Improve: 2016_CY247 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 44/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 0.040584332 0.206E-12 0.485E-05 | e 0.454023088 0.16464E-06 2 -2.172115123 -0.463E-13 0.873E-06 | a 2.069897900 0.69182E-08 3 -1.477681999 0.609E-15 0.770E-06 | i 11.957801014 0.26399E-04 4 0.008412637 0.846E-16 0.870E-08 | node 335.004328824 0.19007E-04 5 -0.003152818 0.888E-15 0.111E-07 | peri 149.813650872 0.14272E-03 6 -0.001256069 0.613E-15 0.888E-08 | M 105.445130473 0.40190E-04 | tp = 2025-01-06.399949 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.72 1.00 3 0.43 -0.30 1.00 4 0.99 0.77 0.37 1.00 5 1.00 0.71 0.44 0.99 1.00 6 1.00 0.77 0.36 1.00 0.99 1.00 Root mean squared error: 0.30120 Optical RMSE: 0.30120(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 86/88 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 02 12.35347 1.000 C 08 59 10.295 +38 38 55.99 1.146 0.174 -0.241432 -0.034653 -0.241433 -0.034654 F51 2 2016 02 12.36498 1.000 C 08 59 10.770 +38 37 54.27 1.146 0.174 -0.000907 -0.102814 -0.000908 -0.102814 F51 3 2016 02 12.37769 1.000 C 08 59 11.286 +38 36 45.59 1.146 0.174 -0.052073 -0.029698 -0.052074 -0.029699 F51 4 2016 02 13.244832 1.000 C 09 00 10.058 +37 17 40.94 1.147 0.175 0.193153 0.195104 0.193152 0.195103 568 5 2016 02 13.245866 1.000 C 09 00 10.116 +37 17 35.46 1.147 0.175 0.178567 0.143713 0.178566 0.143712 568 6 2016 02 13.246903 1.000 C 09 00 10.167 +37 17 29.95 1.147 0.175 0.187738 0.173641 0.187737 0.173640 568 7 2016 02 13.50046 1.000 C 09 00 19.71 +36 54 08.4 1.148 0.175 0.178416 -0.812905 0.178415 -0.812906 291 8 2016 02 13.50239 1.000 C 09 00 19.79 +36 53 57.3 1.148 0.175 0.137638 -0.335656 0.137637 -0.335657 291 9 2016 02 13.50433 1.000 C 09 00 19.87 +36 53 46.3 1.148 0.175 0.243809 0.084303 0.243808 0.084302 291 10 2016 02 16.269477 1.000 C 09 03 21.101 +32 42 26.00 1.153 0.178 -0.024860 -0.030141 -0.024861 -0.030142 568 11 2016 02 16.270515 1.000 C 09 03 21.146 +32 42 20.46 1.153 0.178 -0.014511 0.019929 -0.014512 0.019928 568 12 2016 02 16.271552 1.000 C 09 03 21.198 +32 42 14.93 1.153 0.178 -0.050226 -0.008003 -0.050228 -0.008004 568 13 2016 02 16.28020 1.000 C 09 03 19.05 +32 41 26.7 1.153 0.178 0.016041 -0.638205 0.016040 -0.638206 926 14 2016 02 16.28715 1.000 C 09 03 19.23 +32 40 48.7 1.153 0.178 0.611761 0.591841 0.611760 0.591840 926 15 2016 02 16.29376 1.000 C 09 03 19.56 +32 40 12.9 1.153 0.178 0.372658 -0.109921 0.372657 -0.109921 926 16 2016 02 26.235642 1.000 C 09 13 26.47 +18 36 53.6 1.178 0.199 0.039839 -0.081235 0.039838 -0.081235 705 17 2016 02 26.236650 1.000 C 09 13 26.53 +18 36 48.8 1.178 0.199 -0.232645 -0.000948 -0.232646 -0.000948 705 18 2016 02 26.237659 1.000 C 09 13 26.56 +18 36 44.6 1.178 0.199 0.126929 -0.306354 0.126928 -0.306354 705 19 2016 02 28.20762 1.000 C 09 15 27.09 +16 10 15.3 1.183 0.206 0.111638 -0.224906 0.111637 -0.224906 G96 20 2016 02 28.21225 1.000 C 09 15 27.36 +16 09 56.3 1.183 0.206 -0.366339 -1.416340 -0.366340 F -1.416340 F G96 21 2016 02 28.22149 1.000 C 09 15 27.73 +16 09 15.2 1.183 0.206 -0.007520 -0.038814 -0.007521 -0.038814 G96 22 2016 02 28.36417 1.000 C 09 15 34.31 +15 58 56.5 1.184 0.207 0.413031 -0.089335 0.413030 -0.089335 G96 23 2016 02 28.36937 1.000 C 09 15 34.59 +15 58 33.5 1.184 0.207 -0.035843 0.146509 -0.035844 0.146509 G96 24 2016 02 28.37458 1.000 C 09 15 34.88 +15 58 11.4 1.184 0.207 -0.304771 -0.554684 -0.304772 -0.554683 G96 25 2016 02 28.37983 1.000 C 09 15 35.13 +15 57 48.3 1.184 0.207 -0.219320 -0.281538 -0.219321 -0.281538 G96 26 2016 03 01.166790 1.000 C 09 17 26.90 +13 52 50.2 1.190 0.213 -0.400387 0.556677 -0.400388 0.556678 H21 27 2016 03 01.176029 1.000 C 09 17 27.34 +13 52 12.6 1.190 0.213 -0.352001 0.566265 -0.352002 0.566265 H21 28 2016 03 01.187620 1.000 C 09 17 27.88 +13 51 25.6 1.190 0.213 -0.086596 0.429315 -0.086597 0.429315 H21 29 2019 01 17.519292 1.000 C 11 33 16.648 +43 38 30.78 1.134 0.216 -0.076393 -0.037506 -0.076393 -0.037507 F51 30 2019 01 17.527294 1.000 C 11 33 17.082 +43 38 06.42 1.134 0.216 -0.038305 0.166576 -0.038304 0.166576 F51 31 2019 01 17.535309 1.000 C 11 33 17.519 +43 37 41.75 1.134 0.216 0.036128 0.159177 0.036129 0.159177 F51 32 2019 01 17.543447 1.000 C 11 33 17.942 +43 37 16.36 1.134 0.216 -0.112865 -0.088440 -0.112864 -0.088441 F51 33 2019 01 27.571577 1.000 C 11 39 45.023 +33 43 36.73 1.136 0.197 -0.307097 0.165176 -0.307097 0.165176 F51 34 2019 01 27.581869 1.000 C 11 39 44.925 +33 42 55.24 1.136 0.197 0.343070 -0.833327 0.343070 -0.833327 F51 35 2019 01 27.592521 1.000 C 11 39 44.742 +33 42 14.05 1.136 0.197 0.290013 0.129828 0.290014 0.129828 F51 36 2019 02 08.41808 1.000 C 11 34 26.81 +19 45 15.8 1.152 0.188 0.185876 -0.435692 0.185876 -0.435692 G96 37 2019 02 08.42331 1.000 C 11 34 26.40 +19 44 52.8 1.152 0.188 -0.307625 -0.267178 -0.307624 -0.267178 G96 38 2019 02 08.42853 1.000 C 11 34 26.01 +19 44 29.7 1.152 0.188 -0.540489 -0.244734 -0.540488 -0.244735 G96 39 2019 02 08.52445 1.000 C 11 34 19.35 +19 37 22.5 1.152 0.188 0.104163 -0.475949 0.104163 -0.475950 G96 40 2019 02 08.52652 1.000 C 11 34 19.17 +19 37 13.4 1.152 0.188 -0.460708 -0.282552 -0.460707 -0.282552 G96 41 2019 02 09.38817 1.000 C 11 33 33.20 +18 33 52.4 1.154 0.188 -0.256429 0.106852 -0.256429 0.106851 V06 42 2019 02 09.39127 1.000 C 11 33 32.97 +18 33 38.9 1.154 0.188 -0.221021 0.268082 -0.221020 0.268082 V06 43 2019 02 09.39437 1.000 C 11 33 32.76 +18 33 25.1 1.154 0.188 0.086968 0.121658 0.086968 0.121657 V06 44 2019 02 09.39746 1.000 C 11 33 32.50 +18 33 11.5 1.154 0.188 -0.317613 0.167560 -0.317613 0.167560 V06 } }