EXAMPLES
            --------

Commands to execute the examples:

cd periodCorrect
../bin/timing2periodCorrect.Linux 5.dbl 5.res 5.err  0.4465 0.1855 >! output.txt
cd ..

cd timing
../bin/timing.Linux 5.dbl 5.res  0.4465 0.1855 >! output.txt
cd ..

cd timing_eclipse
../bin/timing_eclipse.Linux 5.dbl 5.res  0.4465 0.1855 >! output.txt
cd ..



These utilities run the last 4 binaries in the catalog. One of the
binaries is "ambiguous"- same light curve, but different period, thus
making 5 example light curves:

uma0_08.dphca.07468.lc - "ambiguous"
uma0_08.dphca.07587.lc
uma0_10.dphca.09087.lc
uma0_11.dphca.10277.lc


====================================================

           FILE FORMATS
           ------------



periodCorrect results file format fields:

1.  filename
2.  period
3.  corrected period
4.  e * cos(w)  ; where, e = eccentricity, and  w = angle of perihelion
5.  e           ; the orbital eccentricity, less accurate
6.  number of eclipse events used 
7.  reduced chi-squared of the linear fit


---------------

timing/timing_eclipse results file format fields:

1.  filename
2.  period
3.  alarm Score
4.  corrected period
5.  number of eclipses used 
6.  reduced chi-squared of the linear fit
7.  parabolic F-test
8.  Period rate of change, or P dot (sec/sec)
9.  sinusoidal F-test
10. sinusoidal period (days)
11. sinusoidal amplitude (seconds)


Note that columns 7-8 relate to the parabolic fit, 
and columns 9-11 relate to the sinusoidal fit to the timing O-C.

-----------------------


timing_eclipse  *.data  file format:

1.  time stamp
2.  magnitude of an observation in the eclipse
3.  magnitude uncertainty for the observation


---

timing_eclipse  *.fit  file format:

1.  time stamp
2.  model light curve of the eclipse, with the original offset
3.  model light curve of the eclipse, with the best-fit offset 


---

timing/timing_eclipse  *.fitParab  and  *.fitSin  file formats:

1.  time stamp
2.  best fit model (parabolic/sinusoidal)


---

timing/timing_eclipse  *.fourier

1.  period (days)
2.  frequency (1/days)
3.  F-test for a sinusoidal O-C model the given period/frequency

---

All the other output files are meant to be used by the SuperMongo (*.sm) script:

*.plot.1 - O-C data points from the primary eclipses
*.plot.2 - O-C data points from the secondary eclipses
*.linear - A linear fit to all data points
*.offset1 - An offsetted linear fit to the primary eclipse data points
*.offset2 - An offsetted linear fit to the secondary eclipse data points