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usage : python CALcalib.py -P-D-M Mode
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A script only to plot threshold distribution (/a/sulky36/g.glast.u33/sanchez/PlotRun.py)
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usage : python PlotRun.py -D-M Mode Tag
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First look at genTrigMonitorHists and fitTrigMonitorHists
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There is no major impact. Fitted LAC values remain almost the same.
Using sasha's code
I have use sasha's code with run 077018222. I put his code in cmt and was able to compile it.
I used fill_LAC_hists.C to make histogram and plot_lac_all_channels.cxx to make the following plot.
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Use : fit_lac_thresh.cxx and compare result with the new version of the GR analyze chain. |
Conclusions
We are ready to monitor LAC, FLE, FHE threshold.
training with run backgnd-GR-v15r0-2
h.3 GR code
We train with a simulated run.
PED : digitization-licos-v3r9p3_077014293_digi_DIGI.FLIGHT_GAIN.calPed.txt
MuSlope : digitization-licos-v3r9p3_077014313_digi_DIGI.FLIGHT_GAIN.muSlope.txt
We fit LAC threshold for the NEG face.
LAC distribution for NEG face obtained with Zach code
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We change firstBin > 15%max by firstBin > 20%max. Without this, the code rise an exception. |
h.3 python script to monitor
FLE/FHE distribution obtained with the monitoring code
CalMaxEne>>hflenofhe","CalMaxEne>0 && (GemConditionsWord==4 || GemConditionsWord==5 || GemConditionsWord==6 || GemConditionsWord==7)
CalMaxEne>>hnoflefhe","CalMaxEne>0 && (GemConditionsWord==8 ||GemConditionsWord==9 || GemConditionsWord==10 || GemConditionsWord==11)
CalMaxEne>>hflefhe","CalMaxEne>0 && (GemConditionsWord==12 || GemConditionsWord==13 || GemConditionsWord==14 || GemConditionsWord==15)
CalMaxEne>>hnoflenofhe","CalMaxEne>0 && (GemConditionsWord==1 || GemConditionsWord==2 || GemConditionsWord==3 )
Finding LAC value with nomSciOps runs
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