Did you succeed searching for the DB with optimized coincidence time?  
It is not so important for low Pmiss, but it will be really important 
for high Pmiss. It is not urgent, but it will be great to have it.

In any case, even with the DB used in KinA and KinD we were not seeing 
the 2 ns structrure of the beam, as some other experiments at JLab have 
done (The previous oxygen experiment for instance).  In the lead experiment, 
Guido Urcioli has been the one who has optimized the CT database, so I 
don't know exactly how it is done. I can contact him for information about 
the procedure.

Meanwhile, now that the problem with the db_run.dat is fixed, I have been 
able to analyze KinA-KinE in Madrid. Here I send you the output from the 
analysis and the histograms, so you (and your student) can play with them. 
I am interested in looking for (significant) differences respect to your 
previous histograms, so tell me if you find something odd. Due to a different 
CT, it is normal that the real, accidentals..  are different. I hope that 
it will not have a big impact on the final result. (At least it is a good 
hint about systematic errors).

I have included also the alt.C version I used. And cut.C is a useful 
mini-macro to plot the root files fast with all the cuts of alt.C. Please, 
note that the CT cuts are different respect to what you have.

The relnorm.dat file contains the factors I have obtained for the luminosity 
from the Hydrogen.