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: 14VW37 # Created Fri Nov 22 02:10:09 2024 # Orbit generated from Bernstein formalism # Fitting 91 observations of 91 # Arc: 4.04y # First observation: 2014/11/12 # Last observation: 2018/11/26 Preliminary a, adot, b, bdot, g, gdot: 0.000141 0.029792 -0.000079 0.004206 0.027555 0.000000 # Chi-squared of fit: 19.20 DOF: 176 RMS: 0.08 # Min/Max residuals: -0.29 0.25 # Exact a, adot, b, bdot, g, gdot: 1.801584E-05 3.007710E-02 2.606640E-06 4.287158E-03 2.765573E-02 1.162178E-03 # Covariance matrix: 6.4161E-14 -3.3579E-14 -8.0494E-15 -4.7931E-15 2.8288E-14 -1.9010E-13 -3.3579E-14 7.4531E-14 -1.4604E-14 1.6967E-14 2.9963E-14 7.0080E-13 -8.0494E-15 -1.4604E-14 5.2153E-14 -2.0688E-14 -3.0115E-14 -1.5956E-13 -4.7931E-15 1.6967E-14 -2.0688E-14 1.6195E-14 7.4810E-15 1.8906E-13 2.8288E-14 2.9963E-14 -3.0115E-14 7.4810E-15 8.4683E-14 3.2431E-13 -1.9010E-13 7.0080E-13 -1.5956E-13 1.8906E-13 3.2431E-13 7.8071E-12 # lat0 lon0 xBary yBary zBary JD0 -49.423506 43.528877 -0.103166 -0.748286 -0.641076 2456973.849725 # Heliocentric elements and errors Epoch: 2456970.5000 = 2014/11/09 Mean Anomaly: 16.10683 +/- 0.031 Argument of Peri: 256.09785 +/- 0.041 Long of Asc Node: 122.89437 +/- 0.000 Inclination: 48.77544 +/- 0.000 Eccentricity: 0.13261995 +/- 0.0001 Semi-Major Axis: 42.10063971 +/- 0.0020 Time of Perihelion: 2452506.3475 +/- 8.5 Perihelion: 36.51725482 +/- 0.0028 Aphelion: 47.68402459 +/- 0.0032 Period (y) 273.1752 +/- 0.02 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X 17.69295886 +/- 0.0002 Ecliptic Y 16.95374853 +/- 0.0002 Ecliptic Z -27.46403914 +/- 0.0003 Ecliptic XDOT -0.00176704 +/- 0.0000 Ecliptic YDOT 0.00242744 +/- 0.0000 Ecliptic ZDOT 0.00018878 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 36.80684486 +/- 0.0002 Geocenter to KBO 36.15886888 +/- 0.0004 # Hcoef: 7.00
The following table shows the complete astrometric record for 14VW37. 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 (14VW37) followed by the observatory code and reference code for the source of the astrometry.
2014 11 12.348947 03 46 05.61 -31 14 33.6 22.6z 14VW37 W84 C~1wab 2014 11 12.34897 03 46 05.622 -31 14 33.61 22.1z 14VW37 W84 C~4yV3 2014 11 12.34897 03 46 05.62 -31 14 33.6 22.2z 14VW37 W84 C~3coU 2014 11 18.335509 03 45 27.76 -31 15 50.0 24.1g 14VW37 W84 C~1wab 2014 11 18.33553 03 45 27.752 -31 15 49.94 23.5g 14VW37 W84 C~4yV3 2014 11 18.33553 03 45 27.75 -31 15 49.9 23.6g 14VW37 W84 C~3coU 2014 11 18.33696 03 45 27.744 -31 15 49.88 22.2z 14VW37 W84 C~4yV3 2014 11 18.33696 03 45 27.74 -31 15 49.9 22.4z 14VW37 W84 C~3coU 2015 01 08.153218 03 40 49.43 -30 54 19.8 22.8z 14VW37 W84 C~1wab 2015 01 08.15323 03 40 49.439 -30 54 19.80 22.4z 14VW37 W84 C~4yV3 2015 01 08.15323 03 40 49.44 -30 54 19.8 22.6z 14VW37 W84 C~3coU 2015 01 09.18421 03 40 45.724 -30 53 20.59 23.0z 14VW37 W84 C~4yV3 2015 01 10.170671 03 40 42.26 -30 52 23.3 22.6i 14VW37 W84 C~1wab 2015 01 10.17068 03 40 42.281 -30 52 23.27 22.4i 14VW37 W84 C~4yV3 2015 01 10.17068 03 40 42.28 -30 52 23.3 22.5i 14VW37 W84 C~3coU 2015 01 25.137106 03 40 03.28 -30 36 04.0 23.5g 14VW37 W84 C~1wab 2015 01 25.13712 03 40 03.277 -30 36 04.12 23.5g 14VW37 W84 C~4yV3 2015 01 25.13712 03 40 03.28 -30 36 04.1 23.5g 14VW37 W84 C~3coU 2015 01 26.14304 03 40 01.596 -30 34 51.92 22.1i 14VW37 W84 C~4yV3 2015 01 26.14304 03 40 01.60 -30 34 51.9 22.3i 14VW37 W84 C~3coU 2015 01 26.144395 03 40 01.59 -30 34 51.8 23.2g 14VW37 W84 C~1wab 2015 01 26.14440 03 40 01.595 -30 34 51.79 22.8g 14VW37 W84 C~4yV3 2015 01 26.14440 03 40 01.60 -30 34 51.8 23.1g 14VW37 W84 C~3coU 2015 01 26.145745 03 40 01.59 -30 34 51.6 22.3r 14VW37 W84 C~1wab 2015 01 26.14575 03 40 01.600 -30 34 51.62 22.3r 14VW37 W84 C~4yV3 2015 01 26.14575 03 40 01.60 -30 34 51.6 22.3r 14VW37 W84 C~3coU 2015 02 01.109757 03 39 54.21 -30 27 30.6 22.9z 14VW37 W84 C~1wab 2015 02 01.10976 03 39 54.207 -30 27 30.58 22.4z 14VW37 W84 C~4yV3 2015 02 01.10976 03 39 54.21 -30 27 30.6 22.7z 14VW37 W84 C~3coU 2015 10 17.36540 03 55 41.114 -30 10 40.10 22.5i 14VW37 W84 C~4yV3 2015 10 17.36540 03 55 41.11 -30 10 40.1 22.6i 14VW37 W84 C~3coU 2015 11 15.345058 03 52 56.38 -30 26 04.6 22.6i 14VW37 W84 C~1wab 2015 11 15.34507 03 52 56.384 -30 26 04.56 22.5i 14VW37 W84 C~4yV3 2015 11 15.34507 03 52 56.38 -30 26 04.5 22.5i 14VW37 W84 C~3coU 2015 11 16.329769 03 52 50.19 -30 26 18.1 22.7r 14VW37 W84 C~1wab 2015 11 16.32978 03 52 50.201 -30 26 18.17 22.5r 14VW37 W84 C~4yV3 2015 11 16.32978 03 52 50.20 -30 26 18.2 22.6r 14VW37 W84 C~3coU 2015 11 16.331123 03 52 50.21 -30 26 18.2 23.0g 14VW37 W84 C~1wab 2015 11 16.33115 03 52 50.203 -30 26 18.16 22.6g 14VW37 W84 C~4yV3 2015 11 16.33115 03 52 50.20 -30 26 18.2 23.4g 14VW37 W84 C~3coU 2015 11 29.297164 03 51 28.27 -30 27 17.0 22.5z 14VW37 W84 C~352R 2015 11 29.297685 03 51 28.26 -30 27 16.9 22.5z 14VW37 W84 C~1wab 2015 11 29.29769 03 51 28.273 -30 27 16.97 22.3z 14VW37 W84 C~4yV3 2016 01 14.166875 03 47 34.22 -30 01 07.2 22.7i 14VW37 W84 C~1wab 2016 01 14.16690 03 47 34.222 -30 01 07.25 22.8i 14VW37 W84 C~4yV3 2016 01 14.16690 03 47 34.22 -30 01 07.2 23.0i 14VW37 W84 C~3coU 2016 01 14.167743 03 47 34.22 -30 01 07.1 23.3r 14VW37 W84 C~352R 2016 01 14.168264 03 47 34.21 -30 01 07.0 23.3r 14VW37 W84 C~1wab 2016 01 14.16827 03 47 34.217 -30 01 07.13 23.1r 14VW37 W84 C~4yV3 2016 01 14.169641 03 47 34.21 -30 01 07.1 23.6g 14VW37 W84 C~1wab 2016 01 14.16965 03 47 34.212 -30 01 07.14 23.5g 14VW37 W84 C~4yV3 2016 01 14.16965 03 47 34.21 -30 01 07.1 23.5g 14VW37 W84 C~3coU 2016 11 28.27145 03 58 29.883 -29 37 13.08 22.8r 14VW37 W84 C~4yV3 2016 11 28.27145 03 58 29.88 -29 37 13.1 22.8r 14VW37 W84 C~3coU 2016 11 28.27282 03 58 29.871 -29 37 13.12 23.0g 14VW37 W84 C~4yV3 2016 11 28.27282 03 58 29.87 -29 37 13.1 23.1g 14VW37 W84 C~3coU 2016 12 02.23514 03 58 05.103 -29 36 53.33 22.4i 14VW37 W84 C~4yV3 2016 12 02.23514 03 58 05.10 -29 36 53.3 22.6i 14VW37 W84 C~3coU 2016 12 02.23652 03 58 05.091 -29 36 53.25 22.5r 14VW37 W84 C~4yV3 2016 12 02.23652 03 58 05.09 -29 36 53.3 22.5r 14VW37 W84 C~3coU 2016 12 02.23788 03 58 05.079 -29 36 53.27 22.1i 14VW37 W84 C~4yV3 2016 12 02.23788 03 58 05.08 -29 36 53.3 22.2i 14VW37 W84 C~3coU 2016 12 02.23926 03 58 05.078 -29 36 53.22 23.0g 14VW37 W84 C~4yV3 2016 12 02.23926 03 58 05.08 -29 36 53.2 23.1g 14VW37 W84 C~3coU 2016 12 20.25800 03 56 18.904 -29 30 55.23 22.3z 14VW37 W84 C~4yV3 2016 12 20.25800 03 56 18.91 -29 30 55.2 22.5z 14VW37 W84 C~3coU 2017 01 27.13255 03 53 54.303 -28 57 26.59 23.2g 14VW37 W84 C~4yV3 2017 01 27.13255 03 53 54.28 -28 57 26.8 23.7g 14VW37 W84 C~3coU 2017 02 17.07529 03 53 42.714 -28 30 52.41 22.7r 14VW37 W84 C~4yV3 2017 02 17.07529 03 53 42.71 -28 30 52.4 22.7r 14VW37 W84 C~3coU 2017 02 17.07668 03 53 42.717 -28 30 52.27 22.5i 14VW37 W84 C~4yV3 2017 02 17.07668 03 53 42.72 -28 30 52.3 22.5i 14VW37 W84 C~3coU 2017 02 17.07806 03 53 42.726 -28 30 52.15 23.0g 14VW37 W84 C~4yV3 2017 02 17.07806 03 53 42.72 -28 30 52.1 23.0g 14VW37 W84 C~3coU 2017 11 27.316296 04 05 28.92 -28 45 54.2 23.5r 14VW37 W84 C~352R 2017 11 27.317685 04 05 28.91 -28 45 54.4 23.2g 14VW37 W84 C~352R 2017 12 14.240706 04 03 45.46 -28 42 55.8 22.4i 14VW37 W84 C~352R 2017 12 14.24124 04 03 45.459 -28 42 55.79 22.4i 14VW37 W84 C~4yV3 2018 01 04.200127 04 01 56.20 -28 30 38.2 22.6z 14VW37 W84 C~352R 2018 01 23.094190 04 00 49.83 -28 12 34.2 22.2z 14VW37 W84 C~352R 2018 01 23.09472 04 00 49.830 -28 12 34.17 22.1z 14VW37 W84 C~4yV3 2018 01 23.095567 04 00 49.81 -28 12 34.1 22.6i 14VW37 W84 C~352R 2018 01 23.09609 04 00 49.817 -28 12 34.07 22.5i 14VW37 W84 C~4yV3 2018 02 10.101042 04 00 23.61 -27 50 58.6 22.5r 14VW37 W84 C~352R 2018 02 10.10157 04 00 23.611 -27 50 58.60 22.5r 14VW37 W84 C~4yV3 2018 02 10.102407 04 00 23.63 -27 50 58.5 23.5g 14VW37 W84 C~352R 2018 02 10.10294 04 00 23.627 -27 50 58.46 23.3g 14VW37 W84 C~4yV3 2018 11 15.34604 04 13 27.983 -27 51 20.39 21.8i 14VW37 W84 C~4yV3 2018 11 16.33938 04 13 21.942 -27 51 37.64 22.6r 14VW37 W84 C~4yV3 2018 11 17.27945 04 13 16.206 -27 51 52.76 23.5g 14VW37 W84 C~4yV3 2018 11 26.31574 04 12 20.228 -27 53 20.36 22.3z 14VW37 W84 C~4yV3
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 -0.17 0.00 -0.03
2 0.0000 0.14 -0.03 -0.06 -0.09
3 0.0000 0.12 -0.05 -0.04 -0.08
4 0.0164 -482.75 0.08 91.45 -0.07
5 0.0164 -482.84 -0.01 91.59 0.07
6 0.0164 -482.83 0.00 91.54 0.02
7 0.0164 -482.90 0.04 91.64 0.08
8 0.0164 -482.96 -0.01 91.63 0.08
9 0.1555 -3429.95 -0.13 2492.87 -0.15
10 0.1555 -3429.83 -0.00 2492.83 -0.19
11 0.1555 -3429.84 -0.02 2492.83 -0.19
12 0.1583 -3455.75 0.04 2564.42 0.05
13 0.1610 -3479.26 -0.22 2633.14 0.02
14 0.1610 -3479.01 0.02 2633.05 -0.06
15 0.1610 -3478.99 0.05 2633.08 -0.04
16 0.2020 -3636.24 0.10 3723.09 0.09
17 0.2020 -3636.27 0.07 3722.99 -0.01
18 0.2020 -3636.31 0.02 3722.99 -0.01
19 0.2048 -3633.37 0.03 3798.36 0.02
20 0.2048 -3633.42 -0.02 3798.36 0.02
21 0.2048 -3633.46 -0.06 3798.50 0.05
22 0.2048 -3633.34 0.06 3798.45 0.01
23 0.2048 -3633.39 0.00 3798.49 0.04
24 0.2048 -3633.39 -0.00 3798.69 0.14
25 0.2048 -3633.27 0.12 3798.64 0.10
26 0.2048 -3633.28 0.12 3798.63 0.08
27 0.2211 -3580.61 -0.03 4247.00 0.04
28 0.2211 -3580.61 -0.03 4247.00 0.04
29 0.2211 -3580.64 -0.06 4247.04 0.08
30 0.9282 8295.63 -0.08 1016.70 -0.14
31 0.9282 8295.68 -0.03 1016.68 -0.16
32 1.0075 5970.33 -0.05 908.32 -0.02
33 1.0075 5970.37 -0.01 908.41 0.08
34 1.0075 5970.39 0.02 908.34 0.00
35 1.0102 5890.57 -0.06 923.83 0.16
36 1.0102 5890.66 0.02 923.69 0.02
37 1.0102 5890.68 0.05 923.71 0.04
38 1.0102 5890.78 0.25 923.64 -0.05
39 1.0102 5890.66 0.13 923.69 -0.00
40 1.0102 5890.71 0.19 923.71 0.02
41 1.0457 4876.95 -0.08 1239.53 -0.13
42 1.0457 4876.86 -0.12 1239.67 -0.00
43 1.0457 4876.99 0.01 1239.54 -0.13
44 1.1713 2569.62 0.03 3758.73 0.06
45 1.1713 2569.62 0.03 3758.73 0.06
46 1.1713 2569.63 0.04 3758.68 0.01
47 1.1713 2569.66 0.08 3758.83 0.10
48 1.1713 2569.57 0.00 3758.96 0.20
49 1.1713 2569.61 0.04 3758.81 0.04
50 1.1713 2569.54 -0.00 3758.87 0.00
51 1.1713 2569.54 -0.00 3758.87 0.00
52 1.1713 2569.55 0.01 3758.82 -0.04
53 2.0450 11072.25 -0.05 2100.26 -0.01
54 2.0450 11072.30 -0.01 2100.27 -0.01
55 2.0450 11072.13 -0.07 2100.31 -0.01
56 2.0450 11072.13 -0.06 2100.29 -0.03
57 2.0558 10777.48 -0.06 2236.00 -0.05
58 2.0558 10777.51 -0.03 2235.96 -0.09
59 2.0558 10777.36 -0.08 2236.05 -0.05
60 2.0558 10777.39 -0.05 2236.09 -0.01
61 2.0558 10777.24 -0.10 2236.10 -0.06
62 2.0558 10777.24 -0.10 2236.13 -0.02
63 2.0558 10777.24 0.01 2236.18 -0.02
64 2.0558 10777.27 0.04 2236.19 -0.02
65 2.1052 9611.43 0.04 3070.03 0.06
66 2.1052 9611.35 -0.04 3070.03 0.06
67 2.2089 8556.01 -0.29 5623.83 -0.06
68 2.2089 8556.37 0.06 5623.92 0.03
69 2.2662 8978.62 -0.07 7172.42 -0.02
70 2.2662 8978.67 -0.03 7172.39 -0.05
71 2.2662 8978.78 0.03 7172.47 -0.07
72 2.2662 8978.76 0.01 7172.51 -0.03
73 2.2662 8978.85 0.05 7172.66 0.02
74 2.2662 8978.91 0.11 7172.58 -0.06
75 3.0417 17339.98 0.14 2935.32 0.24
76 3.0417 17339.78 0.05 2935.19 0.06
77 3.0880 16137.95 0.00 3612.72 -0.02
78 3.0880 16137.94 0.03 3612.73 -0.03
79 3.1454 15070.75 -0.23 4835.13 -0.09
80 3.1971 14654.56 0.10 6169.62 0.03
81 3.1971 14654.58 0.11 6169.65 0.02
82 3.1971 14654.35 -0.10 6169.81 0.12
83 3.1971 14654.45 0.00 6169.80 0.08
84 3.2464 14809.05 -0.07 7507.32 0.02
85 3.2464 14809.07 -0.07 7507.32 -0.03
86 3.2464 14809.34 0.18 7507.32 -0.09
87 3.2464 14809.32 0.15 7507.37 -0.08
88 4.0082 24513.85 -0.01 3533.08 0.09
89 4.0109 24432.26 -0.02 3548.66 -0.03
90 4.0135 24355.30 0.01 3564.60 -0.05
91 4.0382 23628.28 0.02 3774.86 0.01
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.
14VW37 quality flag:3 Type: SCATEXTD SCATEXTD SCATEXTD axisobj 42.484 42.491 42.478 ecceobj 0.141 0.141 0.141 incobj 48.779 48.779 48.779 qmin 35.832 35.907 35.910 qmax 48.746 48.695 48.544 amean 42.142 42.144 42.129 amin 41.816 41.796 41.795 amax 42.521 42.501 42.493 emean 0.121 0.118 0.119 emin 0.090 0.089 0.092 emax 0.147 0.146 0.143 imean 47.339 47.357 47.348 imin 47.027 47.012 47.024 imax 47.637 47.617 47.610 excite_mean 0.745 0.745 0.745 fracstop 1.000 1.000 1.000 cjmean 2.306 2.306 2.306 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 188.0 183.8 184.0 kozaiamp 179.9 180.0 180.0