Improve: 2026_KX3 epoch = 2461200.500000000 TDB 2026-06-09 00:00:00.000000 number of observations before/after epoch: 18/4 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -0.249591115 -0.158E-10 0.783E-05 | e 0.379057595 0.12773E-03 2 -1.254810346 -0.209E-09 0.756E-04 | a 1.745182762 0.36567E-03 3 -0.267861549 0.764E-10 0.278E-04 | i 16.812798830 0.34347E-02 4 0.014587646 -0.919E-12 0.419E-06 | node 217.938672646 0.27503E-02 5 -0.008303499 -0.465E-11 0.138E-05 | peri 334.289962761 0.16962E-02 6 0.001207729 0.222E-11 0.716E-06 | M 32.258902720 0.10661E-01 | tp = 2026-03-25.541722 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 0.95 0.95 -0.95 0.96 1.00 6 -0.98 -0.98 0.98 -0.99 -0.99 1.00 Root mean squared error: 0.21273 Optical RMSE: 0.21273(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 44/44 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 2026 05 24.433359 1.000 C 17 51 43.430 +15 23 44.20 1.234 0.288 -0.262088 0.170885 -0.262089 0.170886 G96 2 2026 05 24.438510 1.000 C 17 51 43.100 +15 23 54.00 1.234 0.288 0.128496 0.198899 0.128495 0.198900 G96 3 2026 05 25.551428 1.000 C 17 50 39.779 +15 57 12.81 1.239 0.294 -0.033352 -0.203975 -0.033353 -0.203974 F51 4 2026 05 25.562925 1.000 C 17 50 38.985 +15 57 32.49 1.239 0.294 -0.044707 -0.212897 -0.044708 -0.212896 F51 5 2026 05 25.574183 1.000 C 17 50 38.203 +15 57 51.97 1.239 0.294 0.089941 0.022779 0.089941 0.022780 F51 6 2026 05 25.585417 1.000 C 17 50 37.425 +15 58 11.15 1.239 0.294 0.037991 0.158755 0.037991 0.158756 F51 7 2026 05 26.211310 1.000 C 17 50 02.780 +16 16 14.30 1.242 0.297 0.161594 0.135034 0.161593 0.135036 807 8 2026 05 26.219320 1.000 C 17 50 02.250 +16 16 27.50 1.242 0.297 0.180089 -0.222614 0.180088 -0.222613 807 9 2026 05 26.227330 1.000 C 17 50 01.710 +16 16 41.00 1.242 0.297 0.397475 -0.294963 0.397474 -0.294962 807 10 2026 05 26.409991 1.000 C 17 49 50.246 +16 21 11.81 1.243 0.298 -0.258910 -0.049429 -0.258910 -0.049428 I52 11 2026 05 26.414333 1.000 C 17 49 49.969 +16 21 19.26 1.243 0.298 0.240355 -0.099036 0.240354 -0.099035 I52 12 2026 05 26.418673 1.000 C 17 49 49.674 +16 21 26.17 1.243 0.298 0.151474 -0.220628 0.151474 -0.220627 I52 13 2026 05 26.423030 1.000 C 17 49 49.325 +16 21 33.23 1.243 0.298 -0.253076 0.367075 -0.253076 0.367076 I52 14 2026 05 26.433372 1.000 C 17 49 48.619 +16 21 49.64 1.243 0.298 -0.517603 0.137309 -0.517604 0.137310 I52 15 2026 06 05.259803 1.000 C 17 40 00.628 +19 30 49.14 1.289 0.348 -0.017646 0.126403 -0.017646 0.126406 V06 16 2026 06 05.264569 1.000 C 17 40 00.307 +19 30 52.81 1.289 0.348 0.145526 0.127795 0.145525 0.127797 V06 17 2026 06 05.269334 1.000 C 17 40 00.001 +19 30 56.27 1.289 0.348 0.176565 -0.138234 0.176564 -0.138231 V06 18 2026 06 05.274097 1.000 C 17 39 59.648 +19 30 59.36 1.289 0.348 -0.323202 0.126808 -0.323202 0.126810 V06 19 2026 06 11.206138 1.000 C 17 34 18.901 +20 19 14.48 1.318 0.381 0.312696 -0.012443 0.312695 -0.012440 V06 20 2026 06 11.210904 1.000 C 17 34 18.606 +20 19 15.60 1.318 0.381 -0.008594 -0.017313 -0.008595 -0.017310 V06 21 2026 06 11.215668 1.000 C 17 34 18.314 +20 19 16.90 1.318 0.382 -0.138694 -0.053355 -0.138694 -0.053351 V06 22 2026 06 11.220432 1.000 C 17 34 18.019 +20 19 18.30 1.318 0.382 -0.166370 -0.046452 -0.166370 -0.046448 V06 } }