Improve: 2015_XB378 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 0.755088388 0.165E-08 0.103E-02 | e 0.594046463 0.15243E-04 2 -3.150517062 0.111E-08 0.692E-03 | a 2.434844865 0.87956E-04 3 -1.915824763 0.401E-09 0.249E-03 | i 9.883274682 0.17937E-03 4 0.005232828 -0.101E-11 0.619E-06 | node 50.748526132 0.28997E-03 5 0.002778420 0.567E-11 0.354E-05 | peri 39.496749736 0.11839E-03 6 0.000778595 0.341E-11 0.212E-05 | M 216.682524762 0.50765E-01 | tp = 2023-08-08.730243 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: 0.22537 Optical RMSE: 0.22537(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 42/44 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 2015 12 09.20964 1.000 C 23 09 29.594 -02 22 06.93 1.056 0.365 -0.075634 0.229444 -0.075637 0.229442 F51 2 2015 12 09.22189 1.000 C 23 09 30.018 -02 21 36.73 1.056 0.365 0.278248 0.225402 0.278246 0.225400 F51 3 2015 12 09.23417 1.000 C 23 09 30.475 -02 21 05.93 1.056 0.365 0.027123 -0.080547 0.027121 -0.080549 F51 4 2015 12 09.24654 1.000 C 23 09 30.937 -02 20 35.28 1.056 0.365 -0.053411 -0.039823 -0.053414 -0.039825 F51 5 2015 12 10.206193 1.000 C 23 10 16.431 -01 40 34.91 1.051 0.362 0.050456 0.265853 0.050453 0.265851 568 6 2015 12 10.207557 1.000 C 23 10 16.485 -01 40 31.59 1.051 0.362 0.086538 0.388213 0.086536 0.388211 568 7 2015 12 10.208850 1.000 C 23 10 16.539 -01 40 28.01 1.051 0.362 -0.085997 0.121814 -0.085999 0.121812 568 8 2015 12 14.09932 1.000 C 23 13 44.63 +01 10 01.3 1.035 0.351 0.034600 -0.108645 0.034597 -0.108647 291 9 2015 12 14.10764 1.000 C 23 13 45.04 +01 10 24.2 1.035 0.351 0.092312 -0.275254 0.092310 -0.275256 291 10 2015 12 14.11596 1.000 C 23 13 45.47 +01 10 47.3 1.035 0.351 -0.181868 -0.514246 -0.181870 -0.514248 291 11 2015 12 15.75391 1.000 C 23 15 25.61 +02 26 47.2 1.029 0.346 -0.183135 -0.251496 -0.183137 -0.251498 G36 12 2015 12 15.76214 1.000 C 23 15 26.06 +02 27 10.0 1.029 0.346 -0.001529 0.225546 -0.001532 0.225544 G36 13 2015 12 15.77037 1.000 C 23 15 26.51 +02 27 33.5 1.029 0.346 -0.089387 0.058134 -0.089389 0.058131 G36 14 2015 12 30.15343 1.000 C 23 35 09.37 +15 38 05.1 0.993 0.301 0.021732 -0.136658 0.021729 -0.136662 695 15 2015 12 30.15750 1.000 C 23 35 09.76 +15 38 20.5 0.993 0.301 0.039781 -0.195138 0.039778 -0.195142 695 16 2015 12 30.16156 1.000 C 23 35 10.16 +15 38 35.9 0.993 0.301 -0.089800 -0.224114 -0.089802 -0.224119 695 17 2016 01 14.14508 1.000 C 00 10 15.25 +33 54 07.4 0.995 0.262 0.530875 0.093659 0.530871 0.093652 291 18 2016 01 14.14854 1.000 C 00 10 15.95 +33 54 24.5 0.995 0.262 -0.299748 0.273404 -0.299752 0.273397 291 19 2016 01 14.15200 1.000 C 00 10 16.45 +33 54 42.3 0.995 0.262 0.676247 -1.415261 0.676243 F -1.415267 F 291 20 2016 02 11.11212 1.000 C 04 20 53.16 +67 17 18.0 1.095 0.263 0.129970 -0.074123 0.129964 -0.074130 926 21 2016 02 11.11697 1.000 C 04 20 58.20 +67 17 22.6 1.095 0.263 -0.170056 -0.274113 -0.170062 -0.274119 926 22 2016 02 11.12184 1.000 C 04 21 03.18 +67 17 26.4 1.095 0.263 -0.066097 0.345830 -0.066103 0.345824 926 } }