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: 14QP441 # Created Sat Apr 20 01:16:08 2024 # Orbit generated from Bernstein formalism # Fitting 112 observations of 114 # Arc: 3.34y # First observation: 2014/08/21 # Last observation: 2017/12/22 Preliminary a, adot, b, bdot, g, gdot: -0.000240 0.040858 -0.000065 0.006171 0.034819 0.000000 # Chi-squared of fit: 60.04 DOF: 218 RMS: 0.13 # Min/Max residuals: -0.39 0.38 # Exact a, adot, b, bdot, g, gdot: 1.811268E-05 4.042273E-02 3.286649E-06 6.078562E-03 3.469512E-02 -1.199305E-03 # Covariance matrix: 7.5679E-14 3.0849E-14 7.9365E-15 1.3005E-15 7.4001E-14 2.2030E-13 3.0849E-14 1.2603E-13 6.2349E-15 1.3711E-14 1.0363E-13 1.1067E-12 7.9365E-15 6.2349E-15 2.5937E-14 -1.5057E-14 1.1002E-14 2.1617E-14 1.3005E-15 1.3711E-14 -1.5057E-14 2.1533E-14 8.9603E-15 1.7937E-13 7.4001E-14 1.0363E-13 1.1002E-14 8.9603E-15 1.2825E-13 8.3201E-13 2.2030E-13 1.1067E-12 2.1617E-14 1.7937E-13 8.3201E-13 1.3537E-11 # lat0 lon0 xBary yBary zBary JD0 -18.005128 33.193032 0.920699 -0.131498 -0.405008 2456890.849239 # Heliocentric elements and errors Epoch: 2456890.5000 = 2014/08/21 Mean Anomaly: 298.31642 +/- 0.024 Argument of Peri: 2.21385 +/- 0.033 Long of Asc Node: 96.63567 +/- 0.001 Inclination: 19.39251 +/- 0.000 Eccentricity: 0.06781043 +/- 0.0001 Semi-Major Axis: 30.09692183 +/- 0.0010 Time of Perihelion: 2467224.0280 +/- 4.0 Perihelion: 28.05603649 +/- 0.0028 Aphelion: 32.13780718 +/- 0.0028 Period (y) 165.1168 +/- 0.01 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X 23.79626577 +/- 0.0002 Ecliptic Y 14.47107605 +/- 0.0001 Ecliptic Z -8.90901201 +/- 0.0001 Ecliptic XDOT -0.00170243 +/- 0.0000 Ecliptic YDOT 0.00269693 +/- 0.0000 Ecliptic ZDOT 0.00048555 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 29.24114912 +/- 0.0002 Geocenter to KBO 28.82249618 +/- 0.0003 # Hcoef: 9.29
The following table shows the complete astrometric record for 14QP441. 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 (14QP441) followed by the observatory code and reference code for the source of the astrometry.
2014 08 21.348461 02 28 10.20 -04 23 13.1 23.9i 14QP441 W84 C~1I2V 2014 08 21.357419 02 28 10.19 -04 23 13.4 23.7i 14QP441 W84 C~1I2V 2014 09 04.265174 02 27 41.85 -04 32 44.5 23.3z 14QP441 W84 C~1I2V 2014 09 04.273461 02 27 41.82 -04 32 44.9 24.1z 14QP441 W84 C~1I2V 2014 09 04.277593 02 27 41.80 -04 32 45.1 23.7z 14QP441 W84 C~1I2V 2014 09 24.195613 02 26 23.46 -04 47 19.9 23.8r 14QP441 W84 C~1I2V 2014 09 24.200567 02 26 23.43 -04 47 20.1 23.8r 14QP441 W84 C~1I2V 2014 09 24.205521 02 26 23.42 -04 47 20.4 23.7r 14QP441 W84 C~1I2V 2014 09 24.211447 02 26 23.37 -04 47 20.5 23.2i 14QP441 W84 C~1I2V 2014 09 24.215949 02 26 23.35 -04 47 20.7 23.6i 14QP441 W84 C~1I2W 2014 09 24.220440 02 26 23.33 -04 47 20.9 23.7i 14QP441 W84 C~1I2W 2014 09 24.224919 02 26 23.31 -04 47 21.2 23.6i 14QP441 W84 C~1I2W 2014 09 24.229433 02 26 23.29 -04 47 21.4 23.3i 14QP441 W84 C~1I2W 2014 09 24.234931 02 26 23.26 -04 47 21.5 23.1z 14QP441 W84 C~1I2W 2014 09 24.239074 02 26 23.23 -04 47 22.0 23.4z 14QP441 W84 C~1I2W 2014 09 24.243241 02 26 23.22 -04 47 22.0 23.4z 14QP441 W84 C~1I2W 2014 09 24.247384 02 26 23.20 -04 47 22.3 22.8z 14QP441 W84 C~1I2W 2014 09 24.251539 02 26 23.18 -04 47 22.4 23.8z 14QP441 W84 C~1I2W 2014 09 24.255660 02 26 23.16 -04 47 22.4 23.5z 14QP441 W84 C~1I2W 2014 09 24.263935 02 26 23.12 -04 47 22.8 23.4z 14QP441 W84 C~1I2W 2014 09 24.272245 02 26 23.08 -04 47 23.3 23.4z 14QP441 W84 C~1I2W 2014 09 24.276389 02 26 23.06 -04 47 23.5 23.8z 14QP441 W84 C~1I2W 2014 09 25.179664 02 26 18.57 -04 48 03.2 24.3g 14QP441 W84 C~1I2W 2014 09 25.182315 02 26 18.57 -04 48 02.7 24.4g 14QP441 W84 C~1I2W 2014 10 13.260567 02 24 36.49 -05 00 29.5 23.4r 14QP441 W84 C~1I2W 2014 10 13.265521 02 24 36.45 -05 00 29.6 24.2r 14QP441 W84 C~1I2W 2014 10 13.270475 02 24 36.43 -05 00 29.8 24.0r 14QP441 W84 C~1I2W 2014 10 13.276435 02 24 36.39 -05 00 30.1 23.7i 14QP441 W84 C~1I2W 2014 10 13.280937 02 24 36.36 -05 00 30.3 23.8i 14QP441 W84 C~1I2W 2014 10 13.285428 02 24 36.33 -05 00 30.3 23.7i 14QP441 W84 C~1I2W 2014 10 13.289907 02 24 36.31 -05 00 30.4 23.2i 14QP441 W84 C~1I2W 2014 10 13.294398 02 24 36.27 -05 00 30.9 23.4i 14QP441 W84 C~1I2W 2014 10 13.299977 02 24 36.26 -05 00 31.0 23.4z 14QP441 W84 C~1I2W 2014 10 13.304120 02 24 36.22 -05 00 30.9 23.7z 14QP441 W84 C~1I2W 2014 10 13.308252 02 24 36.20 -05 00 31.2 23.0z 14QP441 W84 C~1I2W 2014 10 13.333102 02 24 36.04 -05 00 32.0 24.1z 14QP441 W84 C~1I2W 2014 10 19.157593 02 23 59.31 -05 04 05.2 23.7i 14QP441 W84 C~1I2W 2014 10 19.162083 02 23 59.28 -05 04 05.5 23.4i 14QP441 W84 C~1I2W 2014 10 19.166563 02 23 59.25 -05 04 05.6 23.8i 14QP441 W84 C~1I2W 2014 10 26.218206 02 23 13.32 -05 07 58.2 24.0g 14QP441 W84 C~1I2W 2014 10 26.220822 02 23 13.31 -05 07 58.1 24.9g 14QP441 W84 C~1I2W 2014 10 26.228542 02 23 13.26 -05 07 58.5 24.0r 14QP441 W84 C~1I2W 2014 10 26.233519 02 23 13.22 -05 07 58.5 23.8r 14QP441 W84 C~1I2W 2014 10 26.238472 02 23 13.19 -05 07 58.7 23.8r 14QP441 W84 C~1I2W 2014 10 26.248981 02 23 13.13 -05 07 59.1 23.8i 14QP441 W84 C~1I2W 2014 10 26.280648 02 23 12.91 -05 07 59.9 23.5z 14QP441 W84 C~1I2W 2014 11 12.038519 02 21 22.86 -05 14 51.7 23.9r 14QP441 W84 C~1I2W 2014 11 12.040868 02 21 22.85 -05 14 51.7 23.4i 14QP441 W84 C~1I2W 2014 11 12.044676 02 21 22.81 -05 14 51.8 23.3z 14QP441 W84 C~1I2W 2014 11 19.053084 02 20 38.59 -05 16 35.3 24.9g 14QP441 W84 C~1I2W 2014 11 19.055289 02 20 38.56 -05 16 35.4 24.0r 14QP441 W84 C~1I2W 2014 11 19.061447 02 20 38.53 -05 16 35.7 22.9z 14QP441 W84 C~1I2W 2014 11 26.062639 02 19 56.66 -05 17 33.8 23.4i 14QP441 W84 C~1I2W 2014 11 26.066435 02 19 56.66 -05 17 33.9 23.5z 14QP441 W84 C~1I2W 2014 12 23.047639 02 17 51.76 -05 13 54.9 23.8i 14QP441 W84 C~1I2W 2014 12 23.051435 02 17 51.73 -05 13 55.1 24.7z 14QP441 W84 C~1I2W 2015 01 15.089334 02 17 09.42 -05 01 46.0 25.5g 14QP441 W84 C~1MjX 2015 01 15.091551 02 17 09.43 -05 01 46.0 24.3r 14QP441 W84 C~1MjX 2015 01 15.093900 02 17 09.41 -05 01 45.9 24.4i 14QP441 W84 C~1MjX 2015 01 15.097685 02 17 09.42 -05 01 45.8 23.6z 14QP441 W84 C~1MjX 2015 01 22.062014 02 17 10.30 -04 56 40.4 23.8r 14QP441 W84 C~1MjX 2015 01 22.068183 02 17 10.33 -04 56 40.3 23.8z 14QP441 W84 C~1MjX 2015 11 19.136238 02 29 05.66 -04 09 37.6 23.9i 14QP441 W84 C~1l3v 2015 11 19.140718 02 29 05.68 -04 09 37.8 23.5i 14QP441 W84 C~1l3v 2015 11 19.149711 02 29 05.59 -04 09 37.7 23.9i 14QP441 W84 C~1l3v 2015 11 19.154225 02 29 05.57 -04 09 37.9 23.5i 14QP441 W84 C~1l3v 2015 11 19.164028 02 29 05.50 -04 09 38.1 23.3z 14QP441 W84 C~1l3v 2015 11 19.168194 02 29 05.45 -04 09 37.9 24.1z 14QP441 W84 C~1l3v 2015 11 29.172303 02 28 05.06 -04 11 03.5 24.2r 14QP441 W84 C~1l3v 2015 11 29.182245 02 28 05.02 -04 11 03.3 24.7r 14QP441 W84 C~1l3v 2015 11 29.188218 02 28 04.96 -04 11 03.7 24.2i 14QP441 W84 C~1l3v 2015 11 29.192755 02 28 04.95 -04 11 03.5 23.7i 14QP441 W84 C~1l3v 2015 11 29.197257 02 28 04.92 -04 11 03.4 24.3i 14QP441 W84 C~1l3v 2015 11 30.033542 02 28 00.15 -04 11 06.5 23.3z 14QP441 W84 C~1l3v 2015 11 30.037697 02 28 00.13 -04 11 06.5 23.9z 14QP441 W84 C~1l3v 2015 11 30.041852 02 28 00.09 -04 11 06.6 23.7z 14QP441 W84 C~1l3v 2015 11 30.050139 02 28 00.06 -04 11 06.5 23.5z 14QP441 W84 C~1l3v 2015 11 30.054282 02 28 00.03 -04 11 06.5 24.1z 14QP441 W84 C~1l3v 2015 11 30.058438 02 28 00.00 -04 11 06.6 24.2z 14QP441 W84 C~1l3v 2015 11 30.062593 02 27 59.99 -04 11 06.5 23.7z 14QP441 W84 C~1l3v 2015 11 30.066748 02 27 59.97 -04 11 06.5 23.7z 14QP441 W84 C~1l3v 2015 11 30.070891 02 27 59.94 -04 11 06.5 24.1z 14QP441 W84 C~1l3v 2015 11 30.075035 02 27 59.92 -04 11 06.5 23.8z 14QP441 W84 C~1l3v 2015 11 30.113113 02 27 59.69 -04 11 06.7 25.1g 14QP441 W84 C~1l3v 2015 11 30.115764 02 27 59.68 -04 11 06.7 24.4g 14QP441 W84 C~1l3v 2015 12 09.067407 02 27 11.85 -04 10 55.4 24.1r 14QP441 W84 C~1l3v 2015 12 09.072361 02 27 11.82 -04 10 55.3 24.2r 14QP441 W84 C~1l3v 2015 12 09.077326 02 27 11.80 -04 10 55.2 24.2r 14QP441 W84 C~1l3v 2015 12 09.083218 02 27 11.77 -04 10 55.3 24.0i 14QP441 W84 C~1l3v 2015 12 09.087697 02 27 11.75 -04 10 55.4 23.9i 14QP441 W84 C~1l3v 2015 12 09.092187 02 27 11.72 -04 10 55.2 24.2i 14QP441 W84 C~1l3v 2015 12 09.096678 02 27 11.70 -04 10 55.1 24.2i 14QP441 W84 C~1l3v 2015 12 09.101181 02 27 11.67 -04 10 55.1 23.9i 14QP441 W84 C~1l3v 2015 12 16.061968 02 26 39.34 -04 09 52.4 24.3r 14QP441 W84 C~1l3v 2015 12 16.071875 02 26 39.30 -04 09 52.4 24.0r 14QP441 W84 C~1l3v 2015 12 16.077824 02 26 39.27 -04 09 52.1 23.7i 14QP441 W84 C~1l3v 2015 12 16.082315 02 26 39.24 -04 09 52.3 23.8i 14QP441 W84 C~1l3v 2015 12 16.086817 02 26 39.23 -04 09 52.1 23.7i 14QP441 W84 C~1l3v 2015 12 16.091308 02 26 39.20 -04 09 52.2 24.0i 14QP441 W84 C~1l3v 2015 12 16.095799 02 26 39.19 -04 09 52.1 24.4i 14QP441 W84 C~1l3v 2015 12 17.065243 02 26 35.07 -04 09 39.7 24.8g 14QP441 W84 C~1l3v 2015 12 17.079340 02 26 35.01 -04 09 39.4 24.3z 14QP441 W84 C~1l3v 2015 12 17.083484 02 26 34.99 -04 09 39.4 23.9z 14QP441 W84 C~1l3v 2015 12 17.100081 02 26 34.93 -04 09 39.0 23.9z 14QP441 W84 C~1l3v 2015 12 17.108380 02 26 34.89 -04 09 39.0 23.9z 14QP441 W84 C~1l3v 2015 12 29.051470 02 25 52.63 -04 05 52.4 24.4i 14QP441 W84 C~1l3v 2016 01 07.074699 02 25 31.93 -04 01 34.5 25.4g 14QP441 W84 C~1l3v 2016 01 07.087350 02 25 31.91 -04 01 34.0 24.2r 14QP441 W84 C~1l3v 2017 12 10.143617 02 43 52.690 -01 55 59.50 23.8r 14QP441 W84 C~2g4D 2017 12 15.066441 02 43 27.910 -01 55 30.40 23.3z 14QP441 W84 C~2g4D 2017 12 22.070753 02 42 56.580 -01 54 10.60 24.0g 14QP441 W84 C~2g4D 2017 12 22.072969 02 42 56.560 -01 54 10.70 23.5r 14QP441 W84 C~2g4D 2017 12 22.075342 02 42 56.560 -01 54 10.40 23.5i 14QP441 W84 C~2g4D 2017 12 22.079312 02 42 56.540 -01 54 10.50 23.1z 14QP441 W84 C~2g4D
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 0.06 0.00 -0.11
2 0.0000 -0.24 0.10 -0.23 -0.07
3 0.0381 -590.37 0.38 -397.13 -0.11
4 0.0381 -590.92 0.29 -397.35 -0.13
5 0.0381 -591.27 0.17 -397.44 -0.11
6 0.0927 -1987.23 0.00 -831.62 0.01
7 0.0927 -1987.72 -0.06 -831.65 0.05
8 0.0927 -1987.96 0.12 -831.89 -0.10
9 0.0927 -1988.70 -0.12 -831.73 0.15
10 0.0927 -1989.05 -0.08 -831.82 0.14
11 0.0927 -1989.40 -0.05 -831.91 0.12
12 0.0927 -1989.78 -0.05 -832.09 0.01
13 0.0928 -1990.13 -0.01 -832.18 -0.00
14 0.0928 -1990.58 0.00 -832.13 0.14
15 0.0928 -1991.17 -0.23 -832.45 -0.11
16 0.0928 -1991.31 -0.02 -832.40 0.01
17 0.0928 -1991.70 -0.05 -832.58 -0.11
18 0.0928 -1992.01 -0.01 -832.58 -0.04
19 0.0928 -1992.29 0.06 -832.48 0.13
20 0.0929 -1992.99 0.07 -832.66 0.09
21 0.0929 -1993.72 0.05 -832.93 -0.05
22 0.0929 -1994.07 0.06 -833.02 -0.07
23 0.0954 -2070.59 -0.39 -848.08 -0.17
24 0.0954 -2070.42 0.00 -847.61 0.34
25 0.1449 -3757.99 -0.13 -1043.94 -0.05
26 0.1449 -3758.58 -0.22 -1043.84 0.07
27 0.1449 -3758.93 -0.07 -1043.93 0.01
28 0.1449 -3759.59 -0.13 -1044.01 -0.05
29 0.1449 -3760.08 -0.16 -1044.05 -0.07
30 0.1449 -3760.51 -0.13 -1043.90 0.10
31 0.1449 -3760.82 0.01 -1043.90 0.13
32 0.1450 -3761.55 -0.26 -1044.17 -0.13
33 0.1450 -3761.73 0.13 -1044.22 -0.14
34 0.1450 -3762.26 0.02 -1043.92 0.17
35 0.1450 -3762.64 0.05 -1044.11 0.00
36 0.1451 -3765.16 0.05 -1044.07 0.16
37 0.1610 -4353.88 0.08 -1062.66 0.04
38 0.1610 -4354.41 0.02 -1062.80 -0.09
39 0.1610 -4354.86 0.03 -1062.74 -0.04
40 0.1803 -5079.77 -0.12 -1054.13 -0.07
41 0.1803 -5079.88 0.05 -1053.99 0.07
42 0.1804 -5080.72 0.01 -1054.12 -0.09
43 0.1804 -5081.28 -0.03 -1053.92 0.08
44 0.1804 -5081.77 -0.00 -1053.96 0.02
45 0.1804 -5082.75 0.12 -1054.04 -0.10
46 0.1805 -5086.12 0.06 -1053.70 0.10
47 0.2264 -6775.01 0.04 -896.69 -0.12
48 0.2264 -6775.15 0.13 -896.64 -0.11
49 0.2264 -6775.75 -0.10 -896.54 -0.06
50 0.2456 -7434.01 0.23 -775.29 0.07
51 0.2456 -7434.46 -0.02 -775.23 0.08
52 0.2456 -7434.99 0.03 -775.37 -0.18
53 0.2648 -8045.18 ( -0.21) -623.04 ( 0.42)
54 0.2648 -8045.21 0.07 -623.14 0.23
55 0.3387 -9736.61 0.18 201.13 -0.09
56 0.3387 -9737.10 -0.16 201.08 -0.27
57 0.4018 -10093.88 0.09 1099.09 0.05
58 0.4018 -10093.74 0.21 1099.04 -0.09
59 0.4018 -10093.99 -0.05 1099.23 0.00
60 0.4018 -10093.82 0.09 1099.28 -0.11
61 0.4208 -9980.35 -0.34 1383.54 0.24
62 0.4209 -9979.89 -0.02 1383.49 -0.07
63 1.2451 1054.33 -0.31 491.60 0.36
64 1.2452 1054.55 0.33 491.31 -0.02
65 1.2452 1053.31 -0.05 491.85 0.34
66 1.2452 1052.96 0.02 491.77 0.17
67 1.2452 1051.91 -0.10 491.93 0.13
68 1.2452 1051.27 ( -0.34) 492.37 ( 0.49)
69 1.2726 171.09 -0.05 713.41 -0.14
70 1.2726 170.60 0.28 713.80 -0.00
71 1.2727 169.62 -0.20 713.72 -0.23
72 1.2727 169.54 0.11 713.96 -0.11
73 1.2727 169.15 0.09 714.21 0.02
74 1.2750 100.85 -0.08 735.11 -0.12
75 1.2750 100.57 -0.02 735.21 -0.12
76 1.2750 99.97 -0.28 735.31 -0.13
77 1.2750 99.58 0.02 735.55 -0.10
78 1.2750 99.16 -0.06 735.70 -0.06
79 1.2750 98.70 -0.17 735.76 -0.11
80 1.2751 98.60 0.06 735.90 -0.07
81 1.2751 98.31 0.12 736.00 -0.08
82 1.2751 97.89 0.04 736.15 -0.04
83 1.2751 97.61 0.10 736.25 -0.05
84 1.2752 94.30 -0.06 737.21 -0.08
85 1.2752 94.16 0.02 737.26 -0.10
86 1.2997 -576.61 -0.01 986.68 -0.08
87 1.2997 -577.00 -0.05 986.92 0.02
88 1.2997 -577.25 0.04 987.12 0.06
89 1.2998 -577.70 -0.00 987.17 -0.07
90 1.2998 -578.02 -0.00 987.18 -0.20
91 1.2998 -578.38 -0.05 987.52 0.00
92 1.2998 -578.63 0.02 987.71 0.06
93 1.2998 -579.05 -0.09 987.86 0.07
94 1.3189 -1014.13 0.08 1208.27 0.19
95 1.3189 -1014.70 0.09 1208.47 0.06
96 1.3189 -1015.02 0.12 1208.90 0.29
97 1.3189 -1015.51 -0.11 1208.86 0.10
98 1.3189 -1015.59 0.07 1209.10 0.19
99 1.3189 -1016.04 -0.12 1209.16 0.09
100 1.3190 -1016.15 0.03 1209.30 0.09
101 1.3216 -1070.13 -0.03 1241.54 0.04
102 1.3216 -1070.88 0.02 1242.12 0.14
103 1.3217 -1071.16 -0.03 1242.22 0.10
104 1.3217 -1071.87 0.20 1242.90 0.21
105 1.3217 -1072.44 0.10 1243.10 0.13
106 1.3544 -1593.08 -0.05 1667.49 -0.27
107 1.3791 -1799.24 -0.10 2013.88 -0.19
108 1.3792 -1799.35 -0.03 2014.45 -0.12
109 3.3040 16297.14 -0.12 3587.64 0.12
110 3.3175 15955.22 0.30 3740.64 0.00
111 3.3367 15537.63 0.02 3974.63 -0.08
112 3.3367 15537.32 -0.17 3974.64 -0.15
113 3.3367 15537.42 0.06 3974.92 0.05
114 3.3367 15537.10 -0.04 3974.93 -0.08
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.
14QP441 quality flag:3 Type: 1:1 1:1 1:1 axisobj 30.277 30.279 30.274 ecceobj 0.067 0.067 0.067 incobj 19.403 19.403 19.403 qmin 27.537 27.538 27.535 qmax 32.818 32.819 32.816 amean 30.109 30.109 30.109 amin 29.899 29.901 29.899 amax 30.339 30.340 30.339 emean 0.061 0.061 0.061 emin 0.038 0.038 0.038 emax 0.083 0.083 0.083 imean 17.871 17.871 17.871 imin 17.625 17.625 17.625 imax 18.105 18.105 18.105 excite_mean 0.313 0.313 0.313 fracstop 1.000 1.000 1.000 cjmean 2.900 2.900 2.900 libcent 0 59.6 59.6 59.6 libamp 0 4.6 4.8 4.4 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 176.2 176.2 176.4 kozaiamp 179.9 180.0 180.0