Improve: 2014_LX9 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 23/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -1.929939510 -0.509E-07 0.965E-03 | e 0.447623654 0.18525E-04 2 1.869393553 -0.967E-07 0.184E-02 | a 2.130883883 0.89998E-04 3 1.053662617 -0.317E-07 0.603E-03 | i 8.232839746 0.24240E-03 4 -0.004088869 0.311E-09 0.590E-05 | node 99.716563205 0.70929E-04 5 -0.006716067 -0.323E-09 0.614E-05 | peri 188.890356783 0.20993E-03 6 -0.002090074 -0.180E-09 0.342E-05 | M 233.316165529 0.80839E-01 | tp = 2023-11-15.656541 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: 0.13740 Optical RMSE: 0.13740(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 37/46 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 06 02.36346 1.000 C 16 38 36.849 -02 05 55.08 1.260 0.259 0.324105 0.219236 0.324101 0.219226 F51 2 2014 06 02.38592 1.000 C 16 38 37.052 -02 06 17.58 1.260 0.259 0.091772 -0.124466 0.091768 -0.124477 F51 3 2014 06 02.39721 1.000 C 16 38 37.129 -02 06 28.38 1.260 0.259 0.495156 -0.003799 0.495152 F -0.003809 F51 4 2014 06 03.076237 1.000 C 16 38 52.13 -02 17 28.4 1.258 0.256 -0.234927 -0.002277 -0.234932 -0.002288 W86 5 2014 06 03.082788 1.000 C 16 38 52.20 -02 17 35.1 1.258 0.256 -0.099564 0.082953 -0.099569 0.082942 W86 6 2014 06 03.087141 1.000 C 16 38 52.26 -02 17 39.6 1.258 0.256 -0.067600 -0.077705 -0.067604 -0.077716 W86 7 2014 06 05.41181 1.000 C 16 39 41.41 -03 01 43.7 1.250 0.247 0.134028 -0.171708 0.134022 -0.171719 291 8 2014 06 05.41860 1.000 C 16 39 41.49 -03 01 52.1 1.250 0.247 -0.077481 0.083999 -0.077488 0.083988 291 9 2014 06 05.42539 1.000 C 16 39 41.59 -03 02 00.4 1.250 0.247 -0.229299 0.065956 -0.229306 0.065945 291 10 2014 06 18.39834 1.000 C 16 47 21.76 -09 14 46.0 1.212 0.206 0.291375 -0.156671 0.291357 -0.156682 291 11 2014 06 18.40621 1.000 C 16 47 22.05 -09 15 05.0 1.212 0.206 -0.391595 1.190324 -0.391612 F 1.190313 F 291 12 2014 06 19.40047 1.000 C 16 48 15.08 -09 53 13.7 1.209 0.204 -0.020587 -0.026584 -0.020605 -0.026594 291 13 2014 06 19.40393 1.000 C 16 48 15.24 -09 53 21.7 1.209 0.204 -0.078057 -0.092852 -0.078075 -0.092862 291 14 2014 06 26.49376 1.000 C 16 56 22.17 -15 02 32.1 1.195 0.189 0.506564 1.088742 0.506541 F 1.088736 F 474 15 2014 06 26.49728 1.000 C 16 56 22.53 -15 02 42.3 1.195 0.189 -1.036508 0.423753 -1.036530 F 0.423747 F 474 16 2014 06 26.50433 1.000 C 16 56 23.04 -15 03 00.6 1.195 0.189 -0.441088 -1.464321 -0.441110 F -1.464328 F 474 17 2014 06 26.50784 1.000 C 16 56 23.21 -15 03 12.0 1.195 0.189 -0.053412 0.192956 -0.053435 0.192950 474 18 2014 07 30.356207 1.000 C 18 38 55.364 -41 59 00.35 1.190 0.205 -0.039341 0.011244 -0.039356 0.011253 568 19 2014 07 30.358347 1.000 C 18 38 55.868 -41 59 03.87 1.190 0.205 0.081459 -0.151031 0.081444 -0.151022 568 20 2014 07 30.360206 1.000 C 18 38 56.340 -41 59 07.05 1.190 0.205 -0.058813 0.025732 -0.058828 0.025741 568 21 2014 07 30.362108 1.000 C 18 38 56.802 -41 59 10.24 1.190 0.205 -0.041733 0.026924 -0.041748 0.026933 568 22 2014 07 31.342869 1.000 C 18 43 19.418 -42 25 42.36 1.191 0.207 0.038599 0.031629 0.038584 0.031638 568 23 2014 07 31.344711 1.000 C 18 43 19.872 -42 25 45.27 1.191 0.207 0.025645 0.043898 0.025631 0.043907 568 } }