Orbit Fit and Astrometric record for 05SF278

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: 05SF278   
# Created Tue Oct 24 01:37:37 2017
# Orbit generated from Bernstein formalism
# Fitting  144 observations of  144
# Arc:  10.31y
# First observation: 2004/09/22
#  Last observation: 2015/01/13
Preliminary a, adot, b, bdot, g, gdot:
  -0.001438   0.033053  -0.000087   0.002326   0.030454   0.000000
# Chi-squared of fit:   113.15 DOF:  282 RMS:  0.16
# Min/Max residuals:    -0.58    0.37
# Exact a, adot, b, bdot, g, gdot:
  1.729841E-05  3.130118E-02  9.644421E-07  2.240808E-03  2.803405E-02 -2.432085E-03
# Covariance matrix:
  5.8051E-14 -2.6144E-14  3.1018E-15 -2.0873E-15  9.9400E-15 -7.1557E-14
 -2.6144E-14  2.1838E-14 -1.9726E-15  1.5704E-15  1.4213E-14  5.9503E-14
  3.1018E-15 -1.9726E-15  2.1304E-14 -2.9994E-15  7.7619E-16 -6.0379E-15
 -2.0873E-15  1.5704E-15 -2.9994E-15  8.3508E-16  2.5078E-16  4.6071E-15
  9.9400E-15  1.4213E-14  7.7619E-16  2.5078E-16  6.7826E-14  2.6635E-14
 -7.1557E-14  5.9503E-14 -6.0379E-15  4.6071E-15  2.6635E-14  1.7064E-13
#      lat0       lon0       xBary       yBary       zBary        JD0
  -13.063088   29.773634    0.507016   -0.196778   -0.848423  2453270.862031
# Heliocentric elements and errors
Epoch:              2453270.5000  =  2004/09/22
Mean Anomaly:          335.93297 +/-     0.004
Argument of Peri:      321.87038 +/-     0.006
Long of Asc Node:      101.66489 +/-     0.000
Inclination:            13.33712 +/-     0.000
Eccentricity:         0.18616803 +/-    0.0000
Semi-Major Axis:     43.59994202 +/-    0.0019
Time of Perihelion: 2460300.3709 +/-       1.2
Perihelion:          35.48302677 +/-    0.0020
Aphelion:            51.71685726 +/-    0.0026
Period (y)              287.8970 +/-      0.02
# Ecliptic coordinates at JD0 (AU and AU/d)
Ecliptic X           31.16415015 +/-    0.0003
Ecliptic Y           17.24883924 +/-    0.0002
Ecliptic Z           -8.06242271 +/-    0.0001
Ecliptic XDOT        -0.00167752 +/-    0.0000
Ecliptic YDOT         0.00255598 +/-    0.0000
Ecliptic ZDOT         0.00026697 +/-    0.0000
# Distances at JD0 (AU)
Heliocenter to KBO   36.52025972 +/-    0.0003
Geocenter to KBO     35.67090355 +/-    0.0003
# Hcoef:  6.80

The following table shows the complete astrometric record for 05SF278. 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 (05SF278) followed by the observatory code and reference code for the source of the astrometry.

2004 09  22.361288 02 09 02.61   -00 51 25.5   22.5V 05SF278   645  C~2JxD      
2004 09  22.362118 02 09 02.60   -00 51 25.5   21.7V 05SF278   645  C~2JxD      
2004 09  22.364605 02 09 02.60   -00 51 25.6   23.9V 05SF278   645  C~2JxD      
2004 09  24.410934 02 08 54.09   -00 52 32.8   22.1V 05SF278   645  C~2JxD      
2004 09  24.411763 02 08 54.09   -00 52 33.1   21.8V 05SF278   645  C~2JxD      
2004 09  24.414251 02 08 54.10   -00 52 32.8   22.8V 05SF278   645  C~2JxD      
2004 10  08.378955 02 07 50.18   -01 00 02.8   21.8V 05SF278   645  C~2JxD      
2004 10  08.379784 02 07 50.18   -01 00 02.9   21.4V 05SF278   645  C~2JxD      
2004 10  08.382272 02 07 50.15   -01 00 03.2   22.6V 05SF278   645  C~2JxD      
2004 10  10.33742  02 07 40.55   -01 01 03.6   22.4V 05SF278   705  cs2985      
2004 10  10.337861 02 07 40.56   -01 01 03.7   22.0V 05SF278   645  C~1RHY      
2004 10  10.338691 02 07 40.55   -01 01 03.7   21.6V 05SF278   645  C~1RHY      
2004 10  10.34074  02 07 40.53   -01 01 03.8   23.6  05SF278   705  cs2985      
2004 10  10.341178 02 07 40.53   -01 01 03.8   23.0V 05SF278   645  C~1RHY      
2005 09  26.40777  02 15 20.56   -00 09 03.1   22.4V 05SF278   705  cr7075      
2005 09  26.41109  02 15 20.55   -00 09 03.1   23.6  05SF278   705  cr7075      
2005 09  28.40684  02 15 11.98   -00 10 07.7   23.6  05SF278   705  cr7075      
2005 09  28.40767  02 15 11.97   -00 10 07.7   22.5V 05SF278   705  cr7075      
2005 10  01.35457  02 14 58.89   -00 11 42.5   22.3V 05SF278   705  cr7075      
2005 10  01.35789  02 14 58.86   -00 11 42.5   23.3  05SF278   705  cr7075      
2005 10  03.42861  02 14 49.41   -00 12 48.9   23.7  05SF278   705  cr7075      
2005 10  03.42944  02 14 49.40   -00 12 48.4   22.6V 05SF278   705  cr7075      
2005 10  12.33888  02 14 06.51   -00 17 25.6   22.3V 05SF278   705  cr7075      
2005 10  12.34220  02 14 06.48   -00 17 25.6   23.3  05SF278   705  cr7075      
2005 10  20.42841  02 13 25.30   -00 21 21.5   23.3  05SF278   705  Cv1544      
2005 10  20.42924  02 13 25.30   -00 21 21.5   22.2V 05SF278   705  Cv1544      
2005 10  22.42787  02 13 14.91   -00 22 17.0   22.3V 05SF278   705  cr7075      
2005 10  22.43119  02 13 14.91   -00 22 17.1   23.2  05SF278   705  cr7075      
2005 10  27.42215  02 12 48.78   -00 24 29.2   22.2V 05SF278   705  cr7075      
2005 10  27.42547  02 12 48.78   -00 24 29.3   23.4  05SF278   705  cr7075      
2005 10  28.40688  02 12 43.60   -00 24 53.9   22.6V 05SF278   705  cr7075      
2005 10  28.41020  02 12 43.60   -00 24 53.9   23.8  05SF278   705  cr7075      
2005 10  30.31088  02 12 33.60   -00 25 41.1   22.4V 05SF278   705  cr7075      
2005 10  30.31420  02 12 33.59   -00 25 41.0   23.6  05SF278   705  cr7075      
2005 11  01.30801  02 12 23.13   -00 26 28.6   24.4  05SF278   705  Cv1544      
2005 11  01.30884  02 12 23.11   -00 26 28.5   23.0V 05SF278   705  Cv1544      
2005 11  03.32856  02 12 12.55   -00 27 14.8   22.8V 05SF278   705  cr7075      
2005 11  03.33188  02 12 12.56   -00 27 14.8   24.2  05SF278   705  cr7075      
2005 11  06.31504  02 11 57.02   -00 28 19.8   22.8V 05SF278   705  cr7075      
2005 11  06.31837  02 11 57.02   -00 28 19.9   24.0  05SF278   705  cr7075      
2005 11  09.37342  02 11 41.27   -00 29 21.8   22.8V 05SF278   705  cr7075      
2005 11  09.37674  02 11 41.27   -00 29 21.8   24.1  05SF278   705  cr7075      
2005 11  24.31331  02 10 28.69   -00 33 08.0   22.5V 05SF278   705  cr7075      
2005 11  24.31663  02 10 28.69   -00 33 08.1   23.7  05SF278   705  cr7075      
2005 11  30.29894  02 10 02.54   -00 34 00.3   22.4V 05SF278   705  cr7075      
2005 11  30.30226  02 10 02.51   -00 34 00.2   23.3  05SF278   705  cr7075      
2006 08  28.39426  02 23 25.40   +00 50 20.9   23.0V 05SF278   705  cs2985      
2006 08  28.39509  02 23 25.40   +00 50 20.7   24.5  05SF278   705  cs2985      
2006 09  17.44234  02 22 31.76   +00 40 28.7   22.3V 05SF278   705  cs2986      
2006 09  17.44566  02 22 31.75   +00 40 28.5   23.4  05SF278   705  cs2986      
2006 09  22.37882  02 22 13.53   +00 37 53.2   22.7V 05SF278   705  cs2986      
2006 09  22.38214  02 22 13.51   +00 37 53.1   23.7  05SF278   705  cs2986      
2006 09  27.41309  02 21 53.15   +00 35 13.2   22.4V 05SF278   705  cs4095      
2006 09  27.41392  02 21 53.16   +00 35 13.2   23.0  05SF278   705  cs4095      
2006 09  30.35932  02 21 40.50   +00 33 39.5   22.4V 05SF278   705  cs2986      
2006 09  30.36264  02 21 40.47   +00 33 39.8   23.4  05SF278   705  cs2986      
2006 10  02.35380  02 21 31.66   +00 32 37.0   22.9V 05SF278   705  cs2986      
2006 10  02.35712  02 21 31.63   +00 32 37.1   24.0  05SF278   705  cs2986      
2006 10  16.43342  02 20 23.88   +00 25 27.6   21.8V 05SF278   705  cs4095      
2006 10  16.43425  02 20 23.88   +00 25 27.2   22.0  05SF278   705  cs4095      
2006 10  17.41528  02 20 18.88   +00 24 58.8   23.5  05SF278   705  Ct2253      
2006 10  17.41860  02 20 18.85   +00 24 58.2   22.4V 05SF278   705  Ct2253      
2006 10  21.42455  02 19 58.22   +00 23 05.2   22.5V 05SF278   705  cs4095      
2006 10  21.42787  02 19 58.20   +00 23 05.1   23.4  05SF278   705  cs4095      
2006 10  23.33184  02 19 48.29   +00 22 12.7   22.3V 05SF278   705  cs4095      
2006 10  23.33516  02 19 48.26   +00 22 12.8   23.4  05SF278   705  cs4095      
2006 10  28.33629  02 19 21.98   +00 20 01.7   22.8V 05SF278   705  cs6506      
2006 10  28.33712  02 19 21.98   +00 20 01.3   24.0  05SF278   705  cs6506      
2006 10  31.33426  02 19 06.18   +00 18 47.3   22.6V 05SF278   705  cs6506      
2006 10  31.33758  02 19 06.17   +00 18 47.0   23.5  05SF278   705  cs6506      
2006 11  02.30481  02 18 55.77   +00 18 00.5   22.3V 05SF278   705  cs6506      
2006 11  02.30564  02 18 55.76   +00 18 00.4   23.2  05SF278   705  cs6506      
2006 11  09.32833  02 18 19.02   +00 15 28.4   22.2V 05SF278   705  ct2253      
2006 11  09.32916  02 18 19.01   +00 15 28.5   23.2  05SF278   705  ct2253      
2006 11  16.34360  02 17 43.25   +00 13 21.2   22.7V 05SF278   705  ct2253      
2006 11  16.34443  02 17 43.24   +00 13 21.0   24.2  05SF278   705  ct2253      
2006 11  23.33050  02 17 09.30   +00 11 42.1   22.4V 05SF278   705  ct2253      
2006 11  23.33382  02 17 09.30   +00 11 42.0   23.3  05SF278   705  ct2253      
2006 11  25.32683  02 17 00.00   +00 11 19.0   22.5V 05SF278   705  ct2253      
2006 11  25.32766  02 17 00.00   +00 11 18.9   23.6  05SF278   705  ct2253      
2007 10  08.42623  02 27 43.32   +01 14 34.0   22.3V 05SF278   705  Cz2938      
2007 10  08.42955  02 27 43.31   +01 14 33.9   23.4  05SF278   705  Cz2938      
2007 10  11.43271  02 27 28.92   +01 13 03.1   22.4V 05SF278   705  Cz2938      
2007 10  11.43603  02 27 28.89   +01 13 03.0   23.4  05SF278   705  Cz2938      
2007 10  13.41826  02 27 19.16   +01 12 04.1   22.2V 05SF278   705  Cz2938      
2007 10  13.42159  02 27 19.15   +01 12 03.8   23.3  05SF278   705  Cz2938      
2007 10  19.41974  02 26 48.90   +01 09 10.1   22.4V 05SF278   705  Cz2938      
2007 10  19.42306  02 26 48.89   +01 09 09.8   23.1  05SF278   705  Cz2938      
2007 11  01.39070  02 25 40.85   +01 03 29.4   22.4V 05SF278   705  Cz2938      
2007 11  01.39153  02 25 40.84   +01 03 29.4   23.7  05SF278   705  Cz2938      
2007 11  02.32896  02 25 35.87   +01 03 07.3   22.6V 05SF278   705  Cz2938      
2007 11  02.32979  02 25 35.86   +01 03 07.1   24.0  05SF278   705  Cz2938      
2007 11  04.33012  02 25 25.25   +01 02 20.8   22.6V 05SF278   705  Cz2938      
2007 11  04.33344  02 25 25.20   +01 02 20.7   23.9  05SF278   705  Cz2938      
2007 11  07.28807  02 25 09.59   +01 01 15.5   22.4V 05SF278   705  Cz2938      
2007 11  07.29139  02 25 09.57   +01 01 15.6   23.4  05SF278   705  Cz2938      
2007 11  09.32952  02 24 58.83   +01 00 32.8   22.2V 05SF278   705  Cz2938      
2007 11  09.33201  02 24 58.82   +01 00 32.7   23.1  05SF278   705  Cz2938      
2007 11  11.34023  02 24 48.34   +00 59 52.6   22.5V 05SF278   705  Cz2938      
2007 11  11.34355  02 24 48.31   +00 59 52.6   23.5  05SF278   705  Cz2938      
2007 11  13.33025  02 24 38.01   +00 59 15.1   22.3V 05SF278   705  Cz2938      
2007 11  13.33357  02 24 37.99   +00 59 15.1   23.5  05SF278   705  Cz2938      
2007 11  14.32848  02 24 32.87   +00 58 56.6   23.0V 05SF278   705  Cz2938      
2007 11  14.32931  02 24 32.86   +00 58 56.9   24.4  05SF278   705  Cz2938      
2007 11  20.268865 02 24 02.89   +00 57 20.3   22.2V 05SF278   645  C~2JxD      
2007 11  20.269694 02 24 02.89   +00 57 20.3   21.6V 05SF278   645  C~2JxD      
2007 11  20.272182 02 24 02.89   +00 57 20.3   23.0V 05SF278   645  C~2JxD      
2011 09  24.48490  02 55 38.449  +04 22 04.39  22.1w 05SF278   F51  C~1vVU      
2011 09  24.49948  02 55 38.394  +04 22 03.91  22.3w 05SF278   F51  C~1vVU      
2011 09  24.51404  02 55 38.343  +04 22 03.62  22.1w 05SF278   F51  C~1vVU      
2011 09  24.52862  02 55 38.287  +04 22 03.22  22.0w 05SF278   F51  C~1vVU      
2013 01  12.13939  02 54 26.53   +04 42 40.8   21.7R 05SF278   688  C~0nfl      
2013 01  12.23659  02 54 26.38   +04 42 42.5         05SF278   688  C~0nfl      
2014 10  03.47945  03 15 40.659  +06 32 24.93  22.2w 05SF278   F51  C~1vVU      
2014 10  03.50396  03 15 40.580  +06 32 24.32  22.0w 05SF278   F51  C~1vVU      
2014 10  03.51629  03 15 40.511  +06 32 24.00  22.1w 05SF278   F51  C~1vVU      
2014 10  29.40921  03 13 39.334  +06 21 33.38  22.1w 05SF278   F51  C~1vVU      
2014 10  29.42217  03 13 39.280  +06 21 33.24  22.0w 05SF278   F51  C~1vVU      
2014 10  29.43504  03 13 39.225  +06 21 32.94  22.1w 05SF278   F51  C~1vVU      
2014 10  29.44795  03 13 39.154  +06 21 32.34  22.3w 05SF278   F51  C~1vVU      
2014 11  22.41736  03 11 28.153  +06 13 35.06  21.9w 05SF278   F51  C~1vVU      
2014 11  22.43224  03 11 28.080  +06 13 34.74  21.7w 05SF278   F51  C~1vVU      
2014 11  22.44704  03 11 27.984  +06 13 34.85  21.8w 05SF278   F51  C~1vVU      
2014 11  22.46187  03 11 27.907  +06 13 34.48  22.1w 05SF278   F51  C~1vVU      
2014 11  24.34584  03 11 17.724  +06 13 05.90  21.7w 05SF278   F51  C~1vVU      
2014 11  24.36093  03 11 17.659  +06 13 05.83  21.8w 05SF278   F51  C~1vVU      
2014 11  24.37605  03 11 17.564  +06 13 05.65  22.0w 05SF278   F51  C~1vVU      
2014 11  24.39130  03 11 17.484  +06 13 05.38  21.7w 05SF278   F51  C~1vVU      
2014 12  10.38150  03 09 56.040  +06 10 13.07  21.4i 05SF278   F51  C~1vVU      
2014 12  10.39303  03 09 55.974  +06 10 13.05  21.7i 05SF278   F51  C~1vVU      
2014 12  10.40446  03 09 55.918  +06 10 13.17  21.5i 05SF278   F51  C~1vVU      
2014 12  10.41589  03 09 55.876  +06 10 12.65  21.5i 05SF278   F51  C~1vVU      
2014 12  18.35362  03 09 20.353  +06 09 37.56  21.7w 05SF278   F51  C~1vVU      
2014 12  18.36652  03 09 20.298  +06 09 37.48  21.8w 05SF278   F51  C~1vVU      
2014 12  18.37942  03 09 20.226  +06 09 37.41  21.8w 05SF278   F51  C~1vVU      
2014 12  18.39237  03 09 20.178  +06 09 37.47  21.9w 05SF278   F51  C~1vVU      
2015 01  11.27966  03 08 03.554  +06 11 30.99  22.3w 05SF278   F51  C~1vVU      
2015 01  11.29200  03 08 03.557  +06 11 31.37  22.1w 05SF278   F51  C~1vVU      
2015 01  11.30431  03 08 03.525  +06 11 31.37  22.2w 05SF278   F51  C~1vVV      
2015 01  11.31654  03 08 03.493  +06 11 31.45  22.3w 05SF278   F51  C~1vVV      
2015 01  13.28751  03 07 59.605  +06 11 55.76  22.1w 05SF278   F51  C~1vVV      
2015 01  13.29982  03 07 59.567  +06 11 56.10  22.2w 05SF278   F51  C~1vVV      
2015 01  13.31201  03 07 59.550  +06 11 56.15  22.0w 05SF278   F51  C~1vVV      
2015 01  13.32427  03 07 59.526  +06 11 56.25  21.9w 05SF278   F51  C~1vVV      

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     0.07       0.00     0.06
  2   0.0000     -0.14    -0.01       0.05     0.12
  3   0.0000     -0.18     0.13      -0.04     0.05
  4   0.0056   -143.16    -0.05     -19.04     0.12
  5   0.0056   -143.27    -0.09     -19.32    -0.16
  6   0.0056   -143.02     0.33     -19.09     0.10
  7   0.0439  -1198.12    -0.04    -110.42     0.13
  8   0.0439  -1198.16    -0.01    -110.52     0.04
  9   0.0439  -1198.68    -0.33    -110.64    -0.08
 10   0.0492  -1354.67     0.01    -117.63     0.07
 11   0.0492  -1354.56     0.16    -117.77    -0.08
 12   0.0492  -1354.70     0.08    -117.72    -0.02
 13   0.0492  -1355.02    -0.07    -117.71    -0.01
 14   0.0492  -1355.02    -0.03    -117.71    -0.00
 15   1.0104   6200.14     0.02     427.68     0.09
 16   1.0104   6200.00     0.12     427.73     0.16
 17   1.0159   6056.92     0.13     411.52    -0.09
 18   1.0159   6056.78     0.05     411.57    -0.03
 19   1.0239   5839.73    -0.08     390.39    -0.14
 20   1.0239   5839.30    -0.25     390.54     0.03
 21   1.0296   5683.22    -0.05     377.20    -0.40
 22   1.0296   5683.25     0.05     377.72     0.13
 23   1.0540   4983.28     0.14     339.85    -0.07
 24   1.0540   4982.86    -0.02     340.01     0.09
 25   1.0762   4321.37    -0.04     332.04     0.13
 26   1.0762   4321.37     0.03     332.04     0.13
 27   1.0816   4155.87    -0.11     333.80    -0.01
 28   1.0816   4155.84     0.14     333.70    -0.11
 29   1.0953   3742.24     0.04     345.14    -0.20
 30   1.0953   3742.21     0.28     345.05    -0.31
 31   1.0980   3660.77    -0.01     348.81     0.04
 32   1.0980   3660.77     0.26     348.81     0.03
 33   1.1032   3503.65    -0.16     356.33    -0.09
 34   1.1032   3503.55     0.01     356.48     0.04
 35   1.1087   3339.82     0.00     366.01    -0.00
 36   1.1087   3339.57    -0.18     366.21     0.19
 37   1.1142   3174.89    -0.04     377.47     0.17
 38   1.1142   3175.04     0.37     377.42     0.10
 39   1.1224   2933.79    -0.06     396.94     0.09
 40   1.1224   2933.75     0.18     396.85    -0.02
 41   1.1308   2690.62    -0.25     420.37    -0.05
 42   1.1308   2690.62     0.02     420.37    -0.08
 43   1.1717   1590.72    -0.03     584.11     0.17
 44   1.1717   1590.68     0.17     584.02     0.03
 45   1.1881   1204.54     0.07     670.50     0.02
 46   1.1881   1204.15    -0.12     670.74     0.21
 47   1.9303  14277.05     0.16    1261.80     0.15
 48   1.9303  14276.98     0.12    1261.61    -0.03
 49   1.9852  13313.14     0.05     983.08     0.11
 50   1.9852  13312.93     0.04     982.94     0.01
 51   1.9987  13001.55     0.31     931.44     0.13
 52   1.9987  13001.23     0.21     931.45     0.17
 53   2.0125  12658.08    -0.01     886.75    -0.03
 54   2.0125  12658.23     0.19     886.69    -0.08
 55   2.0205  12446.87    -0.13     864.29    -0.39
 56   2.0205  12446.55    -0.20     864.73     0.07
 57   2.0260  12300.32     0.14     851.40    -0.05
 58   2.0260  12299.93     0.01     851.65     0.22
 59   2.0645  11194.32    -0.08     799.45     0.15
 60   2.0645  11194.18    -0.15     799.07    -0.22
 61   2.0672  11113.75    -0.22     798.32    -0.10
 62   2.0672  11113.12    -0.58     797.91    -0.51
 63   2.0782  10782.76    -0.18     798.75    -0.01
 64   2.0782  10782.44    -0.22     798.76    -0.01
 65   2.0834  10624.42    -0.14     800.93    -0.15
 66   2.0834  10624.03    -0.25     801.18     0.09
 67   2.0971  10207.76    -0.02     814.32     0.31
 68   2.0971  10207.62    -0.09     813.94    -0.07
 69   2.1053   9959.06     0.25     826.37    -0.05
 70   2.1053   9958.81     0.29     826.14    -0.30
 71   2.1107   9795.98    -0.02     836.40    -0.06
 72   2.1107   9795.81    -0.13     836.36    -0.10
 73   2.1300   9224.92     0.15     884.12    -0.10
 74   2.1300   9224.82     0.11     884.27     0.04
 75   2.1492   8676.44    -0.07     950.14     0.03
 76   2.1492   8676.23    -0.21     950.01    -0.12
 77   2.1683   8163.47    -0.00    1033.11     0.06
 78   2.1683   8163.43     0.20    1033.02    -0.08
 79   2.1738   8024.36    -0.07    1059.64    -0.13
 80   2.1738   8024.33    -0.04    1059.54    -0.24
 81   3.0419  18435.24    -0.05    1291.42     0.09
 82   3.0419  18435.06     0.03    1291.38     0.06
 83   3.0502  18199.33     0.20    1280.52    -0.04
 84   3.0502  18198.87     0.01    1280.58     0.03
 85   3.0556  18040.37    -0.13    1275.59     0.30
 86   3.0556  18040.13    -0.10    1275.35     0.07
 87   3.0720  17550.77    -0.03    1268.73     0.21
 88   3.0720  17550.52    -0.00    1268.50    -0.02
 89   3.1075  16468.01     0.11    1301.05    -0.06
 90   3.1075  16467.86     0.04    1301.10    -0.01
 91   3.1101  16389.79     0.12    1306.09     0.15
 92   3.1101  16389.58    -0.02    1305.95     0.01
 93   3.1156  16223.22     0.03    1317.42     0.00
 94   3.1156  16222.47    -0.44    1317.59     0.14
 95   3.1237  15978.77    -0.17    1337.21     0.06
 96   3.1237  15978.52    -0.15    1337.41     0.23
 97   3.1293  15811.59    -0.34    1352.85     0.12
 98   3.1293  15811.41    -0.31    1352.81     0.06
 99   3.1348  15649.12     0.01    1369.44    -0.12
100   3.1348  15648.69    -0.15    1369.60     0.00
101   3.1402  15489.87     0.01    1387.75     0.06
102   3.1402  15489.59    -0.00    1387.85     0.13
103   3.1430  15410.69    -0.06    1397.00    -0.32
104   3.1430  15410.66    -0.03    1397.34     0.00
105   3.1592  14953.00     0.12    1461.92     0.00
106   3.1592  14953.00     0.18    1461.92    -0.01
107   3.1592  14953.00     0.37    1461.92    -0.04
108   7.0038  46588.50     0.16    3310.71    -0.19
109   7.0038  46587.51     0.09    3310.53    -0.25
110   7.0038  46586.66     0.14    3310.52    -0.14
111   7.0039  46585.68     0.09    3310.42    -0.12
112   8.3060  45969.79     0.10    4875.87    -0.33
113   8.3063  45968.19     0.35    4878.28    -0.11
114  10.0291  67639.90    -0.06    4755.21     0.06
115  10.0291  67638.45     0.23    4755.01    -0.01
116  10.0292  67637.25    -0.08    4755.04     0.09
117  10.1001  65516.98    -0.40    4733.04    -0.05
118  10.1001  65516.09    -0.09    4733.18     0.03
119  10.1001  65515.13     0.13    4733.17    -0.04
120  10.1002  65513.81     0.00    4732.94    -0.33
121  10.1658  63318.22    -0.23    4935.11    -0.02
122  10.1658  63316.98    -0.12    4935.17    -0.16
123  10.1659  63315.54    -0.22    4935.77     0.25
124  10.1659  63314.22    -0.19    4935.80     0.09
125  10.1711  63147.23    -0.32    4959.98    -0.02
126  10.1711  63146.21     0.00    4960.25     0.03
127  10.1712  63144.68    -0.17    4960.56     0.14
128  10.1712  63143.35    -0.13    4960.70     0.07
129  10.2150  61831.08     0.28    5209.68     0.01
130  10.2150  61830.07     0.14    5210.00     0.12
131  10.2150  61829.25     0.19    5210.40     0.32
132  10.2151  61828.42     0.23    5210.11    -0.19
133  10.2368  61272.20     0.26    5358.17     0.15
134  10.2368  61271.33     0.25    5358.37     0.09
135  10.2369  61270.20    -0.02    5358.68     0.14
136  10.2369  61269.49     0.13    5358.98     0.19
137  10.3023  60141.87    -0.41    5864.32    -0.01
138  10.3023  60142.05     0.13    5864.67     0.07
139  10.3024  60141.57     0.00    5864.84    -0.05
140  10.3024  60141.11    -0.11    5865.08    -0.08
141  10.3078  60090.78     0.12    5908.95    -0.14
142  10.3078  60090.33    -0.02    5909.48     0.11
143  10.3079  60090.09     0.05    5909.62    -0.03
144  10.3079  60089.76     0.03    5909.84    -0.09

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.

05SF278    quality flag:3

Type:         7:4EEE    7:4EEE    7:4EEE

axisobj        44.184    44.190    44.178
ecceobj         0.195     0.195     0.195
incobj         13.335    13.335    13.335
qmin           33.952    34.399    34.156
qmax           54.068    53.588    53.999
amean          43.726    43.726    43.726
amin           43.255    43.261    43.273
amax           44.250    44.276    44.275
emean           0.190     0.182     0.188
emin            0.139     0.141     0.139
emax            0.222     0.212     0.220
imean          11.031    11.720    11.057
imin            9.096    10.001     9.408
imax           13.575    13.454    13.473
excite_mean     0.271     0.273     0.270
fracstop        1.000     1.000     1.000
cjmean          3.010     3.009     3.011

libcent 0       176.5     178.7     186.1
libamp  0       127.8     134.8     123.8
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       197.9     175.5     201.0
kozaiamp        179.9     180.0     180.0