Improve: 2018_LU2 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 42/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 1.089501638 0.477E-07 0.157E-02 | e 0.326435602 0.44595E-04 2 0.808491009 -0.345E-07 0.114E-02 | a 1.214189870 0.11472E-04 3 0.454871485 -0.667E-08 0.220E-03 | i 6.949555926 0.18633E-02 4 -0.010742506 0.472E-09 0.155E-04 | node 253.637427352 0.84165E-03 5 0.007228226 0.365E-09 0.120E-04 | peri 284.247220350 0.99221E-02 6 0.001493992 0.190E-09 0.624E-05 | M 252.507842110 0.92814E-01 | tp = 2024-12-13.231657 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: 0.36535 Optical RMSE: 0.36535(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 82/84 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 2018 06 07.30821 1.000 C 17 07 24.06 +39 59 49.7 1.018 0.006 1.678736 0.003919 1.678804 F 0.004181 I41 2 2018 06 07.30855 1.000 C 17 07 24.36 +39 59 06.6 1.018 0.006 0.465650 0.458042 0.465717 0.458304 I41 3 2018 06 07.32385 1.000 C 17 07 39.63 +39 27 56.7 1.018 0.006 -0.573134 -1.577479 -0.573068 -1.577219 F I41 4 2018 06 07.32420 1.000 C 17 07 39.92 +39 27 14.0 1.018 0.006 -0.923406 -1.029989 -0.923340 -1.029729 I41 5 2018 06 07.38424 1.000 C 17 08 24.71 +37 30 06.7 1.018 0.006 0.427243 0.167363 0.427305 0.167616 I52 6 2018 06 07.38439 1.000 C 17 08 24.85 +37 29 49.6 1.018 0.006 0.329378 0.116349 0.329440 0.116601 I52 7 2018 06 07.38454 1.000 C 17 08 24.97 +37 29 33.1 1.018 0.006 0.819487 0.324349 0.819549 0.324602 I52 8 2018 06 07.38468 1.000 C 17 08 25.11 +37 29 15.9 1.018 0.006 -0.512593 0.120556 -0.512531 0.120809 I52 9 2018 06 08.20260 1.000 C 17 19 45.58 +21 41 41.0 1.022 0.010 0.198162 0.001676 0.198185 0.001827 I52 10 2018 06 08.20273 1.000 C 17 19 45.61 +21 41 35.7 1.022 0.010 0.255977 -0.182724 0.256000 -0.182573 I52 11 2018 06 08.20285 1.000 C 17 19 45.63 +21 41 30.9 1.022 0.010 0.391166 -0.238309 0.391189 -0.238157 I52 12 2018 06 08.20297 1.000 C 17 19 45.63 +21 41 25.5 1.022 0.010 -0.096710 -0.070449 -0.096687 -0.070297 I52 13 2018 06 09.01294 1.000 C 17 22 44.84 +14 55 02.5 1.027 0.015 -0.135624 -0.273800 -0.135614 -0.273690 J95 14 2018 06 09.01558 1.000 C 17 22 44.86 +14 54 07.2 1.027 0.015 0.170806 0.078462 0.170816 0.078571 J95 15 2018 06 09.01694 1.000 C 17 22 44.90 +14 53 38.1 1.027 0.015 -0.268546 -0.233195 -0.268536 -0.233085 J95 16 2018 06 09.01834 1.000 C 17 22 44.93 +14 53 08.9 1.027 0.015 -0.007286 -0.319178 -0.007276 -0.319069 J95 17 2018 06 09.10884 1.000 C 17 23 24.76 +14 24 12.3 1.027 0.015 -0.840474 -0.652706 -0.840464 -0.652602 W34 18 2018 06 09.12872 1.000 C 17 23 24.84 +14 17 54.0 1.027 0.015 0.199932 0.222887 0.199942 0.222990 W34 19 2018 06 09.14927 1.000 C 17 23 24.61 +14 11 25.4 1.027 0.015 -0.172128 0.612435 -0.172119 0.612538 W34 20 2018 06 09.16575 1.000 C 17 23 24.27 +14 06 17.2 1.028 0.016 0.270777 0.268065 0.270786 0.268167 W34 21 2018 06 09.17945 1.000 C 17 23 37.40 +14 01 53.8 1.028 0.016 -0.296330 0.529797 -0.296320 0.529898 I52 22 2018 06 09.17969 1.000 C 17 23 37.42 +14 01 49.4 1.028 0.016 -0.298343 0.287225 -0.298334 0.287326 I52 23 2018 06 09.18125 1.000 C 17 23 37.45 +14 01 21.3 1.028 0.016 0.024307 0.188234 0.024316 0.188335 I52 24 2018 06 09.18149 1.000 C 17 23 37.46 +14 01 16.5 1.028 0.016 -0.393950 0.042412 -0.393941 0.042513 I52 25 2018 06 09.92515 1.000 C 17 24 51.01 +10 55 15.3 1.032 0.020 0.117345 0.134704 0.117351 0.134785 587 26 2018 06 09.92765 1.000 C 17 24 50.97 +10 54 46.1 1.032 0.020 0.220221 -0.443021 0.220226 -0.442939 587 27 2018 06 09.93015 1.000 C 17 24 50.83 +10 54 16.6 1.032 0.020 -0.143729 0.388112 -0.143724 0.388193 587 28 2018 06 09.99284 1.000 C 17 24 46.90 +10 42 15.4 1.032 0.020 -0.174943 -0.821956 -0.174938 -0.821875 L01 29 2018 06 09.99424 1.000 C 17 24 46.80 +10 41 59.6 1.032 0.020 -0.002694 -0.121773 -0.002689 -0.121692 L01 30 2018 06 09.99566 1.000 C 17 24 46.72 +10 41 43.7 1.032 0.020 0.319241 0.289636 0.319246 0.289717 L01 31 2018 06 11.21125 1.000 C 17 26 22.82 +07 48 52.6 1.038 0.027 0.160659 0.547541 0.160663 0.547601 I52 32 2018 06 11.21178 1.000 C 17 26 22.83 +07 48 49.4 1.038 0.027 0.354358 0.041984 0.354361 0.042045 I52 33 2018 06 11.21231 1.000 C 17 26 22.83 +07 48 45.7 1.038 0.027 0.037825 -0.355794 0.037829 -0.355733 I52 34 2018 06 11.21283 1.000 C 17 26 22.77 +07 48 42.0 1.038 0.027 -0.411455 0.135752 -0.411452 0.135812 I52 35 2018 06 12.36380 1.000 C 17 26 51.90 +06 07 53.5 1.045 0.033 0.074602 0.471605 0.074605 0.471656 I52 36 2018 06 12.36456 1.000 C 17 26 51.89 +06 07 50.1 1.045 0.033 -0.012003 -0.033830 -0.012000 -0.033779 I52 37 2018 06 12.36532 1.000 C 17 26 51.85 +06 07 46.9 1.045 0.033 0.080237 -0.081242 0.080240 -0.081191 I52 38 2018 06 12.36695 1.000 C 17 26 51.77 +06 07 39.9 1.045 0.033 0.144038 -0.269260 0.144041 -0.269209 I52 39 2018 06 13.36750 1.000 C 17 27 18.86 +05 06 05.1 1.050 0.039 0.257274 -0.325825 0.257277 -0.325781 691 40 2018 06 13.37279 1.000 C 17 27 18.57 +05 05 48.1 1.050 0.039 0.341376 -0.136958 0.341379 -0.136914 691 41 2018 06 22.399264 1.000 C 17 29 07.385 +01 11 33.14 1.099 0.091 -0.215737 0.112394 -0.215733 0.112414 T12 42 2018 06 22.404606 1.000 C 17 29 07.226 +01 11 28.48 1.099 0.091 -0.149282 0.129016 -0.149278 0.129036 T12 } }