Orbit Fit and Astrometric record for 10ER65

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: 10ER65    
# Created Fri Oct 20 01:37:51 2017
# Orbit generated from Bernstein formalism
# Fitting  138 observations of  151
# Arc:   6.01y
# First observation: 2010/03/11
#  Last observation: 2016/03/13
Preliminary a, adot, b, bdot, g, gdot:
   0.000027   0.030014   0.000044   0.010193   0.025232   0.000000
# Chi-squared of fit:   234.21 DOF:  270 RMS:  0.23
# Min/Max residuals:    -2.70    0.71
# Exact a, adot, b, bdot, g, gdot:
  1.919863E-05  3.024096E-02  3.109462E-07  1.028486E-02  2.553631E-02  1.532556E-03
# Covariance matrix:
  6.9514E-14 -5.4221E-14  1.4656E-14 -1.6539E-14 -1.0138E-14 -2.8015E-13
 -5.4221E-14  6.7100E-14 -2.0049E-14  2.2494E-14  4.1495E-14  3.8424E-13
  1.4656E-14 -2.0049E-14  3.6796E-14 -1.6049E-14 -1.2433E-14 -1.2226E-13
 -1.6539E-14  2.2494E-14 -1.6049E-14  1.2050E-14  1.3659E-14  1.3722E-13
 -1.0138E-14  4.1495E-14 -1.2433E-14  1.3659E-14  8.6653E-14  2.4048E-13
 -2.8015E-13  3.8424E-13 -1.2226E-13  1.3722E-13  2.4048E-13  2.3426E-12
#      lat0       lon0       xBary       yBary       zBary        JD0
  -10.542885 -174.808636    0.275979   -0.175347   -0.942285  2455265.568786
# Heliocentric elements and errors
Epoch:              2455260.5000  =  2010/03/05
Mean Anomaly:            1.36202 +/-     0.002
Argument of Peri:      323.96811 +/-     0.007
Long of Asc Node:      212.60293 +/-     0.000
Inclination:            21.27084 +/-     0.000
Eccentricity:         0.58875328 +/-    0.0000
Semi-Major Axis:     97.27413437 +/-    0.0117
Time of Perihelion: 2453934.7068 +/-       1.5
Perihelion:          40.00366913 +/-    0.0066
Aphelion:           154.54459961 +/-    0.0192
Period (y)              959.4101 +/-      0.17
# Ecliptic coordinates at JD0 (AU and AU/d)
Ecliptic X          -39.31642588 +/-    0.0004
Ecliptic Y           -3.29863534 +/-    0.0000
Ecliptic Z           -7.16516897 +/-    0.0001
Ecliptic XDOT        -0.00006612 +/-    0.0000
Ecliptic YDOT        -0.00325600 +/-    0.0000
Ecliptic ZDOT         0.00105395 +/-    0.0000
# Distances at JD0 (AU)
Heliocenter to KBO   40.09990007 +/-    0.0004
Geocenter to KBO     39.15992911 +/-    0.0005
# Hcoef:  5.22

The following table shows the complete astrometric record for 10ER65. 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 (10ER65) followed by the observatory code and reference code for the source of the astrometry.

2010 03  10.06802  12 02 04.050  -11 43 39.00  21.1R 10ER65    809  C~0F7m      
2010 03  10.15104  12 02 03.684  -11 43 36.73  21.1R 10ER65    809  C~0F7m      
2010 03  10.23418  12 02 03.296  -11 43 34.21  21.3R 10ER65    809  C~0F7m      
2010 03  11.06448  12 01 59.725  -11 43 09.48  21.3R 10ER65    809  C~0F7m      
2010 03  11.14848  12 01 59.322  -11 43 07.35  21.1R 10ER65    809  C~0F7m      
2010 03  11.23222  12 01 58.934  -11 43 05.12  21.0R 10ER65    809  C~0F7m      
2010 03  12.26031  12 01 54.524  -11 42 34.29        10ER65    807  C~0F7m      
2010 03  12.30726  12 01 54.309  -11 42 32.78        10ER65    807  C~0F7m      
2010 03  13.21990  12 01 50.317  -11 42 04.93  20.7R 10ER65    807  C~0F7m      
2010 03  13.24777  12 01 50.190  -11 42 03.85  20.8R 10ER65    807  C~0F7m      
2010 03  26.02631  12 00 53.18   -11 35 03.7         10ER65    809  C~0Fo2      
2010 03  26.06738  12 00 53.068  -11 35 02.07  20.9R 10ER65    809  C~0Fo2      
2010 03  26.11054  12 00 52.894  -11 34 59.70        10ER65    809  C~0Fo2      
2010 04  08.13782  11 59 56.418  -11 27 06.06  21.4V 10ER65    807  C~0GDb      
2010 04  09.15191  11 59 52.192  -11 26 27.73  21.5V 10ER65    807  C~0GDb      
2010 04  14.12897  11 59 32.016  -11 23 20.90  21.5V 10ER65    807  C~0Gty      
2010 04  18.10802  11 59 16.540  -11 20 49.76  21.4V 10ER65    807  C~0Gty      
2010 05  30.05661  11 57 34.149  -10 57 07.96        10ER65    807  C~0IRj      
2010 06  01.01859  11 57 32.701  -10 56 16.49        10ER65    807  C~0IRj      
2011 03  11.06848  12 09 26.42   -11 52 35.8   21.0R 10ER65    304  C~0U0v      
2011 03  11.07275  12 09 26.41   -11 52 35.5         10ER65    304  C~0U0v      
2011 03  11.09012  12 09 26.33   -11 52 35.2         10ER65    304  C~0U0v      
2011 03  11.10740  12 09 26.27   -11 52 34.5         10ER65    304  C~0U0v      
2011 03  11.11171  12 09 26.24   -11 52 34.4         10ER65    304  C~0U0v      
2011 03  11.17426  12 09 25.98   -11 52 32.7         10ER65    304  C~0U0v      
2011 03  11.17852  12 09 25.95   -11 52 32.4         10ER65    304  C~0U0v      
2011 03  11.18280  12 09 25.93   -11 52 32.3         10ER65    304  C~0U0v      
2011 03  11.21742  12 09 25.78   -11 52 31.3         10ER65    304  C~0U0v      
2011 03  11.22176  12 09 25.76   -11 52 31.1         10ER65    304  C~0U0v      
2011 03  11.22603  12 09 25.74   -11 52 31.0         10ER65    304  C~0U0v      
2011 03  11.28891  12 09 25.46   -11 52 29.3         10ER65    304  C~0U0v      
2011 03  11.29318  12 09 25.44   -11 52 29.1         10ER65    304  C~0U0v      
2011 03  25.35748  12 08 23.331  -11 45 00.35  20.9r 10ER65    F51  C~1vWA      
2011 03  25.36812  12 08 23.285  -11 45 00.04  20.7r 10ER65    F51  C~1vWA      
2011 03  25.38040  12 08 23.224  -11 44 59.61  20.6i 10ER65    F51  C~1vWA      
2011 03  25.39206  12 08 23.172  -11 44 59.25  20.6i 10ER65    F51  C~1vWA      
2011 03  31.00933  12 07 58.26   -11 41 42.6   20.9R 10ER65    304  C~0VoL      
2011 03  31.01360  12 07 58.24   -11 41 42.5         10ER65    304  C~0VoL      
2011 03  31.01787  12 07 58.22   -11 41 42.4         10ER65    304  C~0VoL      
2011 03  31.03969  12 07 58.13   -11 41 41.6         10ER65    304  C~0VoL      
2011 03  31.04396  12 07 58.03   -11 41 43.8         10ER65    304  C~0VoL      
2011 03  31.04971  12 07 58.08   -11 41 41.2         10ER65    304  C~0VoL      
2011 03  31.06927  12 07 58.00   -11 41 40.4         10ER65    304  C~0VoL      
2011 03  31.07240  12 07 58.00   -11 41 41.2         10ER65    304  C~0VoL      
2011 03  31.14167  12 07 57.67   -11 41 38.0         10ER65    304  C~0VoL      
2011 03  31.14594  12 07 57.65   -11 41 37.8         10ER65    304  C~0VoL      
2011 03  31.15021  12 07 57.63   -11 41 37.6         10ER65    304  C~0VoL      
2011 04  02.00686  12 07 49.48   -11 40 31.0         10ER65    304  C~0VoL      
2011 04  02.01113  12 07 49.47   -11 40 30.8         10ER65    304  C~0VoL      
2011 04  02.01539  12 07 49.45   -11 40 30.7         10ER65    304  C~0VoL      
2011 04  02.03369  12 07 49.38   -11 40 30.0         10ER65    304  C~0VoL      
2011 04  02.03681  12 07 49.35   -11 40 29.9         10ER65    304  C~0VoL      
2011 04  02.04108  12 07 49.34   -11 40 29.7         10ER65    304  C~0VoL      
2011 04  02.04537  12 07 49.31   -11 40 29.5         10ER65    304  C~0VoL      
2011 04  02.06764  12 07 49.22   -11 40 28.8         10ER65    304  C~0VoL      
2011 04  02.07190  12 07 49.20   -11 40 28.6         10ER65    304  C~0VoL      
2011 04  02.07618  12 07 49.18   -11 40 28.5         10ER65    304  C~0VoL      
2011 04  02.10771  12 07 49.04   -11 40 27.3         10ER65    304  C~0VoM      
2011 04  02.11197  12 07 49.02   -11 40 27.2         10ER65    304  C~0VoM      
2011 04  02.11625  12 07 49.00   -11 40 27.0         10ER65    304  C~0VoM      
2011 04  02.20679  12 07 48.60   -11 40 23.8         10ER65    304  C~0VoM      
2011 04  02.21106  12 07 48.58   -11 40 23.6         10ER65    304  C~0VoM      
2011 04  03.03486  12 07 45.00   -11 39 53.8         10ER65    304  C~0VoM      
2011 04  03.03845  12 07 44.98   -11 39 53.7         10ER65    304  C~0VoM      
2011 04  03.04208  12 07 44.96   -11 39 53.5         10ER65    304  C~0VoM      
2011 04  03.04493  12 07 45.029  -11 39 53.02  21.2R 10ER65    809  C~0UVL      
2011 04  03.04566  12 07 44.94   -11 39 53.5         10ER65    304  C~0VoM      
2011 04  03.04924  12 07 44.94   -11 39 53.2         10ER65    304  C~0VoM      
2011 04  03.05292  12 07 44.92   -11 39 53.0         10ER65    304  C~0VoM      
2011 04  03.05650  12 07 44.90   -11 39 53.0         10ER65    304  C~0VoM      
2011 04  03.06032  12 07 44.88   -11 39 52.9         10ER65    304  C~0VoM      
2011 04  03.06390  12 07 44.87   -11 39 52.7         10ER65    304  C~0VoM      
2011 04  03.06748  12 07 44.85   -11 39 52.6         10ER65    304  C~0VoM      
2011 04  03.07116  12 07 44.83   -11 39 52.5         10ER65    304  C~0VoM      
2011 04  03.07473  12 07 44.82   -11 39 52.4         10ER65    304  C~0VoM      
2011 04  03.13596  12 07 44.55   -11 39 50.2         10ER65    304  C~0VoM      
2011 04  03.13955  12 07 44.53   -11 39 50.0         10ER65    304  C~0VoM      
2011 04  03.14313  12 07 44.51   -11 39 49.9         10ER65    304  C~0VoM      
2011 04  03.14716  12 07 44.579  -11 39 49.35  21.3R 10ER65    809  C~0UVL      
2011 04  03.23303  12 07 44.12   -11 39 46.6         10ER65    304  C~0VoM      
2011 04  03.23662  12 07 44.10   -11 39 46.5         10ER65    304  C~0VoM      
2011 04  03.24020  12 07 44.09   -11 39 46.4         10ER65    304  C~0VoM      
2011 04  03.26966  12 07 44.008  -11 39 44.89  21.2R 10ER65    809  C~0UVL      
2011 04  03.28009  12 07 43.91   -11 39 44.9         10ER65    304  C~0VoM      
2011 04  03.28367  12 07 43.90   -11 39 44.8         10ER65    304  C~0VoM      
2011 04  03.28725  12 07 43.88   -11 39 44.6         10ER65    304  C~0VoM      
2011 12  05.61334  12 18 29.811  -12 01 11.10  21.3w 10ER65    F51  C~1vWA      
2011 12  05.61733  12 18 29.830  -12 01 11.16  21.2w 10ER65    F51  C~1vWA      
2011 12  05.62130  12 18 29.839  -12 01 11.27  21.4w 10ER65    F51  C~1vWA      
2011 12  05.62526  12 18 29.847  -12 01 11.37  21.3w 10ER65    F51  C~1vWA      
2012 03  16.51416  12 16 24.232  -11 58 03.20  20.8r 10ER65    F51  C~1vWB      
2012 03  16.52717  12 16 24.180  -11 58 02.72  20.7i 10ER65    F51  C~1vWB      
2012 03  16.53996  12 16 24.106  -11 58 02.35  20.6i 10ER65    F51  C~1vWB      
2012 04  14.33630  12 14 18.716  -11 41 17.64  21.1w 10ER65    F51  C~1vWB      
2012 04  14.35116  12 14 18.653  -11 41 17.07  21.0w 10ER65    F51  C~1vWB      
2012 04  14.36602  12 14 18.591  -11 41 16.57  21.1w 10ER65    F51  C~1vWB      
2012 04  14.38085  12 14 18.528  -11 41 15.98  20.9w 10ER65    F51  C~1vWB      
2012 05  15.97248  12 12 35.03   -11 22 29.7   21.0R 10ER65    304  C~0iG8      
2012 05  16.01117  12 12 34.94   -11 22 28.3         10ER65    304  C~0iG8      
2012 05  16.17005  12 12 34.58   -11 22 23.1         10ER65    304  C~0iG8      
2012 05  17.98883  12 12 30.62   -11 21 25.0         10ER65    304  C~0iG8      
2012 05  18.09772  12 12 30.38   -11 21 21.5         10ER65    304  C~0iG8      
2012 05  18.19385  12 12 30.18   -11 21 18.9   21.0R 10ER65    688  C~0hWr      
2012 05  18.20738  12 12 30.15   -11 21 18.0         10ER65    304  C~0iG8      
2012 05  18.25256  12 12 30.04   -11 21 16.9         10ER65    688  C~0hWr      
2013 03  04.48928  12 24 39.398  -12 11 37.64  21.2r 10ER65    F51  C~1vWB      
2013 03  04.50031  12 24 39.350  -12 11 37.33  21.0r 10ER65    F51  C~1vWB      
2013 03  04.51193  12 24 39.306  -12 11 37.02  20.8i 10ER65    F51  C~1vWB      
2013 03  04.52404  12 24 39.260  -12 11 36.68  20.8i 10ER65    F51  C~1vWB      
2013 03  13.46844  12 24 02.142  -12 07 33.06  21.2w 10ER65    F51  C~1vWB      
2013 03  13.48267  12 24 02.078  -12 07 32.44  21.2w 10ER65    F51  C~1vWB      
2013 03  13.49689  12 24 02.003  -12 07 32.12  21.2w 10ER65    F51  C~1vWB      
2013 03  13.51115  12 24 01.950  -12 07 31.75  21.3w 10ER65    F51  C~1vWB      
2013 04  08.38654  12 22 08.313  -11 53 09.63  21.1w 10ER65    F51  C~1vWB      
2013 04  08.40011  12 22 08.242  -11 53 09.33  21.0w 10ER65    F51  C~1vWB      
2013 04  08.41364  12 22 08.187  -11 53 08.70  21.2w 10ER65    F51  C~1vWB      
2013 04  08.42717  12 22 08.119  -11 53 08.12  21.2w 10ER65    F51  C~1vWB      
2014 04  05.37969  12 29 44.873  -12 02 25.40  20.9w 10ER65    F51  C~1vWB      
2014 04  05.39089  12 29 44.826  -12 02 25.01  21.1w 10ER65    F51  C~1vWB      
2014 04  05.40213  12 29 44.777  -12 02 24.48  21.1w 10ER65    F51  C~1vWB      
2014 04  05.41335  12 29 44.728  -12 02 24.05  21.0w 10ER65    F51  C~1vWB      
2014 05  25.28453  12 26 54.309  -11 33 48.80  21.2w 10ER65    F51  C~1vWB      
2014 05  25.29662  12 26 54.284  -11 33 48.40  21.2w 10ER65    F51  C~1vWB      
2014 05  25.30871  12 26 54.265  -11 33 48.02  21.2w 10ER65    F51  C~1vWB      
2014 05  25.32081  12 26 54.234  -11 33 47.66  21.1w 10ER65    F51  C~1vWB      
2014 06  02.26883  12 26 41.814  -11 30 09.64  21.2w 10ER65    F51  C~1vWB      
2014 06  02.28094  12 26 41.802  -11 30 09.42  21.3w 10ER65    F51  C~1vWB      
2014 06  02.29305  12 26 41.785  -11 30 09.10  21.1w 10ER65    F51  C~1vWB      
2014 06  02.30514  12 26 41.769  -11 30 08.85  21.3w 10ER65    F51  C~1vWB      
2015 01  22.60849  12 41 02.331  -12 33 24.51  21.3w 10ER65    F51  C~1vWB      
2015 01  22.61976  12 41 02.322  -12 33 24.48  21.3w 10ER65    F51  C~1vWB      
2015 01  22.63107  12 41 02.310  -12 33 24.51  21.3w 10ER65    F51  C~1vWB      
2015 01  22.64232  12 41 02.300  -12 33 24.48  21.4w 10ER65    F51  C~1vWB      
2015 02  27.50127  12 39 40.414  -12 27 01.25  21.0i 10ER65    F51  C~1vWB      
2015 02  27.51314  12 39 40.371  -12 27 01.19  20.7i 10ER65    F51  C~1vWB      
2015 02  27.52500  12 39 40.323  -12 27 00.81  20.8i 10ER65    F51  C~1vWB      
2015 02  27.53688  12 39 40.284  -12 27 00.54  20.8i 10ER65    F51  C~1vWB      
2015 03  20.48121  12 38 16.688  -12 17 51.69  21.1w 10ER65    F51  C~1vWB      
2015 03  20.49178  12 38 16.650  -12 17 51.42  21.2w 10ER65    F51  C~1vWB      
2015 03  20.50236  12 38 16.601  -12 17 51.04  21.1w 10ER65    F51  C~1vWB      
2015 03  20.53905  12 38 16.435  -12 17 49.95  20.9w 10ER65    F51  C~1vWB      
2015 04  25.36476  12 35 42.726  -11 57 20.39  21.1r 10ER65    F51  C~1vWB      
2015 04  25.37599  12 35 42.695  -11 57 19.84  21.0r 10ER65    F51  C~1vWB      
2015 04  25.38758  12 35 42.643  -11 57 19.44  21.1r 10ER65    F51  C~1vWB      
2015 04  25.39881  12 35 42.599  -11 57 19.11  21.1r 10ER65    F51  C~1vWB      
2015 05  18.33048  12 34 27.158  -11 44 20.16  21.2w 10ER65    F51  C~1vWB      
2015 05  18.34357  12 34 27.122  -11 44 19.68  21.2w 10ER65    F51  C~1vWB      
2015 05  18.35665  12 34 27.086  -11 44 19.36  21.2w 10ER65    F51  C~1vWB      
2015 05  18.36978  12 34 27.061  -11 44 18.86  21.5w 10ER65    F51  C~1vWB      
2016 03  13.25695  12 46 02.06   -12 26 41.9   20.6R 10ER65    G37  C~1pQ8      
2016 03  13.30583  12 46 01.84   -12 26 40.5         10ER65    G37  C~1pQ8      

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 (  -0.10)      0.00 (   1.25)
  2   0.0002     -5.83 (  -0.03)     -0.10 (   1.11)
  3   0.0005    -12.07 (  -0.33)     -0.10 (   1.07)
  4   0.0027    -70.03 (   0.13)      1.29 (   1.44)
  5   0.0030    -76.31 (  -0.14)      0.85 (   0.93)
  6   0.0032    -82.42    -0.23       0.58     0.60
  7   0.0060   -154.13 (   1.11)      2.56 (   1.12)
  8   0.0061   -157.63 (   1.01)      2.66 (   1.16)
  9   0.0086   -222.52 (   1.21)      4.40 (   1.29)
 10   0.0087   -224.66 (   1.09)      4.63 (   1.48)
 11   0.0437  -1160.63    -0.56      49.40    -0.90
 12   0.0438  -1162.80     0.33      50.23    -0.28
 13   0.0439  -1166.10     0.25      51.36     0.63
 14   0.0796  -2117.04     0.05     147.28     0.40
 15   0.0824  -2189.39    -0.11     157.06     0.71
 16   0.0960  -2536.42     0.59     207.17     0.26
 17   0.1069  -2805.85    -0.22     252.69     0.62
 18   0.2217  -4761.99 (   1.07)    937.27 (   0.63)
 19   0.2271  -4802.49 (   0.85)    975.57 (   0.03)
 20   1.0021   6166.12    -0.05    2117.50    -0.24
 21   1.0021   6165.87    -0.00    2117.72    -0.02
 22   1.0021   6164.67     0.02    2117.53    -0.23
 23   1.0022   6163.58     0.16    2117.82     0.04
 24   1.0022   6163.14     0.02    2117.73    -0.05
 25   1.0023   6158.95     0.26    2117.77    -0.07
 26   1.0024   6158.43     0.04    2117.87     0.03
 27   1.0024   6158.12     0.03    2117.85     0.00
 28   1.0025   6155.70     0.07    2117.88     0.01
 29   1.0025   6155.35     0.03    2117.95     0.07
 30   1.0025   6155.04     0.02    2117.93     0.04
 31   1.0027   6150.59     0.04    2117.85    -0.10
 32   1.0027   6150.24    -0.01    2117.91    -0.04
 33   1.0412   5134.21    -0.07    2165.40     0.17
 34   1.0412   5133.46    -0.02    2165.42     0.13
 35   1.0412   5132.47    -0.09    2165.45     0.11
 36   1.0413   5131.63    -0.07    2165.48     0.08
 37   1.0566   4717.38    -0.09    2199.49    -0.03
 38   1.0567   4717.07    -0.09    2199.46    -0.08
 39   1.0567   4716.76    -0.08    2199.43    -0.13
 40   1.0567   4715.23     0.01    2199.64    -0.07
 41   1.0567   4714.77    -0.14    2197.03    -2.70
 42   1.0568   4714.40    -0.08    2199.71    -0.06
 43   1.0568   4713.00    -0.02    2199.98     0.08
 44   1.0568   4713.32     0.53    2199.24    -0.67
 45   1.0570   4707.60    -0.03    2200.24    -0.11
 46   1.0570   4707.25    -0.06    2200.30    -0.07
 47   1.0570   4706.90    -0.09    2200.37    -0.03
 48   1.0621   4570.46    -0.12    2213.53    -0.08
 49   1.0621   4570.25    -0.02    2213.65     0.02
 50   1.0621   4569.94    -0.02    2213.63    -0.04
 51   1.0622   4568.71     0.12    2213.86     0.07
 52   1.0622   4568.27    -0.10    2213.77    -0.04
 53   1.0622   4568.06     0.00    2213.90     0.06
 54   1.0622   4567.57    -0.16    2213.91     0.03
 55   1.0623   4566.08    -0.00    2214.02    -0.00
 56   1.0623   4565.73    -0.04    2214.08     0.03
 57   1.0623   4565.42    -0.03    2214.06    -0.02
 58   1.0624   4563.05    -0.05    2214.34     0.04
 59   1.0624   4562.74    -0.04    2214.31    -0.01
 60   1.0624   4562.39    -0.07    2214.38     0.02
 61   1.0627   4555.73     0.00    2214.96    -0.02
 62   1.0627   4555.38    -0.03    2215.02     0.02
 63   1.0649   4495.23     0.04    2221.30     0.03
 64   1.0649   4494.92    -0.01    2221.27    -0.02
 65   1.0650   4494.57    -0.09    2221.34     0.02
 66   1.0650   4495.30 (   0.86)   2222.18 (   0.85)
 67   1.0650   4494.30    -0.09    2221.22    -0.12
 68   1.0650   4494.18     0.05    2221.49     0.13
 69   1.0650   4493.83    -0.02    2221.56     0.17
 70   1.0650   4493.56    -0.03    2221.44     0.03
 71   1.0650   4493.25    -0.05    2221.42    -0.03
 72   1.0650   4493.03    -0.00    2221.54     0.07
 73   1.0650   4492.72    -0.05    2221.52     0.02
 74   1.0650   4492.41    -0.09    2221.49    -0.03
 75   1.0650   4492.24     0.00    2221.52    -0.02
 76   1.0652   4487.72     0.03    2221.95    -0.03
 77   1.0652   4487.37    -0.05    2222.02     0.01
 78   1.0652   4487.06    -0.09    2221.99    -0.04
 79   1.0652   4487.77 (   0.91)   2222.90 (   0.84)
 80   1.0655   4480.49     0.01    2222.72     0.05
 81   1.0655   4480.18    -0.03    2222.70    -0.00
 82   1.0655   4480.01     0.06    2222.73     0.00
 83   1.0656   4478.30     0.54    2223.63     0.69
 84   1.0656   4476.98    -0.00    2223.05     0.03
 85   1.0656   4476.81     0.09    2223.08     0.03
 86   1.0656   4476.46     0.00    2223.15     0.07
 87   1.7400  13716.55    -0.13    4799.70    -0.03
 88   1.7400  13716.83    -0.06    4799.75     0.05
 89   1.7401  13717.00    -0.11    4799.70     0.04
 90   1.7401  13717.15    -0.18    4799.66     0.02
 91   2.0190  11940.11     0.14    4247.87     0.05
 92   2.0191  11939.21     0.20    4248.01     0.16
 93   2.0191  11938.06    -0.02    4247.92     0.03
 94   2.0979   9844.07     0.09    4445.85     0.05
 95   2.0980   9842.99     0.07    4446.01     0.06
 96   2.0980   9841.96     0.09    4446.11     0.01
 97   2.0981   9840.87     0.05    4446.28     0.04
 98   2.1845   7994.64    -0.10    4879.02    -0.21
 99   2.1846   7992.87    -0.15    4879.78    -0.07
100   2.1851   7985.94    -0.03    4882.46     0.05
101   2.1901   7909.33    -0.12    4912.74    -0.06
102   2.1904   7904.69    -0.17    4914.55    -0.02
103   2.1906   7900.96    -0.08    4915.77    -0.21
104   2.1907   7900.19    -0.08    4916.43     0.04
105   2.1908   7898.27    -0.31    4916.80    -0.16
106   2.9854  18991.54     0.16    6339.52     0.06
107   2.9854  18990.77     0.11    6339.53     0.07
108   2.9855  18990.04     0.15    6339.57     0.11
109   2.9855  18989.28     0.18    6339.62     0.16
110   3.0100  18387.99     0.21    6353.44    -0.03
111   3.0100  18386.88     0.11    6353.65     0.15
112   3.0101  18385.73    -0.03    6353.52    -0.01
113   3.0101  18384.86     0.12    6353.56    -0.00
114   3.0810  16499.72     0.26    6500.95     0.08
115   3.0810  16498.64     0.18    6500.82    -0.16
116   3.0810  16497.64     0.19    6501.09    -0.00
117   3.0811  16496.49     0.04    6501.23     0.03
118   4.0720  22964.07    -0.01    8590.44    -0.02
119   4.0721  22963.28     0.04    8590.54    -0.01
120   4.0721  22962.40     0.00    8590.75     0.12
121   4.0721  22961.56     0.01    8590.87     0.16
122   4.2087  19959.58    -0.05    9214.54    -0.07
123   4.2087  19959.09    -0.09    9214.77    -0.03
124   4.2087  19958.68    -0.03    9215.01     0.02
125   4.2088  19958.12    -0.13    9215.17    -0.01
126   4.2305  19703.47    -0.15    9346.54     0.08
127   4.2306  19703.22    -0.06    9346.68     0.01
128   4.2306  19702.86    -0.08    9346.88     0.01
129   4.2306  19702.54    -0.05    9347.02    -0.04
130   4.8721  33063.28    -0.19   10662.84     0.07
131   4.8721  33063.15    -0.19   10662.81     0.11
132   4.8722  33062.99    -0.21   10662.72     0.07
133   4.8722  33062.84    -0.22   10662.69     0.11
134   4.9704  31774.16    -0.05   10565.58     0.06
135   4.9704  31773.54     0.03   10565.40    -0.12
136   4.9705  31772.72    -0.09   10565.49    -0.03
137   4.9705  31772.08    -0.04   10565.52     0.01
138   5.0278  30398.88    -0.07   10612.60    -0.02
139   5.0279  30398.25     0.08   10612.64    -0.02
140   5.0279  30397.43     0.02   10612.72     0.02
141   5.0280  30394.70    -0.03   10612.82    -0.04
142   5.1261  27790.62     0.03   10900.12    -0.09
143   5.1261  27789.98     0.17   10900.46     0.13
144   5.1261  27789.10     0.09   10900.54     0.08
145   5.1262  27788.37     0.13   10900.60     0.02
146   5.1889  26445.14     0.08   11202.69    -0.11
147   5.1890  26444.46     0.04   11202.93    -0.05
148   5.1890  26443.83     0.06   11203.03    -0.15
149   5.1891  26443.30     0.16   11203.35    -0.01
150   6.0101  37123.11     0.13   12713.00     0.08
151   6.0102  37119.48    -0.13   12713.10     0.05

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.

10ER65    quality flag:3

Type:       SCATNEAR  SCATNEAR  SCATNEAR

axisobj        97.207    97.242    97.172
ecceobj         0.588     0.589     0.588
incobj         21.290    21.290    21.290
qmin           38.651    38.595    38.630
qmax          161.568   161.193   161.119
amean          98.183    97.892    98.016
amin           96.419    96.155    96.141
amax          100.647   100.633   100.414
emean           0.592     0.591     0.592
emin            0.580     0.578     0.580
emax            0.607     0.605     0.606
imean          21.647    21.631    21.653
imin           20.985    20.911    20.987
imax           22.384    22.436    22.433
excite_mean     0.698     0.697     0.697
fracstop        1.000     1.000     1.000
cjmean          3.011     3.011     3.011

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       124.3     123.8     123.2
kozaiamp        180.0     180.0     180.0