Improve: 2009_JR2 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 70/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -1.317955291 -0.831E-15 0.178E-06 | e 0.178988673 0.33397E-07 2 -0.004756564 -0.986E-14 0.367E-06 | a 1.249802518 0.73049E-08 3 0.449963768 -0.161E-13 0.315E-06 | i 19.734126949 0.18388E-04 4 -0.000628153 0.228E-15 0.240E-08 | node 52.865148957 0.57476E-05 5 -0.011235983 -0.893E-16 0.208E-08 | peri 255.321441348 0.43808E-04 6 -0.007845463 0.627E-16 0.243E-08 | M 238.204234099 0.44194E-04 | tp = 2024-12-18.318323 nge-set: 1 [1900-1-1:2100-1-1] A123-r2 (N obs in set: 65/70) 7(1) 0.000E+00 0.000E+00 0.000E+00 8(2) -0.148E-12 0.448E-19 0.156E-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 0.09 1.00 3 0.63 -0.27 1.00 4 -0.50 -0.55 -0.63 1.00 5 -0.11 -0.82 0.59 0.08 1.00 6 -0.64 0.69 -0.71 -0.00 -0.60 1.00 7 ... ... ... ... ... ... ... 8 -0.55 0.06 0.12 -0.30 0.37 0.38 ... 1.00 9 ... ... ... ... ... ... ... ... ... Root mean squared error: 0.28711 Optical RMSE: 0.28711(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 125/140 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 2009 05 13.29255 1.000 C 14 26 29.11 -07 28 29.2 1.166 0.162 -0.073487 0.010006 -0.073490 0.010006 G96 2 2009 05 13.30890 1.000 C 14 26 23.49 -07 29 58.5 1.166 0.162 -0.236092 -0.101760 -0.236094 -0.101760 G96 3 2009 05 13.31707 1.000 C 14 26 20.65 -07 30 43.2 1.166 0.162 0.005589 0.233262 0.005586 0.233261 G96 4 2009 05 13.36804 1.000 C 14 26 03.12 -07 35 21.3 1.166 0.161 0.486095 0.525546 0.486093 0.525546 G96 5 2009 05 13.38027 1.000 C 14 25 58.98 -07 36 27.8 1.166 0.161 0.225106 -0.003006 0.225104 -0.003006 G96 6 2009 05 13.39234 1.000 C 14 25 54.91 -07 37 33.6 1.166 0.161 -0.209418 -0.444388 -0.209420 -0.444388 G96 7 2009 05 13.40456 1.000 C 14 25 50.73 -07 38 40.2 1.166 0.161 0.164396 -0.221779 0.164394 -0.221779 G96 8 2009 05 14.20093 1.000 C 14 21 31.15 -08 52 24.1 1.164 0.160 -0.319387 1.324003 -0.319390 F 1.324004 F 291 9 2009 05 14.28111 1.000 C 14 21 02.73 -08 59 54.1 1.163 0.159 0.213425 -0.182708 0.213422 -0.182708 G96 10 2009 05 14.28932 1.000 C 14 20 59.82 -09 00 40.5 1.163 0.159 0.035402 0.003690 0.035399 0.003690 G96 11 2009 05 14.29753 1.000 C 14 20 56.90 -09 01 26.7 1.163 0.159 0.096553 0.120582 0.096551 0.120583 G96 12 2009 05 14.30575 1.000 C 14 20 54.02 -09 02 13.2 1.163 0.159 -0.504183 0.100905 -0.504186 0.100905 G96 13 2009 05 15.210179 1.000 C 14 15 47.36 -10 28 10.2 1.161 0.158 -0.044242 0.008732 -0.044244 0.008733 H55 14 2009 05 15.215556 1.000 C 14 15 45.43 -10 28 41.2 1.161 0.158 -0.306923 -0.057012 -0.306926 -0.057011 H55 15 2009 05 15.220935 1.000 C 14 15 43.47 -10 29 12.3 1.161 0.158 -0.228116 0.162683 -0.228119 0.162684 H55 16 2009 05 17.21896 1.000 C 14 03 58.22 -13 44 53.7 1.155 0.154 0.101690 -0.200087 0.101688 -0.200086 H55 17 2009 05 17.22385 1.000 C 14 03 56.42 -13 45 21.1 1.155 0.154 -0.176982 -2.102776 -0.176985 F -2.102775 F H55 18 2009 05 17.22912 1.000 C 14 03 54.37 -13 45 53.5 1.155 0.154 0.207521 -0.924029 0.207518 F -0.924027 F H55 19 2009 05 19.202207 1.000 C 13 51 46.70 -17 04 27.0 1.150 0.152 0.420827 0.166523 0.420825 0.166525 H55 20 2009 05 19.207733 1.000 C 13 51 44.53 -17 05 00.4 1.150 0.152 0.257873 0.057051 0.257871 0.057053 H55 21 2009 05 19.213272 1.000 C 13 51 42.39 -17 05 33.8 1.150 0.152 -0.378377 -0.201725 -0.378380 -0.201723 H55 22 2016 05 04.51075 1.000 C 16 22 33.475 -08 27 13.06 1.177 0.183 -0.028105 0.013783 -0.028105 0.013782 F51 23 2016 05 04.52344 1.000 C 16 22 31.922 -08 28 13.97 1.177 0.183 0.215113 -0.094416 0.215113 -0.094416 F51 24 2016 05 04.53610 1.000 C 16 22 30.353 -08 29 14.63 1.177 0.183 0.205411 0.010110 0.205412 0.010109 F51 25 2016 05 04.54879 1.000 C 16 22 28.781 -08 30 15.64 1.177 0.183 0.096424 -0.062754 0.096424 -0.062754 F51 26 2016 05 05.31221 1.000 C 16 21 07.48 -09 33 05.8 1.175 0.179 -0.337489 -1.093263 -0.337489 F -1.093263 F I52 27 2016 05 05.31333 1.000 C 16 21 07.32 -09 33 10.5 1.175 0.179 -0.224657 -0.112573 -0.224656 -0.112574 I52 28 2016 05 05.31445 1.000 C 16 21 07.15 -09 33 15.5 1.175 0.179 -0.350103 0.633982 -0.350102 0.633981 I52 29 2016 05 05.31557 1.000 C 16 21 07.07 -09 33 21.6 1.175 0.179 0.415987 -0.099220 0.415987 -0.099221 I52 30 2016 05 05.37534 1.000 C 16 20 59.26 -09 38 23.8 1.175 0.178 0.294031 -0.665733 0.294031 -0.665734 926 31 2016 05 05.37904 1.000 C 16 20 58.78 -09 38 42.0 1.175 0.178 0.561948 -0.214285 0.561949 -0.214286 926 32 2016 05 05.38275 1.000 C 16 20 58.28 -09 39 00.6 1.175 0.178 0.454526 -0.001366 0.454527 -0.001366 926 33 2016 05 05.434197 1.000 C 16 20 51.36 -09 43 22.4 1.175 0.178 -0.019117 0.043645 -0.019117 0.043644 H01 34 2016 05 05.441275 1.000 C 16 20 50.44 -09 43 58.3 1.175 0.178 -0.077586 -0.043658 -0.077586 -0.043659 H01 35 2016 05 05.448397 1.000 C 16 20 49.51 -09 44 34.4 1.175 0.178 -0.218277 -0.075372 -0.218277 -0.075373 H01 36 2016 05 05.454996 1.000 C 16 20 48.67 -09 45 07.6 1.175 0.178 0.007085 0.038204 0.007086 0.038204 H01 37 2016 05 05.543718 1.000 C 16 20 39.031 -09 52 31.15 1.175 0.178 -0.225162 -0.015604 -0.225161 -0.015605 568 38 2016 05 05.544753 1.000 C 16 20 38.893 -09 52 36.39 1.175 0.178 -0.199678 0.010588 -0.199677 0.010588 568 39 2016 05 05.545788 1.000 C 16 20 38.754 -09 52 41.65 1.175 0.178 -0.195118 0.022838 -0.195117 0.022837 568 40 2016 05 10.31968 1.000 C 16 09 12.04 -17 40 42.4 1.161 0.156 -0.002219 0.058440 -0.002218 0.058439 G45 41 2016 05 10.32382 1.000 C 16 09 11.19 -17 41 10.7 1.161 0.156 -0.531801 -0.559666 -0.531800 -0.559666 G45 42 2016 05 10.32470 1.000 C 16 09 11.02 -17 41 16.1 1.161 0.156 -0.466081 -0.082894 -0.466080 -0.082894 G45 43 2016 05 10.33275 1.000 C 16 09 09.48 -17 42 09.5 1.161 0.156 0.198897 0.262611 0.198898 0.262611 G45 44 2016 05 10.33817 1.000 C 16 09 08.45 -17 42 45.0 1.161 0.156 0.771225 0.936637 0.771226 0.936637 F G45 45 2016 05 12.42624 1.000 C 16 02 24.06 -21 47 19.4 1.156 0.148 -0.423717 -0.072384 -0.423716 -0.072384 291 46 2016 05 12.42900 1.000 C 16 02 23.45 -21 47 39.6 1.156 0.148 -0.101219 -0.002518 -0.101218 -0.002519 291 47 2016 05 12.43177 1.000 C 16 02 22.81 -21 47 59.7 1.156 0.148 -0.203637 0.117168 -0.203636 0.117168 291 48 2016 05 14.36936 1.000 C 15 55 02.13 -25 55 54.8 1.151 0.142 0.642943 -0.077596 0.642944 -0.077596 691 49 2016 05 14.38116 1.000 C 15 54 58.95 -25 57 29.4 1.150 0.142 1.555668 -0.746464 1.555669 F -0.746464 F 691 50 2016 05 16.23788 1.000 C 15 46 46.81 -30 11 29.7 1.146 0.137 0.205402 1.545697 0.205403 1.545698 F 691 51 2016 05 16.23957 1.000 C 15 46 46.30 -30 11 43.6 1.146 0.137 -0.205855 1.884505 -0.205855 1.884506 F 691 52 2016 05 16.24130 1.000 C 15 46 45.72 -30 11 58.1 1.146 0.137 -0.578700 1.437055 -0.578699 1.437056 F 691 53 2016 10 29.56622 1.000 C 02 06 26.92 -25 43 06.6 1.189 0.240 -0.104337 -0.564227 -0.104337 -0.564226 474 54 2016 10 29.56857 1.000 C 02 06 26.37 -25 42 55.3 1.189 0.240 0.056440 -0.172062 0.056439 -0.172061 474 55 2016 10 29.57093 1.000 C 02 06 25.81 -25 42 43.5 1.189 0.240 -0.223772 0.086841 -0.223772 0.086841 474 56 2016 10 29.57329 1.000 C 02 06 25.22 -25 42 32.4 1.189 0.240 0.223386 -0.016504 0.223386 -0.016504 474 57 2023 04 01.44028 1.000 C 16 51 14.94 +04 13 00.5 1.259 0.438 -0.255804 0.393106 -0.255804 0.393106 695 58 2023 04 01.45421 1.000 C 16 51 16.18 +04 12 47.6 1.259 0.438 -0.110333 0.058473 -0.110333 0.058473 695 59 2023 04 01.46814 1.000 C 16 51 17.41 +04 12 35.1 1.259 0.438 -0.032756 0.152947 -0.032756 0.152947 695 60 2023 04 19.40028 1.000 C 17 18 03.55 -03 01 03.1 1.209 0.300 -0.292327 0.273028 -0.292327 0.273028 291 61 2023 04 19.43032 1.000 C 17 18 05.83 -03 02 10.1 1.209 0.300 0.307789 -0.015890 0.307789 -0.015890 291 62 2023 11 07.267904 1.000 C 02 31 15.070 -05 21 22.60 1.223 0.246 0.254217 0.198380 0.254217 0.198380 I52 63 2023 11 07.272881 1.000 C 02 31 13.860 -05 21 02.30 1.223 0.246 1.043023 -0.004620 1.043023 F -0.004620 I52 64 2023 11 08.295470 1.000 C 02 27 25.758 -04 09 17.46 1.226 0.249 -0.289448 -0.368172 -0.289448 -0.368172 G96 65 2023 11 08.300661 1.000 C 02 27 24.610 -04 08 56.08 1.226 0.249 -0.180784 0.547275 -0.180784 0.547275 G96 66 2023 11 08.305881 1.000 C 02 27 23.357 -04 08 34.80 1.226 0.249 0.545446 0.103183 0.545446 0.103183 G96 67 2023 11 08.311079 1.000 C 02 27 22.129 -04 08 12.41 1.226 0.249 0.037544 -0.391208 0.037544 -0.391208 G96 68 2023 11 13.173717 1.000 C 02 10 54.980 +01 18 53.82 1.239 0.265 -0.513739 0.046442 -0.513739 0.046442 I52 69 2023 11 13.176446 1.000 C 02 10 54.448 +01 19 04.37 1.239 0.265 -0.569020 0.085095 -0.569020 0.085095 I52 70 2023 11 13.179173 1.000 C 02 10 53.875 +01 19 14.12 1.239 0.265 0.378267 0.176246 0.378267 0.176246 I52 } }