Improve: 2016_LC2 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 63/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -1.045376400 -0.280E-13 0.223E-06 | e 0.069097362 0.63660E-07 2 -0.119110797 0.195E-13 0.716E-06 | a 1.246136609 0.67420E-08 3 0.501477753 -0.457E-13 0.399E-06 | i 25.948021104 0.20943E-04 4 -0.001426992 -0.101E-15 0.713E-08 | node 91.389943210 0.14605E-04 5 -0.015358228 -0.511E-16 0.163E-08 | peri 62.269046502 0.13159E-03 6 -0.005691580 0.275E-15 0.289E-08 | M 19.208296365 0.14080E-03 | tp = 2025-10-24.889767 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.16 1.00 3 0.90 0.26 1.00 4 -0.41 -0.95 -0.52 1.00 5 -0.39 -0.77 -0.21 0.74 1.00 6 0.07 0.92 0.25 -0.88 -0.67 1.00 Root mean squared error: 0.33391 Optical RMSE: 0.33391(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 123/126 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 06 03.29999 1.000 C 17 05 40.41 +18 03 57.6 1.251 0.293 0.149416 -0.426894 0.149416 -0.426894 G96 2 2016 06 03.30381 1.000 C 17 05 39.67 +18 03 43.3 1.251 0.293 0.478967 -0.473100 0.478967 -0.473100 G96 3 2016 06 03.30762 1.000 C 17 05 38.90 +18 03 28.0 1.251 0.293 -0.270771 -0.194526 -0.270771 -0.194526 G96 4 2016 06 03.31145 1.000 C 17 05 38.14 +18 03 13.8 1.251 0.293 0.178302 0.029793 0.178302 0.029793 G96 5 2016 06 03.40334 1.000 C 17 05 20.23 +17 57 19.6 1.251 0.293 -0.325730 0.102999 -0.325730 0.102999 691 6 2016 06 03.41237 1.000 C 17 05 18.48 +17 56 44.1 1.251 0.293 -0.840503 0.017959 -0.840503 0.017959 691 7 2016 06 03.42143 1.000 C 17 05 16.76 +17 56 09.1 1.251 0.293 -0.655981 -0.455721 -0.655981 -0.455721 691 8 2016 06 04.31887 1.000 C 17 02 31.75 +16 57 39.8 1.252 0.290 -0.090219 0.105498 -0.090219 0.105498 I52 9 2016 06 04.32042 1.000 C 17 02 31.48 +16 57 34.3 1.252 0.290 0.608856 -0.343637 0.608856 -0.343637 I52 10 2016 06 04.32345 1.000 C 17 02 30.88 +16 57 21.8 1.252 0.290 0.154072 -0.325908 0.154072 -0.325908 I52 11 2016 06 04.37466 1.000 C 17 02 20.78 +16 53 59.1 1.252 0.290 1.134961 0.202258 1.134961 F 0.202258 926 12 2016 06 04.37793 1.000 C 17 02 20.06 +16 53 45.1 1.252 0.290 0.130159 1.256607 0.130160 1.256607 F 926 13 2016 06 04.38122 1.000 C 17 02 19.48 +16 53 30.8 1.252 0.290 -0.933160 0.239292 -0.933160 0.239292 926 14 2016 06 05.28860 1.000 C 16 59 31.61 +15 52 23.2 1.253 0.288 0.510619 0.329604 0.510619 0.329604 I52 15 2016 06 05.29006 1.000 C 16 59 31.33 +15 52 17.0 1.253 0.288 0.298165 0.197760 0.298165 0.197760 I52 16 2016 06 05.29152 1.000 C 16 59 31.07 +15 52 10.8 1.253 0.288 0.096659 -0.222716 0.096659 -0.222716 I52 17 2016 06 05.29298 1.000 C 16 59 30.77 +15 52 04.9 1.253 0.288 0.175677 -0.056186 0.175677 -0.056186 I52 18 2016 06 06.25130 1.000 C 16 56 32.12 +14 45 31.1 1.254 0.286 -0.223024 0.294604 -0.223024 0.294604 I52 19 2016 06 06.25255 1.000 C 16 56 31.86 +14 45 25.4 1.254 0.286 -0.653613 0.485082 -0.653613 0.485082 I52 20 2016 06 06.25683 1.000 C 16 56 31.02 +14 45 07.9 1.254 0.286 -0.114330 0.383724 -0.114330 0.383724 I52 21 2016 06 06.25808 1.000 C 16 56 30.72 +14 45 02.2 1.254 0.286 -0.536146 1.152188 -0.536146 1.152188 F I52 22 2016 06 06.35064 1.000 C 16 56 12.44 +14 38 31.2 1.254 0.286 -0.142065 0.107856 -0.142065 0.107856 926 23 2016 06 06.35648 1.000 C 16 56 11.31 +14 38 06.8 1.254 0.286 0.289444 -0.282681 0.289444 -0.282681 926 24 2016 06 06.36331 1.000 C 16 56 09.93 +14 37 37.4 1.254 0.286 -0.039948 0.135870 -0.039948 0.135870 926 25 2016 06 08.267788 1.000 C 16 50 13.65 +12 19 16.5 1.256 0.283 0.085719 -0.075969 0.085719 -0.075969 H21 26 2016 06 08.273844 1.000 C 16 50 12.45 +12 18 49.6 1.256 0.283 0.292811 -0.010223 0.292811 -0.010223 H21 27 2016 06 08.281414 1.000 C 16 50 10.97 +12 18 15.9 1.256 0.283 0.461266 -0.199677 0.461266 -0.199677 H21 28 2016 06 08.288987 1.000 C 16 50 09.48 +12 17 41.7 1.256 0.283 0.180947 -0.182187 0.180947 -0.182187 H21 29 2016 06 09.244202 1.000 C 16 47 11.40 +11 05 43.7 1.257 0.282 -0.156106 -0.024228 -0.156106 -0.024228 H21 30 2016 06 09.251868 1.000 C 16 47 09.88 +11 05 08.9 1.257 0.282 0.132891 0.096819 0.132891 0.096819 H21 31 2016 06 09.259667 1.000 C 16 47 08.34 +11 04 33.3 1.257 0.282 0.236348 0.166284 0.236348 0.166284 H21 32 2016 06 09.267959 1.000 C 16 47 06.73 +11 03 55.3 1.257 0.282 0.152786 -0.121725 0.152786 -0.121725 H21 33 2016 06 11.299161 1.000 C 16 40 50.06 +08 25 56.3 1.260 0.280 -0.093799 0.249735 -0.093799 0.249735 705 34 2016 06 11.300175 1.000 C 16 40 49.91 +08 25 52.3 1.260 0.280 0.501227 -0.664849 0.501227 -0.664849 705 35 2016 06 11.301187 1.000 C 16 40 49.68 +08 25 46.8 1.260 0.280 -0.017555 -0.010734 -0.017555 -0.010734 705 36 2016 06 14.19557 1.000 C 16 32 05.79 +04 31 37.1 1.263 0.279 0.896611 -0.930205 0.896611 -0.930205 I52 37 2016 06 14.19781 1.000 C 16 32 05.33 +04 31 24.3 1.263 0.279 -0.417856 0.368776 -0.417856 0.368776 I52 38 2016 06 14.19892 1.000 C 16 32 05.15 +04 31 19.8 1.263 0.279 0.254352 -0.457287 0.254352 -0.457287 I52 39 2016 06 14.20139 1.000 C 16 32 04.69 +04 31 06.9 1.263 0.279 -0.786419 0.144175 -0.786419 0.144175 926 40 2016 06 14.20510 1.000 C 16 32 03.93 +04 30 49.5 1.263 0.279 0.414121 0.546977 0.414121 0.546977 926 41 2016 06 15.21784 1.000 C 16 29 04.68 +03 07 10.6 1.264 0.279 -0.032504 0.546691 -0.032504 0.546691 926 42 2016 06 15.22296 1.000 C 16 29 03.76 +03 06 45.3 1.264 0.279 -0.164538 0.030920 -0.164538 0.030920 926 43 2016 06 15.22921 1.000 C 16 29 02.60 +03 06 14.3 1.264 0.279 -0.145859 -0.071131 -0.145859 -0.071131 926 44 2016 06 30.43097 1.000 C 15 52 27.35 -16 56 35.0 1.279 0.318 0.205710 0.172648 0.205710 0.172648 474 45 2016 06 30.43391 1.000 C 15 52 27.03 -16 56 47.2 1.279 0.318 -0.037895 0.029820 -0.037895 0.029820 474 46 2016 06 30.43685 1.000 C 15 52 26.69 -16 56 59.1 1.279 0.318 0.077897 -0.318773 0.077897 -0.318773 474 47 2016 06 30.43979 1.000 C 15 52 26.33 -16 57 11.7 1.279 0.318 0.276880 0.087893 0.276880 0.087893 474 48 2016 07 09.43498 1.000 C 15 40 16.51 -26 11 51.9 1.287 0.366 0.009389 0.385189 0.009390 0.385189 474 49 2016 07 09.43849 1.000 C 15 40 16.29 -26 12 02.8 1.287 0.366 0.033632 0.005372 0.033632 0.005372 474 50 2016 07 09.44764 1.000 C 15 40 15.69 -26 12 32.3 1.287 0.366 0.323136 0.162752 0.323136 0.162752 474 51 2019 11 26.00960 1.000 C 03 37 51.25 -35 48 38.8 1.253 0.402 -0.243067 0.082642 -0.243067 0.082642 J04 52 2019 11 26.01336 1.000 C 03 37 50.52 -35 48 30.5 1.253 0.402 0.170781 0.010615 0.170781 0.010615 J04 53 2019 11 26.01713 1.000 C 03 37 49.81 -35 48 21.6 1.253 0.402 -0.013957 0.129479 -0.013957 0.129479 J04 54 2019 11 26.96070 1.000 C 03 34 59.72 -35 11 02.5 1.252 0.399 0.036562 0.184219 0.036562 0.184219 J04 55 2019 11 26.96860 1.000 C 03 34 58.21 -35 10 43.4 1.252 0.399 -0.033142 0.026954 -0.033142 0.026954 J04 56 2019 11 26.97612 1.000 C 03 34 56.78 -35 10 25.2 1.252 0.399 -0.103491 -0.020304 -0.103491 -0.020304 J04 57 2019 11 26.98364 1.000 C 03 34 55.31 -35 10 07.2 1.252 0.399 0.132828 -0.504665 0.132828 -0.504665 J04 58 2023 05 23.44302 1.000 C 19 44 44.27 +03 25 55.6 1.256 0.395 -0.106721 0.007528 -0.106721 0.007528 291 59 2023 05 23.45013 1.000 C 19 44 44.40 +03 25 40.4 1.256 0.395 0.615392 0.023966 0.615392 0.023966 291 60 2023 05 23.45723 1.000 C 19 44 44.44 +03 25 24.2 1.256 0.395 -0.311378 -0.285348 -0.311378 -0.285348 291 61 2023 06 18.491432 1.000 C 19 29 53.219 -22 53 43.70 1.282 0.285 0.057611 0.586769 0.057611 0.586769 F52 62 2023 06 18.498432 1.000 C 19 29 52.408 -22 54 19.32 1.282 0.285 0.115716 0.180672 0.115716 0.180672 F52 63 2023 06 18.505439 1.000 C 19 29 51.572 -22 54 55.02 1.282 0.285 -0.157315 -0.252791 -0.157315 -0.252791 F52 } }