Improve: 2025_MQ88 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 30/15 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 0.218158894 -0.912E-15 0.638E-06 | e 0.509236741 0.74566E-06 2 1.122997720 0.135E-14 0.565E-06 | a 1.805545659 0.24713E-05 3 0.212058126 -0.264E-15 0.431E-06 | i 48.537839657 0.12907E-03 4 -0.009499787 0.212E-16 0.252E-07 | node 90.237671187 0.11033E-04 5 0.006605834 -0.245E-16 0.897E-08 | peri 270.253559988 0.44451E-04 6 0.014522179 0.501E-17 0.213E-07 | M 24.823337070 0.66048E-04 | tp = 2025-09-20.896118 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.79 1.00 3 0.40 0.07 1.00 4 -0.93 0.65 -0.64 1.00 5 0.72 -0.55 0.31 -0.61 1.00 6 -0.82 0.41 -0.74 0.95 -0.43 1.00 Root mean squared error: 0.42447 Optical RMSE: 0.42447(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 88/90 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 2025 06 22.293241 1.000 C 17 19 00.710 -13 11 29.21 1.384 0.377 0.290637 0.608598 0.290637 0.608598 I41 2 2025 06 22.358403 1.000 C 17 18 38.547 -13 17 06.29 1.384 0.377 -1.157140 0.339871 -1.157140 0.339871 I41 3 2025 06 23.369884 1.000 C 17 12 53.057 -14 45 46.93 1.376 0.370 -0.102754 0.802635 -0.102754 0.802635 I41 4 2025 06 23.956976 1.000 C 17 09 25.735 -15 38 08.48 1.372 0.366 -0.204150 -1.139201 -0.204150 -1.139201 M22 5 2025 06 23.960514 1.000 C 17 09 24.365 -15 38 27.96 1.372 0.366 0.566945 -0.365108 0.566945 -0.365108 M22 6 2025 06 23.961064 1.000 C 17 09 24.209 -15 38 31.96 1.372 0.366 -0.517844 0.167659 -0.517844 0.167659 M22 7 2025 06 23.961514 1.000 C 17 09 24.002 -15 38 34.12 1.372 0.366 0.149363 0.235937 0.149363 0.235937 M22 8 2025 06 24.350197 1.000 C 17 07 03.495 -16 14 27.38 1.369 0.364 0.007870 1.551186 0.007870 F 1.551186 F I41 9 2025 06 24.387280 1.000 C 17 06 49.710 -16 17 50.22 1.369 0.364 0.130220 0.935624 0.130220 0.935624 I41 10 2025 06 24.45252 1.000 C 17 06 27.47 -16 23 23.8 1.368 0.363 0.446357 -0.128436 0.446357 -0.128436 E23 11 2025 06 24.46726 1.000 C 17 06 21.98 -16 24 45.2 1.368 0.363 0.278286 -0.418024 0.278286 -0.418024 E23 12 2025 06 24.48199 1.000 C 17 06 16.49 -16 26 07.0 1.368 0.363 -0.163759 -0.320384 -0.163759 -0.320384 E23 13 2025 06 26.245051 1.000 C 16 55 06.157 -19 12 15.19 1.355 0.354 -0.052125 0.107319 -0.052125 0.107319 V06 14 2025 06 26.245243 1.000 C 16 55 06.082 -19 12 15.98 1.355 0.354 -0.000223 -0.203368 -0.000223 -0.203368 V06 15 2025 06 26.245436 1.000 C 16 55 06.002 -19 12 17.14 1.355 0.354 0.016236 -0.145723 0.016236 -0.145723 V06 16 2025 06 26.245629 1.000 C 16 55 05.941 -19 12 18.22 1.355 0.354 -0.204953 -0.237619 -0.204953 -0.237619 V06 17 2025 06 27.311756 1.000 C 16 47 56.749 -20 55 16.03 1.347 0.350 0.201348 -0.149994 0.201348 -0.149994 I52 18 2025 06 27.312045 1.000 C 16 47 56.641 -20 55 17.54 1.347 0.350 0.053447 -0.352797 0.053447 -0.352797 I52 19 2025 06 27.314476 1.000 C 16 47 55.576 -20 55 32.16 1.346 0.350 0.611341 0.231852 0.611341 0.231852 I52 20 2025 06 27.314765 1.000 C 16 47 55.532 -20 55 33.64 1.346 0.350 -0.412295 -0.165497 -0.412295 -0.165497 I52 21 2025 06 29.17041 0.250 B 16 34 49.114 -23 57 50.36 1.332 0.344 0.033681 -0.728523 0.033681 -0.728523 H36 22 2025 06 29.18065 0.250 B 16 34 44.522 -23 58 51.71 1.332 0.344 0.136661 -0.093528 0.136661 -0.093528 H36 23 2025 06 29.19061 0.250 B 16 34 40.080 -23 59 50.53 1.332 0.344 -0.057515 -0.322344 -0.057515 -0.322344 H36 24 2025 06 29.213173 1.000 C 16 34 30.335 -24 02 03.16 1.332 0.344 0.425981 0.059875 0.425981 0.059875 I52 25 2025 06 29.214928 1.000 C 16 34 29.658 -24 02 14.24 1.332 0.344 -1.132944 0.612861 -1.132944 0.612861 I52 26 2025 06 29.216678 1.000 C 16 34 28.801 -24 02 24.07 1.332 0.344 -0.111265 0.138286 -0.111265 0.138286 I52 27 2025 06 29.224571 1.000 C 16 34 25.252 -24 03 10.44 1.332 0.344 0.011501 -0.288859 0.011501 -0.288859 I52 28 2025 07 03.955970 1.000 C 15 57 17.560 -31 42 55.20 1.296 0.339 0.535483 -0.208401 0.535483 -0.208401 807 29 2025 07 03.958580 1.000 C 15 57 16.280 -31 43 10.50 1.296 0.339 -0.040291 0.310149 -0.040291 0.310149 807 30 2025 07 03.961190 1.000 C 15 57 14.940 -31 43 24.80 1.296 0.339 0.113362 -0.190899 0.113362 -0.190899 807 31 2025 11 26.433195 1.000 C 08 31 32.167 -08 14 44.95 1.203 0.437 0.437708 -0.395332 0.437708 -0.395332 I52 32 2025 11 26.434204 1.000 C 08 31 32.027 -08 14 39.37 1.203 0.437 0.107124 0.091006 0.107124 0.091006 I52 33 2025 11 26.435208 1.000 C 08 31 31.904 -08 14 34.01 1.203 0.437 0.080020 0.506140 0.080020 0.506140 I52 34 2025 11 26.436217 1.000 C 08 31 31.760 -08 14 28.97 1.203 0.437 -0.069683 0.479710 -0.069683 0.479710 I52 35 2025 12 10.461733 1.000 C 07 49 56.820 +15 16 37.80 1.308 0.386 -0.047036 1.146668 -0.047036 1.146668 I52 36 2025 12 10.462163 1.000 C 07 49 56.636 +15 16 39.54 1.308 0.386 -0.796471 -0.300903 -0.796471 -0.300903 I52 37 2025 12 10.463597 1.000 C 07 49 56.334 +15 16 49.19 1.308 0.386 -0.174353 -0.089454 -0.174353 -0.089454 I52 38 2025 12 11.541108 1.000 C 07 45 38.624 +17 17 39.12 1.317 0.386 0.472917 -0.329256 0.472917 -0.329256 I52 39 2025 12 11.541533 1.000 C 07 45 38.516 +17 17 42.04 1.317 0.386 0.421794 -0.267027 0.421794 -0.267027 I52 40 2025 12 11.541963 1.000 C 07 45 38.401 +17 17 44.70 1.317 0.386 0.369818 -0.509629 0.369818 -0.509629 I52 41 2025 12 17.328482 1.000 C 07 20 06.054 +27 46 07.68 1.360 0.399 0.106735 -0.154534 0.106735 -0.154534 I52 42 2025 12 17.331738 1.000 C 07 20 05.075 +27 46 27.95 1.361 0.399 -0.184674 0.027459 -0.184674 0.027459 I52 43 2025 12 17.334600 1.000 C 07 20 04.229 +27 46 45.48 1.361 0.399 -0.272583 -0.112213 -0.272583 -0.112213 I52 44 2025 12 17.335390 1.000 C 07 20 04.002 +27 46 50.38 1.361 0.399 -0.204519 -0.097238 -0.204519 -0.097238 I52 45 2025 12 17.336181 1.000 C 07 20 03.790 +27 46 55.42 1.361 0.399 0.078311 0.032306 0.078311 0.032306 I52 } }