Improve: 2016_GC epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 46/0 number of iterations: 5 ====================================================================================================================== Iteration: 5 { In_coords Corrections Errors In_elements El_errors 1 1.211890862 0.798E-05 NaN | e 0.459908122 NaN 2 1.457900754 -0.145E-05 NaN | a 1.862478157 NaN 3 0.404479297 -0.183E-06 NaN | i 9.210881323 NaN 4 -0.011857022 0.329E-07 NaN | node 189.109335434 NaN 5 0.002395809 0.384E-07 NaN | peri 344.108929068 NaN 6 0.000302337 0.106E-07 NaN | M 291.155462683 NaN | tp = 2023-11-01.142279 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: 0.44198 Optical RMSE: 0.44198(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 86/92 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 2016 04 01.31733 1.000 C 13 35 16.75 +10 13 46.0 1.022 0.024 0.791184 0.456598 0.792951 0.456031 703 2 2016 04 01.32334 1.000 C 13 35 27.81 +10 14 47.4 1.022 0.024 1.438732 0.178431 1.440495 0.177864 703 3 2016 04 01.32934 1.000 C 13 35 38.72 +10 15 49.0 1.023 0.024 0.426612 0.392823 0.428373 0.392256 703 4 2016 04 01.33535 1.000 C 13 35 49.58 +10 16 50.2 1.023 0.025 -1.324792 0.295570 -1.323035 0.295003 703 5 2016 04 01.34808 1.000 C 13 36 12.91 +10 18 59.0 1.023 0.025 0.311352 0.043925 0.313103 0.043358 I52 6 2016 04 01.34850 1.000 C 13 36 13.61 +10 19 03.1 1.023 0.025 -0.636325 -0.104434 -0.634575 -0.105001 I52 7 2016 04 01.34891 1.000 C 13 36 14.39 +10 19 06.8 1.023 0.025 -0.133896 -0.550726 -0.132146 -0.551293 I52 8 2016 04 01.34933 1.000 C 13 36 15.11 +10 19 11.2 1.023 0.025 -0.784308 -0.397238 -0.782558 -0.397804 I52 9 2016 04 01.47206 1.000 C 13 39 56.79 +10 39 12.9 1.023 0.025 -0.091994 -0.301286 -0.090308 -0.301854 I52 10 2016 04 01.47248 1.000 C 13 39 57.55 +10 39 17.2 1.023 0.025 -0.054468 0.015914 -0.052781 0.015346 I52 11 2016 04 01.47290 1.000 C 13 39 58.32 +10 39 21.1 1.023 0.025 0.130159 -0.066057 0.131845 -0.066624 I52 12 2016 04 01.47331 1.000 C 13 39 59.05 +10 39 25.2 1.023 0.025 -0.009354 0.147595 -0.007667 0.147027 I52 13 2016 04 02.02545 1.000 C 13 56 35.28 +12 00 25.1 1.024 0.027 -0.348436 -0.261600 -0.346884 -0.262168 I93 14 2016 04 02.03364 1.000 C 13 56 48.08 +12 01 32.0 1.024 0.027 -0.184543 -0.045385 -0.182995 -0.045954 I93 15 2016 04 02.04453 1.000 C 13 57 05.04 +12 03 00.5 1.024 0.027 -0.177702 0.256608 -0.176159 0.256040 I93 16 2016 04 02.04946 1.000 C 13 57 07.47 +12 03 21.9 1.024 0.027 -0.699708 0.232126 -0.698176 0.231556 461 17 2016 04 02.05353 1.000 C 13 57 13.88 +12 03 54.6 1.024 0.027 -0.066151 0.589006 -0.064621 0.588435 461 18 2016 04 02.25957 1.000 C 14 03 02.33 +12 31 46.1 1.025 0.028 0.222336 -0.080155 0.223837 -0.080714 926 19 2016 04 02.26457 1.000 C 14 03 09.67 +12 32 24.9 1.025 0.028 -0.432780 0.183104 -0.431281 0.182545 926 20 2016 04 02.26957 1.000 C 14 03 17.06 +12 33 03.2 1.025 0.028 -0.075453 0.053699 -0.073955 0.053141 926 21 2016 04 02.27615 1.000 C 14 03 26.59 +12 33 48.3 1.025 0.028 -0.211187 -0.241357 -0.209693 -0.241916 I52 22 2016 04 02.27656 1.000 C 14 03 27.21 +12 33 51.5 1.025 0.028 0.058910 -0.175245 0.060405 -0.175804 I52 23 2016 04 02.27698 1.000 C 14 03 27.85 +12 33 54.4 1.025 0.028 0.408809 -0.484800 0.410303 -0.485359 I52 24 2016 04 02.27739 1.000 C 14 03 28.46 +12 33 58.5 1.025 0.028 0.536051 0.482797 0.537545 0.482238 I52 25 2016 04 02.31463 1.000 C 14 04 22.65 +12 38 44.7 1.025 0.028 -0.185076 0.211435 -0.183598 0.210878 926 26 2016 04 02.31962 1.000 C 14 04 29.87 +12 39 21.5 1.025 0.028 0.292825 -0.224526 0.294301 -0.225083 926 27 2016 04 02.32462 1.000 C 14 04 37.06 +12 39 58.5 1.025 0.028 0.317417 -0.420103 0.318890 -0.420659 926 28 2016 04 02.34391 1.000 C 14 05 00.12 +12 41 44.3 1.025 0.028 1.854311 0.149257 1.855767 F 0.148697 F H36 29 2016 04 02.34832 1.000 C 14 05 06.41 +12 42 15.6 1.025 0.028 1.160138 -0.478258 1.161592 -0.478818 H36 30 2016 04 02.36050 1.000 C 14 05 28.27 +12 44 22.6 1.025 0.028 -0.098426 0.169480 -0.096969 0.168924 926 31 2016 04 02.36227 1.000 C 14 05 26.39 +12 43 56.2 1.025 0.028 0.598216 -0.303119 0.599665 -0.303679 H36 32 2016 04 02.36269 1.000 C 14 05 31.37 +12 44 38.3 1.025 0.028 -0.251913 -0.019883 -0.250457 -0.020439 926 33 2016 04 02.36485 1.000 C 14 05 34.45 +12 44 54.2 1.025 0.028 -0.050730 0.230336 -0.049276 0.229780 926 34 2016 04 03.27916 1.000 C 14 26 43.61 +14 19 47.1 1.027 0.031 -0.822748 0.516026 -0.821496 0.515490 G45 35 2016 04 03.28371 1.000 C 14 26 48.86 +14 20 11.8 1.027 0.031 -0.448784 0.039395 -0.447534 0.038859 G45 36 2016 04 03.28378 1.000 C 14 26 49.00 +14 20 12.5 1.027 0.031 0.419105 0.352661 0.420355 0.352125 G45 37 2016 04 03.28873 1.000 C 14 26 54.64 +14 20 39.1 1.027 0.031 -0.016062 -0.349272 -0.014814 -0.349807 G45 38 2016 04 03.28880 1.000 C 14 26 54.71 +14 20 39.5 1.027 0.031 -0.162601 -0.334704 -0.161353 -0.335239 G45 39 2016 04 03.29372 1.000 C 14 27 00.29 +14 21 07.0 1.027 0.031 -0.772557 0.120407 -0.771310 0.119872 G45 40 2016 04 03.29378 1.000 C 14 27 00.42 +14 21 07.1 1.027 0.031 0.121459 -0.108855 0.122705 -0.109391 G45 41 2016 04 05.330068 1.000 C 15 00 28.98 +16 34 41.2 1.032 0.039 -2.917885 -1.291968 -2.916978 F -1.292436 F 705 42 2016 04 05.331086 1.000 C 15 00 29.97 +16 34 45.4 1.032 0.039 0.977455 -0.086634 0.978361 -0.087101 705 43 2016 04 05.332098 1.000 C 15 00 30.44 +16 34 47.5 1.032 0.039 -2.537508 -0.960734 -2.536602 F -0.961201 F 705 44 2016 04 12.384338 1.000 C 15 51 28.50 +19 02 28.9 1.053 0.071 -0.034972 -0.007310 -0.034527 -0.007596 H21 45 2016 04 12.388394 1.000 C 15 51 29.25 +19 02 30.2 1.053 0.071 -0.127626 -0.248804 -0.127182 -0.249090 H21 46 2016 04 12.399451 1.000 C 15 51 31.32 +19 02 34.9 1.053 0.071 -0.070697 0.358108 -0.070254 0.357823 H21 } }