Improve: 2016_CH30 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 45/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -0.154227863 -0.431E-12 0.357E-06 | e 0.178687223 0.90351E-06 2 0.980920122 0.506E-12 0.573E-06 | a 0.934202483 0.19361E-07 3 0.434532457 0.251E-12 0.285E-06 | i 0.485155240 0.66035E-05 4 -0.014766614 0.133E-13 0.137E-07 | node 345.826909338 0.45448E-03 5 -0.003048846 -0.109E-13 0.971E-08 | peri 270.304206075 0.45860E-03 6 -0.001385168 -0.532E-14 0.455E-08 | M 210.806457637 0.11534E-03 | tp = 2025-05-11.873726 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.97 1.00 3 -0.94 0.94 1.00 4 -0.98 1.00 0.96 1.00 5 0.99 -0.99 -0.93 -0.99 1.00 6 0.94 -0.91 -0.99 -0.93 0.92 1.00 Root mean squared error: 0.41759 Optical RMSE: 0.41759(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 81/90 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 01 17.25169 1.000 C 10 22 50.81 +13 10 46.1 1.041 0.071 -0.070663 0.344495 -0.070663 0.344495 W84 2 2016 01 17.25292 1.000 C 10 22 50.82 +13 10 46.4 1.041 0.071 0.041622 0.169903 0.041622 0.169903 W84 3 2016 01 17.26631 1.000 C 10 22 50.86 +13 10 51.4 1.041 0.071 -0.108961 -0.255542 -0.108961 -0.255542 W84 4 2016 02 03.42224 1.000 C 10 48 56.381 +24 01 57.56 0.999 0.015 -0.075571 -0.038289 -0.075559 -0.038298 F51 5 2016 02 03.43412 1.000 C 10 48 57.939 +24 04 14.89 0.999 0.015 -0.266858 0.010068 -0.266846 0.010058 F51 6 2016 02 03.44602 1.000 C 10 48 59.423 +24 06 32.08 0.999 0.015 -0.076966 0.017037 -0.076954 0.017027 F51 7 2016 02 03.45801 1.000 C 10 49 00.809 +24 08 49.46 0.999 0.015 -0.207095 -0.295897 -0.207083 -0.295907 F51 8 2016 02 06.29205 1.000 C 11 36 21.47 +43 36 58.2 0.991 0.006 8.085247 4.950742 8.085261 F 4.950704 F 703 9 2016 02 06.29708 1.000 C 11 36 33.11 +43 41 39.1 0.991 0.006 4.652818 3.012173 4.652833 F 3.012135 F 703 10 2016 02 06.30214 1.000 C 11 36 44.86 +43 46 23.6 0.991 0.006 2.253002 2.068559 2.253017 F 2.068522 F 703 11 2016 02 06.30719 1.000 C 11 36 56.59 +43 51 06.2 0.991 0.006 -1.184311 -0.382351 -1.184296 -0.382388 703 12 2016 02 06.343601 1.000 C 11 38 15.92 +44 25 30.4 0.991 0.006 -0.297611 -0.222800 -0.297596 -0.222838 H01 13 2016 02 06.358972 1.000 C 11 38 52.66 +44 40 09.5 0.991 0.006 0.098080 -0.070811 0.098094 -0.070849 H01 14 2016 02 06.365433 1.000 C 11 39 08.21 +44 46 19.8 0.991 0.006 -0.048037 0.065796 -0.048022 0.065757 H01 15 2016 02 06.36810 1.000 C 11 39 21.99 +44 49 16.5 0.991 0.006 1.696793 0.492162 1.696808 F 0.492123 F I52 16 2016 02 06.36839 1.000 C 11 39 22.58 +44 49 31.7 0.991 0.006 -0.152801 -0.149563 -0.152786 -0.149602 I52 17 2016 02 06.36869 1.000 C 11 39 23.32 +44 49 49.2 0.991 0.006 0.050279 -0.059593 0.050294 -0.059631 I52 18 2016 02 06.36898 1.000 C 11 39 24.04 +44 50 06.2 0.991 0.006 0.331255 0.070822 0.331270 0.070783 I52 19 2016 02 06.374823 1.000 C 11 39 30.98 +44 55 18.8 0.991 0.006 -0.226703 0.189851 -0.226688 0.189812 H01 20 2016 02 06.38063 1.000 C 11 39 52.34 +45 01 20.6 0.991 0.006 0.161677 0.621198 0.161692 0.621160 703 21 2016 02 06.38213 1.000 C 11 39 56.08 +45 02 46.3 0.991 0.006 0.074933 -0.616915 0.074948 -0.616954 703 22 2016 02 06.38366 1.000 C 11 39 59.77 +45 04 15.4 0.991 0.006 -0.280812 0.263972 -0.280797 0.263933 703 23 2016 02 06.38523 1.000 C 11 40 03.67 +45 05 46.0 0.991 0.006 -0.148031 -0.167574 -0.148016 -0.167614 703 24 2016 02 06.49732 1.000 C 11 45 03.55 +46 54 53.4 0.990 0.006 -0.028846 -0.343681 -0.028832 -0.343722 I52 25 2016 02 06.49762 1.000 C 11 45 04.41 +46 55 11.0 0.990 0.006 -0.302344 -0.254776 -0.302330 -0.254817 I52 26 2016 02 06.49791 1.000 C 11 45 05.29 +46 55 28.4 0.990 0.006 0.056918 -0.114445 0.056933 -0.114486 I52 27 2016 02 06.49821 1.000 C 11 45 06.14 +46 55 45.7 0.990 0.006 -0.476657 -0.216427 -0.476643 -0.216469 I52 28 2016 02 07.01156 1.000 C 12 36 15.22 +57 08 26.6 0.989 0.005 -0.356362 -0.333668 -0.356349 -0.333722 246 29 2016 02 07.01171 1.000 C 12 36 16.52 +57 08 40.9 0.989 0.005 0.842111 0.670558 0.842124 0.670505 246 30 2016 02 07.01193 1.000 C 12 36 18.36 +57 08 59.1 0.989 0.005 0.826467 -0.058251 0.826480 -0.058304 246 31 2016 02 07.01205 1.000 C 12 36 19.31 +57 09 10.4 0.989 0.005 1.067212 0.963650 1.067225 0.963596 246 32 2016 02 07.01218 1.000 C 12 36 20.34 +57 09 20.8 0.989 0.005 0.476735 0.437431 0.476748 0.437377 246 33 2016 02 07.01229 1.000 C 12 36 21.24 +57 09 30.2 0.989 0.005 0.459543 0.416685 0.459556 0.416631 246 34 2016 02 07.01240 1.000 C 12 36 22.14 +57 09 39.3 0.989 0.005 0.301851 0.130549 0.301864 0.130496 246 35 2016 02 07.35692 1.000 C 13 53 27.76 +65 05 36.5 0.988 0.004 0.758276 0.630219 0.758288 0.630156 926 36 2016 02 07.35763 1.000 C 13 53 40.45 +65 06 33.9 0.988 0.004 -0.078967 0.107113 -0.078955 0.107051 926 37 2016 02 07.35833 1.000 C 13 53 52.94 +65 07 30.4 0.988 0.004 -1.143804 -0.387518 -1.143793 -0.387581 926 38 2016 02 07.53802 1.000 C 14 58 05.81 +68 26 02.7 0.987 0.004 -1.544458 -0.611891 -1.544447 F -0.611958 926 39 2016 02 07.53943 1.000 C 14 58 41.30 +68 27 07.2 0.987 0.004 -0.482605 -0.742104 -0.482594 -0.742171 926 40 2016 02 07.54085 1.000 C 14 59 16.91 +68 28 12.4 0.987 0.004 -0.582586 -0.076052 -0.582575 -0.076119 926 41 2025 01 03.562314 1.000 C 08 28 56.660 +24 05 25.51 1.071 0.094 0.076510 0.045412 0.076510 0.045412 T14 42 2025 01 03.578880 1.000 C 08 28 52.429 +24 05 42.12 1.071 0.094 0.086964 0.091540 0.086964 0.091540 T14 43 2025 01 04.504983 1.000 C 08 25 24.799 +24 23 03.97 1.070 0.091 -0.019348 0.167836 -0.019348 0.167836 T14 44 2025 01 04.518691 1.000 C 08 25 20.999 +24 23 19.21 1.070 0.091 -0.021179 0.161418 -0.021179 0.161418 T14 45 2025 01 22.502722 1.000 C 06 13 59.025 +29 35 04.66 1.035 0.058 0.023390 -0.117660 0.023390 -0.117660 T12 } }