Improve: 2010_VM epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 22/0 number of iterations: 5 ====================================================================================================================== Iteration: 2 { In_coords Corrections Errors In_elements El_errors 1 0.114362571 0.263E-03 NaN | e 0.345254012 NaN 2 -1.013203802 0.313E-03 NaN | a 1.546716198 NaN 3 -0.718896924 0.871E-04 NaN | i 14.047566270 NaN 4 0.015392732 0.169E-05 NaN | node 38.256666109 NaN 5 0.006577992 0.354E-05 NaN | peri 312.454289473 0.46201E-02 6 0.001688976 0.193E-05 NaN | M 320.453431607 NaN | tp = 2026-02-06.182827 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: 0.33978 Optical RMSE: 0.33978(ang-sec.) Number of loops/max_num in Least Squares on iter 10/10 Number of included/excluded equations on iter 1/2 Number of used/total equations 41/44 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 2010 10 30.27797 1.000 C 02 16 59.38 +08 22 45.0 1.097 0.105 406.714252 -665.530948 0.336153 0.078852 G96 2 2010 10 30.28403 1.000 C 02 16 58.35 +08 23 41.5 1.097 0.105 407.045305 -664.631526 -0.431011 0.107543 G96 3 2010 11 01.33818 1.000 C 02 12 24.87 +13 16 51.0 1.105 0.112 702.883617 163.620698 -0.496331 -0.243548 G96 4 2010 11 01.34560 1.000 C 02 12 23.65 +13 17 48.8 1.105 0.112 703.395348 167.826265 1.115909 F 0.191090 F G96 5 2010 11 01.35306 1.000 C 02 12 22.57 +13 18 48.2 1.105 0.112 701.486351 171.427134 0.328784 0.029923 G96 6 2010 11 01.36061 1.000 C 02 12 21.42 +13 19 47.4 1.105 0.113 700.661415 175.558289 0.654565 0.383610 G96 7 2010 11 01.36779 1.000 C 02 12 20.42 +13 20 44.5 1.105 0.113 698.358521 179.045515 -0.540134 0.306583 G96 8 2010 11 01.36848 1.000 C 02 12 20.28 +13 20 49.8 1.105 0.113 698.806100 179.354444 0.014641 0.274432 G96 9 2010 11 01.36918 1.000 C 02 12 20.17 +13 20 55.7 1.105 0.113 698.654518 179.314186 -0.028069 -0.111590 G96 10 2010 11 01.36985 1.000 C 02 12 20.10 +13 21 01.0 1.105 0.113 698.127587 179.763689 -0.450677 0.007209 G96 11 2010 11 01.39239 1.000 C 02 12 16.55 +13 23 55.8 1.105 0.113 695.218596 190.534327 0.190375 -0.088682 H01 12 2010 11 01.39961 1.000 C 02 12 15.50 +13 24 52.5 1.105 0.113 694.101392 193.967101 0.241356 -0.111670 H01 13 2010 11 01.40769 1.000 C 02 12 14.33 +13 25 55.7 1.105 0.113 692.934319 197.946415 0.395329 0.033116 H01 14 2010 11 01.41489 1.000 C 02 12 13.33 +13 26 52.3 1.105 0.113 691.296453 201.281426 -0.053560 -0.019549 H01 15 2010 11 02.20721 1.000 C 02 10 42.52 +15 08 23.3 1.108 0.116 538.671619 444.839026 0.587801 -0.759484 G96 16 2010 11 02.21119 1.000 C 02 10 41.95 +15 08 52.2 1.108 0.116 537.811004 446.490910 0.444000 0.190252 G96 17 2010 11 02.21934 1.000 C 02 10 40.90 +15 09 52.9 1.108 0.116 534.529345 448.060176 -1.375526 F 0.335957 G96 18 2010 11 02.22337 1.000 C 02 10 40.26 +15 10 23.7 1.108 0.116 534.729665 448.253884 -0.455050 -0.167231 G96 19 2010 11 03.443380 1.000 C 02 08 18.122 +17 35 18.64 1.113 0.122 379.368047 547.583246 -0.165582 -0.017437 F51 20 2010 11 03.456197 1.000 C 02 08 16.357 +17 36 45.17 1.113 0.122 378.205007 547.803506 -0.312477 -0.097421 F51 21 2010 11 03.469026 1.000 C 02 08 14.554 +17 38 11.80 1.113 0.122 377.765794 548.071943 0.256078 -0.119833 F51 22 2010 11 03.481648 1.000 C 02 08 12.852 +17 39 36.17 1.113 0.122 376.309998 548.593508 -0.216784 0.124555 F51 } }