Improve: 1999_RN28 epoch = 2461000.500000000 TDB 2025-11-21 00:00:00.000000 number of observations before/after epoch: 104/0 number of iterations: 5 ====================================================================================================================== Iteration: 3 { In_coords Corrections Errors In_elements El_errors 1 -0.348675031 0.483E-12 0.273E-05 | e 0.454426890 0.29264E-06 2 2.036857926 -0.133E-12 0.106E-05 | a 2.168850136 0.76976E-08 3 1.255415172 -0.471E-13 0.111E-05 | i 8.774686704 0.20279E-04 4 -0.009893337 -0.354E-15 0.840E-08 | node 345.977594655 0.21336E-04 5 0.002918587 0.208E-14 0.995E-08 | peri 342.792676810 0.11893E-03 6 0.001389350 0.135E-14 0.664E-08 | M 79.447799950 0.43340E-04 | tp = 2025-03-08.532677 Matrix of Correlation: 1 2 3 4 5 6 1 1.00 2 0.89 1.00 3 0.81 0.48 1.00 4 0.98 0.93 0.77 1.00 5 0.98 0.93 0.75 1.00 1.00 6 0.98 0.90 0.80 0.99 0.99 1.00 Root mean squared error: 0.58559 Optical RMSE: 0.58559(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 198/208 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 1999 09 07.28455 1.000 C 22 11 58.58 -15 38 54.3 1.189 0.187 0.238759 1.356020 0.238762 1.356019 704 2 1999 09 07.29712 1.000 C 22 11 59.20 -15 38 04.7 1.189 0.187 1.093842 0.738149 1.093845 0.738148 704 3 1999 09 07.30934 1.000 C 22 11 59.94 -15 37 15.1 1.189 0.187 -0.414370 0.206474 -0.414366 0.206474 704 4 1999 09 07.32141 1.000 C 22 12 00.61 -15 36 27.7 1.189 0.187 -0.168497 0.444655 -0.168493 0.444655 704 5 1999 09 07.33351 1.000 C 22 12 01.28 -15 35 40.1 1.189 0.187 0.146096 0.592227 0.146100 0.592226 704 6 1999 09 08.91814 1.000 C 22 13 56.05 -13 53 04.1 1.192 0.190 -0.064226 -0.547941 -0.064222 -0.547941 557 7 1999 09 08.91942 1.000 C 22 13 56.17 -13 52 59.3 1.192 0.190 -0.565088 -0.110357 -0.565085 -0.110357 557 8 1999 09 08.92071 1.000 C 22 13 56.25 -13 52 54.2 1.192 0.190 -0.691291 -0.199246 -0.691287 -0.199246 557 9 1999 09 08.92199 1.000 C 22 13 56.30 -13 52 49.2 1.192 0.190 -0.417584 -0.453640 -0.417581 -0.453640 557 10 1999 09 08.97225 1.000 C 22 13 59.20 -13 49 34.5 1.192 0.190 -0.040366 -1.627386 -0.040362 -1.627386 046 11 1999 09 08.97403 1.000 C 22 13 59.35 -13 49 28.1 1.192 0.190 -0.367330 -0.896680 -0.367327 -0.896680 046 12 1999 09 08.97535 1.000 C 22 13 59.43 -13 49 22.7 1.192 0.190 -0.549192 -1.149277 -0.549188 -1.149277 046 13 1999 09 08.97640 1.000 C 22 13 59.52 -13 49 19.7 1.192 0.190 -0.366189 -0.039271 -0.366186 -0.039271 046 14 1999 09 08.97782 1.000 C 22 13 59.54 -13 49 13.3 1.192 0.190 -0.031362 -1.308771 -0.031358 -1.308771 046 15 1999 09 09.19516 1.000 C 22 14 16.86 -13 35 13.7 1.192 0.191 -0.253303 -0.175481 -0.253299 -0.175481 704 16 1999 09 09.20906 1.000 C 22 14 17.56 -13 34 22.0 1.192 0.191 1.337768 0.336175 1.337771 0.336175 704 17 1999 09 09.22335 1.000 C 22 14 18.40 -13 33 26.8 1.192 0.191 0.383520 0.048170 0.383523 0.048170 704 18 1999 09 09.23735 1.000 C 22 14 19.15 -13 32 33.2 1.192 0.191 0.585672 -0.264946 0.585675 -0.264946 704 19 1999 09 09.25122 1.000 C 22 14 19.91 -13 31 40.6 1.192 0.191 0.817559 0.050308 0.817563 0.050308 704 20 1999 09 09.28895 1.000 C 22 14 22.01 -13 29 15.7 1.192 0.191 0.304240 -0.202078 0.304244 -0.202078 704 21 1999 09 09.30320 1.000 C 22 14 22.81 -13 28 21.5 1.192 0.191 0.411114 0.258473 0.411117 0.258473 704 22 1999 09 09.31763 1.000 C 22 14 23.63 -13 27 27.4 1.192 0.191 0.885743 1.483705 0.885747 1.483705 704 23 1999 09 09.33157 1.000 C 22 14 24.37 -13 26 33.6 1.192 0.191 1.376398 0.945039 1.376401 0.945039 704 24 1999 09 09.89929 1.000 C 22 15 06.40 -12 50 41.4 1.193 0.192 0.513398 -0.784322 0.513401 -0.784322 046 25 1999 09 09.90128 1.000 C 22 15 06.50 -12 50 32.2 1.193 0.192 -0.049033 -2.387531 -0.049030 F -2.387531 F 046 26 1999 09 09.90306 1.000 C 22 15 06.70 -12 50 26.7 1.193 0.192 -0.724638 -0.653457 -0.724635 -0.653457 046 27 1999 09 09.90529 1.000 C 22 15 06.72 -12 50 18.3 1.193 0.192 0.721584 -1.376699 0.721587 -1.376699 046 28 1999 09 09.93734 1.000 C 22 15 08.61 -12 48 18.5 1.193 0.192 0.850131 -0.271673 0.850135 -0.271673 557 29 1999 09 09.93863 1.000 C 22 15 08.69 -12 48 13.0 1.193 0.192 0.513705 -0.791431 0.513709 -0.791431 557 30 1999 09 09.93991 1.000 C 22 15 08.78 -12 48 08.3 1.193 0.192 0.390957 -0.563164 0.390960 -0.563164 557 31 1999 09 10.56439 1.000 C 22 15 53.92 -12 08 06.5 1.194 0.194 0.457452 0.271967 0.457455 0.271967 426 32 1999 09 10.56855 1.000 C 22 15 54.17 -12 07 49.8 1.194 0.194 -0.333943 -0.640093 -0.333940 -0.640093 426 33 1999 09 10.57275 1.000 C 22 15 54.42 -12 07 34.3 1.194 0.194 -0.516992 -0.342414 -0.516989 -0.342414 426 34 1999 09 12.54931 1.000 C 22 18 16.13 -10 07 32.6 1.198 0.198 0.170173 0.541387 0.170177 0.541387 360 35 1999 09 12.55347 1.000 C 22 18 16.38 -10 07 16.9 1.198 0.198 -0.324302 -0.112420 -0.324299 -0.112419 360 36 1999 09 12.55764 1.000 C 22 18 16.61 -10 07 03.0 1.198 0.198 0.083114 0.863919 0.083117 0.863919 360 37 1999 09 13.22825 1.000 C 22 19 04.53 -09 27 10.3 1.199 0.200 -0.357430 0.941529 -0.357427 0.941529 704 38 1999 09 13.23956 1.000 C 22 19 05.17 -09 26 30.2 1.199 0.200 -0.460174 0.882099 -0.460171 0.882100 704 39 1999 09 13.25109 1.000 C 22 19 05.78 -09 25 50.2 1.199 0.200 0.300207 1.488747 0.300210 1.488748 704 40 1999 09 13.26311 1.000 C 22 19 06.46 -09 25 08.2 1.199 0.200 0.390275 2.056542 0.390278 F 2.056543 F 704 41 1999 09 13.27469 1.000 C 22 19 07.15 -09 24 26.0 1.199 0.200 -0.522997 1.122512 -0.522993 1.122513 704 42 1999 09 14.19361 1.000 C 22 20 14.31 -08 30 48.9 1.201 0.203 -1.689954 1.993749 -1.689951 F 1.993750 F 704 43 1999 09 14.21925 1.000 C 22 20 15.76 -08 29 19.0 1.201 0.203 -1.906977 0.674678 -1.906974 F 0.674679 F 704 44 1999 09 14.23215 1.000 C 22 20 16.40 -08 28 35.1 1.201 0.203 -0.437613 0.986646 -0.437610 0.986646 704 45 1999 09 14.24505 1.000 C 22 20 17.14 -08 27 50.1 1.201 0.203 -0.706122 0.662005 -0.706119 0.662006 704 46 1999 09 14.99704 1.000 C 22 21 10.11 -07 44 57.5 1.203 0.205 -0.661101 -0.404425 -0.661098 -0.404424 046 47 1999 09 14.99826 1.000 C 22 21 10.16 -07 44 53.9 1.203 0.205 -0.162717 0.050001 -0.162714 0.050002 046 48 1999 09 14.99948 1.000 C 22 21 10.21 -07 44 49.2 1.203 0.205 0.074761 -0.564083 0.074764 -0.564082 046 49 1999 09 15.00169 1.000 C 22 21 10.39 -07 44 41.4 1.203 0.205 -0.613804 -0.667221 -0.613801 -0.667220 046 50 1999 09 15.24606 1.000 C 22 21 29.51 -07 30 54.3 1.203 0.205 -0.005382 -0.625141 -0.005380 -0.625140 658 51 1999 09 15.25054 1.000 C 22 21 29.79 -07 30 39.5 1.203 0.205 -0.075549 -0.303545 -0.075546 -0.303544 658 52 1999 09 15.25304 1.000 C 22 21 29.96 -07 30 30.9 1.203 0.205 -0.394131 -0.408276 -0.394128 -0.408275 658 53 1999 09 15.32471 1.000 C 22 21 34.21 -07 26 26.8 1.203 0.206 -0.418128 -0.669588 -0.418125 -0.669587 848 54 1999 09 15.86203 1.000 C 22 22 13.87 -06 56 32.7 1.204 0.207 -0.114302 0.856438 -0.114299 0.856439 557 55 1999 09 15.86435 1.000 C 22 22 14.01 -06 56 24.0 1.204 0.207 -0.301884 -0.127994 -0.301881 -0.127993 557 56 1999 09 16.31854 1.000 C 22 22 45.94 -06 31 19.3 1.205 0.209 -1.004103 -1.345471 -1.004100 -1.345470 848 57 1999 09 16.32104 1.000 C 22 22 46.06 -06 31 12.3 1.205 0.209 -0.347140 -0.229052 -0.347137 -0.229051 848 58 1999 09 16.32288 1.000 C 22 22 46.20 -06 31 06.3 1.205 0.209 -0.781082 -0.092065 -0.781079 -0.092064 848 59 1999 09 28.51014 1.000 C 22 37 50.84 +02 46 21.9 1.238 0.255 -0.482390 1.310063 -0.482388 1.310064 402 60 1999 09 28.51315 1.000 C 22 37 51.01 +02 46 28.9 1.238 0.255 -0.099707 0.995977 -0.099705 0.995978 402 61 1999 09 28.51615 1.000 C 22 37 51.20 +02 46 35.6 1.238 0.255 -0.034449 0.951415 -0.034447 0.951417 402 62 1999 10 05.62329 1.000 C 22 47 03.94 +06 37 18.4 1.262 0.291 0.321152 -0.044052 0.321154 -0.044051 413 63 1999 10 05.62576 1.000 C 22 47 04.14 +06 37 22.4 1.262 0.291 -0.004202 0.077672 -0.004201 0.077673 413 64 1999 10 18.19634 1.000 C 23 04 40.49 +11 15 34.6 1.313 0.369 -0.308243 0.268309 -0.308242 0.268310 658 65 1999 10 18.20505 1.000 C 23 04 41.16 +11 15 44.0 1.313 0.369 0.273625 -0.123464 0.273627 -0.123463 658 66 1999 10 18.20881 1.000 C 23 04 41.48 +11 15 48.4 1.313 0.369 0.066325 -0.633771 0.066327 -0.633770 658 67 2015 08 28.48370 1.000 C 01 37 30.951 +09 04 35.64 1.194 0.265 0.131410 0.192470 0.131410 0.192470 F51 68 2015 08 28.49526 1.000 C 01 37 31.368 +09 05 06.97 1.194 0.265 0.092141 0.342696 0.092141 0.342696 F51 69 2015 08 28.50683 1.000 C 01 37 31.785 +09 05 38.09 1.194 0.265 0.050586 0.270254 0.050586 0.270254 F51 70 2015 08 28.51838 1.000 C 01 37 32.205 +09 06 09.32 1.194 0.265 0.193430 0.334227 0.193430 0.334227 F51 71 2015 08 28.95085 1.000 C 01 37 53.23 +09 25 11.1 1.195 0.265 0.097431 -1.183670 0.097430 -1.183670 595 72 2015 08 28.98729 1.000 C 01 37 54.58 +09 26 50.7 1.195 0.265 -0.435883 0.852667 -0.435884 0.852667 595 73 2015 08 29.04430 1.000 C 01 37 56.78 +09 29 23.5 1.195 0.265 0.525935 0.562886 0.525934 0.562886 595 74 2015 08 30.00488 1.000 C 01 38 39.31 +10 11 49.0 1.197 0.266 0.352571 0.423976 0.352571 0.423976 204 75 2015 08 30.02019 1.000 C 01 38 39.81 +10 12 29.2 1.197 0.266 0.037317 0.171803 0.037316 0.171803 204 76 2015 08 30.03320 1.000 C 01 38 40.13 +10 13 03.4 1.197 0.266 0.042585 -0.199665 0.042585 -0.199665 595 77 2015 08 30.05634 1.000 C 01 38 40.86 +10 14 04.6 1.197 0.266 -0.139834 -0.029676 -0.139834 -0.029676 595 78 2015 09 08.76348 1.000 C 01 42 00.93 +16 48 40.2 1.218 0.274 1.208520 -0.752642 1.208520 -0.752642 D29 79 2015 09 08.76701 1.000 C 01 42 00.73 +16 48 48.1 1.218 0.274 -0.775467 0.326604 -0.775467 0.326604 D29 80 2015 09 08.77671 1.000 C 01 42 00.71 +16 49 10.0 1.218 0.274 0.645520 0.014136 0.645520 0.014136 D29 81 2015 09 08.78024 1.000 C 01 42 00.63 +16 49 17.2 1.218 0.274 -0.112250 -0.301922 -0.112250 -0.301922 D29 82 2015 09 08.78994 1.000 C 01 42 00.47 +16 49 39.8 1.218 0.274 -0.134043 0.963472 -0.134043 0.963472 D29 83 2015 09 09.76177 1.000 C 01 41 58.44 +17 25 09.0 1.221 0.275 -0.609296 -0.684120 -0.609296 -0.684120 D29 84 2015 09 09.77765 1.000 C 01 41 58.18 +17 25 44.1 1.221 0.275 -0.309500 -0.096999 -0.309500 -0.096999 D29 85 2015 09 09.79352 1.000 C 01 41 57.90 +17 26 18.5 1.221 0.275 -0.529913 0.104400 -0.529914 0.104400 D29 86 2015 09 10.74704 1.000 C 01 41 52.21 +18 00 20.3 1.223 0.276 -0.000392 -0.352921 -0.000393 -0.352921 D29 87 2015 09 10.77702 1.000 C 01 41 51.54 +18 01 23.6 1.224 0.276 -0.845653 -0.143526 -0.845654 -0.143526 D29 88 2015 09 14.46177 1.000 C 01 40 52.00 +20 05 08.4 1.234 0.282 -0.901395 -1.027271 -0.901396 -1.027271 703 89 2015 09 14.46585 1.000 C 01 40 51.86 +20 05 17.4 1.234 0.282 -0.237017 0.078305 -0.237017 0.078305 703 90 2015 09 14.47396 1.000 C 01 40 51.80 +20 05 32.3 1.234 0.282 2.095966 -1.864147 2.095966 F -1.864147 F 703 91 2015 09 24.42294 1.000 C 01 34 18.85 +24 34 00.7 1.268 0.303 -0.059647 0.452495 -0.059648 0.452495 703 92 2015 09 24.43296 1.000 C 01 34 18.25 +24 34 14.1 1.268 0.303 0.632469 0.402096 0.632468 0.402096 703 93 2015 09 24.43797 1.000 C 01 34 17.96 +24 34 20.0 1.268 0.303 0.519051 -0.269833 0.519051 -0.269833 703 94 2015 10 11.31408 1.000 C 01 16 31.40 +28 24 43.6 1.340 0.361 -0.053693 -0.058365 -0.053693 -0.058364 G96 95 2015 10 11.31932 1.000 C 01 16 31.01 +28 24 45.8 1.340 0.361 0.275141 0.032486 0.275141 0.032486 G96 96 2015 10 11.32456 1.000 C 01 16 30.64 +28 24 47.2 1.340 0.361 -0.139040 -0.247361 -0.139040 -0.247361 G96 97 2015 10 11.32983 1.000 C 01 16 30.24 +28 24 49.7 1.340 0.361 0.484897 -0.005645 0.484897 -0.005645 G96 98 2015 10 13.35786 1.000 C 01 14 22.46 +28 35 19.5 1.350 0.370 0.102633 0.081990 0.102633 0.081990 G45 99 2015 10 13.36369 1.000 C 01 14 22.05 +28 35 21.1 1.350 0.370 0.309536 0.114619 0.309536 0.114619 G45 100 2015 10 13.36952 1.000 C 01 14 21.64 +28 35 22.2 1.350 0.370 0.029150 0.145959 0.029150 0.145959 G45 101 2015 10 13.37558 1.000 C 01 14 21.23 +28 35 23.9 1.350 0.370 0.313170 -0.003169 0.313170 -0.003169 G45 102 2015 11 01.33060 1.000 C 01 01 20.74 +28 22 04.1 1.448 0.483 0.679654 0.156877 0.679654 0.156877 G96 103 2015 11 01.33902 1.000 C 01 01 20.59 +28 22 02.0 1.448 0.483 0.290845 -0.297175 0.290845 -0.297175 G96 104 2015 11 01.34322 1.000 C 01 01 20.51 +28 22 00.4 1.448 0.483 -0.125664 -0.018811 -0.125664 -0.018811 G96 } }