Improve: 1999_LJ1 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 43/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 -1.167093597 -0.576E-09 NaN | e 0.308590824 NaN 2 0.901508425 -0.139E-08 NaN | a 1.621604937 NaN 3 0.263930320 -0.588E-09 NaN | i 4.563118248 NaN 4 -0.005257336 0.113E-10 NaN | node 243.737609353 NaN 5 -0.012517162 -0.877E-11 NaN | peri 351.529633518 0.90385E-03 6 -0.005313580 -0.258E-11 NaN | M 301.416018607 NaN | tp = 2026-03-23.741774 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: 0.56314 Optical RMSE: 0.56314(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 76/86 number time weight note2 Alpha/delay Delta/doppler r ro O-C_Al/del O-C_Del/dop res_Al/del in_Al res_Del/dop in_Del Obs { 1 1999 06 04.21798 1.000 c 14 45 12.10 -11 48 02.9 1.130 0.132 0.397049 -0.220788 0.397050 -0.220788 703 2 1999 06 04.23355 1.000 c 14 45 15.96 -11 47 48.4 1.130 0.132 1.479463 -2.015878 1.479465 F -2.015878 F 703 3 1999 06 04.24905 1.000 c 14 45 19.71 -11 47 30.5 1.130 0.132 1.160746 -0.439890 1.160747 -0.439890 703 4 1999 06 04.26456 1.000 c 14 45 23.32 -11 47 14.5 1.130 0.132 -1.337019 -0.875004 -1.337018 -0.875004 703 5 1999 06 04.93846 1.000 C 14 48 23.17 -11 35 47.9 1.130 0.133 2.725641 0.283249 2.725642 F 0.283249 F 046 6 1999 06 04.93986 1.000 C 14 48 23.37 -11 35 47.1 1.130 0.133 0.543057 -0.380748 0.543059 -0.380748 046 7 1999 06 04.94132 1.000 C 14 48 23.69 -11 35 46.1 1.130 0.133 -0.097137 -0.908089 -0.097135 -0.908089 046 8 1999 06 04.94240 1.000 C 14 48 24.02 -11 35 43.4 1.130 0.133 0.799121 0.661706 0.799122 0.661706 046 9 1999 06 04.94466 1.000 C 14 48 24.54 -11 35 40.5 1.130 0.133 0.165872 1.195577 0.165874 1.195577 046 10 1999 06 04.94704 1.000 C 14 48 25.10 -11 35 39.6 1.130 0.133 -0.322896 -0.397743 -0.322894 -0.397744 046 11 1999 06 04.94829 1.000 C 14 48 25.51 -11 35 38.6 1.130 0.133 1.121498 -0.707895 1.121499 -0.707895 046 12 1999 06 05.19786 1.000 c 14 49 33.70 -11 31 12.6 1.131 0.133 0.172617 -0.038701 0.172619 -0.038702 703 13 1999 06 05.20398 1.000 c 14 49 35.13 -11 31 06.4 1.131 0.133 -0.574032 -0.000419 -0.574030 -0.000419 703 14 1999 06 05.21017 1.000 c 14 49 36.62 -11 30 59.9 1.131 0.133 -0.677493 0.251858 -0.677491 0.251858 703 15 1999 06 05.21684 1.000 c 14 49 38.32 -11 30 53.2 1.131 0.133 0.607187 0.202122 0.607188 0.202122 703 16 1999 06 05.52134 1.000 C 14 50 59.26 -11 24 37.7 1.131 0.133 -0.037314 0.249126 -0.037312 0.249126 426 17 1999 06 05.52502 1.000 C 14 51 00.14 -11 24 34.4 1.131 0.133 -0.137686 -0.133311 -0.137684 -0.133311 426 18 1999 06 05.52865 1.000 C 14 51 01.01 -11 24 30.6 1.131 0.133 -0.205882 0.028858 -0.205881 0.028858 426 19 1999 06 05.53213 1.000 C 14 51 01.85 -11 24 27.2 1.131 0.133 -0.182487 -0.063712 -0.182486 -0.063712 426 20 1999 06 05.90941 1.000 C 14 52 40.99 -11 19 28.3 1.132 0.134 -0.448371 0.434083 -0.448370 0.434082 046 21 1999 06 05.91067 1.000 C 14 52 41.30 -11 19 26.7 1.132 0.134 -0.452301 0.766726 -0.452299 0.766725 046 22 1999 06 05.91177 1.000 C 14 52 41.65 -11 19 26.4 1.132 0.134 0.711116 -0.040081 0.711118 -0.040081 046 23 1999 06 05.91297 1.000 C 14 52 41.87 -11 19 25.0 1.132 0.134 -0.400226 0.152088 -0.400225 0.152088 046 24 1999 06 05.91455 1.000 C 14 52 42.34 -11 19 23.9 1.132 0.134 0.788005 -0.338866 0.788007 -0.338866 046 25 1999 06 06.47911 1.000 C 14 55 13.19 -11 08 48.9 1.132 0.135 0.208975 -0.354743 0.208977 -0.354743 426 26 1999 06 06.48257 1.000 C 14 55 14.00 -11 08 45.2 1.132 0.135 -0.120315 0.049263 -0.120313 0.049263 426 27 1999 06 06.48608 1.000 C 14 55 14.88 -11 08 42.0 1.132 0.135 0.412553 -0.098912 0.412554 -0.098912 426 28 1999 06 06.96417 1.000 C 14 57 17.94 -11 02 17.5 1.133 0.135 -0.240113 0.285934 -0.240112 0.285934 611 29 1999 06 07.22019 1.000 C 14 58 25.79 -10 57 59.3 1.133 0.136 -0.838119 1.254350 -0.838117 1.254350 711 30 1999 06 07.22801 1.000 C 14 58 28.00 -10 57 53.4 1.133 0.136 4.320357 -0.348795 4.320359 F -0.348795 F 711 31 1999 06 07.46426 1.000 C 14 59 31.60 -10 53 03.5 1.134 0.136 0.271149 0.014721 0.271150 0.014721 426 32 1999 06 07.46811 1.000 C 14 59 32.52 -10 53 00.3 1.134 0.136 0.245652 -0.306724 0.245653 -0.306725 426 33 1999 06 07.47198 1.000 C 14 59 33.41 -10 52 56.0 1.134 0.136 -0.278536 0.448404 -0.278534 0.448404 426 34 1999 06 08.26322 1.000 C 15 02 56.12 -10 41 47.1 1.135 0.137 -1.684143 -0.658390 -1.684142 -0.658390 711 35 1999 06 08.27068 1.000 C 15 02 57.76 -10 41 39.9 1.135 0.137 -3.590375 -0.467625 -3.590373 F -0.467625 F 711 36 1999 06 08.27773 1.000 C 15 02 59.82 -10 41 33.2 1.135 0.137 2.083819 -0.408608 2.083820 F -0.408608 F 711 37 1999 06 09.47935 1.000 C 15 08 11.72 -10 22 36.7 1.136 0.139 -0.146572 0.038630 -0.146571 0.038630 426 38 1999 06 09.48315 1.000 C 15 08 12.60 -10 22 33.4 1.136 0.139 -0.278146 0.109876 -0.278144 0.109875 426 39 1999 06 09.48682 1.000 C 15 08 13.46 -10 22 30.2 1.136 0.139 -0.246188 0.187087 -0.246186 0.187087 426 40 1999 06 18.54082 1.000 C 15 44 39.57 -08 38 19.2 1.152 0.158 0.482299 -0.462586 0.482300 -0.462586 426 41 1999 06 18.54701 1.000 C 15 44 40.86 -08 38 15.5 1.152 0.158 0.667831 0.090691 0.667832 0.090691 426 42 1999 06 18.55326 1.000 C 15 44 42.13 -08 38 12.4 1.152 0.158 0.369765 0.004097 0.369767 0.004097 426 43 1999 07 02.51642 1.000 C 16 31 48.50 -07 39 54.0 1.187 0.201 -0.428605 -0.023888 -0.428604 -0.023888 413 } }