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: 17FG226 # Created Sat Feb 22 02:11:08 2025 # Orbit generated from Bernstein formalism # Fitting 117 observations of 117 # Arc: 4.13y # First observation: 2015/01/16 # Last observation: 2019/03/03 Preliminary a, adot, b, bdot, g, gdot: 0.000212 0.030203 0.000037 0.003119 0.027521 0.000000 # Chi-squared of fit: 48.86 DOF: 228 RMS: 0.11 # Min/Max residuals: -0.28 0.39 # Exact a, adot, b, bdot, g, gdot: 1.888692E-05 3.020084E-02 1.267574E-06 3.160068E-03 2.721876E-02 1.063571E-03 # Covariance matrix: 1.5463E-13 -1.3807E-13 6.8263E-15 -1.0637E-14 -4.9378E-14 -1.0197E-12 -1.3807E-13 3.1063E-13 -1.7343E-14 2.9744E-14 2.4781E-13 3.0662E-12 6.8263E-15 -1.7343E-14 1.1028E-13 -5.3268E-14 -1.3052E-14 -1.9416E-13 -1.0637E-14 2.9744E-14 -5.3268E-14 3.0548E-14 2.3878E-14 3.2842E-13 -4.9378E-14 2.4781E-13 -1.3052E-14 2.3878E-14 2.5375E-13 2.5689E-12 -1.0197E-12 3.0662E-12 -1.9416E-13 3.2842E-13 2.5689E-12 3.3528E-11 # lat0 lon0 xBary yBary zBary JD0 -10.013935 150.341260 0.556863 -0.140451 -0.796304 2457039.099708 # Heliocentric elements and errors Epoch: 2457030.5000 = 2015/01/08 Mean Anomaly: 4.94108 +/- 0.045 Argument of Peri: 292.92347 +/- 0.067 Long of Asc Node: 208.61054 +/- 0.001 Inclination: 11.37526 +/- 0.000 Eccentricity: 0.19127435 +/- 0.0000 Semi-Major Axis: 46.35936662 +/- 0.0022 Time of Perihelion: 2455448.0718 +/- 14.3 Perihelion: 37.49200907 +/- 0.0024 Aphelion: 55.22672416 +/- 0.0031 Period (y) 315.6563 +/- 0.02 # Ecliptic coordinates at JD0 (AU and AU/d) Ecliptic X -31.87005011 +/- 0.0006 Ecliptic Y 18.78709082 +/- 0.0003 Ecliptic Z -6.38849520 +/- 0.0001 Ecliptic XDOT -0.00164667 +/- 0.0000 Ecliptic YDOT -0.00256568 +/- 0.0000 Ecliptic ZDOT 0.00029451 +/- 0.0000 # Distances at JD0 (AU) Heliocenter to KBO 37.54287877 +/- 0.0005 Geocenter to KBO 36.73936506 +/- 0.0007 # Hcoef: 8.19
The following table shows the complete astrometric record for 17FG226. 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 (17FG226) followed by the observatory code and reference code for the source of the astrometry.
2015 01 16.59893 09 55 35.63 +01 57 55.4 23.2z 17FG226 T09 C~8eWW 2015 01 16.63309 09 55 35.48 +01 57 55.7 23.2z 17FG226 T09 C~8eWW 2015 01 16.65139 09 55 35.44 +01 57 56.1 23.4z 17FG226 T09 C~8eWW 2015 01 21.583905 09 55 14.18 +01 59 14.9 17FG226 T09 C~81C4 2015 01 21.661564 09 55 13.83 +01 59 16.4 17FG226 T09 C~81C4 2016 01 15.644948 10 02 25.76 +01 31 48.8 17FG226 T09 C~81C4 2016 01 15.664261 10 02 25.68 +01 31 49.1 17FG226 T09 C~81C4 2016 03 04.429779 09 58 33.43 +01 52 00.2 17FG226 T09 C~81C4 2016 03 04.459022 09 58 33.28 +01 52 01.2 17FG226 T09 C~81C4 2016 03 07.28369 09 58 19.92 +01 53 32.9 25.1g 17FG226 T09 C~89Ue 2016 03 07.29376 09 58 19.87 +01 53 33.1 24.9g 17FG226 T09 C~89Ue 2016 03 07.30381 09 58 19.83 +01 53 33.6 24.8g 17FG226 T09 C~89Ue 2016 03 07.30953 09 58 19.80 +01 53 33.7 25.0g 17FG226 T09 C~89Ue 2016 03 07.31343 09 58 19.79 +01 53 33.9 25.0g 17FG226 T09 C~89Uf 2016 03 07.32886 09 58 19.71 +01 53 34.4 24.9g 17FG226 T09 C~89Uf 2016 03 09.29453 09 58 10.59 +01 54 38.7 24.0r 17FG226 T09 C~89Uf 2016 03 09.30474 09 58 10.53 +01 54 39.0 24.0r 17FG226 T09 C~89Uf 2016 03 09.31494 09 58 10.48 +01 54 39.3 24.1r 17FG226 T09 C~89Uf 2016 03 09.32069 09 58 10.46 +01 54 39.5 24.0r 17FG226 T09 C~89Uf 2016 03 09.33622 09 58 10.40 +01 54 40.2 24.4r 17FG226 T09 C~89Uf 2016 03 09.34016 09 58 10.36 +01 54 40.0 24.2r 17FG226 T09 C~89Uf 2016 03 12.39839 09 57 56.47 +01 56 20.7 23.3z 17FG226 T09 C~89Uf 2016 03 12.42790 09 57 56.34 +01 56 21.7 23.3z 17FG226 T09 C~89Uf 2016 03 12.43918 09 57 56.30 +01 56 22.1 23.4z 17FG226 T09 C~89Uf 2016 03 12.44304 09 57 56.28 +01 56 22.2 23.4z 17FG226 T09 C~89Uf 2016 03 12.46618 09 57 56.18 +01 56 23.1 23.6z 17FG226 T09 C~89Uf 2016 03 12.47390 09 57 56.13 +01 56 23.2 23.2z 17FG226 T09 C~89Uf 2016 03 15.46963 09 57 42.96 +01 58 01.8 23.3y 17FG226 T09 C~8COw 2016 03 15.48397 09 57 42.90 +01 58 02.5 22.9y 17FG226 T09 C~8COw 2016 03 15.49118 09 57 42.87 +01 58 02.7 23.2y 17FG226 T09 C~8COw 2016 03 15.49503 09 57 42.87 +01 58 02.5 23.3y 17FG226 T09 C~8COw 2016 03 15.50274 09 57 42.83 +01 58 03.0 22.8y 17FG226 T09 C~8COw 2016 03 15.51045 09 57 42.79 +01 58 03.3 23.5y 17FG226 T09 C~8COw 2016 03 15.51431 09 57 42.78 +01 58 03.3 23.0y 17FG226 T09 C~8COw 2016 03 15.52770 09 57 42.73 +01 58 03.8 23.0y 17FG226 T09 C~8COw 2017 01 28.51763 10 08 12.00 +01 09 47.9 23.5z 17FG226 T09 C~7xUG 2017 01 28.53098 10 08 11.93 +01 09 48.1 23.8z 17FG226 T09 C~7xUG 2017 01 28.54440 10 08 11.86 +01 09 48.2 23.4z 17FG226 T09 C~7xUG 2017 01 28.55779 10 08 11.81 +01 09 48.7 23.5z 17FG226 T09 C~7xUG 2017 01 28.58466 10 08 11.67 +01 09 49.3 23.2z 17FG226 T09 C~7xUG 2017 02 02.50623 10 07 48.68 +01 11 37.2 23.7r 17FG226 T09 C~7gvB 2017 02 02.51587 10 07 48.62 +01 11 37.5 23.7r 17FG226 T09 C~7gvB 2017 02 02.52479 10 07 48.58 +01 11 37.5 23.8r 17FG226 T09 C~7gvB 2017 02 02.52702 10 07 48.58 +01 11 37.7 23.9r 17FG226 T09 C~7gvB 2017 02 02.59348 10 07 48.26 +01 11 39.4 23.3i 17FG226 T09 C~7gvB 2017 02 21.32753 10 06 15.75 +01 20 04.5 23.2z 17FG226 T09 C~7gvB 2017 02 21.35310 10 06 15.61 +01 20 05.1 22.9z 17FG226 T09 C~7gvB 2017 02 21.37870 10 06 15.49 +01 20 06.0 23.1z 17FG226 T09 C~7gvB 2017 02 21.40442 10 06 15.35 +01 20 06.6 23.0z 17FG226 T09 C~7gvB 2017 02 21.42640 10 06 15.24 +01 20 07.1 22.9z 17FG226 T09 C~7gvB 2017 02 23.46966 10 06 05.03 +01 21 09.5 24.0r 17FG226 T09 C~7gvB 2017 02 23.48331 10 06 04.96 +01 21 10.0 23.8r 17FG226 T09 C~7gvB 2017 02 23.51437 10 06 04.81 +01 21 10.8 23.8r 17FG226 T09 C~7gvB 2017 03 04.27055 10 05 21.75 +01 25 48.0 23.4z 17FG226 T09 C~7gvB 2017 03 04.29603 10 05 21.64 +01 25 48.8 23.1z 17FG226 T09 C~7gvB 2017 03 04.32155 10 05 21.52 +01 25 49.9 23.1z 17FG226 T09 C~7gvB 2017 03 04.34714 10 05 21.39 +01 25 50.7 23.2z 17FG226 T09 C~7gvB 2017 03 04.45958 10 05 20.85 +01 25 54.4 23.3i 17FG226 T09 C~7gvB 2017 03 04.48135 10 05 20.73 +01 25 54.9 23.5i 17FG226 T09 C~7gvB 2017 03 04.50300 10 05 20.63 +01 25 55.6 23.3i 17FG226 T09 C~7gvB 2017 03 22.28630 10 04 01.12 +01 35 43.6 24.4g 17FG226 T09 C~7lto 2017 03 22.30012 10 04 01.07 +01 35 44.1 24.6g 17FG226 T09 C~7lto 2017 03 22.31838 10 04 00.98 +01 35 44.8 25.1g 17FG226 T09 C~7lto 2017 03 22.33948 10 04 00.90 +01 35 45.4 24.7g 17FG226 T09 C~7lto 2017 03 22.35217 10 04 00.83 +01 35 45.8 24.7g 17FG226 T09 C~7lto 2017 03 22.35428 10 04 00.83 +01 35 46.1 24.6g 17FG226 T09 C~7lto 2017 03 22.39453 10 04 00.66 +01 35 47.5 24.0z 17FG226 T09 C~7gvB 2017 03 22.42021 10 04 00.57 +01 35 48.3 23.8z 17FG226 T09 C~7gvB 2017 03 22.44588 10 04 00.46 +01 35 49.0 23.6z 17FG226 T09 C~7gvB 2017 03 22.49332 10 04 00.26 +01 35 50.7 23.9z 17FG226 T09 C~7gvB 2017 04 20.26464 10 02 33.93 +01 50 25.2 23.3y 17FG226 T09 C~7gvB 2017 04 20.26847 10 02 33.90 +01 50 25.2 22.6y 17FG226 T09 C~7gvB 2017 04 20.27229 10 02 33.90 +01 50 25.5 23.1y 17FG226 T09 C~7gvB 2017 04 20.29534 10 02 33.86 +01 50 25.9 23.0y 17FG226 T09 C~7gvB 2017 04 20.29917 10 02 33.84 +01 50 26.0 23.3y 17FG226 T09 C~7gvB 2017 04 23.24643 10 02 28.90 +01 51 42.0 24.7r 17FG226 T09 C~81C4 2017 04 23.25033 10 02 28.90 +01 51 42.0 24.7r 17FG226 T09 C~81C4 2017 04 23.25417 10 02 28.90 +01 51 42.2 24.5r 17FG226 T09 C~81C4 2017 04 23.26183 10 02 28.89 +01 51 42.2 24.5r 17FG226 T09 C~81C4 2017 04 23.34188 10 02 28.75 +01 51 44.3 24.3z 17FG226 T09 C~81C4 2017 04 23.34570 10 02 28.75 +01 51 44.5 23.7z 17FG226 T09 C~81C4 2017 04 23.35335 10 02 28.73 +01 51 44.5 23.7z 17FG226 T09 C~81C4 2017 04 23.35718 10 02 28.73 +01 51 44.8 23.8z 17FG226 T09 C~81C4 2017 04 23.36483 10 02 28.71 +01 51 45.0 24.0z 17FG226 T09 C~81C4 2017 04 23.37249 10 02 28.71 +01 51 45.5 24.3z 17FG226 T09 C~81C4 2017 04 23.37632 10 02 28.70 +01 51 45.2 24.3z 17FG226 T09 C~81C4 2017 04 23.38014 10 02 28.70 +01 51 45.5 24.5z 17FG226 T09 C~81C4 2017 04 26.23645 10 02 24.72 +01 52 55.4 24.9i 17FG226 T09 C~81C4 2017 04 26.24028 10 02 24.70 +01 52 55.4 24.6i 17FG226 T09 C~81C4 2017 04 26.24413 10 02 24.68 +01 52 55.6 24.4i 17FG226 T09 C~81C4 2017 04 26.24796 10 02 24.68 +01 52 55.9 24.7i 17FG226 T09 C~81C4 2017 04 26.26326 10 02 24.66 +01 52 56.3 24.2i 17FG226 T09 C~81C4 2017 04 26.28251 10 02 24.65 +01 52 56.6 24.4i 17FG226 T09 C~81C4 2017 04 26.29017 10 02 24.63 +01 52 56.8 24.5i 17FG226 T09 C~81C4 2017 04 26.29400 10 02 24.63 +01 52 56.8 24.6i 17FG226 T09 C~81C4 2017 04 26.29783 10 02 24.62 +01 52 56.8 24.5i 17FG226 T09 C~81C5 2017 04 27.34452 10 02 23.36 +01 53 21.8 23.7i 17FG226 T09 C~81C5 2017 04 27.35218 10 02 23.35 +01 53 22.0 23.7i 17FG226 T09 C~81C5 2017 04 27.35601 10 02 23.35 +01 53 22.0 23.8i 17FG226 T09 C~81C5 2017 04 27.35984 10 02 23.34 +01 53 22.1 23.7i 17FG226 T09 C~81C5 2017 04 27.36375 10 02 23.33 +01 53 22.3 23.9i 17FG226 T09 C~81C5 2017 04 29.24420 10 02 21.35 +01 54 05.6 24.2z 17FG226 T09 C~81C5 2017 04 29.25210 10 02 21.34 +01 54 05.8 24.0z 17FG226 T09 C~81C5 2017 04 29.25593 10 02 21.34 +01 54 05.8 24.3z 17FG226 T09 C~81C5 2017 04 29.25976 10 02 21.32 +01 54 06.0 24.4z 17FG226 T09 C~81C5 2017 04 29.26359 10 02 21.34 +01 54 06.1 24.0z 17FG226 T09 C~81C5 2017 04 29.26758 10 02 21.32 +01 54 06.1 24.6z 17FG226 T09 C~81C5 2017 04 29.27141 10 02 21.32 +01 54 06.1 24.0z 17FG226 T09 C~81C5 2017 04 29.27524 10 02 21.31 +01 54 06.5 24.3z 17FG226 T09 C~81C5 2017 04 29.27907 10 02 21.31 +01 54 06.5 23.9z 17FG226 T09 C~81C5 2017 04 29.28291 10 02 21.31 +01 54 06.5 24.0z 17FG226 T09 C~81C5 2018 01 17.46460 10 15 43.62 +00 40 35.2 23.5i 17FG226 T09 C~81C5 2018 01 17.49402 10 15 43.51 +00 40 35.7 23.5i 17FG226 T09 C~81C5 2018 01 17.51563 10 15 43.42 +00 40 36.0 23.4i 17FG226 T09 C~81C5 2018 01 17.61241 10 15 43.03 +00 40 37.4 23.4i 17FG226 T09 C~81C5 2018 01 17.64966 10 15 42.88 +00 40 37.9 23.5i 17FG226 T09 C~81C5 2019 03 03.343756 10 18 57.93 +00 33 01.7 17FG226 T09 C~81C5
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 -0.28 0.00 0.12
2 0.0001 -2.21 -0.28 -0.50 -0.09
3 0.0001 -2.91 0.21 -0.33 0.23
4 0.0136 -329.21 0.01 -36.61 -0.08
5 0.0139 -334.65 -0.04 -37.02 0.06
6 0.9967 6313.09 0.05 660.05 -0.06
7 0.9968 6311.86 0.02 659.91 -0.03
8 1.1303 2623.87 0.24 589.24 0.03
9 1.1303 2621.42 0.11 589.40 0.04
10 1.1381 2401.73 -0.02 606.07 -0.04
11 1.1381 2400.96 -0.01 606.00 -0.17
12 1.1381 2400.22 0.04 606.26 0.03
13 1.1382 2399.77 0.04 606.20 -0.07
14 1.1382 2399.56 0.13 606.33 0.04
15 1.1382 2398.26 0.04 606.39 0.01
16 1.1436 2247.71 0.12 619.37 0.04
17 1.1436 2246.76 -0.04 619.34 -0.05
18 1.1436 2245.95 -0.06 619.36 -0.10
19 1.1437 2245.60 0.04 619.45 -0.05
20 1.1437 2244.52 0.15 619.79 0.20
21 1.1437 2244.02 -0.04 619.40 -0.22
22 1.1521 2013.78 -0.16 641.77 -0.07
23 1.1522 2011.60 -0.10 642.04 -0.02
24 1.1522 2010.90 0.05 642.20 0.06
25 1.1522 2010.59 0.02 642.19 0.03
26 1.1523 2008.87 0.05 642.52 0.18
27 1.1523 2008.13 -0.11 642.35 -0.04
28 1.1605 1788.75 -0.11 666.51 -0.16
29 1.1605 1787.66 -0.15 666.85 0.07
30 1.1606 1787.17 -0.11 666.89 0.04
31 1.1606 1787.24 0.24 666.70 -0.18
32 1.1606 1786.51 0.07 666.96 0.02
33 1.1606 1785.84 -0.04 667.03 0.03
34 1.1606 1785.70 0.10 666.98 -0.05
35 1.1607 1784.82 0.20 667.19 0.05
36 2.0340 11651.49 0.13 1224.07 0.08
37 2.0340 11650.43 0.05 1223.89 -0.03
38 2.0341 11649.41 0.01 1223.62 -0.24
39 2.0341 11648.53 0.11 1223.83 0.04
40 2.0342 11646.35 -0.11 1223.66 0.00
41 2.0477 11284.43 0.14 1205.03 -0.03
42 2.0477 11283.48 -0.07 1205.00 -0.03
43 2.0477 11282.92 0.05 1204.79 -0.20
44 2.0477 11282.85 0.15 1204.98 -0.01
45 2.0479 11277.74 0.12 1204.90 0.15
46 2.0992 9797.48 -0.05 1196.70 0.18
47 2.0993 9795.29 -0.13 1196.53 -0.04
48 2.0993 9793.29 -0.03 1196.75 0.14
49 2.0994 9791.11 -0.09 1196.58 -0.07
50 2.0995 9789.38 -0.01 1196.48 -0.22
51 2.1051 9623.77 -0.04 1201.84 -0.04
52 2.1051 9622.61 -0.08 1201.94 0.04
53 2.1052 9620.21 0.08 1201.91 -0.07
54 2.1291 8917.01 -0.27 1237.71 -0.24
55 2.1292 8915.18 -0.05 1237.89 -0.19
56 2.1293 8913.11 -0.08 1238.29 0.10
57 2.1294 8911.00 -0.13 1238.37 0.04
58 2.1297 8902.10 0.02 1239.03 0.15
59 2.1297 8900.24 -0.09 1238.87 -0.11
60 2.1298 8898.59 -0.01 1239.01 -0.08
61 2.1785 7574.27 0.19 1376.72 -0.03
62 2.1785 7573.40 0.28 1376.93 0.05
63 2.1786 7571.89 0.04 1377.12 0.07
64 2.1786 7570.55 0.18 1377.26 0.01
65 2.1787 7569.43 -0.06 1377.28 -0.10
66 2.1787 7569.32 -0.02 1377.56 0.17
67 2.1788 7566.44 -0.10 1377.99 0.21
68 2.1788 7564.90 0.14 1378.27 0.25
69 2.1789 7563.10 0.13 1378.35 0.09
70 2.1790 7559.70 0.01 1378.91 0.19
71 2.2578 6040.70 0.12 1750.16 0.15
72 2.2578 6040.28 -0.16 1750.00 -0.07
73 2.2578 6040.17 -0.13 1750.28 0.16
74 2.2579 6039.47 -0.00 1750.45 -0.01
75 2.2579 6039.16 -0.18 1750.44 -0.08
76 2.2660 5943.25 -0.09 1796.05 0.01
77 2.2660 5943.25 0.03 1796.05 -0.05
78 2.2660 5943.18 0.09 1796.23 0.08
79 2.2660 5943.04 0.19 1796.18 -0.09
80 2.2662 5940.35 0.02 1797.42 -0.06
81 2.2662 5940.28 0.08 1797.61 0.07
82 2.2663 5939.99 0.03 1797.51 -0.15
83 2.2663 5939.89 0.05 1797.79 0.07
84 2.2663 5939.54 -0.06 1797.87 0.04
85 2.2663 5939.37 0.01 1798.34 0.39
86 2.2663 5939.33 0.09 1798.01 -0.00
87 2.2663 5939.22 0.10 1798.29 0.22
88 2.2742 5858.96 0.17 1843.17 -0.03
89 2.2742 5858.67 -0.01 1843.07 -0.19
90 2.2742 5858.32 -0.26 1843.15 -0.17
91 2.2742 5858.22 -0.25 1843.43 0.05
92 2.2742 5857.80 -0.26 1843.70 0.09
93 2.2743 5857.55 0.02 1843.93 0.02
94 2.2743 5857.20 -0.12 1844.02 -0.02
95 2.2743 5857.20 -0.01 1844.02 -0.08
96 2.2743 5857.06 -0.05 1843.96 -0.19
97 2.2772 5830.65 -0.02 1860.87 0.01
98 2.2772 5830.44 -0.04 1861.00 0.02
99 2.2772 5830.44 0.06 1861.00 -0.04
100 2.2772 5830.27 -0.02 1861.04 -0.05
101 2.2772 5830.06 -0.13 1861.18 0.02
102 2.2824 5787.17 0.03 1891.51 -0.02
103 2.2824 5786.96 0.00 1891.64 -0.01
104 2.2824 5786.96 0.09 1891.64 -0.07
105 2.2824 5786.61 -0.17 1891.73 -0.05
106 2.2824 5786.85 0.16 1891.92 0.09
107 2.2825 5786.57 -0.03 1891.82 -0.08
108 2.2825 5786.57 0.06 1891.82 -0.14
109 2.2825 5786.29 -0.13 1892.14 0.13
110 2.2825 5786.29 -0.05 1892.14 0.07
111 2.2825 5786.29 0.04 1892.14 0.01
112 3.0031 18650.43 -0.05 1938.66 -0.10
113 3.0031 18648.69 0.02 1938.56 0.02
114 3.0032 18647.31 -0.04 1938.37 -0.00
115 3.0035 18641.29 -0.12 1937.64 0.01
116 3.0036 18638.99 -0.14 1937.33 -0.03
117 4.1252 21568.64 0.18 2531.75 0.03
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.
17FG226 quality flag:3 Type: SCATEXTD SCATEXTD SCATEXTD axisobj 46.055 46.062 46.049 ecceobj 0.185 0.185 0.185 incobj 11.384 11.384 11.384 qmin 36.817 36.844 36.855 qmax 55.724 55.743 55.661 amean 46.012 46.043 45.993 amin 45.586 45.656 45.582 amax 46.492 46.505 46.479 emean 0.181 0.182 0.180 emin 0.167 0.168 0.166 emax 0.199 0.199 0.198 imean 12.254 12.289 12.295 imin 11.593 11.707 11.688 imax 12.933 12.914 12.934 excite_mean 0.279 0.280 0.279 fracstop 1.000 1.000 1.000 cjmean 3.030 3.030 3.030 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 176.4 176.1 176.2 kozaiamp 180.0 180.0 179.9