Improve: 2016_FL39 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 22/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 1.453752106 -0.260E-07 0.202E-02 | e 0.248616875 0.26361E-04 2 1.168460288 0.179E-07 0.138E-02 | a 1.627794014 0.69048E-04 3 0.578664164 0.800E-08 0.617E-03 | i 2.134939988 0.20363E-03 4 -0.008505858 -0.172E-09 0.134E-04 | node 336.503588837 0.29894E-03 5 0.006371669 -0.132E-09 0.102E-04 | peri 216.612981780 0.41514E-02 6 0.002885266 -0.654E-10 0.505E-05 | M 225.053550739 0.10737E+00 | tp = 2024-08-03.778799 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: 0.16538 Optical RMSE: 0.16538(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 40/44 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 03 02.25089 1.000 C 10 17 39.98 +10 00 20.9 1.264 0.276 0.077623 0.014686 0.077621 0.014687 G96 2 2016 03 02.25748 1.000 C 10 17 39.60 +10 00 18.4 1.264 0.276 -0.187216 0.889784 -0.187218 F 0.889785 F G96 3 2016 03 02.26407 1.000 C 10 17 39.24 +10 00 17.9 1.264 0.276 -0.136165 -0.241618 -0.136167 -0.241618 G96 4 2016 03 02.27066 1.000 C 10 17 38.85 +10 00 15.9 1.264 0.276 -0.120490 0.180588 -0.120492 0.180588 G96 5 2016 03 06.32878 1.000 C 10 14 39.219 +09 42 23.69 1.257 0.271 0.136402 0.041750 0.136399 0.041750 F51 6 2016 03 06.34049 1.000 C 10 14 38.588 +09 42 20.47 1.257 0.271 0.158193 0.088607 0.158189 0.088607 F51 7 2016 03 06.35215 1.000 C 10 14 37.969 +09 42 17.35 1.257 0.271 0.020753 -0.029484 0.020749 -0.029484 F51 8 2016 03 06.36388 1.000 C 10 14 37.331 +09 42 14.03 1.257 0.271 0.007202 0.048644 0.007199 0.048644 F51 9 2016 03 10.30895 1.000 C 10 12 06.287 +09 22 03.82 1.250 0.268 0.056316 0.014830 0.056312 0.014831 F51 10 2016 03 10.31912 1.000 C 10 12 05.828 +09 22 00.78 1.250 0.268 -0.018560 -0.169013 -0.018564 -0.169012 F51 11 2016 03 10.32927 1.000 C 10 12 05.356 +09 21 57.44 1.250 0.268 -0.023650 -0.035000 -0.023654 -0.035000 F51 12 2016 03 10.33941 1.000 C 10 12 04.889 +09 21 54.06 1.250 0.268 -0.142694 0.090813 -0.142698 0.090813 F51 13 2016 03 31.34745 1.000 C 10 11 32.303 +06 40 48.04 1.227 0.276 0.006456 -0.074495 0.006452 -0.074494 F51 14 2016 03 31.35968 1.000 C 10 11 32.588 +06 40 40.65 1.227 0.276 -0.019708 0.071416 -0.019711 0.071416 F51 15 2016 03 31.37193 1.000 C 10 11 32.878 +06 40 33.60 1.227 0.276 0.024780 -0.150839 0.024776 -0.150838 F51 16 2016 03 31.38422 1.000 C 10 11 33.167 +06 40 26.29 1.227 0.276 0.088809 -0.144909 0.088806 -0.144909 F51 17 2016 04 01.20942 1.000 C 10 12 04.73 +06 32 09.6 1.226 0.277 0.247845 0.302415 0.247841 0.302415 291 18 2016 04 01.21664 1.000 C 10 12 04.97 +06 32 05.5 1.226 0.277 -0.264973 -0.082173 -0.264976 -0.082172 291 19 2016 04 01.22385 1.000 C 10 12 05.18 +06 32 01.1 1.226 0.277 -0.425476 -0.058174 -0.425480 -0.058173 291 20 2016 04 02.28406 1.000 C 10 12 48.01 +06 21 18.5 1.226 0.278 0.343010 0.261015 0.343007 0.261016 291 21 2016 04 02.29963 1.000 C 10 12 48.56 +06 21 09.1 1.226 0.278 -0.017366 -0.127633 -0.017369 -0.127632 291 22 2016 04 02.31479 1.000 C 10 12 49.02 +06 20 59.4 1.226 0.278 0.720898 0.341100 0.720895 F 0.341101 F 291 } }