Improve: 2002_VU114 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 61/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 1.077534433 -0.879E-12 0.427E-06 | e 0.285656556 0.44013E-06 2 0.534609805 0.371E-11 0.752E-06 | a 1.180430690 0.95943E-08 3 0.270274965 0.276E-11 0.404E-06 | i 2.774506517 0.12035E-04 4 -0.010797446 -0.493E-13 0.958E-08 | node 352.776260567 0.40291E-03 5 0.009558050 -0.654E-13 0.133E-07 | peri 151.269535494 0.39147E-03 6 0.004628204 -0.420E-13 0.629E-08 | M 277.223437355 0.33763E-04 | tp = 2024-11-25.266390 nge-set: 1 [1900-1-1:2100-1-1] A123-r2 (N obs in set: 55/61) 7(1) 0.000E+00 0.000E+00 0.000E+00 8(2) -0.122E-12 -0.739E-19 0.167E-13 9(3) 0.000E+00 0.000E+00 0.000E+00 Matrix of Correlation: 1 2 3 4 5 6 7(1) 8(2) 9(3) 1 1.00 2 -0.59 1.00 3 -0.43 0.81 1.00 4 0.73 -0.97 -0.85 1.00 5 0.36 -0.96 -0.79 0.88 1.00 6 0.12 -0.45 -0.87 0.53 0.48 1.00 7 ... ... ... ... ... ... ... 8 0.84 -0.91 -0.71 0.97 0.79 0.35 ... 1.00 9 ... ... ... ... ... ... ... ... ... Root mean squared error: 0.42119 Optical RMSE: 0.42119(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 108/122 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 2002 11 15.09549 1.000 C 02 32 24.27 +39 46 02.1 1.094 0.114 0.110905 0.095473 0.110905 0.095467 644 2 2002 11 15.11605 1.000 C 02 32 18.01 +39 46 58.6 1.094 0.114 0.119800 -0.878239 0.119800 -0.878245 644 3 2002 11 15.13706 1.000 C 02 32 11.36 +39 47 54.9 1.094 0.114 0.058855 0.259820 0.058855 0.259814 644 4 2002 11 15.28907 1.000 C 02 31 20.83 +39 54 29.2 1.093 0.113 0.367128 0.253236 0.367128 0.253229 704 5 2002 11 15.30684 1.000 C 02 31 14.97 +39 55 12.3 1.093 0.113 0.190607 0.135511 0.190606 0.135505 704 6 2002 11 15.32455 1.000 C 02 31 09.13 +39 55 55.1 1.093 0.113 0.377210 0.016338 0.377209 0.016332 704 7 2002 11 15.34225 1.000 C 02 31 03.45 +39 56 36.7 1.093 0.113 -0.844146 -1.055945 -0.844146 -1.055951 704 8 2002 11 15.35994 1.000 C 02 30 57.62 +39 57 19.9 1.093 0.113 0.761370 -1.345218 0.761370 -1.345224 F 704 9 2002 11 16.21019 1.000 C 02 26 40.66 +40 33 31.8 1.089 0.110 -0.845191 -0.181918 -0.845192 -0.181925 926 10 2002 11 16.21292 1.000 C 02 26 39.62 +40 33 39.4 1.089 0.109 -0.112001 0.274656 -0.112002 0.274649 926 11 2002 11 17.25072 1.000 C 02 20 52.31 +41 18 54.7 1.084 0.106 0.890194 0.154961 0.890193 0.154954 926 12 2002 11 17.25209 1.000 C 02 20 51.99 +41 18 55.8 1.084 0.106 -2.563973 -0.142944 -2.563974 F -0.142951 926 13 2002 11 17.34241 1.000 C 02 20 16.55 +41 22 46.8 1.084 0.105 0.644169 0.232473 0.644168 0.232466 448 14 2002 11 17.34765 1.000 C 02 20 14.59 +41 22 59.6 1.084 0.105 0.256763 0.002320 0.256762 0.002314 448 15 2002 11 17.35441 1.000 C 02 20 12.04 +41 23 15.7 1.084 0.105 -0.334133 0.163329 -0.334134 0.163322 448 16 2002 11 17.35744 1.000 C 02 20 10.88 +41 23 23.3 1.084 0.105 -0.150043 0.150618 -0.150044 0.150611 448 17 2002 11 23.20060 1.000 C 01 36 01.83 +45 57 52.1 1.056 0.085 4.839415 0.001894 4.839414 F 0.001886 F 446 18 2002 11 23.22286 1.000 C 01 35 48.46 +45 58 50.9 1.056 0.085 -3.064696 -1.242285 -3.064698 F -1.242293 F 446 19 2002 11 23.23198 1.000 C 01 35 42.87 +45 59 13.5 1.056 0.085 -5.800905 -0.131963 -5.800906 F -0.131971 F 446 20 2002 11 23.25488 1.000 C 01 35 27.55 +46 00 20.4 1.056 0.085 4.752297 0.110057 4.752296 F 0.110048 F 446 21 2002 11 23.26809 1.000 C 01 35 19.89 +46 00 36.1 1.056 0.085 -0.663912 0.189001 -0.663914 0.188993 649 22 2002 11 23.27075 1.000 C 01 35 18.19 +46 00 42.8 1.056 0.085 -0.402547 0.740095 -0.402549 0.740087 649 23 2002 11 23.27341 1.000 C 01 35 16.52 +46 00 48.7 1.056 0.085 -0.798927 1.818170 -0.798928 F 1.818161 F 649 24 2002 11 23.69168 1.000 C 01 31 18.61 +46 20 30.7 1.054 0.084 0.494260 -0.118394 0.494258 -0.118403 540 25 2002 11 23.69633 1.000 C 01 31 15.78 +46 20 44.7 1.054 0.084 -0.674285 -0.076403 -0.674286 -0.076411 540 26 2002 11 23.69925 1.000 C 01 31 13.85 +46 20 53.9 1.054 0.084 0.153115 0.331879 0.153114 0.331871 540 27 2002 11 23.78307 1.000 C 01 30 20.11 +46 25 11.3 1.053 0.084 0.171832 -0.282048 0.171830 -0.282057 046 28 2002 11 23.78406 1.000 C 01 30 19.52 +46 25 13.7 1.053 0.084 -0.584297 -0.045442 -0.584298 -0.045451 046 29 2002 11 23.78477 1.000 C 01 30 19.03 +46 25 16.3 1.053 0.084 -0.098914 -0.317162 -0.098916 -0.317170 046 30 2002 11 23.78547 1.000 C 01 30 18.49 +46 25 18.1 1.053 0.084 0.529942 0.365635 0.529940 0.365627 046 31 2002 11 23.78615 1.000 C 01 30 18.12 +46 25 20.3 1.053 0.084 -0.045986 -0.134308 -0.045987 -0.134316 046 32 2002 11 23.78681 1.000 C 01 30 17.66 +46 25 21.9 1.053 0.084 0.053896 0.349026 0.053895 0.349018 046 33 2002 11 23.78906 1.000 C 01 30 16.25 +46 25 28.5 1.053 0.084 -0.494247 0.199724 -0.494248 0.199716 046 34 2002 11 23.78983 1.000 C 01 30 15.69 +46 25 31.4 1.053 0.084 0.327822 -0.033589 0.327821 -0.033597 046 35 2002 11 28.20270 1.000 C 00 35 00.93 +49 39 30.4 1.033 0.072 -0.386232 0.172114 -0.386233 0.172104 696 36 2002 11 28.20383 1.000 C 00 34 59.86 +49 39 32.5 1.033 0.072 -0.655014 0.286221 -0.655015 0.286211 696 37 2002 12 01.23647 1.000 C 23 43 20.32 +50 57 11.0 1.019 0.065 -0.491622 0.138515 -0.491622 0.138504 649 38 2002 12 01.24031 1.000 C 23 43 15.80 +50 57 12.0 1.019 0.065 -0.015477 0.195436 -0.015478 0.195425 649 39 2002 12 01.24248 1.000 C 23 43 13.31 +50 57 12.6 1.019 0.065 -0.332611 0.180777 -0.332612 0.180766 649 40 2002 12 01.78036 1.000 C 23 33 04.29 +51 02 39.6 1.016 0.064 -0.160391 0.296089 -0.160391 0.296078 J95 41 2002 12 01.78356 1.000 C 23 33 00.24 +51 02 41.5 1.016 0.064 0.922634 -0.351667 0.922634 -0.351678 J95 42 2002 12 06.06549 1.000 C 22 02 26.23 +49 20 11.7 0.997 0.058 -0.029783 -0.374390 -0.029781 -0.374403 448 43 2002 12 06.06774 1.000 C 22 02 23.09 +49 20 03.3 0.997 0.058 0.095729 -0.459574 0.095731 -0.459588 448 44 2002 12 06.07144 1.000 C 22 02 17.97 +49 19 49.1 0.997 0.058 0.065125 -0.132893 0.065127 -0.132906 448 45 2011 11 24.47883 1.000 C 07 26 29.83 +60 55 42.3 1.034 0.076 -1.714007 0.231292 -1.714002 F 0.231286 F 703 46 2011 11 24.48279 1.000 C 07 26 35.05 +60 56 03.4 1.034 0.076 0.196545 0.492194 0.196549 0.492188 703 47 2011 11 24.49076 1.000 C 07 26 44.98 +60 56 43.3 1.034 0.076 -0.875119 0.608062 -0.875115 0.608056 703 48 2011 11 24.78040 1.000 C 07 33 26.96 +61 21 25.8 1.032 0.075 -0.062702 -0.217248 -0.062697 -0.217254 300 49 2011 11 24.78237 1.000 C 07 33 29.61 +61 21 35.6 1.032 0.075 0.147849 -0.370128 0.147854 -0.370134 300 50 2011 11 24.78434 1.000 C 07 33 32.34 +61 21 45.7 1.032 0.075 1.004133 -0.455846 1.004138 -0.455852 300 51 2011 11 24.78631 1.000 C 07 33 34.92 +61 21 55.7 1.032 0.075 0.827908 -0.194641 0.827913 -0.194647 300 52 2011 11 24.78828 1.000 C 07 33 37.46 +61 22 05.1 1.032 0.075 0.150919 -0.356565 0.150924 -0.356571 300 53 2011 11 25.05176 1.000 C 07 40 03.76 +61 43 27.3 1.031 0.074 -0.550882 0.108336 -0.550877 0.108330 204 54 2011 11 25.06018 1.000 C 07 40 15.64 +61 44 10.2 1.031 0.074 -0.276620 0.323993 -0.276615 0.323987 204 55 2011 11 25.06861 1.000 C 07 40 27.50 +61 44 52.2 1.031 0.074 -0.526087 -0.028124 -0.526082 -0.028130 204 56 2011 11 25.11950 1.000 C 07 41 39.08 +61 49 02.8 1.031 0.074 0.462379 -0.043139 0.462384 -0.043145 C81 57 2011 11 25.12322 1.000 C 07 41 44.28 +61 49 21.0 1.031 0.074 0.070112 0.389112 0.070116 0.389106 C81 58 2011 11 25.12680 1.000 C 07 41 49.40 +61 49 38.5 1.031 0.074 0.443669 0.539447 0.443674 0.539441 C81 59 2020 11 18.48879 1.000 C 09 47 34.05 +30 05 52.5 1.025 0.174 -0.067450 -0.006892 -0.067450 -0.006892 291 60 2020 11 18.49247 1.000 C 09 47 36.24 +30 05 43.8 1.025 0.174 -0.025729 -0.534272 -0.025729 -0.534272 291 61 2020 11 18.49620 1.000 C 09 47 38.48 +30 05 36.2 1.025 0.174 -0.110588 0.186175 -0.110588 0.186175 291 } }