Improve: 2005_YU128 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 41/0 number of iterations: 5 ====================================================================================================================== Iteration: 4 { In_coords Corrections Errors In_elements El_errors 1 -0.797996951 0.490E-13 0.185E-06 | e 0.321892246 0.82647E-07 2 0.042784764 -0.208E-12 0.317E-06 | a 0.771595864 0.49872E-07 3 0.131960462 -0.863E-13 0.213E-06 | i 7.713463638 0.10847E-04 4 0.003917889 0.634E-14 0.947E-08 | node 100.423367231 0.47511E-05 5 -0.016682662 0.393E-15 0.352E-08 | peri 190.151423397 0.39298E-04 6 -0.007315139 -0.788E-15 0.218E-08 | M 279.334843494 0.53162E-04 | tp = 2025-05-12.909506 nge-set: 1 [1900-1-1:2100-1-1] A123-r2 (N obs in set: 34/41) 7(1) 0.000E+00 0.000E+00 0.000E+00 8(2) -0.104E-11 -0.814E-19 0.884E-13 9(3) 0.000E+00 0.000E+00 0.000E+00 Matrix of Correlation: 1 2 3 4 5 6 7(1) 8(2) 9(3) 1 1.00 2 -0.69 1.00 3 -0.51 0.66 1.00 4 0.75 -0.99 -0.70 1.00 5 -0.88 0.29 0.36 -0.37 1.00 6 -0.98 0.77 0.63 -0.82 0.83 1.00 7 ... ... ... ... ... ... ... 8 -0.01 0.72 0.40 -0.66 -0.45 0.12 ... 1.00 9 ... ... ... ... ... ... ... ... ... Root mean squared error: 0.28451 Optical RMSE: 0.28451(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 68/82 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 2005 12 30.34125 1.000 C 07 40 14.82 +13 00 47.9 1.010 0.028 0.055312 0.304550 0.055302 0.304542 704 2 2005 12 30.35459 1.000 C 07 39 51.25 +13 04 54.8 1.010 0.028 -0.043783 0.775821 -0.043794 0.775813 704 3 2005 12 30.36827 1.000 C 07 39 27.03 +13 09 06.1 1.010 0.028 0.097857 -0.211008 0.097847 -0.211016 704 4 2005 12 30.38177 1.000 C 07 39 03.22 +13 13 15.0 1.010 0.028 0.324160 0.714504 0.324150 0.714496 704 5 2005 12 30.39538 1.000 C 07 38 39.13 +13 17 24.8 1.010 0.028 -0.370158 0.270663 -0.370168 0.270655 704 6 2005 12 31.070810 1.000 C 07 19 49.38 +16 40 20.9 1.011 0.028 0.179358 0.136889 0.179348 0.136881 J95 7 2005 12 31.072083 1.000 C 07 19 47.12 +16 40 43.5 1.011 0.028 0.149392 0.247313 0.149381 0.247305 J95 8 2005 12 31.079082 1.000 C 07 19 34.66 +16 42 47.0 1.011 0.028 -0.058915 0.012157 -0.058925 0.012149 J95 9 2005 12 31.081107 1.000 C 07 19 31.05 +16 43 22.5 1.011 0.028 -0.070300 -0.266900 -0.070311 -0.266908 J95 10 2005 12 31.19704 1.000 C 07 16 28.12 +17 18 20.1 1.011 0.028 -0.132967 -0.051488 -0.132978 -0.051496 734 11 2005 12 31.19822 1.000 C 07 16 26.00 +17 18 40.9 1.011 0.028 -0.119709 -0.341766 -0.119720 -0.341774 734 12 2005 12 31.20177 1.000 C 07 16 19.65 +17 19 44.1 1.011 0.028 -0.109430 -0.419362 -0.109441 -0.419371 734 13 2005 12 31.20295 1.000 C 07 16 17.54 +17 20 05.1 1.011 0.028 -0.086796 -0.426450 -0.086807 -0.426458 734 14 2005 12 31.24523 1.000 C 07 15 06.66 +17 33 00.4 1.011 0.028 1.183114 -0.023768 1.183104 F -0.023777 F 691 15 2005 12 31.24770 1.000 C 07 15 02.07 +17 33 45.6 1.011 0.028 -1.280269 -0.212940 -1.280279 F -0.212948 F 691 16 2005 12 31.26508 1.000 C 07 14 30.85 +17 38 52.9 1.011 0.028 0.519461 0.227314 0.519450 0.227305 691 17 2005 12 31.26700 1.000 C 07 14 25.73 +17 39 20.5 1.011 0.028 -0.427165 0.348514 -0.427175 0.348506 704 18 2005 12 31.28018 1.000 C 07 14 01.89 +17 43 11.5 1.011 0.028 0.394557 -0.271212 0.394547 -0.271220 704 19 2005 12 31.28246 1.000 C 07 13 59.37 +17 43 59.5 1.011 0.028 0.164739 -0.127056 0.164729 -0.127065 691 20 2005 12 31.29368 1.000 C 07 13 37.48 +17 47 07.0 1.011 0.028 1.937649 -0.711641 1.937639 F -0.711650 F 704 21 2005 12 31.29476 1.000 C 07 13 36.79 +17 47 36.3 1.011 0.028 -1.256071 1.428767 -1.256081 F 1.428759 F 854 22 2005 12 31.29626 1.000 C 07 13 34.04 +17 48 00.7 1.011 0.028 -0.430597 -0.331942 -0.430607 -0.331951 854 23 2005 12 31.30690 1.000 C 07 13 13.36 +17 51 00.7 1.011 0.028 -1.075255 0.376620 -1.075265 F 0.376611 F 704 24 2005 12 31.32019 1.000 C 07 12 49.26 +17 54 50.8 1.011 0.028 0.146163 -0.318312 0.146152 -0.318320 704 25 2006 01 03.83562 1.000 C 05 37 24.31 +30 57 48.0 1.015 0.034 0.587607 1.403182 0.587617 F 1.403188 F 143 26 2006 01 03.84034 1.000 C 05 37 17.08 +30 58 32.7 1.015 0.034 0.067152 0.514850 0.067162 0.514856 143 27 2006 01 03.84443 1.000 C 05 37 10.71 +30 59 10.4 1.015 0.034 0.539729 1.068138 0.539738 F 1.068144 F 143 28 2025 01 08.483924 1.000 C 10 55 39.338 +34 01 46.38 1.020 0.054 -0.106413 0.070609 -0.106413 0.070609 F51 29 2025 01 08.494914 1.000 C 10 55 35.685 +34 04 20.05 1.020 0.054 -0.070778 0.219502 -0.070778 0.219502 F51 30 2025 01 08.505953 1.000 C 10 55 31.960 +34 06 54.01 1.020 0.054 -0.221318 0.202537 -0.221318 0.202537 F51 31 2025 01 08.516972 1.000 C 10 55 28.212 +34 09 27.65 1.020 0.054 -0.283024 0.393824 -0.283024 0.393824 F51 32 2025 01 08.93133 1.000 C 10 53 33.63 +35 43 31.2 1.020 0.053 0.261505 -0.400596 0.261505 -0.400596 L04 33 2025 01 08.94136 1.000 C 10 53 30.35 +35 45 55.6 1.020 0.053 0.270073 -0.007269 0.270073 -0.007269 L04 34 2025 01 09.544780 1.000 C 10 50 09.310 +38 10 19.40 1.020 0.052 -0.109363 -0.051844 -0.109363 -0.051844 291 35 2025 01 09.547429 1.000 C 10 50 08.280 +38 10 56.80 1.020 0.052 0.043789 -0.293289 0.043789 -0.293289 291 36 2025 01 09.550090 1.000 C 10 50 07.240 +38 11 35.10 1.020 0.052 0.180294 0.214932 0.180294 0.214932 291 37 2025 01 21.970610 1.000 C 04 41 02.108 +76 31 12.19 1.012 0.058 -0.159349 0.128878 -0.159349 0.128878 033 38 2025 01 21.971970 1.000 C 04 40 57.598 +76 31 07.80 1.012 0.058 -0.156846 -0.142191 -0.156846 -0.142191 033 39 2025 01 21.973320 1.000 C 04 40 52.986 +76 31 03.19 1.012 0.058 0.132001 0.047319 0.132001 0.047319 033 40 2025 01 21.974670 1.000 C 04 40 48.497 +76 30 58.60 1.012 0.058 0.076660 -0.005486 0.076660 -0.005486 033 41 2025 01 21.976030 1.000 C 04 40 43.986 +76 30 54.10 1.012 0.058 0.064735 -0.187201 0.064735 -0.187201 033 } }