Improve: 2026_PV epoch = 2461200.500000000 TDB 2026-06-09 00:00:00.000000 number of observations before/after epoch: 0/60 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -0.231892176 -0.374E-10 0.330E-05 | e 0.552995200 0.17094E-03 2 -1.322078855 -0.384E-09 0.691E-04 | a 2.677854123 0.10928E-02 3 0.143346303 0.512E-09 0.913E-04 | i 32.364479243 0.40882E-02 4 0.016927978 0.598E-12 0.792E-07 | node 140.280642209 0.11249E-02 5 0.001564826 0.536E-11 0.976E-06 | peri 161.529012209 0.14242E-02 6 -0.006238123 -0.621E-11 0.113E-05 | M 347.756301323 0.70876E-02 | tp = 2026-08-02.436342 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: 0.21109 Optical RMSE: 0.21109(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 104/120 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 2026 06 23.378186 1.000 C 17 50 34.787 +52 27 51.85 1.284 0.575 0.007714 -0.236914 0.007713 -0.236920 F51 2 2026 06 23.392070 1.000 C 17 50 34.665 +52 27 46.42 1.283 0.575 -0.018503 -0.027216 -0.018504 -0.027222 F51 3 2026 06 23.405782 1.000 C 17 50 34.557 +52 27 41.14 1.283 0.575 0.123686 0.033054 0.123685 0.033048 F51 4 2026 06 23.419500 1.000 C 17 50 34.462 +52 27 35.55 1.283 0.575 0.045353 -0.023063 0.045352 -0.023069 F51 5 2026 07 03.542189 1.000 C 17 51 38.853 +50 21 06.37 1.246 0.498 0.135631 0.157793 0.135629 0.157788 F52 6 2026 07 03.548594 1.000 C 17 51 38.911 +50 20 58.19 1.246 0.498 -0.403898 0.079079 -0.403900 0.079073 F51 7 2026 07 03.564345 1.000 C 17 51 39.008 +50 20 39.98 1.246 0.498 0.310797 -0.062767 0.310795 -0.062773 F51 8 2026 07 03.568010 1.000 C 17 51 39.051 +50 20 35.53 1.246 0.498 0.240952 -0.218437 0.240951 -0.218443 F52 9 2026 07 03.572229 1.000 C 17 51 39.059 +50 20 29.73 1.246 0.498 -0.395724 0.157148 -0.395726 0.157143 F51 10 2026 07 05.342494 1.000 C 17 52 05.242 +49 44 46.67 1.241 0.484 -0.113992 0.110510 -0.113994 0.110505 F52 11 2026 07 05.356024 1.000 C 17 52 05.294 +49 44 29.62 1.241 0.484 0.071974 0.131434 0.071972 0.131428 F52 12 2026 07 28.430927 1.000 C 18 09 07.552 +31 13 38.22 1.198 0.309 -0.215970 0.058994 -0.215975 0.058991 F51 13 2026 07 28.454696 1.000 C 18 09 09.276 +31 11 34.59 1.198 0.309 0.306454 -0.174983 0.306449 -0.174986 F51 14 2026 08 03.404468 1.000 C 18 18 41.284 +21 15 06.81 1.197 0.275 -0.038265 -0.077181 -0.038272 -0.077182 F51 15 2026 08 03.410628 1.000 C 18 18 41.875 +21 14 24.01 1.197 0.275 -0.125050 0.157464 -0.125056 0.157462 F51 16 2026 08 03.416765 1.000 C 18 18 42.480 +21 13 41.54 1.197 0.275 -0.227279 0.110062 -0.227286 0.110061 F51 17 2026 08 03.481091 1.000 C 18 18 48.861 +21 06 15.92 1.197 0.275 0.242700 -0.255037 0.242694 -0.255039 F52 18 2026 08 03.481724 1.000 C 18 18 48.927 +21 06 11.12 1.197 0.275 -0.045385 0.019501 -0.045391 0.019500 F52 19 2026 08 03.782867 0.250 B 18 19 24.656 +20 31 45.61 1.197 0.274 0.337513 -0.034147 0.337507 -0.034148 M21 20 2026 08 03.80034 0.250 B 18 19 25.99 +20 29 08.5 1.197 0.273 -0.032321 -0.364130 -0.032328 -0.364131 M45 21 2026 08 03.809706 0.250 B 18 19 27.314 +20 28 38.14 1.197 0.273 -0.145408 0.089440 -0.145414 0.089439 M21 22 2026 08 03.81405 0.250 B 18 19 27.37 +20 27 32.4 1.197 0.273 -0.187849 -0.145987 -0.187856 -0.145988 M45 23 2026 08 03.83535 0.250 B 18 19 29.83 +20 25 02.8 1.197 0.273 -0.307209 0.252760 -0.307216 0.252759 106 24 2026 08 03.84698 0.250 B 18 19 31.01 +20 23 41.7 1.197 0.273 -0.154949 -0.034116 -0.154955 -0.034117 106 25 2026 08 03.85293 0.250 B 18 19 31.58 +20 23 00.0 1.197 0.273 0.154985 0.268143 0.154978 0.268142 106 26 2026 08 03.857422 0.250 B 18 19 32.050 +20 22 28.42 1.197 0.273 0.067225 0.340018 0.067218 0.340017 595 27 2026 08 03.868815 0.250 B 18 19 33.307 +20 21 09.40 1.197 0.273 -0.449611 -1.313739 -0.449617 -1.313740 595 28 2026 08 03.88630 0.250 B 18 19 34.74 +20 19 05.1 1.197 0.273 -0.173393 -0.075318 -0.173399 -0.075319 L04 29 2026 08 03.90709 0.250 B 18 19 36.86 +20 16 38.7 1.197 0.273 -0.146798 -0.024046 -0.146804 -0.024047 L04 30 2026 08 03.916123 0.250 B 18 19 38.621 +20 15 44.75 1.197 0.273 0.087690 -0.378478 0.087684 -0.378479 J43 31 2026 08 03.927072 0.250 B 18 19 39.713 +20 14 27.24 1.197 0.273 -0.360608 -0.055369 -0.360615 -0.055371 J43 32 2026 08 03.938044 0.250 B 18 19 40.786 +20 13 09.95 1.197 0.273 -0.266285 0.134872 -0.266292 0.134871 J43 33 2026 08 04.115838 1.000 C 18 20 01.22 +19 52 08.7 1.197 0.272 -1.768707 0.915695 -1.768713 F 0.915694 F H21 34 2026 08 04.122829 1.000 C 18 20 01.93 +19 51 19.1 1.197 0.272 -1.872893 0.974156 -1.872899 F 0.974155 F H21 35 2026 08 04.125439 1.000 C 18 20 02.18 +19 51 00.3 1.197 0.272 -1.936101 1.342046 -1.936107 F 1.342045 F H21 36 2026 08 04.923720 0.250 B 18 21 32.499 +18 15 09.54 1.197 0.268 -0.130435 -0.153070 -0.130441 -0.153071 204 37 2026 08 04.931689 0.250 B 18 21 33.58 +18 14 12.1 1.197 0.268 -0.149983 -0.167040 -0.149989 -0.167041 I93 38 2026 08 04.937546 0.250 B 18 21 34.21 +18 13 28.9 1.197 0.268 -0.431639 -0.050882 -0.431646 -0.050883 I93 39 2026 08 04.943287 0.250 B 18 21 34.79 +18 12 46.4 1.197 0.268 -0.380012 0.519326 -0.380018 0.519325 I93 40 2026 08 04.943390 0.250 B 18 21 34.600 +18 12 44.91 1.197 0.268 -0.399803 0.067133 -0.399809 0.067132 204 41 2026 08 05.148345 1.000 C 18 21 59.10 +17 47 40.4 1.197 0.267 -2.117405 1.354442 -2.117412 F 1.354441 F H21 42 2026 08 05.149310 1.000 C 18 21 59.18 +17 47 33.7 1.197 0.267 -1.604878 1.230848 -1.604885 F 1.230848 F H21 43 2026 08 05.905937 0.250 B 18 23 29.016 +16 13 08.80 1.198 0.264 -18.463191 19.359547 -18.463197 F 19.359547 F R54 44 2026 08 05.915127 0.250 B 18 23 30.005 +16 11 58.78 1.198 0.264 -18.773295 19.407802 -18.773302 F 19.407801 F R54 45 2026 08 05.924329 0.250 B 18 23 31.025 +16 10 49.26 1.198 0.264 -19.003080 18.697557 -19.003087 F 18.697557 F R54 46 2026 08 06.237170 1.000 C 18 24 09.118 +15 31 00.42 1.198 0.263 0.120533 0.199992 0.120527 0.199992 658 47 2026 08 06.238686 1.000 C 18 24 09.285 +15 30 48.71 1.198 0.263 0.112803 0.285103 0.112796 0.285103 658 48 2026 08 06.240202 1.000 C 18 24 09.458 +15 30 37.56 1.198 0.263 0.380033 -0.126555 0.380027 -0.126555 658 49 2026 08 06.241707 1.000 C 18 24 09.629 +15 30 25.76 1.198 0.263 0.207404 0.048648 0.207398 0.048648 658 50 2026 08 06.243223 1.000 C 18 24 09.798 +15 30 14.02 1.198 0.263 0.161042 0.137443 0.161036 0.137443 658 51 2026 08 06.837945 0.250 B 18 25 23.522 +14 13 24.46 1.198 0.261 0.508304 -1.046024 0.508298 -1.046024 126 52 2026 08 06.846025 0.250 B 18 25 24.390 +14 12 20.34 1.198 0.261 0.648177 0.133648 0.648171 0.133648 126 53 2026 08 06.863862 1.000 C 18 25 26.47 +14 10 00.3 1.198 0.261 -0.363742 -0.213983 -0.363748 -0.213983 104 54 2026 08 06.876326 0.250 B 18 25 27.897 +14 08 22.67 1.198 0.261 0.031830 -0.105923 0.031824 -0.105924 K78 55 2026 08 06.888987 0.250 B 18 25 29.337 +14 06 43.22 1.198 0.261 0.097686 0.041192 0.097679 0.041192 K78 56 2026 08 06.890577 1.000 C 18 25 29.52 +14 06 30.6 1.198 0.261 -0.323167 -0.084145 -0.323174 -0.084145 104 57 2026 08 06.901646 0.250 B 18 25 30.806 +14 05 03.85 1.198 0.261 -0.067196 -0.158402 -0.067203 -0.158402 K78 58 2026 08 06.983019 0.250 B 18 25 40.19 +13 54 22.3 1.198 0.260 0.063856 -0.343177 0.063849 -0.343177 L01 59 2026 08 06.986891 0.250 B 18 25 40.66 +13 53 51.0 1.198 0.260 -0.499907 0.141260 -0.499914 0.141260 L01 60 2026 08 06.990651 0.250 B 18 25 41.13 +13 53 21.6 1.198 0.260 -0.607366 -0.305884 -0.607373 -0.305884 L01 } }