Improve: 2004_MV2 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 22/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 2.024456332 0.715E-03 NaN | e 0.486599097 NaN 2 1.726505685 -0.467E-03 NaN | a 1.847852903 NaN 3 0.444143189 -0.279E-03 NaN | i 6.715089744 NaN 4 -0.005966149 0.358E-05 NaN | node 103.149846754 NaN 5 0.004213453 0.296E-05 NaN | peri 106.406873731 0.15848E-01 6 0.002431218 0.753E-06 NaN | M 208.227438357 NaN | tp = 2024-06-08.317242 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: 0.78268 Optical RMSE: 0.78268(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 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 2004 06 19.24228 1.000 C 16 16 44.56 -00 27 07.8 1.113 0.113 -27.253077 5.374956 0.833958 -1.647154 691 2 2004 06 19.27000 1.000 C 16 16 54.18 -00 30 42.9 1.113 0.113 -28.015496 6.710299 0.039310 -0.303734 691 3 2004 06 19.29794 1.000 C 16 17 03.85 -00 34 18.7 1.113 0.113 -29.217016 8.598114 -1.194949 1.592324 691 4 2004 06 19.87121 1.000 C 16 20 36.00 -01 47 27.1 1.117 0.116 -26.948834 7.411944 0.415791 0.580916 A50 5 2004 06 19.87490 1.000 C 16 20 37.25 -01 47 54.9 1.117 0.116 -27.031498 7.133366 0.328873 0.303503 A50 6 2004 06 20.18040 1.000 C 16 22 28.41 -02 25 10.4 1.119 0.117 -25.941043 7.220784 1.073886 0.489113 691 7 2004 06 20.20666 1.000 C 16 22 36.89 -02 28 22.9 1.119 0.118 -27.722623 6.142288 -0.737284 -0.580996 691 8 2004 06 20.26172 1.000 C 16 22 54.81 -02 35 02.4 1.119 0.118 -27.582310 6.548634 -0.659703 -0.156827 691 9 2004 06 21.89145 1.000 C 16 31 56.93 -05 40 25.9 1.129 0.126 -24.853095 4.820990 0.256464 -1.324946 461 10 2004 06 21.89294 1.000 C 16 31 57.66 -05 40 34.3 1.129 0.126 -25.078512 6.637078 0.029403 0.491733 246 11 2004 06 21.89502 1.000 C 16 31 58.19 -05 40 47.8 1.129 0.126 -26.333966 6.443351 -1.228319 0.298732 246 12 2004 06 21.89619 1.000 C 16 31 58.68 -05 40 56.0 1.129 0.126 -24.175553 5.726848 0.928818 -0.417362 246 13 2004 06 21.89725 1.000 C 16 31 58.92 -05 41 01.8 1.129 0.126 -25.263640 6.705972 -0.160424 0.562131 246 14 2004 06 21.89788 1.000 C 16 31 59.12 -05 41 06.0 1.129 0.126 -25.054033 6.534716 0.048495 0.391096 246 15 2004 06 21.89866 1.000 C 16 31 59.37 -05 41 12.3 1.129 0.126 -24.758817 5.222313 0.342861 -0.921035 246 16 2004 06 21.89936 1.000 C 16 31 59.50 -05 41 15.5 1.129 0.126 -25.902144 6.498011 -0.801231 0.354908 246 17 2004 06 22.95214 1.000 C 16 37 18.72 -07 28 59.0 1.135 0.131 -23.738700 6.838905 0.240408 1.068014 246 18 2004 06 22.95334 1.000 C 16 37 19.12 -07 29 08.2 1.135 0.131 -22.720028 4.695001 1.257809 -1.075469 246 19 2004 06 23.20946 1.000 C 16 38 34.50 -07 53 54.0 1.137 0.133 -23.920863 6.012615 -0.207462 0.332345 649 20 2004 06 23.21300 1.000 C 16 38 35.42 -07 54 14.3 1.137 0.133 -24.304029 6.147718 -0.594313 0.468677 649 21 2004 06 23.21478 1.000 C 16 38 35.96 -07 54 25.6 1.137 0.133 -23.346169 5.119531 0.361693 -0.558892 649 22 2004 06 23.21655 1.000 C 16 38 36.37 -07 54 35.2 1.137 0.133 -24.279815 5.731341 -0.573797 0.053532 649 } }