Improve: 2017_LE1 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 -0.336977380 -0.249E-07 0.273E-02 | e 0.188352127 0.91666E-04 2 -0.945532927 0.640E-08 0.706E-03 | a 0.895366106 0.34690E-04 3 -0.352765849 0.803E-08 0.882E-03 | i 11.385206083 0.84073E-02 4 0.013920882 -0.136E-09 0.149E-04 | node 85.701798079 0.10333E-02 5 -0.003328031 -0.427E-09 0.470E-04 | peri 346.584434050 0.22411E-02 6 -0.004569732 -0.142E-09 0.155E-04 | M 178.494491845 0.23305E+00 | tp = 2025-06-20.565960 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: 0.37643 Optical RMSE: 0.37643(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 88/92 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 2017 06 14.17792 1.000 C 15 57 10.04 -04 05 19.1 1.061 0.051 0.217089 -0.153666 0.217107 -0.153658 G96 2 2017 06 14.18213 1.000 C 15 57 06.74 -04 06 02.3 1.061 0.051 0.138618 0.443231 0.138636 0.443239 G96 3 2017 06 14.18638 1.000 C 15 57 03.45 -04 06 45.2 1.061 0.051 0.051960 0.079022 0.051977 0.079030 G96 4 2017 06 14.19059 1.000 C 15 57 00.16 -04 07 28.1 1.061 0.051 0.001306 0.306106 0.001324 0.306113 G96 5 2017 06 14.29232 1.000 C 15 55 40.53 -04 24 37.1 1.061 0.051 0.765260 -0.400928 0.765277 -0.400921 G96 6 2017 06 14.29273 1.000 C 15 55 40.23 -04 24 41.9 1.061 0.051 0.102012 -0.113411 0.102029 -0.113404 G96 7 2017 06 14.29313 1.000 C 15 55 39.92 -04 24 46.7 1.061 0.051 -0.429572 0.427162 -0.429555 0.427169 G96 8 2017 06 14.29354 1.000 C 15 55 39.42 -04 24 50.6 1.061 0.051 1.738761 2.034855 1.738778 F 2.034862 F G96 9 2017 06 14.964836 1.000 C 15 47 30.40 -06 15 18.5 1.060 0.051 0.104755 -0.210557 0.104772 -0.210551 K93 10 2017 06 14.970183 1.000 C 15 47 26.25 -06 16 12.4 1.060 0.051 0.050476 -0.348695 0.050493 -0.348689 K93 11 2017 06 14.975510 1.000 C 15 47 22.11 -06 17 06.3 1.060 0.051 0.010242 -0.204430 0.010259 -0.204424 K93 12 2017 06 15.22039 1.000 C 15 44 30.58 -07 01 37.7 1.060 0.051 0.287650 -0.339734 0.287668 -0.339729 G96 13 2017 06 15.22197 1.000 C 15 44 29.36 -07 01 54.4 1.060 0.051 -0.436289 -0.041729 -0.436271 -0.041724 G96 14 2017 06 15.22357 1.000 C 15 44 28.08 -07 02 10.9 1.060 0.051 -0.391692 0.300494 -0.391674 0.300499 G96 15 2017 06 15.22517 1.000 C 15 44 26.80 -07 02 26.6 1.060 0.051 0.106206 -0.014179 0.106224 -0.014174 G96 16 2017 06 15.27382 1.000 C 15 43 48.49 -07 10 38.4 1.060 0.051 0.181021 -0.020383 0.181039 -0.020378 291 17 2017 06 15.27468 1.000 C 15 43 47.84 -07 10 47.1 1.060 0.051 -0.170047 -0.257132 -0.170028 -0.257128 291 18 2017 06 15.27558 1.000 C 15 43 47.11 -07 10 56.6 1.060 0.051 -0.147878 0.240356 -0.147860 0.240360 291 19 2017 06 15.30909 1.000 C 15 43 20.63 -07 16 34.4 1.060 0.051 -0.693832 0.677710 -0.693814 0.677715 926 20 2017 06 15.31233 1.000 C 15 43 18.14 -07 17 05.7 1.060 0.051 -0.533884 -0.867473 -0.533866 -0.867468 926 21 2017 06 15.31557 1.000 C 15 43 15.60 -07 17 38.9 1.060 0.051 -0.801175 -0.398396 -0.801157 -0.398392 926 22 2017 06 15.32729 1.000 C 15 43 06.38 -07 19 37.1 1.060 0.051 -0.127480 0.198812 -0.127462 0.198817 926 23 2017 06 15.33376 1.000 C 15 43 01.35 -07 20 42.5 1.060 0.051 -0.441771 0.297025 -0.441753 0.297029 926 24 2017 06 15.99880 1.000 C 15 34 58.63 -09 13 23.5 1.059 0.051 -0.236588 -0.400120 -0.236569 -0.400118 J95 25 2017 06 16.01161 1.000 C 15 34 48.71 -09 15 31.4 1.059 0.051 0.715389 -0.144352 0.715407 -0.144350 J95 26 2017 06 16.02450 1.000 C 15 34 38.84 -09 17 40.9 1.059 0.051 0.115028 0.301796 0.115046 0.301799 J95 27 2017 06 16.15695 1.000 C 15 33 10.42 -09 39 18.5 1.059 0.051 0.523407 0.509809 0.523426 0.509812 G96 28 2017 06 16.15736 1.000 C 15 33 10.16 -09 39 22.2 1.059 0.051 -0.081263 -0.319559 -0.081245 -0.319556 G96 29 2017 06 16.15776 1.000 C 15 33 09.78 -09 39 26.9 1.059 0.051 0.448750 0.721679 0.448769 0.721682 G96 30 2017 06 16.15834 1.000 C 15 33 09.39 -09 39 32.7 1.059 0.051 -0.389968 0.202352 -0.389949 0.202355 G96 31 2017 06 16.27350 1.000 C 15 31 38.27 -09 58 45.1 1.059 0.051 0.414277 0.199651 0.414295 0.199653 926 32 2017 06 16.27676 1.000 C 15 31 35.72 -09 59 17.6 1.059 0.051 0.110084 0.078244 0.110102 0.078246 926 33 2017 06 16.28002 1.000 C 15 31 33.23 -09 59 50.8 1.059 0.051 -1.291142 0.184476 -1.291124 F 0.184478 F 926 34 2017 06 16.504668 1.000 C 15 28 49.40 -10 33 46.8 1.059 0.051 0.134267 0.166960 0.134284 0.166963 474 35 2017 06 16.505906 1.000 C 15 28 48.45 -10 33 58.7 1.059 0.051 0.130901 -0.240882 0.130918 -0.240879 474 36 2017 06 16.507142 1.000 C 15 28 47.46 -10 34 10.8 1.059 0.051 0.579349 -0.175072 0.579367 -0.175069 474 37 2017 06 17.01348 1.000 C 15 22 37.71 -12 01 44.3 1.059 0.052 0.125338 0.059480 0.125356 0.059480 J95 38 2017 06 17.02648 1.000 C 15 22 27.86 -12 03 50.3 1.059 0.052 -0.496374 -0.800881 -0.496356 -0.800881 J95 39 2017 06 19.21639 1.000 C 14 56 18.19 -17 46 58.2 1.057 0.054 0.325558 -0.222112 0.325574 -0.222117 I52 40 2017 06 19.22623 1.000 C 14 56 10.68 -17 48 26.0 1.057 0.054 -0.137518 0.269787 -0.137503 0.269782 I52 41 2017 06 19.22864 1.000 C 14 56 08.87 -17 48 47.2 1.057 0.054 -0.560939 0.022836 -0.560924 0.022832 I52 42 2017 06 19.23387 1.000 C 14 56 04.78 -17 49 33.0 1.057 0.054 0.826940 -0.044098 0.826955 -0.044102 I52 43 2017 06 21.19338 1.000 C 14 33 38.24 -22 23 17.4 1.055 0.056 -0.336870 -0.030740 -0.336858 -0.030748 I52 44 2017 06 21.19545 1.000 C 14 33 36.72 -22 23 33.2 1.055 0.056 -0.103242 -0.261187 -0.103229 -0.261194 I52 45 2017 06 21.19752 1.000 C 14 33 35.17 -22 23 49.8 1.055 0.056 0.377554 0.388451 0.377566 0.388444 I52 46 2017 06 21.19959 1.000 C 14 33 33.72 -22 24 05.7 1.055 0.056 -0.352958 0.081864 -0.352946 0.081857 I52 } }