Improve: 2016_AT193 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 23/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 -0.645847737 0.330E-04 NaN | e 0.530086703 NaN 2 -0.410853077 -0.762E-04 NaN | a 1.556306727 NaN 3 -0.089431134 -0.361E-04 NaN | i 6.708871332 0.45953E-03 4 0.008814553 0.157E-05 NaN | node 97.085548005 NaN 5 -0.020227327 0.101E-05 NaN | peri 83.834641958 NaN 6 -0.009537606 0.216E-06 NaN | M 8.497373796 NaN | tp = 2025-11-04.261234 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: 0.40619 Optical RMSE: 0.40619(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 46/46 number time weight note2 Alpha/delay Delta/doppler r ro O-C_Al/del O-C_Del/dop res_Al/del in_Al res_Del/dop in_Del Obs { 1 2016 01 02.34188 1.000 C 06 29 05.09 +34 06 30.6 1.023 0.041 -14.226298 -2.328417 -0.542407 0.048609 G96 2 2016 01 02.34720 1.000 C 06 29 03.85 +34 08 06.1 1.023 0.040 -14.030304 -3.180444 -0.333038 -0.796530 G96 3 2016 01 02.35251 1.000 C 06 29 02.61 +34 09 42.7 1.023 0.040 -13.886099 -2.838098 -0.175467 -0.447293 G96 4 2016 01 02.46916 1.000 C 06 28 36.60 +34 45 23.2 1.022 0.040 -13.714523 -2.702698 0.294182 -0.156949 G96 5 2016 01 02.46948 1.000 C 06 28 36.52 +34 45 29.9 1.022 0.040 -13.896886 -1.955691 0.112651 0.590493 G96 6 2016 01 02.46981 1.000 C 06 28 36.46 +34 45 35.2 1.022 0.040 -13.808202 -2.795267 0.202194 -0.248636 G96 7 2016 01 02.47013 1.000 C 06 28 36.39 +34 45 42.0 1.022 0.040 -13.868436 -1.949345 0.142792 0.597720 G96 8 2016 01 02.50575 1.000 C 06 28 29.39 +34 56 51.1 1.022 0.039 -14.154868 -2.107840 -0.050284 0.487978 291 9 2016 01 02.50644 1.000 C 06 28 29.28 +34 57 03.7 1.022 0.039 -13.911767 -2.488731 0.194636 0.108035 291 10 2016 01 02.50714 1.000 C 06 28 29.16 +34 57 16.8 1.022 0.039 -13.771520 -2.560763 0.336728 0.036965 291 11 2016 01 03.28964 1.000 C 06 26 07.75 +39 59 09.6 1.015 0.033 -16.666286 -3.797364 -0.109590 0.236888 926 12 2016 01 03.29545 1.000 C 06 26 05.53 +40 01 47.3 1.015 0.033 -17.005120 -3.962488 -0.428419 0.086265 926 13 2016 01 03.31084 1.000 C 06 25 59.72 +40 08 42.3 1.015 0.033 -16.603450 -3.662437 0.026378 0.424789 G96 14 2016 01 03.31116 1.000 C 06 25 59.60 +40 08 50.9 1.015 0.033 -16.586736 -3.794287 0.044197 0.293746 G96 15 2016 01 03.31149 1.000 C 06 25 59.49 +40 08 59.8 1.015 0.033 -16.411709 -3.899711 0.220364 0.189154 G96 16 2016 01 03.31181 1.000 C 06 25 59.37 +40 09 08.4 1.015 0.033 -16.394621 -4.032899 0.238557 0.056773 G96 17 2016 01 03.31652 1.000 C 06 25 57.53 +40 11 21.5 1.015 0.033 -16.955163 -4.055701 -0.305765 0.046056 926 18 2016 01 03.32113 1.000 C 06 25 55.84 +40 13 26.5 1.015 0.033 -16.142506 -5.085225 0.522830 -0.971787 926 19 2016 01 03.32576 1.000 C 06 25 54.00 +40 15 33.9 1.015 0.033 -16.932260 -4.399119 -0.250904 -0.273919 926 20 2016 01 03.33433 1.000 C 06 25 50.76 +40 19 25.1 1.015 0.033 -16.723122 -3.599895 -0.012006 0.546950 I52 21 2016 01 03.33557 1.000 C 06 25 50.22 +40 19 58.4 1.015 0.033 -17.480609 -4.329302 -0.765193 -0.179289 I52 22 2016 01 03.33680 1.000 C 06 25 49.87 +40 20 31.6 1.015 0.033 -16.108585 -4.894343 0.611098 -0.741185 I52 23 2016 01 04.214604 1.000 C 06 20 42.57 +48 41 42.1 1.007 0.027 -20.305024 -7.149961 0.024519 0.066403 695 } }