The following information shows the result of the orbit fit based on Gary Bernstein's method. Most of the information should be self-explanatory. Take special note that while the original Bernstein software works with barycentric coordinates, we convert these results into a heliocentric coordinate system.
# Object: 22OA5 # Created Fri Nov 22 02:11:15 2024 # Orbit generated from Bernstein formalism # Fitting 98 observations of 98 # Arc: 3.27y # First observation: 2021/07/17 # Last observation: 2024/10/24 Preliminary a, adot, b, bdot, g, gdot: -0.599824 1.007558 0.175458 -0.255433 0.451609 0.000000 # WARNING -- MRQMIN stopped after 19 iterations # Chi-squared of fit: 9999.99 DOF: 190 RMS: 99.99 # Min/Max residuals: -9999.99 9999.99 # Exact a, adot, b, bdot, g, gdot: 1.489608E+00 -2.041705E+00 -5.065847E-01 6.254644E-01 2.286226E+00 -6.608515E+00 # Covariance matrix: 5.1049E-13 -1.5415E-12 -4.6217E-14 -5.0059E-13 1.1263E-12 -2.3950E-12 -1.5415E-12 2.7380E-11 5.6571E-13 7.3951E-12 -9.0932E-12 1.1351E-11 -4.6217E-14 5.6571E-13 4.0859E-13 -1.2084E-12 -8.3674E-13 1.4186E-12 -5.0059E-13 7.3951E-12 -1.2084E-12 1.9669E-11 -1.0030E-11 1.6691E-11 1.1263E-12 -9.0932E-12 -8.3674E-13 -1.0030E-11 1.6813E-11 -2.9664E-11 -2.3950E-12 1.1351E-11 1.4186E-12 1.6691E-11 -2.9664E-11 5.4733E-11 # lat0 lon0 xBary yBary zBary JD0 -2.849693 -65.905628 -0.001338 -0.050338 -1.007629 2459412.608928 # Heliocentric elements and errors Epoch: 2459410.5000 = 2021/07/15 Mean Anomaly: 273.34456 +/- 0.000 Argument of Peri: 53.03777 +/- 0.001 Long of Asc Node: 83.32103 +/- 0.001 Inclination: 10.56163 +/- 0.000 Eccentricity: 0.99507315 +/- 0.0000 Semi-Major Axis: 0.98701058 +/- 0.0000 Time of Perihelion: 2459496.7133 +/- 0.0 Perihelion: 0.00486285 +/- 0.0000 Aphelion: 1.96915831 +/- 0.0000 Period (y) 0.9806 +/- 0.00 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X 1.18957694 +/- 0.0000 Ecliptic Y -1.04788580 +/- 0.0000 Ecliptic Z -0.24301762 +/- 0.0000 Ecliptic XDOT -0.00543835 +/- 0.0000 Ecliptic YDOT 0.00619080 +/- 0.0000 Ecliptic ZDOT 0.00114136 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 1.60381280 +/- 0.0000 Geocenter to KBO 0.81544225 +/- 0.0000 # Hcoef: 21.31
The following table shows the complete astrometric record for 22OA5. The first three columns show the date of observation. The next six columns are RA and DEC. The next column (when provided) is the observed magnitude and filter. The next column is the object name (22OA5) followed by the observatory code and reference code for the source of the astrometry.
2021 07 17.108127 19 46 07.109 -24 05 49.74 21.1i 22OA5 W84 C~71yk 2021 07 17.109511 19 46 07.084 -24 05 49.86 21.1i 22OA5 W84 C~71yk 2021 07 27.286118 19 42 59.074 -24 20 49.64 21.4z 22OA5 W84 C~71yk 2021 09 22.058745 19 33 03.72 -25 11 42.6 22OA5 W84 C~71yk 2022 05 25.571325 21 23 01.198 -22 06 21.85 21.3G 22OA5 F52 C~5j3X 2022 05 25.579637 21 23 01.253 -22 06 22.47 21.8G 22OA5 F52 C~5j3X 2022 05 25.587963 21 23 01.308 -22 06 23.00 21.6G 22OA5 F52 C~5j3X 2022 05 25.596252 21 23 01.354 -22 06 23.52 21.4G 22OA5 F52 C~5j3X 2022 06 02.549097 21 23 41.331 -22 16 10.72 21.7G 22OA5 F52 C~5j3X 2022 06 02.559413 21 23 41.363 -22 16 11.66 21.6G 22OA5 F52 C~5j3X 2022 06 02.569711 21 23 41.388 -22 16 12.47 21.6G 22OA5 F52 C~5j3X 2022 06 02.580012 21 23 41.415 -22 16 13.39 21.6G 22OA5 F52 C~5j3X 2022 07 26.447427 21 16 10.581 -24 07 22.43 21.4w 22OA5 F52 C~5j3X 2022 07 26.458302 21 16 10.404 -24 07 23.84 21.4w 22OA5 F52 C~5j3X 2022 07 26.469198 21 16 10.203 -24 07 25.56 21.5w 22OA5 F52 C~5j3X 2022 07 27.391608 21 15 54.370 -24 09 34.39 21.1G 22OA5 568 C~5j3X 2022 07 27.392817 21 15 54.348 -24 09 34.54 21.1G 22OA5 568 C~5j3X 2022 07 27.394026 21 15 54.329 -24 09 34.72 21.2G 22OA5 568 C~5j3X 2022 07 30.515177 21 14 59.601 -24 16 46.69 21.5G 22OA5 F52 C~5j3X 2022 07 30.515808 21 14 59.561 -24 16 47.08 21.0G 22OA5 F52 C~5j3X 2022 08 01.368215 21 14 26.608 -24 20 59.66 21.0G 22OA5 568 C~5j3X 2022 08 01.369191 21 14 26.590 -24 20 59.80 21.0G 22OA5 568 C~5j3X 2022 08 01.370170 21 14 26.571 -24 20 59.89 20.9G 22OA5 568 C~5j3X 2022 08 18.334806 21 09 17.781 -24 56 18.43 21.5w 22OA5 F52 C~5khE 2022 08 18.335435 21 09 17.766 -24 56 18.53 21.2w 22OA5 F52 C~5khE 2022 08 18.345628 21 09 17.579 -24 56 19.66 21.1w 22OA5 F52 C~5khE 2022 08 18.356440 21 09 17.384 -24 56 20.86 21.2w 22OA5 F52 C~5khE 2022 08 18.357076 21 09 17.378 -24 56 21.12 21.3w 22OA5 F52 C~5khE 2022 08 18.367203 21 09 17.177 -24 56 22.14 21.5w 22OA5 F52 C~5khE 2022 08 18.367840 21 09 17.174 -24 56 22.24 21.5w 22OA5 F52 C~5khE 2022 09 16.258274 21 02 12.025 -25 34 21.43 21.2w 22OA5 F52 C~5oYU 2022 09 16.269705 21 02 11.902 -25 34 21.99 21.2w 22OA5 F52 C~5oYU 2022 09 16.281157 21 02 11.769 -25 34 22.49 21.3w 22OA5 F52 C~5oYU 2022 09 16.292628 21 02 11.662 -25 34 22.94 21.3w 22OA5 F52 C~5oYU 2022 09 20.271500 21 01 34.927 -25 36 51.58 21.2w 22OA5 F52 C~5oYU 2022 09 20.281723 21 01 34.844 -25 36 52.02 21.3w 22OA5 F52 C~5oYU 2022 09 20.291896 21 01 34.745 -25 36 52.34 21.3w 22OA5 F52 C~5oYU 2022 09 20.302089 21 01 34.650 -25 36 52.58 21.4w 22OA5 F52 C~5oYU 2022 09 21.250963 21 01 26.930 -25 37 21.75 21.0w 22OA5 F51 C~5oYU 2022 09 21.262015 21 01 26.852 -25 37 22.16 21.0w 22OA5 F51 C~5oYU 2022 09 21.272910 21 01 26.759 -25 37 22.34 21.2w 22OA5 F51 C~5oYU 2022 09 21.283897 21 01 26.666 -25 37 22.79 21.4w 22OA5 F51 C~5oYU 2022 10 16.226400 21 00 40.206 -25 35 50.60 21.4w 22OA5 F51 C~5tcV 2022 10 16.237587 21 00 40.241 -25 35 50.15 21.4w 22OA5 F51 C~5tcV 2022 10 16.248756 21 00 40.310 -25 35 49.82 21.3w 22OA5 F51 C~5tcV 2022 10 16.262731 21 00 40.346 -25 35 49.47 21.3w 22OA5 F51 C~5tcV 2023 07 29.540512 23 02 23.154 -19 41 16.64 21.0w 22OA5 F51 C~71yk 2023 07 29.551177 23 02 23.052 -19 41 18.35 21.0w 22OA5 F51 C~71yk 2023 07 29.561859 23 02 22.950 -19 41 20.19 20.9w 22OA5 F51 C~71yk 2023 07 29.572539 23 02 22.839 -19 41 21.97 20.9w 22OA5 F51 C~71yk 2023 08 20.391057 22 57 37.569 -20 41 37.96 20.6w 22OA5 F52 C~77zT 2023 08 20.401227 22 57 37.395 -20 41 39.52 20.7w 22OA5 F52 C~77zT 2023 08 20.421580 22 57 37.056 -20 41 42.85 20.7w 22OA5 F52 C~77zT 2023 09 07.395913 22 52 29.596 -21 25 28.60 20.9w 22OA5 F51 C~79Nx 2023 09 07.407539 22 52 29.393 -21 25 30.14 20.8w 22OA5 F51 C~79Nx 2023 09 07.419160 22 52 29.175 -21 25 31.51 20.7w 22OA5 F51 C~79Nx 2023 09 12.373008 22 51 02.900 -21 35 26.77 20.7w 22OA5 F51 C~79Nx 2023 09 12.384215 22 51 02.709 -21 35 28.05 20.8w 22OA5 F51 C~79Nx 2023 09 12.395420 22 51 02.504 -21 35 29.41 20.7w 22OA5 F51 C~79Nx 2023 09 12.406630 22 51 02.294 -21 35 30.55 20.7w 22OA5 F51 C~79Nx 2023 09 20.369957 22 48 49.026 -21 48 52.37 20.8w 22OA5 F51 C~7Bnx 2023 09 20.381553 22 48 48.828 -21 48 53.37 20.8w 22OA5 F51 C~7Bnx 2023 09 20.404748 22 48 48.437 -21 48 55.41 20.8w 22OA5 F51 C~7Bnx 2023 10 06.278091 22 45 05.088 -22 04 36.37 20.9w 22OA5 F51 C~7Bnx 2023 10 06.289058 22 45 04.954 -22 04 36.67 20.9w 22OA5 F51 C~7Bnx 2023 10 06.300010 22 45 04.817 -22 04 37.09 20.9w 22OA5 F51 C~7Bnx 2023 10 06.310946 22 45 04.687 -22 04 37.53 20.8w 22OA5 F51 C~7Bnx 2023 10 18.235696 22 43 14.044 -22 05 59.46 21.0w 22OA5 F51 C~7Bnx 2023 10 18.246602 22 43 13.965 -22 05 59.33 21.1w 22OA5 F51 C~7Bnx 2023 10 18.257521 22 43 13.888 -22 05 59.09 20.9w 22OA5 F51 C~7Bnx 2023 10 18.268448 22 43 13.805 -22 05 59.00 21.0w 22OA5 F51 C~7Bnx 2024 07 28.577271 00 42 54.522 -11 25 20.18 20.9w 22OA5 F52 C~89XR 2024 07 28.588528 00 42 54.539 -11 25 21.45 21.1w 22OA5 F52 C~89XR 2024 07 28.599907 00 42 54.556 -11 25 22.64 21.0w 22OA5 F52 C~89XR 2024 07 28.611201 00 42 54.559 -11 25 24.02 21.0w 22OA5 F52 C~89XR 2024 08 13.542058 00 42 29.216 -12 00 08.63 20.8w 22OA5 F52 C~8AkO 2024 08 13.553418 00 42 29.139 -12 00 10.39 20.9w 22OA5 F52 C~8AkO 2024 08 13.564758 00 42 29.069 -12 00 11.98 21.0w 22OA5 F52 C~8AkO 2024 08 13.576084 00 42 29.003 -12 00 13.76 20.9w 22OA5 F52 C~8AkO 2024 09 03.503039 00 39 11.681 -12 53 27.24 20.8w 22OA5 F51 C~8Ds6 2024 09 03.517898 00 39 11.467 -12 53 29.58 20.8w 22OA5 F51 C~8Ds6 2024 09 03.540737 00 39 11.166 -12 53 33.14 20.6w 22OA5 F51 C~8Ds6 2024 09 28.375457 00 32 37.033 -13 51 05.58 20.4w 22OA5 F52 C~8Hdo 2024 09 28.387368 00 32 36.821 -13 51 06.99 20.6w 22OA5 F52 C~8Hdo 2024 09 28.399284 00 32 36.613 -13 51 08.41 20.7w 22OA5 F52 C~8Hdo 2024 09 28.411213 00 32 36.383 -13 51 09.75 20.6w 22OA5 F52 C~8Hdo 2024 10 03.403894 00 31 09.195 -14 00 06.22 20.7w 22OA5 F51 C~8Hdo 2024 10 03.415442 00 31 08.985 -14 00 07.44 20.7w 22OA5 F51 C~8Hdo 2024 10 03.428201 00 31 08.755 -14 00 08.72 20.6w 22OA5 F51 C~8Hdo 2024 10 03.439731 00 31 08.545 -14 00 09.93 20.6w 22OA5 F51 C~8Hdo 2024 10 07.388250 00 30 00.141 -14 06 20.40 20.7w 22OA5 F51 C~8Hdo 2024 10 07.400573 00 29 59.927 -14 06 21.51 20.6w 22OA5 F51 C~8Hdo 2024 10 07.412647 00 29 59.715 -14 06 22.62 20.6w 22OA5 F51 C~8Hdo 2024 10 07.424780 00 29 59.501 -14 06 23.63 20.7w 22OA5 F51 C~8Hdo 2024 10 24.322480 00 25 30.630 -14 22 29.76 20.8w 22OA5 F51 C~8Mms 2024 10 24.333899 00 25 30.465 -14 22 30.06 20.8w 22OA5 F51 C~8Mms 2024 10 24.345347 00 25 30.294 -14 22 30.39 20.8w 22OA5 F51 C~8Mms 2024 10 24.356809 00 25 30.127 -14 22 30.73 20.8w 22OA5 F51 C~8Mms
The following table shows the residuals to the orbit fit. The first coumn is the point number. The second column is the time, in years, measured from the first observation. The third and fifth columns are the regularized positions used in the orbit fit. The fourth and sixth columns are the residuals, in arc seconds, for RA and Dec respectively.
1 0.0000 0.00********* 0.00104483.36
2 0.0000 -0.36********* -0.06104485.42
3 0.0279 -2690.21********* -435.53118331.65
4 0.1833 -11199.84710858.96 -2123.99125271.60
5 0.8555 83484.32-25869.62 -14767.15 12942.27
6 0.8555 83484.93-25870.09 -14768.07 12941.12
7 0.8555 83485.56-25870.53 -14768.90 12940.08
8 0.8555 83486.07-25871.10 -14769.67 12939.09
9 0.8773 83873.28-26588.37 -15578.56 11939.38
10 0.8773 83873.41-26589.83 -15579.68 11938.04
11 0.8774 83873.48-26591.35 -15580.64 11936.88
12 0.8774 83873.54-26592.88 -15581.72 11935.59
13 1.0249 74614.42-46612.18 -19945.65 7408.76
14 1.0249 74611.30-46617.76 -19946.15 7408.40
15 1.0249 74607.72-46623.81 -19946.85 7407.86
16 1.0275 74327.92-47109.47 -19994.89 7371.84
17 1.0275 74327.54-47110.12 -19994.92 7371.81
18 1.0275 74327.20-47110.74 -19995.01 7371.75
19 1.0360 73367.33-48767.73 -20148.50 7262.27
20 1.0360 73366.60-48768.60 -20148.69 7262.10
21 1.0411 72793.14-49754.32 -20234.21 7204.74
22 1.0411 72792.83-49754.86 -20234.26 7204.71
23 1.0411 72792.52-49755.39 -20234.26 7204.73
24 1.0875 67567.57-58674.43 -20811.54 6956.17
25 1.0875 67567.32-58674.81 -20811.57 6956.16
26 1.0876 67564.24-58680.07 -20811.78 6956.18
27 1.0876 67561.02-58685.60 -20812.02 6956.19
28 1.0876 67560.85-58685.91 -20812.25 6955.98
29 1.0876 67557.60-58691.31 -20812.28 6956.18
30 1.0876 67557.52-58691.53 -20812.37 6956.11
31 1.1667 60738.77-70993.59 -21047.94 7501.90
32 1.1668 60736.85-70997.40 -21047.92 7502.26
33 1.1668 60734.81-71001.33 -21047.80 7502.74
34 1.1668 60733.16-71004.88 -21047.74 7503.15
35 1.1777 60167.26-72201.64 -21024.43 7648.11
36 1.1778 60165.95-72204.55 -21024.48 7648.38
37 1.1778 60164.45-72207.64 -21024.34 7648.84
38 1.1778 60163.03-72210.66 -21024.14 7649.36
39 1.1804 60044.91-72473.65 -21017.28 7685.51
40 1.1804 60043.68-72476.58 -21017.32 7685.81
41 1.1805 60042.32-72479.63 -21017.07 7686.41
42 1.1805 60040.86-72482.78 -21017.09 7686.74
43 1.2488 59417.82-76066.86 -20710.39 8777.68
44 1.2488 59418.46-76067.18 -20710.10 8778.32
45 1.2488 59419.53-76067.07 -20710.09 8778.68
46 1.2489 59420.15-76067.65 -20709.91 8779.31
47 2.0327 203141.90 78692.84 -53378.75-24808.87
48 2.0327 203137.83 78687.70 -53379.58-24809.64
49 2.0327 203133.64 78682.44 -53380.56-24810.56
50 2.0328 203129.28 78677.00 -53381.36-24811.30
51 2.0925 193010.58 66365.68 -54301.70-25566.36
52 2.0925 193005.09 66359.16 -54301.51-25566.07
53 2.0926 192994.17 66346.18 -54301.49-25565.83
54 2.1418 183636.81 55268.86 -53861.38-24915.25
55 2.1418 183630.93 55261.92 -53860.90-24914.61
56 2.1419 183624.84 55254.75 -53860.05-24913.60
57 2.1554 181186.93 52377.73 -53589.79-24576.25
58 2.1554 181181.60 52371.41 -53589.16-24575.45
59 2.1555 181175.88 52364.71 -53588.47-24574.59
60 2.1555 181170.22 52358.07 -53587.46-24573.43
61 2.1773 177551.86 48078.30 -53051.54-23923.31
62 2.1773 177546.68 48072.18 -53050.54-23922.13
63 2.1774 177536.39 48060.03 -53048.64-23919.88
64 2.2209 171909.70 41317.95 -51739.49-22367.65
65 2.2209 171906.56 41314.13 -51738.42-22366.41
66 2.2209 171903.27 41310.16 -51737.46-22365.27
67 2.2210 171900.12 41306.34 -51736.60-22364.23
68 2.2536 169442.97 38224.64 -50676.68-21116.74
69 2.2536 169441.36 38222.53 -50675.72-21115.60
70 2.2537 169439.87 38220.55 -50674.65-21114.36
71 2.2537 169438.14 38218.33 -50673.69-21113.22
72 3.0321 581781.72456565.88 -151545.22*********
73 3.0321 581778.54456561.97 -151548.44*********
74 3.0321 581775.68456558.38 -151551.51*********
75 3.0322 581770.35456552.31 -151554.26*********
76 3.0758 570274.99444017.84 -154195.70*********
77 3.0758 570258.94444001.03 -154195.20*********
78 3.0759 570244.38443985.72 -154194.72*********
79 3.0759 570229.54443970.13 -154194.79*********
80 3.1332 536249.56408644.06 -150710.20*********
81 3.1332 536218.70408612.27 -150704.66*********
82 3.1333 536174.32408566.47 -150697.35*********
83 3.2013 486787.91357811.01 -140007.60*********
84 3.2013 486764.87357787.39 -140001.60*********
85 3.2013 486742.14357764.09 -139995.77*********
86 3.2014 486717.73357739.11 -139988.94*********
87 3.2150 477527.12348323.01 -137492.07*********
88 3.2151 477505.56348300.95 -137486.04*********
89 3.2151 477482.12348276.94 -137479.34*********
90 3.2151 477460.59348254.91 -137473.29*********
91 3.2260 470605.22341235.97 -135491.27*********
92 3.2260 470584.19341214.44 -135485.07*********
93 3.2260 470563.31341193.08 -135478.95*********
94 3.2261 470542.57341171.84 -135472.58*********
95 3.2723 446464.21316556.32 -127367.41-97730.03
96 3.2723 446450.86316542.70 -127362.19-97724.69
97 3.2724 446436.98316528.53 -127356.81-97719.18
98 3.2724 446423.37316514.65 -127351.58-97713.84
The following table comes from a 10My integration of the orbit of the object. Three columns are shown. The first column is the result of integrating the nominal orbit. The other two columns are based on clones of the nominal orbit that are +/- 3 sigma from the nominal orbit. If all three types agree then the classificiation is deemed secure. The basis for these calculations is described in more detail in AJ, 129, 1117 (2005). Any use made of these calculations should refer to and credit this publication and the Deep Ecliptic Survey Team.
22OA5 quality flag:3 Type: CENTAURR CENTAURR CENTAURR axisobj 28.165 28.167 28.164 ecceobj 0.739 0.739 0.739 incobj 14.189 14.189 14.188 qmin 7.361 7.261 7.361 qmax 49.029 49.005 121.985 amean 27.794 26.947 43.637 amin 27.382 23.979 25.944 amax 28.243 28.204 64.766 emean 0.732 0.725 0.813 emin 0.729 0.694 0.715 emax 0.739 0.739 0.885 imean 12.707 12.686 10.714 imin 12.613 12.572 9.108 imax 12.815 12.829 12.801 excite_mean 0.764 0.758 0.835 fracstop 0.001 0.001 0.023 cjmean 2.360 2.389 2.068 libcent 0 -180.0 -180.0 -180.0 libamp 0 -180.0 -180.0 -180.0 libcent 1 -180.0 -180.0 -180.0 libamp 1 -180.0 -180.0 -180.0 libcent 2 -180.0 -180.0 -180.0 libamp 2 -180.0 -180.0 -180.0 libcent 3 -180.0 -180.0 -180.0 libamp 3 -180.0 -180.0 -180.0 libcent 4 -180.0 -180.0 -180.0 libamp 4 -180.0 -180.0 -180.0 kozaimean 245.1 249.8 157.6 kozaiamp 3.0 8.3 178.5