CalibManager/app/
  optical_metrology_check
  optical_metrology_epix10ka2m

/reg/g/psdm/detector/alignment/epix10ka2m/calib-mfx-epix10ka2m-01-2018-11-15/
  2018-11-15-Metrology-epix10ka2m.xlsx
  2018-11-15-Metrology-epix10ka2m.txt
  2018-11-15-Metrology-epix10ka2m-corr.txt
  2018-11-15-geometry-epix10ka2m.txt - geometry file accounting for optical metrology data
  README-2018-11-15

Blaj, Gabriel 
2018-12-04, 2:08 PMO'Grady, Paul Christopher;Nelson, Silke;Dubrovin, Mikhail;Hart, Philip Adam             

Hi, 
You could try to use the gain files obtained with the pulser. They are not great but might work.

For a better gain calibration, we should use single photon data. 
There is sufficient 1 photon data taken during the first testing at XCS,
but it will take me a few days to calculate the gains.

I would actually advocate returning the number of photons (as we 
discussed in a meeting a few months ago). Even without a calibration it 
can be easily calculated from the (average) gains:

High (FH and AHL): 132 ADU/9.5 keV
Medium (FM and AML): 43 ADU/9.5 keV
Low (FL, AHL, AML): 1.32 ADU/9.5 keV

(Just a note, while the pulser is not great for calibrating gains, it works fine for offset calibration)

Thanks,
Gabriel