Improve: 2013_GJ epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 46/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -0.731394405 -0.132E-04 0.164E-02 | e 0.576455374 0.51818E-05 2 -0.503398801 0.897E-05 0.111E-02 | a 2.144215580 0.31602E-04 3 -0.324469406 0.722E-05 0.894E-03 | i 12.750593485 0.67497E-04 4 0.016651985 -0.203E-06 0.252E-04 | node 11.677054894 0.20303E-03 5 -0.011302411 -0.140E-06 0.173E-04 | peri 234.652650577 0.30700E-03 6 -0.009111517 -0.902E-07 0.112E-04 | M 353.953888163 0.30760E-01 | tp = 2025-12-10.260820 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: 0.36346 Optical RMSE: 0.36346(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 91/92 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 2013 04 02.638711 1.000 C 13 55 37.83 -19 09 45.3 1.061 0.065 -0.815142 -0.003967 -0.766869 0.000768 E12 2 2013 04 02.651304 1.000 C 13 55 42.99 -19 13 46.9 1.061 0.065 -0.754595 0.440816 -0.706279 0.445652 E12 3 2013 04 02.663803 1.000 C 13 55 48.16 -19 17 48.3 1.061 0.065 0.452745 0.087550 0.501104 0.092486 E12 4 2013 04 02.676643 1.000 C 13 55 53.39 -19 21 54.9 1.060 0.065 -0.509559 0.107126 -0.461155 0.112163 E12 5 2013 04 03.309305 1.000 C 14 01 10.20 -22 59 09.3 1.056 0.062 -0.051517 -0.149512 -0.001137 -0.139576 H21 6 2013 04 03.314009 1.000 C 14 01 12.52 -23 00 50.5 1.056 0.062 0.484108 -0.251098 0.534501 -0.241126 H21 7 2013 04 03.316946 1.000 C 14 01 13.96 -23 01 52.2 1.056 0.062 -0.311994 0.688909 -0.261593 0.698904 H21 8 2013 04 03.464528 1.000 C 14 02 43.96 -23 52 25.2 1.055 0.061 0.140885 -0.038765 0.191712 -0.027765 E12 9 2013 04 03.466530 1.000 C 14 02 45.03 -23 53 09.7 1.055 0.061 0.132424 -0.009746 0.183257 0.001271 E12 10 2013 04 03.468565 1.000 C 14 02 46.10 -23 53 55.0 1.055 0.061 -0.005087 -0.180868 0.045751 -0.169836 E12 11 2013 04 03.782109 1.000 C 14 05 33.60 -25 51 43.7 1.053 0.059 0.099284 0.028474 0.150864 0.041910 E12 12 2013 04 03.783637 1.000 C 14 05 34.47 -25 52 18.6 1.053 0.059 0.143191 -0.012983 0.194774 0.000464 E12 13 2013 04 04.36525 1.000 C 14 11 57.33 -29 46 05.1 1.050 0.057 0.694370 -0.253807 0.747040 -0.236207 807 14 2013 04 04.36772 1.000 C 14 11 58.97 -29 47 06.5 1.050 0.057 0.769282 -0.223489 0.821955 -0.205871 807 15 2013 04 04.37020 1.000 C 14 12 00.58 -29 48 07.3 1.050 0.057 -0.137718 -0.012051 -0.085042 0.005583 807 16 2013 04 04.651583 1.000 C 14 15 35.671 -31 48 29.70 1.048 0.056 -0.085456 -0.093231 -0.032415 -0.073701 E12 17 2013 04 04.653827 1.000 C 14 15 37.25 -31 49 28.2 1.048 0.056 -0.141181 -0.143188 -0.088139 -0.123643 E12 18 2013 04 05.453860 1.000 C 14 27 29.28 -37 53 36.2 1.043 0.053 0.001222 0.036541 0.054503 0.061057 E12 19 2013 04 05.458171 1.000 C 14 27 33.43 -37 55 41.6 1.043 0.053 -0.110421 -0.144492 -0.057143 -0.119950 E12 20 2013 04 05.600692 1.000 C 14 29 50.73 -39 04 55.0 1.042 0.052 0.037486 0.233751 0.090673 0.259161 E12 21 2013 04 05.604698 1.000 C 14 29 54.59 -39 06 51.8 1.042 0.052 -0.011562 0.060080 0.041621 0.085514 E12 22 2013 04 05.609596 1.000 C 14 29 59.33 -39 09 14.5 1.042 0.052 -0.024383 0.054840 0.028795 0.080303 E12 23 2013 04 06.12748 1.000 C 14 39 54.37 -43 24 05.6 1.039 0.051 -0.923638 -2.536090 -0.871190 -2.507877 F I39 24 2013 04 06.13299 1.000 C 14 40 01.06 -43 26 53.3 1.039 0.051 0.039915 -1.048930 0.092351 -1.020687 I39 25 2013 04 06.13846 1.000 C 14 40 07.67 -43 29 39.4 1.039 0.051 0.486145 0.335784 0.538570 0.364055 I39 26 2013 04 06.14393 1.000 C 14 40 14.11 -43 32 25.8 1.039 0.051 0.033799 0.016383 0.086212 0.044683 I39 27 2013 04 06.15018 1.000 C 14 40 21.52 -43 35 35.6 1.039 0.051 -0.393473 0.215983 -0.341073 0.244316 I39 28 2013 04 06.30381 1.000 C 14 43 30.48 -44 53 27.9 1.038 0.051 -0.015010 -0.044777 0.037028 -0.015665 807 29 2013 04 06.30630 1.000 C 14 43 33.59 -44 54 43.5 1.038 0.051 0.358279 -0.139809 0.410311 -0.110684 807 30 2013 04 06.493107 1.000 C 14 48 06.68 -46 28 41.2 1.036 0.050 0.193090 0.150424 0.244625 0.180353 E12 31 2013 04 06.495284 1.000 C 14 48 09.67 -46 29 48.9 1.036 0.050 -0.051135 0.038456 0.000394 0.068394 E12 32 2013 04 06.499342 1.000 C 14 48 15.30 -46 31 55.2 1.036 0.050 -0.055563 0.211116 -0.004046 0.241074 E12 33 2013 04 06.501895 1.000 C 14 48 18.81 -46 33 15.0 1.036 0.050 0.009526 -0.159438 0.061035 -0.129468 E12 34 2013 04 07.20487 1.000 C 15 07 30.93 -52 33 27.0 1.032 0.049 -1.064431 0.031950 -1.015637 0.064692 807 35 2013 04 07.20858 1.000 C 15 07 37.64 -52 35 21.9 1.032 0.049 -0.681716 0.155136 -0.632939 0.187892 807 36 2013 04 07.21574 1.000 C 15 07 50.54 -52 39 03.7 1.032 0.049 -0.146572 -0.240071 -0.097830 -0.207290 807 37 2013 04 07.636250 1.000 C 15 22 20.69 -56 10 57.1 1.029 0.049 -0.159398 0.056084 -0.112860 0.090116 E12 38 2013 04 07.638787 1.000 C 15 22 26.17 -56 12 13.2 1.029 0.049 -0.177502 0.098577 -0.130979 0.132616 E12 39 2013 04 07.644189 1.000 C 15 22 37.84 -56 14 55.2 1.029 0.049 -0.213384 0.022366 -0.166892 0.056421 E12 40 2013 04 09.30490 1.000 C 16 55 26.00 -68 07 46.4 1.020 0.051 0.141281 -0.367286 0.176186 -0.331198 807 41 2013 04 09.30671 1.000 C 16 55 34.30 -68 08 22.6 1.020 0.051 0.736484 -0.279677 0.771376 -0.243589 807 42 2013 04 09.31436 1.000 C 16 56 08.97 -68 10 54.0 1.020 0.051 0.472854 -0.260432 0.507687 -0.224343 807 43 2013 04 09.31625 1.000 C 16 56 17.47 -68 11 31.0 1.020 0.051 -0.109209 -0.235397 -0.074390 -0.199309 807 44 2013 04 10.799170 1.000 C 19 17 35.05 -72 38 37.6 1.011 0.056 -0.309049 -0.489199 -0.285216 -0.454387 E12 45 2013 04 10.801130 1.000 C 19 17 46.71 -72 38 40.5 1.011 0.056 -0.251658 -0.006702 -0.227838 0.028106 E12 46 2013 04 12.789217 1.000 C 21 53 59.23 -68 58 52.8 1.000 0.065 0.073581 0.972357 0.086134 1.003330 E12 } }