Orbit Fit and Astrometric record for 10FX86

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: 10FX86    
# Created Tue Oct 24 01:37:48 2017
# Orbit generated from Bernstein formalism
# Fitting  123 observations of  123
# Arc:   2.18y
# First observation: 2010/03/17
#  Last observation: 2012/05/22
Preliminary a, adot, b, bdot, g, gdot:
  -0.000058   0.020224   0.000007  -0.000588   0.021756   0.000000
# Chi-squared of fit:    99.85 DOF:  240 RMS:  0.16
# Min/Max residuals:    -1.68    0.42
# Exact a, adot, b, bdot, g, gdot:
  1.421941E-05  2.014634E-02  1.658471E-06 -5.755414E-04  2.182027E-02 -9.229123E-04
# Covariance matrix:
  1.0386E-13 -1.4843E-13 -4.9688E-15  7.4201E-15 -2.9630E-14 -2.6645E-12
 -1.4843E-13  3.2264E-13  1.4617E-14 -2.1725E-14  9.7100E-14  7.8807E-12
 -4.9688E-15  1.4617E-14  7.4509E-14 -6.0111E-14  3.3695E-15  4.4270E-13
  7.4201E-15 -2.1725E-14 -6.0111E-14  5.7983E-14 -3.8043E-15 -6.6453E-13
 -2.9630E-14  9.7100E-14  3.3695E-15 -3.8043E-15  1.3832E-13  2.3114E-12
 -2.6645E-12  7.8807E-12  4.4270E-13 -6.6453E-13  2.3114E-12  2.3600E-10
#      lat0       lon0       xBary       yBary       zBary        JD0
  -25.506657 -142.872575    0.655317   -0.324733   -0.680657  2455272.621576
# Heliocentric elements and errors
Epoch:              2455270.5000  =  2010/03/15
Mean Anomaly:          278.10524 +/-     0.043
Argument of Peri:      354.62243 +/-     0.075
Long of Asc Node:      311.06312 +/-     0.002
Inclination:            25.18285 +/-     0.000
Eccentricity:         0.06204447 +/-    0.0008
Semi-Major Axis:     46.74479682 +/-    0.0037
Time of Perihelion: 2481825.8442 +/-      13.5
Perihelion:          43.84454067 +/-    0.0358
Aphelion:            49.64505297 +/-    0.0358
Period (y)              319.6010 +/-      0.04
# Ecliptic coordinates at JD0 (AU and AU/d)
Ecliptic X          -33.97042398 +/-    0.0006
Ecliptic Y          -24.90157600 +/-    0.0004
Ecliptic Z          -19.73463441 +/-    0.0003
Ecliptic XDOT         0.00163614 +/-    0.0000
Ecliptic YDOT        -0.00192771 +/-    0.0000
Ecliptic ZDOT        -0.00001536 +/-    0.0000
# Distances at JD0 (AU)
Heliocenter to KBO   46.51380427 +/-    0.0005
Geocenter to KBO     45.82894554 +/-    0.0008
# Hcoef:  4.23

The following table shows the complete astrometric record for 10FX86. 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 (10FX86) followed by the observatory code and reference code for the source of the astrometry.

2010 03  17.12081  13 38 09.247  -37 43 04.88  20.8R 10FX86    304  C~0FpR      
2010 03  17.16759  13 38 09.067  -37 43 04.90  20.7R 10FX86    304  C~0FpR      
2010 03  17.21437  13 38 08.848  -37 43 04.92        10FX86    304  C~0FpR      
2010 04  04.10104  13 36 43.495  -37 41 39.69        10FX86    304  C~0FpR      
2010 04  04.15195  13 36 43.211  -37 41 39.18  20.9R 10FX86    304  C~0FpR      
2010 04  04.20805  13 36 42.923  -37 41 38.33  20.6R 10FX86    304  C~0FpR      
2010 04  08.44237  13 36 21.09   -37 40 43.4   20.6R 10FX86    467  C~0FpR      
2010 04  08.47719  13 36 21.01   -37 40 43.3   20.6R 10FX86    467  C~0FpR      
2010 06  09.00995  13 31 46.79   -37 10 09.05        10FX86    807  C~0JB1      
2010 06  09.03612  13 31 46.71   -37 10 08.02        10FX86    807  C~0JB1      
2010 06  09.05953  13 31 46.66   -37 10 07.05        10FX86    807  C~0JB1      
2011 03  10.13303  13 43 57.53   -38 11 31.2   20.6R 10FX86    304  C~0U0z      
2011 03  10.13730  13 43 57.51   -38 11 31.3         10FX86    304  C~0U0z      
2011 03  10.14159  13 43 57.50   -38 11 31.3         10FX86    304  C~0U0z      
2011 03  10.20229  13 43 57.26   -38 11 31.9         10FX86    304  C~0U0z      
2011 03  10.20656  13 43 57.24   -38 11 31.9         10FX86    304  C~0U0z      
2011 03  10.21084  13 43 57.22   -38 11 31.9         10FX86    304  C~0U0z      
2011 03  10.21146  13 43 57.216  -38 11 31.82  20.6R 10FX86    304  C~0U0z      
2011 03  10.26538  13 43 56.993  -38 11 32.36        10FX86    304  C~0U0z      
2011 03  10.27791  13 43 56.96   -38 11 32.5         10FX86    304  C~0U0z      
2011 03  10.28218  13 43 56.94   -38 11 32.6         10FX86    304  C~0U0z      
2011 03  10.31211  13 43 56.82   -38 11 32.9         10FX86    304  C~0U0z      
2011 03  10.31359  13 43 56.82   -38 11 32.8         10FX86    304  C~0U0z      
2011 03  10.31968  13 43 56.791  -38 11 32.61        10FX86    304  C~0U0z      
2011 03  10.33023  13 43 56.75   -38 11 33.0         10FX86    304  C~0U0z      
2011 03  10.33468  13 43 56.73   -38 11 33.0         10FX86    304  C~0U0z      
2011 03  10.33895  13 43 56.71   -38 11 33.1         10FX86    304  C~0U0z      
2011 03  10.38265  13 43 56.55   -38 11 33.4         10FX86    304  C~0U0z      
2011 03  10.38693  13 43 56.53   -38 11 33.4         10FX86    304  C~0U0z      
2011 03  10.39124  13 43 56.51   -38 11 33.5         10FX86    304  C~0U0z      
2011 03  10.40865  13 43 56.44   -38 11 33.6         10FX86    304  C~0U0z      
2011 03  10.41297  13 43 56.43   -38 11 33.6         10FX86    304  C~0U0z      
2011 03  11.14824  13 43 53.56   -38 11 39.8         10FX86    304  C~0U0z      
2011 03  11.15251  13 43 53.56   -38 11 39.6         10FX86    304  C~0U0z      
2011 03  11.15678  13 43 53.53   -38 11 39.8         10FX86    304  C~0U0z      
2011 03  11.20308  13 43 53.34   -38 11 40.1         10FX86    304  C~0U0z      
2011 03  11.20735  13 43 53.33   -38 11 40.2         10FX86    304  C~0U0z      
2011 03  11.21164  13 43 53.32   -38 11 40.2         10FX86    304  C~0U0z      
2011 03  11.26367  13 43 53.10   -38 11 40.7         10FX86    304  C~0U0z      
2011 03  11.26794  13 43 53.09   -38 11 40.7         10FX86    304  C~0U0z      
2011 03  11.27222  13 43 53.07   -38 11 40.7         10FX86    304  C~0U0z      
2011 03  11.32346  13 43 52.86   -38 11 41.0         10FX86    304  C~0U0z      
2011 03  11.32772  13 43 52.84   -38 11 41.1         10FX86    304  C~0U0z      
2011 03  11.36106  13 43 52.72   -38 11 41.2         10FX86    304  C~0U0z      
2011 03  11.36541  13 43 52.70   -38 11 41.2         10FX86    304  C~0U0z      
2011 03  12.10788  13 43 49.77   -38 11 46.7         10FX86    304  C~0U0z      
2011 03  12.11215  13 43 49.78   -38 11 47.0         10FX86    304  C~0U0z      
2011 03  12.11645  13 43 49.74   -38 11 46.8         10FX86    304  C~0U0z      
2011 03  12.17419  13 43 49.50   -38 11 47.3         10FX86    304  C~0U0z      
2011 03  12.17847  13 43 49.49   -38 11 47.4         10FX86    304  C~0U0z      
2011 03  12.33147  13 43 48.85   -38 11 48.5         10FX86    304  C~0U0z      
2011 03  12.33574  13 43 48.83   -38 11 48.5         10FX86    304  C~0U0z      
2011 03  12.36527  13 43 48.71   -38 11 48.7         10FX86    304  C~0U0z      
2011 03  12.36954  13 43 48.69   -38 11 48.7         10FX86    304  C~0U0z      
2011 03  12.37382  13 43 48.68   -38 11 48.7         10FX86    304  C~0U0z      
2011 03  12.40043  13 43 48.58   -38 11 49.0         10FX86    304  C~0U0z      
2011 03  12.40471  13 43 48.56   -38 11 48.9         10FX86    304  C~0U0z      
2011 03  12.40898  13 43 48.53   -38 11 49.0         10FX86    304  C~0U0z      
2011 03  12.41330  13 43 48.52   -38 11 49.0         10FX86    304  C~0U0z      
2011 03  13.09556  13 43 45.79   -38 11 53.5         10FX86    304  C~0U0z      
2011 03  13.09983  13 43 45.77   -38 11 53.6         10FX86    304  C~0U0z      
2011 03  13.10410  13 43 45.74   -38 11 53.5         10FX86    304  C~0U0z      
2011 03  13.16444  13 43 45.50   -38 11 54.0         10FX86    304  C~0U0z      
2011 03  13.16872  13 43 45.48   -38 11 54.0         10FX86    304  C~0U0z      
2011 03  13.17085  13 43 45.469  -38 11 54.29  20.7R 10FX86    304  C~0U0z      
2011 03  13.17299  13 43 45.47   -38 11 54.1         10FX86    304  C~0U0z      
2011 03  13.22627  13 43 45.246  -38 11 54.75        10FX86    304  C~0U0z      
2011 03  13.24403  13 43 45.17   -38 11 54.5         10FX86    304  C~0U0z      
2011 03  13.24830  13 43 45.15   -38 11 54.6         10FX86    304  C~0U0z      
2011 03  13.25257  13 43 45.14   -38 11 54.6         10FX86    304  C~0U0z      
2011 03  13.27832  13 43 45.023  -38 11 55.04        10FX86    304  C~0U0z      
2011 03  13.35228  13 43 44.72   -38 11 55.2         10FX86    304  C~0U0z      
2011 03  13.35655  13 43 44.70   -38 11 55.2         10FX86    304  C~0U0z      
2011 03  13.36084  13 43 44.68   -38 11 55.3         10FX86    304  C~0U0z      
2011 04  04.02810  13 42 04.04   -38 11 12.8   20.4R 10FX86    304  C~0VoN      
2011 04  04.03237  13 42 04.01   -38 11 12.8         10FX86    304  C~0VoN      
2011 04  04.03664  13 42 03.99   -38 11 12.7         10FX86    304  C~0VoN      
2011 04  04.06613  13 42 03.84   -38 11 12.5         10FX86    304  C~0VoN      
2011 04  04.06971  13 42 03.82   -38 11 12.4         10FX86    304  C~0VoN      
2011 04  04.07329  13 42 03.81   -38 11 12.4         10FX86    304  C~0VoN      
2011 04  04.11409  13 42 03.59   -38 11 12.0         10FX86    304  C~0VoN      
2011 04  04.11766  13 42 03.58   -38 11 12.0         10FX86    304  C~0VoN      
2011 04  04.12124  13 42 03.56   -38 11 11.9         10FX86    304  C~0VoN      
2011 04  04.27238  13 42 02.78   -38 11 10.4         10FX86    304  C~0VoN      
2011 04  04.27596  13 42 02.76   -38 11 10.4         10FX86    304  C~0VoN      
2011 04  04.36837  13 42 02.29   -38 11 09.3         10FX86    304  C~0VoN      
2011 04  04.37196  13 42 02.28   -38 11 09.3         10FX86    304  C~0VoN      
2011 04  04.39730  13 42 02.13   -38 11 09.1         10FX86    304  C~0VoN      
2011 04  04.40089  13 42 02.11   -38 11 09.0         10FX86    304  C~0VoN      
2011 04  05.08674  13 41 58.65   -38 11 01.8         10FX86    304  C~0VoN      
2011 04  05.09032  13 41 58.63   -38 11 01.8         10FX86    304  C~0VoN      
2011 04  05.09406  13 41 58.61   -38 11 01.8         10FX86    304  C~0VoN      
2011 04  05.09764  13 41 58.59   -38 11 01.7         10FX86    304  C~0VoN      
2011 04  05.10123  13 41 58.57   -38 11 01.7         10FX86    304  C~0VoN      
2011 04  05.10490  13 41 58.55   -38 11 01.6         10FX86    304  C~0VoN      
2011 04  05.10848  13 41 58.53   -38 11 01.6         10FX86    304  C~0VoN      
2011 04  05.11212  13 41 58.52   -38 11 01.6         10FX86    304  C~0VoN      
2011 04  05.11569  13 41 58.49   -38 11 01.5         10FX86    304  C~0VoN      
2011 04  05.11927  13 41 58.48   -38 11 01.5         10FX86    304  C~0VoN      
2011 04  05.12295  13 41 58.46   -38 11 01.4         10FX86    304  C~0VoN      
2011 04  05.12661  13 41 58.44   -38 11 01.4         10FX86    304  C~0VoN      
2011 04  05.15738  13 41 58.28   -38 11 01.1         10FX86    304  C~0VoN      
2011 04  05.16096  13 41 58.25   -38 11 01.0         10FX86    304  C~0VoN      
2011 04  05.21350  13 41 57.99   -38 11 00.5         10FX86    304  C~0VoN      
2011 04  05.21707  13 41 57.97   -38 11 00.4         10FX86    304  C~0VoN      
2011 04  05.27017  13 41 57.69   -38 10 59.8         10FX86    304  C~0VoN      
2011 04  05.27375  13 41 57.68   -38 10 59.8         10FX86    304  C~0VoN      
2011 04  05.33546  13 41 57.36   -38 10 59.1         10FX86    304  C~0VoN      
2011 04  05.33904  13 41 57.34   -38 10 59.1         10FX86    304  C~0VoN      
2012 03  18.12413  13 48 44.78   -38 40 36.0   20.8R 10FX86    304  C~0ger      
2012 03  18.20368  13 48 44.43   -38 40 36.2         10FX86    304  C~0ger      
2012 03  18.36861  13 48 43.72   -38 40 36.8         10FX86    304  C~0ger      
2012 03  20.12251  13 48 35.95   -38 40 40.9         10FX86    304  C~0ger      
2012 03  20.28707  13 48 35.19   -38 40 41.2         10FX86    304  C~0ger      
2012 03  20.41778  13 48 34.59   -38 40 41.3         10FX86    304  C~0ger      
2012 05  12.97343  13 44 03.45   -38 25 32.5   20.7R 10FX86    304  C~0iG9      
2012 05  13.07811  13 44 02.95   -38 25 29.3         10FX86    304  C~0iG9      
2012 05  13.21875  13 44 02.27   -38 25 24.7         10FX86    304  C~0iG9      
2012 05  13.98201  13 43 58.70   -38 25 00.2         10FX86    304  C~0iG9      
2012 05  14.17831  13 43 57.77   -38 24 53.8         10FX86    304  C~0iG9      
2012 05  14.31068  13 43 57.14   -38 24 49.3         10FX86    304  C~0iG9      
2012 05  22.09449  13 43 22.37   -38 20 25.9   19.2J 10FX86    W91  C~1k2e      
2012 05  22.09587  13 43 22.36   -38 20 25.7   19.1J 10FX86    W91  C~1k2e      

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     0.08       0.00    -0.43
  2   0.0001     -1.95     0.34      -0.87    -0.21
  3   0.0003     -4.32     0.18      -1.93    -0.18
  4   0.0492   -965.81     0.42    -331.81    -0.08
  5   0.0494   -969.10     0.20    -332.70    -0.23
  6   0.0495   -972.57     0.13    -333.31    -0.02
  7   0.0611  -1231.79    -1.68    -388.02    -0.52
  8   0.0612  -1232.70    -0.41    -388.31    -0.38
  9   0.2297  -4965.40     0.16     -58.17     0.25
 10   0.2297  -4966.70     0.08     -57.63     0.25
 11   0.2298  -4967.65     0.23     -57.00     0.40
 12   0.9802   4459.01    -0.02      53.73     0.02
 13   0.9802   4458.83    -0.04      53.54    -0.05
 14   0.9802   4458.72     0.02      53.50     0.02
 15   0.9804   4456.34     0.02      51.85    -0.03
 16   0.9804   4456.12    -0.03      51.76    -0.01
 17   0.9804   4455.90    -0.08      51.67     0.01
 18   0.9804   4455.83    -0.13      51.72     0.08
 19   0.9805   4453.61    -0.21      50.21    -0.02
 20   0.9806   4453.31    -0.01      49.93     0.03
 21   0.9806   4453.13    -0.02      49.75    -0.04
 22   0.9807   4451.94    -0.02      48.92    -0.09
 23   0.9807   4451.90    -0.00      49.01     0.04
 24   0.9807   4451.51    -0.15      49.06     0.24
 25   0.9807   4451.22    -0.02      48.51    -0.03
 26   0.9807   4451.00    -0.06      48.42    -0.01
 27   0.9807   4450.82    -0.07      48.24    -0.08
 28   0.9809   4449.20     0.05      47.23     0.04
 29   0.9809   4448.98     0.00      47.14     0.05
 30   0.9809   4448.80    -0.00      46.96    -0.02
 31   0.9809   4448.08    -0.03      46.54     0.01
 32   0.9810   4447.97     0.03      46.50     0.08
 33   0.9830   4419.15    -0.06      27.69    -0.18
 34   0.9830   4419.07     0.03      27.88     0.11
 35   0.9830   4418.83    -0.04      27.56    -0.10
 36   0.9831   4416.87    -0.13      26.41    -0.04
 37   0.9831   4416.80    -0.03      26.27    -0.07
 38   0.9831   4416.70     0.04      26.23    -0.00
 39   0.9833   4414.50    -0.05      24.76    -0.12
 40   0.9833   4414.39     0.02      24.72    -0.06
 41   0.9833   4414.17    -0.02      24.63    -0.04
 42   0.9834   4412.00    -0.10      23.39     0.04
 43   0.9835   4411.82    -0.10      23.21    -0.04
 44   0.9835   4410.56    -0.00      22.57     0.17
 45   0.9836   4410.34    -0.04      22.48     0.19
 46   0.9856   4380.60    -0.01       4.04     0.18
 47   0.9856   4380.83     0.38       3.81     0.06
 48   0.9856   4380.32     0.05       3.81     0.17
 49   0.9858   4377.90     0.00       2.25     0.09
 50   0.9858   4377.83     0.11       2.12     0.06
 51   0.9862   4371.29    -0.04      -1.82     0.00
 52   0.9862   4371.08    -0.08      -1.91     0.02
 53   0.9863   4369.85    -0.07      -2.64     0.02
 54   0.9863   4369.63    -0.11      -2.73     0.04
 55   0.9863   4369.52    -0.04      -2.78     0.10
 56   0.9864   4368.55     0.11      -3.51     0.02
 57   0.9864   4368.30     0.03      -3.51     0.13
 58   0.9864   4368.01    -0.08      -3.74     0.01
 59   0.9864   4367.90    -0.00      -3.78     0.07
 60   0.9883   4339.95     0.04     -20.39     0.10
 61   0.9883   4339.78     0.04     -20.58     0.03
 62   0.9883   4339.41    -0.15     -20.62     0.09
 63   0.9885   4337.00    -0.03     -22.18     0.05
 64   0.9885   4336.78    -0.07     -22.27     0.07
 65   0.9885   4336.77     0.02     -22.59    -0.20
 66   0.9885   4336.71     0.04     -22.41     0.04
 67   0.9887   4334.52     0.12     -24.03    -0.25
 68   0.9887   4333.60    -0.04     -24.14     0.08
 69   0.9887   4333.42    -0.04     -24.33     0.00
 70   0.9887   4333.31     0.03     -24.37     0.07
 71   0.9888   4332.21     0.03     -25.31    -0.23
 72   0.9890   4328.98    -0.03     -26.84     0.06
 73   0.9890   4328.76    -0.06     -26.94     0.08
 74   0.9890   4328.58    -0.05     -27.12    -0.00
 75   1.0483   3218.78     0.07    -449.81     0.04
 76   1.0484   3218.45    -0.00    -449.95    -0.03
 77   1.0484   3218.20    -0.00    -449.95     0.03
 78   1.0484   3216.49     0.04    -450.46    -0.04
 79   1.0485   3216.23    -0.01    -450.46     0.02
 80   1.0485   3216.12     0.10    -450.50     0.02
 81   1.0486   3213.58    -0.02    -451.15    -0.02
 82   1.0486   3213.47     0.08    -451.20    -0.01
 83   1.0486   3213.22     0.04    -451.20     0.04
 84   1.0490   3204.16     0.06    -453.41     0.04
 85   1.0490   3203.95     0.05    -453.51    -0.00
 86   1.0493   3198.42     0.08    -454.66     0.14
 87   1.0493   3198.31     0.19    -454.71     0.14
 88   1.0494   3196.60     0.00    -455.22    -0.01
 89   1.0494   3196.34    -0.04    -455.22     0.03
 90   1.0512   3155.98     0.09    -464.56     0.07
 91   1.0513   3155.76     0.09    -464.65     0.03
 92   1.0513   3155.54     0.10    -464.75    -0.01
 93   1.0513   3155.29     0.06    -464.75     0.04
 94   1.0513   3155.07     0.06    -464.84     0.00
 95   1.0513   3154.81     0.02    -464.84     0.06
 96   1.0513   3154.60     0.02    -464.93     0.02
 97   1.0513   3154.49     0.13    -464.98     0.02
 98   1.0513   3154.12    -0.02    -465.02     0.03
 99   1.0513   3154.02     0.09    -465.07     0.03
100   1.0513   3153.76     0.05    -465.07     0.08
101   1.0514   3153.54     0.06    -465.16     0.04
102   1.0514   3151.69     0.06    -465.63     0.02
103   1.0514   3151.32    -0.09    -465.67     0.03
104   1.0516   3148.31     0.07    -466.41     0.03
105   1.0516   3148.05     0.03    -466.41     0.08
106   1.0517   3144.78    -0.02    -467.15     0.08
107   1.0518   3144.67     0.09    -467.20     0.08
108   1.0519   3140.92     0.09    -468.03     0.09
109   1.0519   3140.70     0.09    -468.12     0.04
110   2.0041   8247.86    -0.01    -275.30    -0.00
111   2.0043   8244.13    -0.01    -277.03     0.09
112   2.0048   8236.63     0.30    -280.70     0.12
113   2.0096   8153.68     0.08    -318.63     0.01
114   2.0100   8145.53    -0.03    -322.25    -0.02
115   2.0104   8139.05    -0.08    -324.98     0.03
116   2.1570   4848.62    -0.10    -695.48    -0.05
117   2.1573   4841.96    -0.03    -694.80    -0.15
118   2.1577   4832.81    -0.10    -693.64    -0.10
119   2.1598   4784.62    -0.06    -687.25    -0.24
120   2.1603   4772.05    -0.03    -685.57    -0.17
121   2.1607   4763.48    -0.12    -684.29    -0.06
122   2.1820   4284.27    -0.01    -599.77    -0.35
123   2.1820   4284.09    -0.11    -599.63    -0.23

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.

10FX86    quality flag:3

Type:       SCATEXTD  SCATEXTD  SCATEXTD

axisobj        46.511    46.521    46.502
ecceobj         0.061     0.062     0.060
incobj         25.184    25.183    25.184
qmin           43.300    43.239    43.296
qmax           50.659    50.702    50.601
amean          46.858    46.868    46.848
amin           46.489    46.483    46.484
amax           47.239    47.260    47.240
emean           0.062     0.063     0.061
emin            0.052     0.053     0.051
emax            0.073     0.073     0.072
imean          26.594    26.593    26.594
imin           26.388    26.375    26.375
imax           26.790    26.796    26.796
excite_mean     0.452     0.452     0.452
fracstop        1.000     1.000     1.000
cjmean          2.869     2.869     2.869

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       173.4     173.3     173.0
kozaiamp        180.0     180.0     180.0