Improve: 2015_EB7 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 60/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -0.526378688 0.312E-11 0.106E-04 | e 0.480032162 0.11887E-05 2 -0.654188012 0.424E-12 0.147E-05 | a 0.957801993 0.14919E-06 3 -0.660542138 -0.239E-12 0.108E-05 | i 26.707816987 0.38125E-04 4 0.015528142 0.271E-13 0.928E-07 | node 15.775705896 0.11548E-04 5 0.001129976 0.314E-13 0.122E-06 | peri 356.305822409 0.81876E-04 6 -0.001617580 0.302E-13 0.122E-06 | M 282.785817706 0.85134E-03 | tp = 2025-02-25.052720 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.91 1.00 3 -0.93 -0.77 1.00 4 1.00 0.94 -0.90 1.00 5 1.00 0.90 -0.94 0.99 1.00 6 1.00 0.89 -0.95 0.99 1.00 1.00 Root mean squared error: 0.31484 Optical RMSE: 0.31484(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 120/120 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 2015 03 13.42060 1.000 C 13 21 32.29 +27 06 56.6 1.356 0.418 0.145610 0.519407 0.145609 0.519404 G96 2 2015 03 13.42676 1.000 C 13 21 30.30 +27 06 55.7 1.356 0.418 -0.086664 -0.152551 -0.086664 -0.152554 G96 3 2015 03 13.43291 1.000 C 13 21 28.30 +27 06 55.3 1.356 0.418 -0.146780 -0.307260 -0.146780 -0.307263 G96 4 2015 03 13.43907 1.000 C 13 21 26.29 +27 06 55.1 1.356 0.418 -0.149725 -0.234115 -0.149726 -0.234118 G96 5 2015 03 14.40287 1.000 C 13 16 18.02 +27 05 53.3 1.359 0.417 0.300100 -0.162322 0.300100 -0.162325 G96 6 2015 03 14.40557 1.000 C 13 16 17.10 +27 05 53.4 1.359 0.417 0.290173 0.368984 0.290173 0.368981 G96 7 2015 03 14.40827 1.000 C 13 16 16.26 +27 05 52.7 1.359 0.417 0.563670 -0.401939 0.563670 -0.401942 G96 8 2015 03 14.41096 1.000 C 13 16 15.33 +27 05 52.4 1.359 0.417 0.159994 -0.052011 0.159993 -0.052014 G96 9 2015 03 15.269821 1.000 C 13 11 37.25 +27 03 51.3 1.361 0.416 0.022419 0.180726 0.022419 0.180723 H21 10 2015 03 15.278314 1.000 C 13 11 34.45 +27 03 49.4 1.361 0.416 -0.017996 -0.519614 -0.017997 -0.519617 H21 11 2015 03 15.286446 1.000 C 13 11 31.73 +27 03 47.7 1.361 0.416 -0.321644 -0.733653 -0.321644 -0.733656 H21 12 2015 03 15.36864 1.000 C 13 11 04.73 +27 03 36.0 1.361 0.416 -0.425034 -0.312318 -0.425034 -0.312321 G96 13 2015 03 15.36949 1.000 C 13 11 04.44 +27 03 36.1 1.361 0.416 -0.298968 -0.084067 -0.298969 -0.084070 G96 14 2015 03 15.37033 1.000 C 13 11 04.16 +27 03 36.2 1.361 0.416 -0.110375 0.080954 -0.110375 0.080951 G96 15 2015 03 15.37118 1.000 C 13 11 03.87 +27 03 36.0 1.361 0.416 -0.193537 0.095037 -0.193537 0.095034 G96 16 2015 03 16.30428 1.000 C 13 05 58.00 +27 00 10.4 1.364 0.415 -0.308656 0.598667 -0.308657 0.598664 291 17 2015 03 16.30833 1.000 C 13 05 56.64 +27 00 09.5 1.364 0.415 -0.194055 0.566963 -0.194055 0.566960 291 18 2015 03 16.31243 1.000 C 13 05 55.23 +27 00 08.5 1.364 0.415 -0.433313 0.804449 -0.433314 0.804446 291 19 2015 03 25.311510 1.000 C 12 16 09.08 +25 23 01.2 1.386 0.422 -0.209338 -0.137285 -0.209340 -0.137287 705 20 2015 03 25.312808 1.000 C 12 16 08.68 +25 23 00.2 1.386 0.422 0.124050 -0.510943 0.124048 -0.510945 705 21 2015 03 25.314108 1.000 C 12 16 08.17 +25 22 58.4 1.386 0.422 -0.353986 0.589690 -0.353989 0.589688 705 22 2015 03 28.25405 1.000 C 12 00 47.70 +24 27 52.2 1.392 0.429 0.126484 0.089759 0.126482 0.089758 G96 23 2015 03 28.26326 1.000 C 12 00 44.82 +24 27 41.5 1.392 0.429 0.603089 0.076006 0.603086 0.076005 G96 24 2015 03 28.27245 1.000 C 12 00 42.01 +24 27 30.0 1.392 0.429 0.101903 -0.601759 0.101901 -0.601760 G96 25 2015 03 28.28166 1.000 C 12 00 39.12 +24 27 18.8 1.392 0.429 0.179858 -0.382640 0.179856 -0.382641 G96 26 2015 03 28.44521 1.000 C 11 59 48.34 +24 23 54.8 1.392 0.430 0.032709 0.136979 0.032706 0.136978 291 27 2015 03 28.44731 1.000 C 11 59 47.72 +24 23 52.2 1.392 0.430 0.011798 -0.220268 0.011796 -0.220270 291 28 2015 03 28.44939 1.000 C 11 59 47.09 +24 23 49.7 1.392 0.430 0.119355 -0.379708 0.119352 -0.379710 291 29 2015 04 16.25379 1.000 C 10 49 58.64 +16 28 07.8 1.415 0.536 0.684375 0.600061 0.684373 0.600061 291 30 2015 04 16.26201 1.000 C 10 49 57.48 +16 27 55.2 1.415 0.536 0.313305 -0.069355 0.313303 -0.069354 291 31 2015 04 16.27026 1.000 C 10 49 56.30 +16 27 42.3 1.415 0.536 0.035075 -0.403861 0.035073 -0.403861 291 32 2016 03 04.312972 1.000 C 14 41 22.51 +02 15 46.8 1.392 0.562 0.113509 -0.036929 0.113510 -0.036931 705 33 2016 03 04.313979 1.000 C 14 41 22.39 +02 15 46.7 1.392 0.562 -0.067527 0.191788 -0.067526 0.191786 705 34 2016 03 04.314986 1.000 C 14 41 22.29 +02 15 46.2 1.392 0.562 0.092699 0.054857 0.092700 0.054855 705 35 2016 03 31.40214 1.000 C 13 08 26.42 -01 09 22.5 1.418 0.421 0.227378 -0.550876 0.227379 -0.550878 G96 36 2016 03 31.40672 1.000 C 13 08 24.99 -01 09 24.8 1.418 0.421 -0.400965 0.158570 -0.400964 0.158567 G96 37 2016 03 31.41131 1.000 C 13 08 23.64 -01 09 27.0 1.418 0.421 0.145306 0.458586 0.145307 0.458583 G96 38 2016 03 31.41588 1.000 C 13 08 22.32 -01 09 29.8 1.418 0.421 0.764113 0.054776 0.764114 0.054774 G96 39 2016 04 01.42544 1.000 C 13 03 25.778 -01 19 24.39 1.418 0.420 0.103163 0.182238 0.103164 0.182236 F51 40 2016 04 01.43888 1.000 C 13 03 21.690 -01 19 32.49 1.418 0.420 0.034299 0.126186 0.034299 0.126184 F51 41 2016 04 01.45236 1.000 C 13 03 17.598 -01 19 40.50 1.418 0.420 0.143047 0.082224 0.143048 0.082222 F51 42 2016 04 03.10792 1.000 C 12 55 05.77 -01 35 58.0 1.417 0.418 0.213650 -0.442876 0.213649 -0.442879 W84 43 2016 04 03.11066 1.000 C 12 55 04.88 -01 35 59.9 1.417 0.418 -0.271237 0.241282 -0.271238 0.241279 W84 44 2016 04 03.11342 1.000 C 12 55 04.05 -01 36 01.5 1.417 0.418 -0.136269 0.087606 -0.136270 0.087604 W84 45 2016 04 03.11618 1.000 C 12 55 03.22 -01 36 03.2 1.417 0.418 -0.095492 -0.101726 -0.095494 -0.101728 W84 46 2016 04 03.11893 1.000 C 12 55 02.41 -01 36 04.7 1.417 0.418 0.210939 -0.472246 0.210938 -0.472248 W84 47 2016 04 03.12721 1.000 C 12 54 59.84 -01 36 09.8 1.417 0.418 -0.045965 0.069915 -0.045966 0.069913 W84 48 2016 04 03.12998 1.000 C 12 54 58.99 -01 36 11.8 1.417 0.418 -0.361785 0.014704 -0.361786 0.014702 W84 49 2016 04 03.13273 1.000 C 12 54 58.17 -01 36 13.4 1.417 0.418 -0.196238 -0.259981 -0.196239 -0.259984 W84 50 2016 04 03.13827 1.000 C 12 54 56.47 -01 36 16.5 1.417 0.418 0.029201 -0.098663 0.029200 -0.098665 W84 51 2016 04 03.14352 1.000 C 12 54 54.84 -01 36 20.1 1.417 0.418 -0.471847 0.110784 -0.471848 0.110782 W84 52 2016 04 10.20655 1.000 C 12 19 58.32 -02 49 16.9 1.414 0.422 0.341093 0.045390 0.341091 0.045392 G96 53 2016 04 10.21570 1.000 C 12 19 55.64 -02 49 22.9 1.414 0.422 -0.128001 0.195773 -0.128003 0.195774 G96 54 2016 04 10.22028 1.000 C 12 19 54.24 -02 49 25.7 1.414 0.422 0.523034 0.394968 0.523032 0.394969 G96 55 2016 04 10.44822 1.000 C 12 18 47.794 -02 51 43.14 1.414 0.423 -0.174203 -0.027083 -0.174205 -0.027082 F51 56 2016 04 10.46161 1.000 C 12 18 43.836 -02 51 51.36 1.414 0.423 -0.127602 -0.059144 -0.127604 -0.059143 F51 57 2016 04 10.47464 1.000 C 12 18 40.007 -02 51 59.45 1.414 0.423 -0.372228 -0.094796 -0.372230 -0.094795 F51 58 2017 04 05.35331 1.000 C 14 18 41.63 -26 24 38.2 1.391 0.426 0.042271 0.197709 0.042273 0.197709 I52 59 2017 04 05.35477 1.000 C 14 18 41.20 -26 24 41.0 1.391 0.426 -0.171613 -0.248749 -0.171611 -0.248749 I52 60 2017 04 05.35622 1.000 C 14 18 40.80 -26 24 43.3 1.391 0.426 -0.441983 -0.092513 -0.441981 -0.092513 I52 } }