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For now just a 10cm side cube of gas surrounded by 1cm of Aluminum
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The entrance side has a 1.05cm diameter hole for entrance
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In the hole is supposed to be placed a MCP plate https://tectra.de/wp-content/uploads/2017/07/MCP.pdf
- Geometry is implemented but commented since it crashed the graphics
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Getting primary energy of gamma and deposited energy in the gas, also other stuff but this is needed for efficiency
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Using
myMac.mac -
cut on the particles is in GasBoxSensitiveDetector (i.e. saving only e-)
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cut of contained events is in ConvertFrDigi ( not yet implemtned)
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containment boolean in Reco.c is wrong
- root -l 'RecoTrack.C("output_t0.root")'
- root elab_output_t0.root
- TTree* tree = (TTree*)_file0->Get("elabHits");
- tree->Draw("EDep>>histName(250, 0.001, 0.06)", "(EDep < 0.06 && EDep > 0.001) && (ParticleName == "e-" || ParticleName == "gamma")")
OR
- g++ -o convert ConvertForDigi.cpp
root-config --cflags --libs
- in analysis/ folder
efficiency.py - condition for seen photon:
(df["BoolInteracted"]==1) & (df["primaryHits"]==1 ) & (df["energyDeposit"]>df["primaryEnergy"]-epsilon)& (df["energyDeposit"]<=df["primaryEnergy"])- espsilon usually 200eV