Tool to calibrate the digitzer with calibration runs of fixed input charge
tool to anlayise the light gain to 55Fe at different HFO
cuts="(sc_integral>0) & (sc_integral<300000) & (sc_width/sc_length>0.6) & (sc_width/sc_length<1) & (sc_tgausssigma>3)"
anal_GainScan_CAM.py --hfo_qnt 0 if int(gem)>360: limits=[0,300000] else: limits=[0,5000]
anal_GainScan_CAM.py --hfo_qnt 1 --voltages 390 500 --fit_range 390 420 if int(gem)>390: limits=[4000,100000] else: limits=[0,10000]
tool to measure the electron gain of MANGO
compile with g++ checkUniformity.cxx -o uniformity root-config --cflags --libs the run uniformity recofile.root
from measurment summarized in LY_HeCF4.txt try to get the electronic gain with conversion
makes the plot of different LY adn energy resolution measured for hte dfififerent HFO configurations
compile with g++ Refine_histo.cxx -o root-config --cflags --libs. Runs as ./progname <path_to_spectrum> . Transforms a spectrum resampling and interpolating fixing a point every 2 nm. Output in Outfile_res.txt
compile with g++ EstimateQE.cxx -o root-config --cflags --libs. Runs as ./progname Config.txt . It starts from the spectra inside Spectra folder and produces a ROOT file containing the emission spectrum and the "survived" spectrum for a variety of combinations of gas, detector, window and pressure. The choice of parameters follows what the Config.txt tells it to do. It also prints the effective QE and the survived photons per secondary electron