Improve: 2016_WD10 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 44/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -0.978579991 -0.612E-13 0.112E-04 | e 0.444500921 0.87007E-06 2 -2.403593459 -0.907E-14 0.239E-05 | a 2.233255261 0.13809E-07 3 -0.700478963 0.223E-13 0.587E-05 | i 23.383227382 0.10834E-03 4 0.008601868 -0.518E-16 0.372E-08 | node 84.251055062 0.25294E-04 5 0.001683257 -0.255E-15 0.366E-07 | peri 301.498832260 0.26313E-03 6 -0.003292643 -0.114E-16 0.169E-07 | M 265.371261272 0.79081E-04 | tp = 2023-06-06.418727 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 -0.93 1.00 3 -0.96 0.98 1.00 4 -0.45 0.48 0.36 1.00 5 1.00 -0.92 -0.94 -0.52 1.00 6 0.40 -0.63 -0.64 0.19 0.33 1.00 Root mean squared error: 0.51695 Optical RMSE: 0.51695(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 84/88 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 2006 12 17.32009 1.000 C 05 37 20.92 +24 09 22.2 1.456 0.472 -0.050718 -0.005744 -0.050718 -0.005744 G96 2 2006 12 17.32560 1.000 C 05 37 20.31 +24 09 36.5 1.456 0.472 -0.321015 0.196311 -0.321015 0.196312 G96 3 2006 12 17.33111 1.000 C 05 37 19.70 +24 09 51.3 1.456 0.472 -0.117158 0.208353 -0.117158 0.208353 G96 4 2006 12 17.33666 1.000 C 05 37 19.09 +24 10 05.7 1.457 0.472 -0.391964 0.360318 -0.391964 0.360318 G96 5 2006 12 17.36056 1.000 C 05 37 16.50 +24 11 09.3 1.457 0.473 -0.194198 -0.058562 -0.194198 -0.058562 G96 6 2006 12 17.36168 1.000 C 05 37 16.39 +24 11 12.5 1.457 0.473 -0.045948 -0.310794 -0.045948 -0.310794 G96 7 2006 12 17.36256 1.000 C 05 37 16.28 +24 11 14.8 1.457 0.473 0.010950 -0.126526 0.010950 -0.126525 G96 8 2006 12 17.36344 1.000 C 05 37 16.21 +24 11 16.8 1.457 0.473 -0.433544 -0.313131 -0.433544 -0.313131 G96 9 2016 10 07.613571 1.000 C 05 50 29.874 -22 59 54.05 1.237 0.549 -0.063830 -0.069889 -0.063830 -0.069889 F51 10 2016 10 07.623030 1.000 C 05 50 30.714 -22 59 44.93 1.237 0.549 0.332273 0.127068 0.332273 0.127068 F51 11 2016 11 28.53948 1.000 C 05 53 42.754 +06 38 18.97 1.365 0.411 0.301914 -0.114196 0.301914 -0.114196 F51 12 2016 11 28.56489 1.000 C 05 53 40.297 +06 39 42.78 1.365 0.411 0.093056 0.245128 0.093056 0.245128 F51 13 2016 11 28.57763 1.000 C 05 53 39.075 +06 40 24.17 1.365 0.411 0.402828 -0.033583 0.402828 -0.033583 F51 14 2016 11 29.594145 1.000 C 05 52 08.36 +07 36 32.4 1.369 0.412 0.144261 -0.193233 0.144261 -0.193233 Q64 15 2016 11 29.599932 1.000 C 05 52 07.78 +07 36 51.5 1.369 0.412 0.071606 -0.281036 0.071606 -0.281036 Q64 16 2016 11 29.605731 1.000 C 05 52 07.23 +07 37 10.6 1.369 0.412 0.404134 -0.126090 0.404134 -0.126090 Q64 17 2016 11 30.24270 1.000 C 05 51 08.97 +08 11 54.6 1.372 0.412 -1.440934 0.605270 -1.440934 0.605270 I52 18 2016 11 30.24416 1.000 C 05 51 08.87 +08 11 58.6 1.372 0.412 -0.417319 0.299733 -0.417319 0.299733 I52 19 2016 11 30.24564 1.000 C 05 51 08.66 +08 12 04.5 1.372 0.412 -1.764704 0.550854 -1.764704 F 0.550854 F I52 20 2016 11 30.31922 1.000 C 05 51 01.39 +08 16 07.9 1.372 0.412 -0.738692 0.435932 -0.738692 0.435932 291 21 2016 11 30.32106 1.000 C 05 51 01.23 +08 16 13.8 1.372 0.412 -0.323581 0.494376 -0.323581 0.494376 291 22 2016 11 30.39606 1.000 C 05 50 53.64 +08 20 21.0 1.373 0.412 0.172644 -0.509669 0.172644 -0.509669 926 23 2016 11 30.40272 1.000 C 05 50 53.03 +08 20 44.2 1.373 0.412 0.213183 0.988177 0.213183 0.988177 926 24 2016 11 30.40947 1.000 C 05 50 52.40 +08 21 06.5 1.373 0.412 0.811904 1.418074 0.811904 1.418074 926 25 2016 12 01.18679 1.000 C 05 49 40.55 +09 03 57.8 1.376 0.413 -0.368902 -0.226748 -0.368902 -0.226749 I52 26 2016 12 01.18942 1.000 C 05 49 40.32 +09 04 05.8 1.376 0.413 0.427987 -0.576844 0.427987 -0.576844 I52 27 2016 12 01.20289 1.000 C 05 49 38.97 +09 04 51.2 1.376 0.413 -0.100024 -0.238091 -0.100024 -0.238091 I52 28 2016 12 04.24425 1.000 C 05 44 41.64 +11 52 26.8 1.389 0.418 1.298555 -2.050723 1.298555 F -2.050723 F I52 29 2016 12 04.24571 1.000 C 05 44 41.52 +11 52 32.9 1.389 0.418 0.936301 -0.725777 0.936301 -0.725777 I52 30 2016 12 04.24716 1.000 C 05 44 41.25 +11 52 39.1 1.389 0.418 -1.269071 -0.639325 -1.269071 -0.639325 I52 31 2016 12 04.40630 1.000 C 05 44 24.21 +12 01 23.4 1.390 0.418 -0.708640 -0.043948 -0.708640 -0.043949 G96 32 2016 12 04.41179 1.000 C 05 44 23.67 +12 01 40.7 1.390 0.418 0.291179 -0.174201 0.291179 -0.174201 G96 33 2016 12 04.41758 1.000 C 05 44 23.00 +12 01 59.9 1.390 0.418 -0.415445 -0.451714 -0.415445 -0.451714 G96 34 2016 12 04.42325 1.000 C 05 44 22.40 +12 02 17.2 1.390 0.418 0.448903 -1.417419 0.448903 -1.417419 G96 35 2016 12 10.47331 1.000 C 05 34 01.02 +17 25 56.1 1.417 0.435 0.263357 0.076253 0.263357 0.076253 I52 36 2016 12 10.47620 1.000 C 05 34 00.74 +17 26 05.2 1.417 0.435 0.416208 0.554393 0.416207 0.554393 I52 37 2016 12 10.47910 1.000 C 05 34 00.39 +17 26 14.4 1.417 0.435 -0.170886 0.369239 -0.170886 0.369239 I52 38 2016 12 10.48196 1.000 C 05 34 00.07 +17 26 22.6 1.417 0.435 0.124066 -0.163947 0.124066 -0.163947 I52 39 2016 12 18.37349 1.000 C 05 20 47.21 +23 45 09.0 1.455 0.473 -0.528866 -0.137707 -0.528866 -0.137707 I52 40 2016 12 18.38513 1.000 C 05 20 45.97 +23 45 40.5 1.455 0.473 0.349401 -1.230608 0.349401 -1.230608 I52 41 2016 12 18.38659 1.000 C 05 20 45.78 +23 45 42.7 1.455 0.473 0.860531 0.399782 0.860531 0.399782 I52 42 2016 12 28.240608 1.000 C 05 07 07.24 +30 00 36.1 1.505 0.542 0.121693 -0.211667 0.121693 -0.211667 H21 43 2016 12 28.253201 1.000 C 05 07 06.33 +30 01 00.3 1.505 0.542 -0.165301 -0.293527 -0.165301 -0.293527 H21 44 2016 12 28.266194 1.000 C 05 07 05.38 +30 01 25.2 1.505 0.542 -0.288517 -0.310498 -0.288517 -0.310498 H21 } }