Improve: 2017_UM6 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 43/0 number of iterations: 5 ====================================================================================================================== Iteration: 1 { In_coords Corrections Errors In_elements El_errors 1 0.802956378 0.408E-05 NaN | e 0.575251732 NaN 2 -0.882167187 0.427E-05 NaN | a 2.602770754 NaN 3 -1.334676484 0.431E-05 NaN | i 30.245200806 0.70837E-03 4 0.007861463 -0.225E-07 NaN | node 14.462012053 NaN 5 0.008285744 0.205E-07 NaN | peri 17.025884877 0.39236E-02 6 0.009298896 0.346E-07 NaN | M 330.555976521 NaN | tp = 2026-03-26.443152 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: 0.29888 Optical RMSE: 0.29888(ang-sec.) Number of loops/max_num in Least Squares on iter 3/10 Number of included/excluded equations on iter 0/2 Number of used/total equations 84/86 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 2017 10 24.11754 1.000 C 21 32 21.32 +03 07 22.4 1.110 0.229 0.066840 0.528687 -0.110813 0.102181 G96 2 2017 10 24.12278 1.000 C 21 32 20.68 +03 08 08.3 1.110 0.229 0.316908 -0.125971 0.139311 -0.552533 G96 3 2017 10 24.12797 1.000 C 21 32 20.09 +03 08 52.8 1.110 0.229 0.114014 0.290042 -0.063528 -0.136574 G96 4 2017 10 24.13318 1.000 C 21 32 19.50 +03 09 37.4 1.110 0.229 -0.104839 0.775314 -0.282327 0.348642 G96 5 2017 10 24.164845 1.000 C 21 32 15.66 +03 14 10.4 1.110 0.229 0.206275 0.293046 0.029126 -0.133956 H01 6 2017 10 24.168866 1.000 C 21 32 15.20 +03 14 45.1 1.110 0.229 0.126223 0.317754 -0.050884 -0.109290 H01 7 2017 10 24.179381 1.000 C 21 32 13.99 +03 16 15.9 1.110 0.230 0.051269 0.271718 -0.125726 -0.155435 H01 8 2017 10 24.25249 1.000 C 21 32 05.79 +03 26 46.8 1.110 0.230 -0.248258 0.393987 -0.424486 -0.033914 I52 9 2017 10 24.25581 1.000 C 21 32 05.37 +03 27 14.7 1.110 0.230 0.616623 0.906362 0.440428 0.478428 I52 10 2017 10 24.26244 1.000 C 21 32 04.63 +03 28 12.2 1.110 0.230 0.577503 0.454455 0.401378 0.026455 I52 11 2017 10 25.08433 1.000 C 21 30 44.67 +05 24 55.0 1.109 0.233 -0.076910 -0.635011 -0.245004 -1.070658 F 691 12 2017 10 25.08446 1.000 C 21 30 44.60 +05 24 54.8 1.109 0.233 0.462562 0.299639 0.294469 -0.136009 I52 13 2017 10 25.086295 1.000 C 21 30 44.28 +05 25 09.2 1.109 0.233 0.209911 0.532151 0.041840 0.096489 H01 14 2017 10 25.08793 1.000 C 21 30 44.25 +05 25 24.2 1.109 0.233 -0.057588 0.218654 -0.225647 -0.217023 I52 15 2017 10 25.089721 1.000 C 21 30 43.90 +05 25 38.2 1.109 0.233 0.211801 0.375134 0.043764 -0.060556 H01 16 2017 10 25.09141 1.000 C 21 30 43.84 +05 25 53.5 1.109 0.233 0.318907 0.149992 0.150884 -0.285715 I52 17 2017 10 25.09490 1.000 C 21 30 43.48 +05 26 22.8 1.109 0.233 -0.039976 0.302515 -0.207965 -0.133221 I52 18 2017 10 25.101734 1.000 C 21 30 42.57 +05 27 19.1 1.109 0.233 0.326756 0.569873 0.158839 0.134082 H01 19 2017 10 25.10882 1.000 C 21 30 41.95 +05 28 21.4 1.109 0.233 0.079166 -0.908563 -0.088684 -1.344416 F 691 20 2017 10 25.111466 1.000 C 21 30 41.50 +05 28 41.0 1.109 0.233 0.284269 0.552507 0.116449 0.116634 H01 21 2017 10 25.11266 1.000 C 21 30 41.51 +05 28 52.3 1.109 0.233 0.229462 0.796416 0.061652 0.360529 926 22 2017 10 25.11753 1.000 C 21 30 40.99 +05 29 33.1 1.109 0.233 -0.008707 1.006573 -0.176469 0.570646 926 23 2017 10 25.12243 1.000 C 21 30 40.40 +05 30 14.7 1.109 0.233 0.631009 0.483371 0.463296 0.047403 926 24 2017 10 26.06870 1.000 C 21 29 11.91 +07 40 56.6 1.108 0.236 -0.375325 -0.217415 -0.534256 -0.660165 734 25 2017 10 26.07594 1.000 C 21 29 11.15 +07 41 55.5 1.108 0.236 -0.110024 -0.024896 -0.268888 -0.467692 734 26 2017 10 26.08230 1.000 C 21 29 11.01 +07 42 50.6 1.108 0.236 0.183923 0.401850 0.025107 -0.040993 I52 27 2017 10 26.08527 1.000 C 21 29 10.14 +07 43 10.4 1.108 0.236 0.865198 1.095314 0.706421 0.652461 734 28 2017 10 26.08575 1.000 C 21 29 10.62 +07 43 18.4 1.108 0.236 0.724288 0.696685 0.565504 0.253821 I52 29 2017 10 26.08921 1.000 C 21 29 10.29 +07 43 46.9 1.108 0.236 0.260332 0.539227 0.101580 0.096341 I52 30 2017 10 26.11980 1.000 C 21 29 07.11 +07 47 57.3 1.108 0.236 0.379503 0.345736 0.221036 -0.097340 926 31 2017 10 26.12362 1.000 C 21 29 06.76 +07 48 28.4 1.108 0.236 -0.285075 0.513224 -0.443507 0.070125 926 32 2017 10 26.12745 1.000 C 21 29 06.35 +07 48 59.7 1.108 0.236 -0.106088 0.401958 -0.264484 -0.041164 926 33 2017 10 27.07899 1.000 C 21 27 43.99 +09 56 18.7 1.107 0.240 0.206592 0.300786 0.056339 -0.147128 V06 34 2017 10 27.08140 1.000 C 21 27 43.77 +09 56 37.5 1.107 0.240 0.042944 0.586433 -0.107289 0.138509 V06 35 2017 10 27.08177 1.000 C 21 27 43.74 +09 56 41.0 1.107 0.240 0.075097 0.569241 -0.075133 0.121314 926 36 2017 10 27.08447 1.000 C 21 27 43.50 +09 57 01.5 1.107 0.240 -0.324772 0.921468 -0.474979 0.473531 V06 37 2017 10 27.08571 1.000 C 21 27 43.37 +09 57 13.0 1.107 0.240 -0.266549 -0.240712 -0.416744 -0.688655 926 38 2017 10 27.08918 1.000 C 21 27 43.00 +09 57 39.0 1.107 0.240 0.241903 0.542153 0.091737 0.094197 V06 39 2017 10 27.08965 1.000 C 21 27 42.98 +09 57 43.7 1.107 0.240 -0.097863 0.172842 -0.248024 -0.275118 926 40 2017 10 28.06976 1.000 C 21 26 23.75 +12 04 32.8 1.106 0.245 0.339239 0.443797 0.196746 -0.007242 V06 41 2017 10 28.07216 1.000 C 21 26 23.54 +12 04 51.0 1.106 0.245 0.244249 0.589806 0.101774 0.138761 V06 42 2017 10 28.07455 1.000 C 21 26 23.33 +12 05 09.5 1.106 0.245 0.099284 0.359534 -0.043173 -0.091517 V06 43 2017 10 28.07695 1.000 C 21 26 23.08 +12 05 27.5 1.106 0.245 0.613701 0.600459 0.471263 0.149402 V06 } }