.000 C 01 37 04.20 -09 29 03.3 1.211 0.343 0.534875 -0.126588 0.534856 -0.126597 807 17 2016 08 14.41314 1.000 C 01 47 53.68 -07 40 08.7 1.209 0.337 0.149084 -0.140703 0.149064 -0.140713 807 18 2016 08 14.41669 1.000 C 01 47 54.20 -07 40 02.7 1.209 0.337 0.152487 0.005026 0.152467 0.005016 807 19 2016 08 14.42026 1.000 C 01 47 54.72 -07 39 56.9 1.209 0.337 0.061758 -0.068879 0.061738 -0.068888 807 20 2016 09 23.361716 1.000 C 02 39 38.91 +09 17 16.0 1.273 0.330 0.057895 -0.162917 0.057877 -0.162923 705 21 2016 09 23.362729 1.000 C 02 39 38.89 +09 17 17.2 1.273 0.330 -0.021726 -0.245860 -0.021745 -0.245866 705 22 2016 09 23.363801 1.000 C 02 39 38.86 +09 17 18.8 1.273 0.330 -0.172337 0.015249 -0.172356 0.015243 705 23 2016 10 08.45662 1.000 C 02 31 20.24 +13 56 27.7 1.331 0.356 -0.402492 0.344011 -0.402507 0.344009 691 24 2016 10 08.46291 1.000 C 02 31 19.91 +13 56 33.4 1.331 0.356 0.429482 0.067118 0.429467 0.067115 691 25 2016 10 08.46918 1.000 C 02 31 19.43 +13 56 39.0 1.331 0.356 -0.889018 0.343575 -0.889033 F 0.343573 F 691 26 2016 10 21.28240 1.000 C 02 18 01.99 +16 39 52.2 1.391 0.400 -0.443993 0.890703 -0.444003 F 0.890705 F G96 27 2016 10 21.28668 1.000 C 02 18 01.72 +16 39 54.6 1.391 0.400 -0.046140 0.361814 -0.046150 0.361815 G96 28 2016 10 21.29096 1.000 C 02 18 01.39 +16 39 57.3 1.391 0.400 -0.183100 0.571303 -0.183110 0.571305 G96 29 2016 10 21.29525 1.000 C 02 18 01.06 +16 39 59.7 1.391 0.400 -0.480794 0.525176 -0.480804 0.525177 G96 30 2016 10 22.24118 1.000 C 02 16 59.78 +16 49 17.3 1.395 0.404 0.328137 -0.429455 0.328128 -0.429453 G45 31 2016 10 22.28980 1.000 C 02 16 56.23 +16 49 45.9 1.396 0.404 0.188026 -0.229301 0.188016 -0.229299 G45 32 2016 10 22.33408 1.000 C 02 16 52.96 +16 50 11.3 1.396 0.404 -0.356382 0.065053 -0.356391 0.065056 G45 33 2016 10 22.37502 1.000 C 02 16 50.05 +16 50 34.9 1.396 0.404 0.549705 -0.123273 0.549696 -0.123271 G45 34 2016 10 25.50127 1.000 C 02 13 30.061 +17 18 47.15 1.412 0.419 -0.208050 -0.204849 -0.208057 -0.204845 F51 35 2016 10 25.51529 1.000 C 02 13 29.072 +17 18 53.98 1.412 0.419 -0.232699 -0.172948 -0.232707 -0.172943 F51 36 2016 10 25.52926 1.000 C 02 13 28.090 +17 19 00.86 1.412 0.419 -0.173261 -0.052851 -0.173268 -0.052847 F51 37 2016 10 25.54323 1.000 C 02 13 27.112 +17 19 07.66 1.412 0.419 -0.163677 0.074575 -0.163684 0.074580 F51 38 2016 10 27.32385 1.000 C 02 11 37.99 +17 33 27.8 1.421 0.429 -0.179951 -0.242578 -0.179956 -0.242572 G96 39 2016 10 27.32814 1.000 C 02 11 37.71 +17 33 29.9 1.421 0.429 -0.019596 -0.389845 -0.019601 -0.389838 G96 40 2016 10 27.33251 1.000 C 02 11 37.36 +17 33 32.2 1.421 0.429 0.104680 0.402694 0.104675 0.402700 G96 41 2016 10 27.33679 1.000 C 02 11 37.12 +17 33 34.3 1.421 0.429 0.397293 -0.286119 0.397288 -0.286113 G96 } }