Improve: 2015_KG154 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 62/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 0.877062575 -0.733E-13 0.179E-05 | e 0.355928028 0.12226E-06 2 -0.429772563 -0.173E-12 0.354E-05 | a 1.610684306 0.56349E-07 3 0.389750272 -0.641E-13 0.117E-05 | i 30.913847442 0.36015E-04 4 0.007588195 0.227E-14 0.445E-07 | node 240.880358689 0.13431E-04 5 0.016905343 -0.113E-14 0.204E-07 | peri 83.496629783 0.63727E-04 6 0.005974837 0.974E-15 0.189E-07 | M 8.267220423 0.12320E-03 | tp = 2025-11-03.853674 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.98 1.00 3 0.81 0.87 1.00 4 -0.98 -1.00 -0.89 1.00 5 0.94 0.98 0.85 -0.98 1.00 6 -0.98 -0.99 -0.88 1.00 -0.98 1.00 Root mean squared error: 0.41738 Optical RMSE: 0.41738(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 99/124 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 2015 05 25.46195 1.000 C 17 17 57.039 -06 55 06.86 1.297 0.301 -0.135698 -0.022690 -0.135698 -0.022690 F51 2 2015 05 25.48645 1.000 C 17 17 55.365 -06 52 26.94 1.297 0.301 -0.155146 0.011829 -0.155146 0.011829 F51 3 2015 05 25.49874 1.000 C 17 17 54.537 -06 51 06.57 1.297 0.301 0.025582 -0.033772 0.025582 -0.033772 F51 4 2015 05 26.34523 1.000 C 17 17 05.58 -05 17 57.5 1.292 0.297 -0.331896 -0.079678 -0.331896 -0.079678 926 5 2015 05 26.34861 1.000 C 17 17 05.35 -05 17 34.6 1.292 0.297 -0.034409 0.058795 -0.034409 0.058795 926 6 2015 05 26.35199 1.000 C 17 17 05.11 -05 17 11.8 1.292 0.297 0.085778 0.231814 0.085778 0.231814 926 7 2015 05 26.592671 1.000 C 17 16 49.426 -04 50 12.77 1.291 0.296 -0.358404 -0.205954 -0.358404 -0.205954 568 8 2015 05 26.593947 1.000 C 17 16 49.339 -04 50 04.15 1.291 0.296 -0.329456 -0.201120 -0.329456 -0.201120 568 9 2015 05 26.595231 1.000 C 17 16 49.249 -04 49 55.48 1.291 0.296 -0.329292 -0.171506 -0.329292 -0.171506 568 10 2015 05 27.34140 1.000 C 17 16 04.42 -03 25 34.4 1.287 0.293 -0.125782 1.581140 -0.125782 1.581140 F 711 11 2015 05 27.34369 1.000 C 17 16 04.28 -03 25 18.2 1.287 0.293 0.541147 1.570683 0.541147 1.570683 F 711 12 2015 05 27.34428 1.000 C 17 16 04.51 -03 25 15.8 1.287 0.293 0.165387 -0.025907 0.165387 -0.025907 926 13 2015 05 27.34616 1.000 C 17 16 04.12 -03 25 02.2 1.287 0.293 0.026509 0.740498 0.026509 0.740498 711 14 2015 05 27.34765 1.000 C 17 16 04.26 -03 24 52.9 1.287 0.293 0.000628 -0.114538 0.000628 -0.114538 926 15 2015 05 27.35102 1.000 C 17 16 04.01 -03 24 29.7 1.287 0.293 0.068205 -0.017307 0.068205 -0.017307 926 16 2015 05 27.96385 1.000 C 17 15 25.61 -02 14 06.7 1.284 0.290 0.308909 1.123579 0.308909 1.123579 I93 17 2015 05 27.99181 1.000 C 17 15 23.69 -02 10 53.6 1.284 0.290 0.517725 -1.004698 0.517725 -1.004698 I93 18 2015 05 28.06343 1.000 C 17 15 18.15 -02 02 35.5 1.284 0.290 0.586380 -0.177380 0.586380 -0.177380 204 19 2015 05 28.08384 1.000 C 17 15 16.61 -02 00 13.8 1.284 0.290 -0.125846 0.145667 -0.125846 0.145667 204 20 2015 05 29.47425 1.000 C 17 13 42.64 +00 43 23.8 1.277 0.285 -0.082302 -0.249457 -0.082302 -0.249457 291 21 2015 05 29.47513 1.000 C 17 13 42.56 +00 43 30.3 1.277 0.285 0.016396 0.016818 0.016396 0.016818 291 22 2015 05 29.47601 1.000 C 17 13 42.50 +00 43 36.7 1.277 0.285 0.168494 -0.028082 0.168494 -0.028082 291 23 2015 05 31.304167 1.000 C 17 11 32.67 +04 24 14.1 1.268 0.280 -1.651571 -0.701123 -1.651571 F -0.701123 705 24 2015 05 31.305463 1.000 C 17 11 32.53 +04 24 25.8 1.268 0.280 0.260606 0.479888 0.260606 0.479888 705 25 2015 05 31.306757 1.000 C 17 11 32.44 +04 24 35.6 1.268 0.280 0.667652 0.302548 0.667652 0.302548 705 26 2015 05 31.43729 1.000 C 17 11 21.48 +04 40 31.8 1.267 0.280 -0.003139 0.240807 -0.003139 0.240807 291 27 2015 05 31.43874 1.000 C 17 11 21.39 +04 40 41.9 1.267 0.280 -0.334977 -0.381005 -0.334977 -0.381005 291 28 2015 06 06.40982 1.000 C 17 03 10.36 +16 57 14.2 1.238 0.274 0.067827 -0.075494 0.067827 -0.075494 926 29 2015 06 06.41377 1.000 C 17 03 09.99 +16 57 43.0 1.238 0.274 0.114239 -0.360894 0.114239 -0.360894 926 30 2015 06 06.41771 1.000 C 17 03 09.61 +16 58 11.9 1.238 0.274 0.330661 -0.470843 0.330661 -0.470843 926 31 2015 06 07.261177 1.000 C 17 01 54.81 +18 40 25.1 1.234 0.274 -0.137648 0.296742 -0.137648 0.296742 H21 32 2015 06 07.266555 1.000 C 17 01 54.22 +18 41 03.2 1.234 0.274 -0.928789 0.908329 -0.928789 0.908329 H21 33 2015 06 07.272682 1.000 C 17 01 53.60 +18 41 49.1 1.234 0.274 0.690194 0.908584 0.690194 0.908584 H21 34 2015 06 09.210554 1.000 C 16 58 55.19 +22 31 52.5 1.225 0.277 -0.322693 1.611027 -0.322693 1.611027 F H21 35 2015 06 09.215835 1.000 C 16 58 54.86 +22 32 29.0 1.225 0.277 -0.981820 -1.473403 -0.981820 -1.473403 F H21 36 2015 06 09.221184 1.000 C 16 58 54.22 +22 33 08.2 1.225 0.277 0.791152 -0.476422 0.791152 -0.476422 H21 37 2015 06 11.15667 1.000 C 16 55 50.91 +26 14 08.6 1.216 0.280 0.270074 -0.053872 0.270074 -0.053872 291 38 2015 06 11.15880 1.000 C 16 55 50.65 +26 14 22.5 1.216 0.280 -0.156644 0.489202 -0.156644 0.489202 291 39 2015 06 11.16093 1.000 C 16 55 50.44 +26 14 37.2 1.216 0.280 0.145192 0.277131 0.145192 0.277131 291 40 2015 06 16.25267 1.000 C 16 47 25.40 +35 01 50.4 1.193 0.295 -0.029815 -0.154148 -0.029815 -0.154148 I52 41 2015 06 16.25414 1.000 C 16 47 25.25 +35 01 58.5 1.193 0.295 -0.362141 -0.284167 -0.362141 -0.284167 I52 42 2015 06 16.25561 1.000 C 16 47 25.07 +35 02 07.1 1.193 0.295 -0.122489 -0.169046 -0.122489 -0.169046 I52 43 2015 06 16.25708 1.000 C 16 47 24.90 +35 02 15.3 1.193 0.295 -0.298665 -0.083694 -0.298665 -0.083694 I52 44 2015 10 14.402164 1.000 C 00 23 34.488 +80 42 33.20 1.187 0.415 -0.201702 -0.063340 -0.201702 -0.063340 568 45 2015 10 14.404936 1.000 C 00 23 35.693 +80 42 24.97 1.187 0.415 -0.223529 -0.063801 -0.223529 -0.063801 568 46 2017 05 21.514840 1.000 C 14 41 39.57 -25 44 31.8 1.396 0.397 -0.789147 0.472333 -0.789147 0.472333 474 47 2017 05 21.519557 1.000 C 14 41 38.96 -25 44 11.4 1.396 0.397 0.580082 0.168618 0.580082 0.168618 474 48 2017 05 21.521915 1.000 C 14 41 38.73 -25 44 01.5 1.396 0.397 0.364825 0.567423 0.364825 0.567423 474 49 2017 05 21.526631 1.000 C 14 41 38.26 -25 43 40.7 1.396 0.397 -0.186702 0.368435 -0.186702 0.368435 474 50 2017 05 22.15879 1.000 C 14 40 36.52 -24 58 10.3 1.393 0.394 -0.231024 0.455087 -0.231024 0.455087 291 51 2017 05 22.16260 1.000 C 14 40 36.03 -24 57 52.9 1.393 0.394 0.757693 -0.537594 0.757693 -0.537594 291 52 2017 05 22.16640 1.000 C 14 40 35.71 -24 57 36.1 1.393 0.394 -0.404165 -0.534159 -0.404166 -0.534159 291 53 2015 05 22.48433 1.000 C 16 33 04.775 -08 53 44.13 1.312 0.317 -33160.672928 27818.506833 -33160.672928 F 27818.506833 F F51 54 2015 05 22.49692 1.000 C 16 33 04.137 -08 53 41.02 1.312 0.317 -33160.630216 27792.083822 -33160.630216 F 27792.083822 F F51 55 2015 05 22.50953 1.000 C 16 33 03.534 -08 53 37.62 1.312 0.317 -33160.075398 27765.676288 -33160.075398 F 27765.676288 F F51 56 2015 05 22.52207 1.000 C 16 33 02.933 -08 53 34.68 1.312 0.317 -33159.827388 27739.045169 -33159.827388 F 27739.045169 F F51 57 2015 06 10.41800 1.000 C 16 18 07.209 -07 59 28.74 1.219 0.278 ************* 41372.705251 ************* F 41372.705251 F F51 58 2015 06 10.42865 1.000 C 16 18 06.698 -07 59 28.13 1.219 0.278 ************* 41401.261699 ************* F 41401.261699 F F51 59 2015 06 10.43928 1.000 C 16 18 06.211 -07 59 27.21 1.219 0.279 ************* 41429.445832 ************* F 41429.445832 F F51 60 2015 06 15.34127 1.000 C 16 14 39.167 -07 55 12.06 1.197 0.291 ************* 55896.450696 ************* F 55896.450696 F F51 61 2015 06 15.35382 1.000 C 16 14 38.621 -07 55 11.70 1.197 0.291 ************* 55938.237805 ************* F 55938.237805 F F51 62 2015 06 15.36632 1.000 C 16 14 38.114 -07 55 11.41 1.197 0.292 ************* 55979.453068 ************* F 55979.453068 F F51 } }