Improve: 2008_GZ3 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 -1.080980126 0.878E-06 NaN | e 0.487193096 NaN 2 0.391107455 0.582E-05 NaN | a 2.059872986 NaN 3 0.189058101 0.262E-05 NaN | i 1.058474007 NaN 4 -0.002562039 -0.683E-07 NaN | node 34.320536725 NaN 5 -0.017248490 0.245E-07 NaN | peri 168.136837670 NaN 6 -0.007763606 0.118E-07 NaN | M 345.722452411 NaN | tp = 2026-01-02.826266 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: 0.50337 Optical RMSE: 0.50337(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 45/46 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 2008 04 04.34241 1.000 C 12 43 04.50 +02 41 09.4 1.056 0.057 -0.510467 -0.232717 -0.345125 -0.303624 G96 2 2008 04 04.34917 1.000 C 12 43 08.68 +02 40 35.3 1.056 0.057 -0.016811 -0.273269 0.148565 -0.344193 G96 3 2008 04 08.30166 1.000 C 13 31 02.10 -03 24 40.9 1.054 0.052 -0.153907 0.510433 0.027155 0.434041 704 4 2008 04 08.31303 1.000 C 13 31 10.28 -03 25 47.7 1.054 0.052 -0.025044 1.140254 0.156043 1.063862 704 5 2008 04 08.32444 1.000 C 13 31 18.50 -03 26 56.3 1.053 0.052 0.236277 0.178707 0.417387 0.102316 704 6 2008 04 08.33573 1.000 C 13 31 26.59 -03 28 02.4 1.053 0.052 -0.242130 0.976919 -0.060997 0.900530 704 7 2008 04 08.34707 1.000 C 13 31 34.70 -03 29 11.0 1.053 0.052 -1.093941 -0.457953 -0.912785 -0.534340 704 8 2008 04 09.02975 1.000 C 13 40 31.64 -04 37 37.6 1.053 0.052 -0.562738 -0.078807 -0.380438 -0.154866 J95 9 2008 04 09.03304 1.000 C 13 40 34.14 -04 37 57.6 1.053 0.052 0.138427 -0.384159 0.320731 -0.460215 J95 10 2008 04 09.03631 1.000 C 13 40 36.53 -04 38 17.0 1.053 0.052 -0.586600 -0.212259 -0.404292 -0.288313 J95 11 2008 04 09.27295 1.000 C 13 43 47.81 -05 01 16.0 1.053 0.052 0.673994 0.133324 0.856606 0.057472 854 12 2008 04 09.27691 1.000 C 13 43 50.64 -05 01 39.2 1.053 0.052 -0.650726 0.800527 -0.468108 0.724678 854 13 2008 04 09.28085 1.000 C 13 43 53.59 -05 02 04.1 1.053 0.052 0.063711 -0.359264 0.246333 -0.435109 854 14 2008 04 09.55399 1.000 C 13 47 27.69 -05 25 55.7 1.053 0.052 0.011581 0.121219 0.194442 0.045666 474 15 2008 04 09.55480 1.000 C 13 47 28.29 -05 26 00.8 1.053 0.052 -0.050108 -0.115302 0.132753 -0.190855 474 16 2008 04 09.55550 1.000 C 13 47 28.81 -05 26 05.0 1.053 0.052 -0.081462 -0.112523 0.101400 -0.188075 474 17 2008 04 09.55619 1.000 C 13 47 29.35 -05 26 09.2 1.053 0.052 0.297096 -0.170010 0.479958 -0.245561 474 18 2008 04 12.36674 1.000 C 14 25 14.59 -10 06 57.5 1.053 0.052 2.851445 -1.037876 3.031306 F -1.106331 673 19 2008 04 12.37720 1.000 C 14 25 22.23 -10 07 56.5 1.053 0.052 0.366807 -0.186897 0.546640 -0.255314 673 20 2008 04 12.37998 1.000 C 14 25 24.26 -10 08 11.8 1.053 0.052 -0.302376 0.398382 -0.122550 0.329975 673 21 2008 04 12.38403 1.000 C 14 25 27.23 -10 08 34.5 1.053 0.052 -1.094449 0.824372 -0.914634 0.755979 673 22 2008 04 15.38299 1.000 C 15 04 45.55 -14 34 28.4 1.054 0.054 -0.015313 0.032395 0.151688 -0.022655 691 23 2008 04 15.41350 1.000 C 15 05 06.87 -14 36 55.2 1.054 0.054 -0.287988 -0.074919 -0.121152 -0.129823 691 } }