Improve: 2023_VL3 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 19/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 -0.846620842 -0.437E-13 0.140E-04 | e 0.208784103 0.83213E-04 2 0.178891404 -0.605E-12 0.152E-03 | a 0.881878220 0.47576E-05 3 0.147204409 -0.582E-12 0.154E-03 | i 15.304415594 0.64186E-02 4 -0.001044813 0.118E-13 0.279E-05 | node 0.733414806 0.64113E-03 5 -0.014333554 -0.778E-14 0.215E-05 | peri 264.780442822 0.66703E-02 6 -0.011496288 0.246E-14 0.913E-06 | M 283.245407407 0.10654E-01 | tp = 2026-01-24.493096 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.99 1.00 3 0.99 1.00 1.00 4 -0.98 -1.00 -1.00 1.00 5 1.00 1.00 1.00 -0.99 1.00 6 -1.00 -0.97 -0.98 0.96 -0.99 1.00 Root mean squared error: 0.27521 Optical RMSE: 0.27521(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 32/38 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 2023 11 02.102940 1.000 C 18 31 15.384 +42 09 43.38 0.977 0.165 0.042003 -0.014438 0.042003 -0.014438 G96 2 2023 11 02.108091 1.000 C 18 31 17.504 +42 09 56.45 0.977 0.165 -0.012071 0.016500 -0.012071 0.016500 G96 3 2023 11 02.113249 1.000 C 18 31 19.798 +42 10 09.77 0.977 0.165 -1.807138 0.773762 -1.807138 F 0.773762 F G96 4 2023 11 02.118400 1.000 C 18 31 21.760 +42 10 22.58 0.977 0.165 -0.182658 0.058463 -0.182658 0.058463 G96 5 2023 11 03.002617 1.000 C 18 37 36.30 +42 48 27.5 0.979 0.168 -0.614069 -0.466789 -0.614069 -0.466789 H21 6 2023 11 03.016666 1.000 C 18 37 41.87 +42 49 00.2 0.979 0.168 0.186534 -0.082106 0.186534 -0.082106 H21 7 2023 11 03.123492 1.000 C 18 38 25.540 +42 53 24.00 0.980 0.169 -0.190759 0.146013 -0.190759 0.146013 I52 8 2023 11 03.124907 1.000 C 18 38 26.070 +42 53 27.10 0.980 0.169 0.269369 0.064847 0.269369 0.064847 I52 9 2023 11 04.123302 1.000 C 18 45 17.320 +43 32 42.40 0.983 0.173 0.512431 0.328600 0.512431 0.328601 I52 10 2023 11 04.124789 1.000 C 18 45 17.910 +43 32 46.30 0.983 0.173 0.074234 -0.304621 0.074235 -0.304621 I52 11 2023 11 08.066535 1.000 C 19 10 49.910 +45 38 43.60 0.994 0.187 0.454799 0.431622 0.454799 0.431622 I52 12 2023 11 08.069808 1.000 C 19 10 51.090 +45 38 49.20 0.994 0.187 -0.170816 0.029263 -0.170816 0.029263 I52 13 2023 11 08.078951 1.000 C 19 10 54.310 +45 39 03.10 0.994 0.187 -0.361138 -0.036160 -0.361138 -0.036160 I52 14 2023 11 08.085407 1.000 C 19 10 56.530 +45 39 12.50 0.994 0.187 0.209527 -0.060233 0.209527 -0.060233 I52 15 2023 11 14.054472 1.000 C 19 45 19.950 +47 43 42.30 1.009 0.210 -1.689421 1.151744 -1.689421 F 1.151744 F I52 16 2023 11 14.056097 1.000 C 19 45 20.260 +47 43 44.10 1.009 0.210 -0.244331 -0.042070 -0.244331 -0.042070 I52 17 2023 12 04.068204 1.000 C 21 15 59.900 +50 13 24.70 1.047 0.284 0.115851 -0.040087 0.115851 -0.040087 I52 18 2023 12 04.096506 1.000 C 21 16 06.240 +50 13 27.10 1.047 0.284 -0.101850 -0.030452 -0.101850 -0.030452 I52 19 2023 12 04.127412 1.000 C 21 16 13.340 +50 13 29.60 1.047 0.284 -1.557553 0.135199 -1.557553 F 0.135199 F I52 } }