--- FOV.pdf ---
Shows the field of view and the selected targets and comparison stars

--- RESULTS.pdf ---
Shows the relative light curves for the target and the comparison stars.

--- ExoClock_info.txt ---
Contains the information that you will need to uplod to ExoClock, if you are observing an exoplanet and you wish to
contribute to the ExoClock project (https://www.exoclock.space). See inside the file for more information.

--- PHOTOMETRY_APERTURE.txt ---
Contains the relative light curve of the target as calculated by the aperture photometry method. The columns contain
the following information (in order):
1. exposure start time in JD_UTC
2. relative flux (flux of the target divided by the sum of all the comparison stars)

--- PHOTOMETRY_GAUSS.txt ---
Contains the relative light curve of the target as calculated by the PSF fitting photometry method. The columns contain
the following information (in order):
1. exposure start time in JD_UTC
2. relative flux (flux of the target divided by the sum of all the comparison stars)

--- PHOTOMETRY_a.txt ---
Contains all the data related to the aperture photometry method. The columns contain
the following information (in order):
1. exposure start time in JD_UTC
2. target x position in pixels
3. comparison 1 x position in pixels
. comparison 2 x position in pixels
. comparison 3 x position in pixels
...
. target y position in pixels
. comparison 1 y position in pixels
. comparison 2 y position in pixels
. comparison 3 y position in pixels
...
. target total flux in counts
. comparison 1 total flux in counts
. comparison 2 total flux in counts
. comparison 3 total flux in counts
...
. target sky/pixel flux in counts
. comparison 1 sky flux/pixel in counts
. comparison 2 sky flux/pixel in counts
. comparison 3 sky flux/pixel in counts
...

--- PHOTOMETRY_g.txt ---
Contains all the data related to the PSF fitting photometry method. The columns contain
the following information (in order):
1. exposure start time in JD_UTC
2. target x position in pixels
3. comparison 1 x position in pixels
. comparison 2 x position in pixels
. comparison 3 x position in pixels
...
. target y position in pixels
. comparison 1 y position in pixels
. comparison 2 y position in pixels
. comparison 3 y position in pixels
...
. target PSF STD across axis 1
. comparison 1 PSF STD across axis 1 in pixels
. comparison 2 PSF STD across axis 1 in pixels
. comparison 3 PSF STD across axis 1 in pixels
...
. target PSF STD across axis 2
. comparison 1 PSF STD across axis 2 in pixels
. comparison 2 PSF STD across axis 2 in pixels
. comparison 3 PSF STD across axis 2 in pixels
...
. target PSF volume in counts
. comparison 1 PSF volume in counts
. comparison 2 PSF volume in counts
. comparison 3 PSF volume in counts
...
. target PSF baseline in counts
. comparison 1 PSF baseline in counts
. comparison 2 PSF baseline in counts
. comparison 3 PSF baseline in counts
...