Improve: 2016_ED28 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 64/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 2.727016227 -0.781E-07 0.972E-02 | e 0.591565051 0.15903E-03 2 2.611363175 0.437E-07 0.543E-02 | a 2.424547522 0.86719E-03 3 0.710951259 0.106E-07 0.131E-02 | i 9.075897401 0.15482E-02 4 -0.004405177 -0.233E-09 0.290E-04 | node 185.224377509 0.76125E-03 5 0.003451268 -0.197E-09 0.245E-04 | peri 35.166409112 0.32524E-03 6 0.000820833 -0.532E-10 0.661E-05 | M 193.943609434 0.49875E+00 | tp = 2023-11-09.122078 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: 0.35390 Optical RMSE: 0.35390(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 112/128 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 03 04.44846 1.000 C 11 59 39.843 -18 38 26.84 1.163 0.191 0.046933 -0.033908 0.046936 -0.033905 F51 2 2016 03 04.45942 1.000 C 11 59 42.726 -18 38 34.57 1.163 0.191 0.166694 0.192791 0.166697 0.192794 F51 3 2016 03 04.47040 1.000 C 11 59 45.587 -18 38 42.23 1.163 0.191 0.069900 0.095641 0.069904 0.095643 F51 4 2016 03 04.48137 1.000 C 11 59 48.453 -18 38 49.86 1.163 0.191 0.059649 0.053415 0.059653 0.053417 F51 5 2016 03 04.48549 1.000 C 11 59 49.528 -18 38 52.65 1.163 0.191 -0.007548 0.044857 -0.007545 0.044859 F51 6 2016 03 04.49665 1.000 C 11 59 52.459 -18 39 00.37 1.163 0.191 0.117890 0.120121 0.117893 0.120124 F51 7 2016 03 04.50787 1.000 C 11 59 55.407 -18 39 08.09 1.163 0.191 0.251548 0.150593 0.251552 0.150596 F51 8 2016 03 04.51900 1.000 C 11 59 58.313 -18 39 15.52 1.162 0.191 0.078925 -0.016574 0.078929 -0.016572 F51 9 2016 03 05.45543 1.000 C 12 04 32.310 -18 49 50.22 1.156 0.184 0.017994 0.198089 0.017998 0.198091 F51 10 2016 03 05.46575 1.000 C 12 04 35.218 -18 49 57.17 1.156 0.184 -0.031124 0.207852 -0.031120 0.207854 F51 11 2016 03 05.47609 1.000 C 12 04 38.135 -18 50 04.12 1.156 0.183 -0.017947 0.222280 -0.017943 0.222283 F51 12 2016 03 05.48638 1.000 C 12 04 41.031 -18 50 10.99 1.156 0.183 -0.054141 0.125162 -0.054137 0.125164 F51 13 2016 03 06.06324 1.000 C 12 07 39.06 -18 56 43.9 1.153 0.179 0.116004 0.549083 0.116008 0.549086 J95 14 2016 03 06.08099 1.000 C 12 07 44.44 -18 56 55.3 1.152 0.179 0.287988 0.727898 0.287992 0.727901 J95 15 2016 03 06.10019 1.000 C 12 07 50.19 -18 57 08.1 1.152 0.179 0.361772 -0.400952 0.361776 -0.400949 J95 16 2016 03 06.52130 1.000 C 12 10 07.00 -19 00 28.0 1.150 0.176 -0.453505 0.044012 -0.453501 0.044015 474 17 2016 03 06.52341 1.000 C 12 10 07.64 -19 00 30.0 1.150 0.176 -0.067082 -0.501412 -0.067078 -0.501409 474 18 2016 03 06.52552 1.000 C 12 10 08.31 -19 00 31.2 1.150 0.176 -0.116762 -0.254395 -0.116757 -0.254392 474 19 2016 03 06.52764 1.000 C 12 10 08.99 -19 00 32.4 1.150 0.176 -0.116538 0.077264 -0.116534 0.077267 474 20 2016 03 10.41996 1.000 C 12 34 53.77 -19 36 17.3 1.126 0.149 -0.804270 0.840695 -0.804264 0.840699 926 21 2016 03 10.42634 1.000 C 12 34 56.42 -19 36 21.1 1.126 0.149 -0.185764 -0.661109 -0.185758 -0.661105 926 22 2016 03 10.43273 1.000 C 12 34 59.11 -19 36 23.1 1.126 0.149 -0.670630 -0.699832 -0.670624 -0.699828 926 23 2016 03 13.40439 1.000 C 13 00 01.18 -19 49 06.9 1.108 0.131 -0.555470 -0.657836 -0.555461 -0.657831 691 24 2016 03 13.41899 1.000 C 13 00 09.23 -19 49 07.5 1.108 0.131 0.210679 0.050311 0.210687 0.050316 691 25 2016 03 13.42508 1.000 C 13 00 12.57 -19 49 07.7 1.108 0.131 0.301732 0.110713 0.301741 0.110717 691 26 2016 03 14.33121 1.000 C 13 09 10.33 -19 47 49.2 1.103 0.125 -0.151421 0.089608 -0.151412 0.089613 807 27 2016 03 14.33244 1.000 C 13 09 11.04 -19 47 49.2 1.103 0.125 -0.222864 -0.217066 -0.222854 -0.217061 807 28 2016 03 14.33365 1.000 C 13 09 11.77 -19 47 49.0 1.103 0.125 -0.098265 -0.074326 -0.098256 -0.074321 807 29 2016 03 14.33483 1.000 C 13 09 12.48 -19 47 48.8 1.103 0.125 -0.000825 0.047980 -0.000816 0.047985 807 30 2016 03 14.33601 1.000 C 13 09 13.17 -19 47 48.9 1.103 0.125 0.087815 -0.244099 0.087824 -0.244094 807 31 2016 03 15.06440 1.000 C 13 16 59.92 -19 46 55.3 1.099 0.121 -0.028555 -0.711453 -0.028546 -0.711448 G40 32 2016 03 15.07932 1.000 C 13 17 09.32 -19 46 51.7 1.099 0.121 -0.274966 -0.123084 -0.274957 -0.123079 G40 33 2016 03 15.09304 1.000 C 13 17 17.98 -19 46 48.8 1.099 0.121 0.050621 0.079375 0.050631 0.079380 G40 34 2016 03 15.14774 1.000 C 13 17 52.48 -19 46 35.2 1.099 0.121 0.259147 0.040615 0.259157 0.040620 G40 35 2016 03 15.44239 1.000 C 13 21 08.81 -19 45 12.9 1.097 0.119 2.595526 0.671966 2.595536 F 0.671971 F 691 36 2016 03 15.44550 1.000 C 13 21 10.85 -19 45 11.7 1.097 0.119 2.747175 0.851787 2.747185 F 0.851792 F 691 37 2016 03 15.44860 1.000 C 13 21 12.79 -19 45 09.6 1.097 0.119 1.297863 0.888169 1.297873 F 0.888174 F 691 38 2016 03 17.29523 1.000 C 13 43 42.20 -19 26 30.5 1.087 0.110 -0.117109 0.433002 -0.117097 0.433007 807 39 2016 03 17.29658 1.000 C 13 43 43.20 -19 26 29.8 1.087 0.110 -0.093256 -0.084585 -0.093244 -0.084580 807 40 2016 03 17.29802 1.000 C 13 43 44.30 -19 26 29.0 1.087 0.110 0.298266 -0.338706 0.298278 -0.338701 807 41 2016 03 17.29945 1.000 C 13 43 45.38 -19 26 27.8 1.087 0.110 0.319237 -0.349191 0.319250 -0.349186 807 42 2016 03 17.30070 1.000 C 13 43 46.32 -19 26 26.5 1.087 0.110 0.152445 -0.181602 0.152457 -0.181597 807 43 2016 03 19.34829 1.000 C 14 12 44.86 -18 46 39.0 1.077 0.101 0.926075 0.072315 0.926090 0.072320 G45 44 2016 03 19.35281 1.000 C 14 12 48.77 -18 46 31.2 1.077 0.101 -0.277710 0.261990 -0.277695 0.261994 G45 45 2016 03 19.36207 1.000 C 14 12 56.92 -18 46 17.0 1.077 0.101 -0.151061 -0.159550 -0.151046 -0.159546 G45 46 2016 03 19.36655 1.000 C 14 13 00.86 -18 46 09.8 1.076 0.101 -0.260267 -0.124602 -0.260252 -0.124598 G45 47 2016 03 19.37002 1.000 C 14 13 03.93 -18 46 04.1 1.076 0.101 -0.161176 0.108219 -0.161161 0.108224 G45 48 2016 03 19.37096 1.000 C 14 13 04.81 -18 46 02.9 1.076 0.101 0.634321 0.158727 0.634336 0.158731 G45 49 2016 03 19.50386 1.000 C 14 15 02.94 -18 42 18.4 1.076 0.101 0.830328 0.113591 0.830344 0.113595 691 50 2016 03 19.50542 1.000 C 14 15 04.31 -18 42 16.0 1.076 0.101 0.681148 -0.344043 0.681163 -0.344039 691 51 2016 03 19.50698 1.000 C 14 15 05.77 -18 42 13.7 1.076 0.101 1.725579 -0.348198 1.725594 F -0.348194 F 691 52 2016 03 20.51464 1.000 C 14 31 03.60 -18 10 06.9 1.071 0.097 3.625770 0.567171 3.625786 F 0.567174 F 691 53 2016 03 20.51645 1.000 C 14 31 05.18 -18 10 02.1 1.071 0.097 1.454782 0.501403 1.454799 F 0.501406 F 691 54 2016 03 20.51826 1.000 C 14 31 06.91 -18 09 57.7 1.071 0.097 1.410275 0.856578 1.410291 F 0.856582 F 691 55 2016 03 21.28852 1.000 C 14 44 01.98 -17 38 24.3 1.067 0.094 -0.460211 0.179484 -0.460194 0.179488 807 56 2016 03 21.29125 1.000 C 14 44 04.68 -17 38 16.8 1.067 0.094 -0.593282 0.777972 -0.593265 0.777975 807 57 2016 03 21.29397 1.000 C 14 44 07.38 -17 38 10.6 1.067 0.094 -0.171054 0.208633 -0.171036 0.208637 807 58 2016 03 21.41306 1.000 C 14 46 09.19 -17 34 35.9 1.066 0.094 0.043267 -1.699995 0.043284 F -1.699991 F 926 59 2016 03 21.41506 1.000 C 14 46 11.19 -17 34 29.0 1.066 0.094 -0.335547 -0.026238 -0.335530 -0.026235 926 60 2016 03 21.41708 1.000 C 14 46 13.23 -17 34 24.0 1.066 0.094 0.189549 -0.112662 0.189567 -0.112659 926 61 2016 04 04.48952 1.000 C 18 39 37.25 +00 13 52.6 1.013 0.107 -0.546018 -0.045526 -0.546009 -0.045533 I52 62 2016 04 04.49224 1.000 C 18 39 39.04 +00 14 03.5 1.013 0.107 -0.312337 0.140760 -0.312328 0.140754 I52 63 2016 04 04.49497 1.000 C 18 39 40.84 +00 14 13.6 1.013 0.107 -0.100239 -0.512203 -0.100230 -0.512210 I52 64 2016 04 04.49769 1.000 C 18 39 42.67 +00 14 25.3 1.013 0.107 0.838074 0.410039 0.838083 0.410033 I52 } }