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#!/usr/bin/env python
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"""
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R. Bayes
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An example of extracting information from the special virtual planes
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"""
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# pylint: disable = E1101, C0103, C0301, W0611, R0914, R0915
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import os
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import sys
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import ROOT
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import math
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import subprocess
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import libMausCpp
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def main():
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""" extract information from the special virtual planes
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from the maus_output.root file in the current directory """
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args = [["tmp/06270/06270_recon.root",300,28.,29,30,31.,25.,27.],
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["tmp/06271/06271_recon.root",300,28.,29,30.,31.,25.,27.],
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["tmp/06274/06274_recon.root",350,27.,28.3,28.9,30.,25.,27.],
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["tmp/06275/06275_recon.root",375,27.,28.,28.5,29.5,25,26.7],
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["tmp/06276/06276_recon.root",400,26.7,27.8,28.0,29.0,26.,26.7],
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["tmp/06278/06278_recon.root",425,26.5,27.5,27.8,28.8,26,26.5]]
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maxsize = -999
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htof10 = [] # array of histograms
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pmutof = []
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ppitof = []
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petof = []
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ckovaMuPE = []
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ckovbMuPE = []
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ckovaPiPE = []
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ckovbPiPE = []
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ckovaEPE = []
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ckovbEPE = []
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CkovAMuPE = ROOT.TGraphErrors(len(args))
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CkovBMuPE = ROOT.TGraphErrors(len(args))
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CkovAPiPE = ROOT.TGraphErrors(len(args))
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CkovBPiPE = ROOT.TGraphErrors(len(args))
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CkovAEPE = ROOT.TGraphErrors(len(args))
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CkovBEPE = ROOT.TGraphErrors(len(args))
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ptofmuvckova = ROOT.TH2D("pmutofckova" ,"; Momentum from TOF1 - TOF0 (MeV/c); Number of Photo-electrons",
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80, 100, 500, 500, 0, 100)
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ptofmuvckovb = ROOT.TH2D("pmutofckovb","; Momentum from TOF1 - TOF0 (MeV/c); Number of Photo-electrons",
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80, 100, 500, 500, 0, 100)
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ptofpivckova = ROOT.TH2D("ppitofckova" ,"; Momentum from TOF1 - TOF0 (MeV/c); Number of Photo-electrons",
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80, 100, 500, 500, 0, 100)
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ptofpivckovb = ROOT.TH2D("ppitofckovb","; Momentum from TOF1 - TOF0 (MeV/c); Number of Photo-electrons",
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80, 100, 500, 500, 0, 100)
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ptofevckova = ROOT.TH2D("petofckova" ,"; Momentum from TOF1 - TOF0 (MeV/c); Number of Photo-electrons",
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80, 100, 500, 500, 0, 100)
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ptofevckovb = ROOT.TH2D("petofckovb","; Momentum from TOF1 - TOF0 (MeV/c); Number of Photo-electrons",
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80, 100, 500, 500, 0, 100)
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ifile = 0
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for fp in args:
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rfile = ROOT.TFile(str(fp[0]),"R")
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if rfile.IsZombie():
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continue
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data = ROOT.MAUS.Data()
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tree = rfile.Get("Spill")
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if not tree:
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continue
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tree.SetBranchAddress("data", data)
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htof10.append( ROOT.TH1D("htof_" + str(fp[1])+"_"+str(ifile),
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"TOF distribution at "+
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str(fp[1])+"; TOF1 - TOF0 (ns); Entries (per 0.1 ns)", 300, 10, 40) )
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pmutof.append( ROOT.TH1D("pmutof_" + str(fp[1])+"_"+str(ifile),
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"Momenta from TOF distribution at "+
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str(fp[1])+" for muons; Momentum (MeV/c); Entries (per 0.1 MeV)", 400, 100, 500) )
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ppitof.append( ROOT.TH1D("ppitof_" + str(fp[1])+"_"+str(ifile),
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"Momenta from TOF distribution at "+
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str(fp[1])+" for pions; Momentum (MeV/c); Entries (per 0.1 MeV)", 400, 100, 500) )
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petof.append( ROOT.TH1D("petof_" + str(fp[1])+"_"+str(ifile),
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"Momenta from TOF distribution at "+
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str(fp[1])+" for electrons; Momentum (MeV/c); Entries (per 0.1 MeV)", 400, 100, 500) )
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ckovaPiPE.append( ROOT.TH1D("ckovaPi_" + str(fp[1])+"_"+str(ifile),
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"Ckov A Pion PE distribution at "+
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str(fp[1])+"; Number of Photo-Electrons; Entries (per 0.2 PE)", 500, 0, 100) )
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ckovbPiPE.append( ROOT.TH1D("ckovbPi_" + str(fp[1])+"_"+str(ifile),
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"Ckov B Pion PE distribution at "+
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str(fp[1])+"; Number of Photo-Electrons; Entries (per 0.2 PE)", 500, 0, 100) )
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ckovaMuPE.append( ROOT.TH1D("ckovaMu_" + str(fp[1])+"_"+str(ifile),
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"Ckov A Muon PE distribution at "+
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str(fp[1])+"; Number of Photo-Electrons; Entries (per 0.2 PE)", 500, 0, 100) )
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ckovbMuPE.append( ROOT.TH1D("ckovbMu_" + str(fp[1])+"_"+str(ifile),
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"Ckov B Muon PE distribution at "+
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str(fp[1])+"; Number of Photo-Electrons; Entries (per 0.2 PE)", 500, 0, 100) )
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ckovaEPE.append( ROOT.TH1D("ckovaE_" + str(fp[1])+"_"+str(ifile),
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"Ckov A Electron PE distribution at "+
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str(fp[1])+"; Number of Photo-Electrons; Entries (per 0.2 PE)", 500, 0, 100) )
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ckovbEPE.append( ROOT.TH1D("ckovbE_" + str(fp[1])+"_"+str(ifile),
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"Ckov B Electron PE distribution at "+
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str(fp[1])+"; Number of Photo-Electrons; Entries (per 0.2 PE)", 500, 0, 100) )
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print "Evaluating "+str(fp[0])
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for i in range(tree.GetEntries()):
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tree.GetEntry(i)
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spill = data.GetSpill()
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if spill.GetDaqEventType() == "physics_event":
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for j in range(spill.GetReconEvents().size()):
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tof_event = spill.GetReconEvents()[j].GetTOFEvent()
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if not tof_event:
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continue
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spacepoints = tof_event.GetTOFEventSpacePoint()
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if spacepoints.GetTOF0SpacePointArraySize() != 1:
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continue
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if spacepoints.GetTOF1SpacePointArraySize() != 1:
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continue
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tof0time = spacepoints.GetTOF0SpacePointArrayElement(0).GetTime()
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tof1time = spacepoints.GetTOF1SpacePointArrayElement(0).GetTime()
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tof10 = tof1time - tof0time
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htof10[-1].Fill(tof10)
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ckov_event = spill.GetReconEvents()[j].GetCkovEvent()
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ckovA = ckov_event.GetCkovDigitArrayElement(0).GetCkovA()
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ckovB = ckov_event.GetCkovDigitArrayElement(0).GetCkovB()
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tof10_0 = 7630.1 / 299.7924
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if tof10 > fp[2] and tof10 < fp[3]:
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pmutof[-1].Fill( 105.66 / math.sqrt(( tof10 / tof10_0 )**2 - 1) )
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ckovaMuPE[-1].Fill(ckovA.GetNumberOfPes())
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ckovbMuPE[-1].Fill(ckovB.GetNumberOfPes())
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ptofmuvckova.Fill(105.66 / math.sqrt(( tof10 / tof10_0 )**2 - 1),
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ckovA.GetNumberOfPes())
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ptofmuvckovb.Fill(105.66 / math.sqrt(( tof10 / tof10_0 )**2 - 1),
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ckovB.GetNumberOfPes())
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elif tof10 > fp[4] and tof10 < fp[5]:
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ppitof[-1].Fill( 139.57 / math.sqrt(( tof10 / tof10_0 )**2 - 1) )
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ckovaPiPE[-1].Fill(ckovA.GetNumberOfPes())
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ckovbPiPE[-1].Fill(ckovB.GetNumberOfPes())
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ptofpivckova.Fill(139.57 / math.sqrt(( tof10 / tof10_0 )**2 - 1),
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ckovA.GetNumberOfPes())
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ptofpivckovb.Fill(139.57 / math.sqrt(( tof10 / tof10_0 )**2 - 1),
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ckovB.GetNumberOfPes())
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elif tof10 > tof10_0 and tof10 < fp[7]:
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pmutof[-1].Fill( 0.511 / math.sqrt(( tof10 / tof10_0 )**2 - 1) )
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ckovaEPE[-1].Fill(ckovA.GetNumberOfPes())
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ckovbEPE[-1].Fill(ckovB.GetNumberOfPes())
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ptofevckova.Fill(fp[1], ckovA.GetNumberOfPes())
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ptofevckovb.Fill(fp[1], ckovB.GetNumberOfPes())
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CkovAMuPE.SetPoint(ifile, pmutof[-1].GetMean(), ckovaMuPE[-1].GetMean())
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CkovAMuPE.SetPointError(ifile, pmutof[-1].GetRMS()/math.sqrt(pmutof[-1].GetEntries()),
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ckovaMuPE[-1].GetRMS()/math.sqrt(ckovaMuPE[-1].GetEntries()))
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CkovBMuPE.SetPoint(ifile, pmutof[-1].GetMean(), ckovbMuPE[-1].GetMean())
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CkovBMuPE.SetPointError(ifile, pmutof[-1].GetRMS()/math.sqrt(pmutof[-1].GetEntries()),
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ckovbMuPE[-1].GetRMS()/math.sqrt(ckovbMuPE[-1].GetEntries()))
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CkovAPiPE.SetPoint(ifile, ppitof[-1].GetMean(), ckovaPiPE[-1].GetMean())
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CkovAPiPE.SetPointError(ifile, ppitof[-1].GetRMS()/math.sqrt(ppitof[-1].GetEntries()),
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ckovaPiPE[-1].GetRMS()/math.sqrt(ckovaPiPE[-1].GetEntries()))
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CkovBPiPE.SetPoint(ifile, ppitof[-1].GetMean(), ckovbPiPE[-1].GetMean())
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CkovBPiPE.SetPointError(ifile, ppitof[-1].GetRMS()/math.sqrt(ppitof[-1].GetEntries()),
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ckovbPiPE[-1].GetRMS()/math.sqrt(ckovbPiPE[-1].GetEntries()))
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CkovAEPE.SetPoint(ifile, fp[1], ckovaEPE[-1].GetMean())
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CkovAEPE.SetPointError(ifile, 0.0,
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ckovaEPE[-1].GetRMS()/math.sqrt(ckovaEPE[-1].GetEntries()))
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CkovBEPE.SetPoint(ifile, fp[1], ckovbEPE[-1].GetMean())
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CkovBEPE.SetPointError(ifile, 0.0,
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ckovbEPE[-1].GetRMS()/math.sqrt(ckovbEPE[-1].GetEntries()))
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c1 = ROOT.TCanvas("tof_"+str(fp[1]),"tof_"+str(fp[1]))
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htof10[-1].Draw()
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c1.Print("ckov_momentum_scan_tof_"+str(fp[1])+"_"+str(ifile)+".eps")
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c1.Clear()
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pmutof[-1].Draw()
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c1.Print("ckov_scan_tof_muon_momentum_"+str(fp[1])+"_"+str(ifile)+".eps")
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c1.Clear()
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ppitof[-1].Draw()
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c1.Print("ckov_scan_tof_pion_momentum_"+str(fp[1])+"_"+str(ifile)+".eps")
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c1.Clear()
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petof[-1].Draw()
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c1.Print("ckov_scan_tof_electron_momentum_"+str(fp[1])+"_"+str(ifile)+".eps")
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c1.Clear()
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ckovaMuPE[-1].Draw()
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c1.Print("ckov_momentum_scan_ckova_"+str(fp[1])+"_"+str(ifile)+".eps")
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c1.Clear()
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ckovbMuPE[-1].Draw()
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c1.Print("ckov_momentum_scan_ckovb_"+str(fp[1])+"_"+str(ifile)+".eps")
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ifile += 1
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CkovAMuPE.SetMarkerColor(2)
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CkovAMuPE.SetMarkerStyle(20)
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CkovAMuPE.SetTitle(";Momentum at target;#PE Ckov A")
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CkovBMuPE.SetMarkerColor(2)
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CkovBMuPE.SetMarkerStyle(20)
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CkovBMuPE.SetTitle(";Momentum at target;#PE Ckov B")
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CkovAPiPE.SetMarkerColor(4)
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CkovAPiPE.SetMarkerStyle(21)
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CkovBPiPE.SetMarkerColor(4)
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217
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CkovBPiPE.SetMarkerStyle(21)
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218
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CkovAEPE.SetMarkerColor(6)
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219
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CkovAEPE.SetMarkerStyle(22)
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220
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CkovBEPE.SetMarkerColor(6)
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221
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CkovBEPE.SetMarkerStyle(22)
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leg = ROOT.TLegend(0.15,0.75,0.3,0.89)
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leg.AddEntry(CkovAMuPE,"#mu","p")
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leg.AddEntry(CkovAPiPE,"#pi","p")
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leg.AddEntry(CkovAEPE,"e","p")
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226
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leg.SetFillColor(10)
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227
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c1 = ROOT.TCanvas("ckov_scan","ckov_scan",800,900)
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228
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c1.Divide(1,2)
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229
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c1.cd(1)
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230
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CkovAMuPE.Draw("ap")
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231
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CkovAMuPE.GetHistogram().GetYaxis().SetRangeUser(0,30)
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232
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CkovAPiPE.Draw("psame")
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233
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CkovAEPE.Draw("psame")
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234
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leg.Draw()
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235
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c1.cd(2)
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236
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CkovBMuPE.Draw("ap")
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237
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CkovBMuPE.GetHistogram().GetYaxis().SetRangeUser(0,30)
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238
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CkovBPiPE.Draw("psame")
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239
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CkovBEPE.Draw("psame")
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240
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241
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c1.Print("ckov_scan_graph.eps")
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242
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243
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c1.Clear()
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244
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c1.Divide(1,2)
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245
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c1.cd(1)
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246
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ptofmuvckova.Draw("colz")
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247
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c1.cd(2)
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248
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ptofmuvckovb.Draw("colz")
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249
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c1.Print("ckov_scan_mu_pvPE.eps")
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250
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251
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c1.Clear()
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252
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c1.Divide(1,2)
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253
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c1.cd(1)
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254
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ptofpivckova.Draw("colz")
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255
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c1.cd(2)
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256
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ptofpivckovb.Draw("colz")
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257
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c1.Print("ckov_scan_pi_pvPE.eps")
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258
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259
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pxmua = ptofmuvckova.ProfileX()
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260
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pxmua.SetMarkerColor(2)
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261
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pxmua.SetMarkerStyle(20)
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262
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pxmua.SetStats(0)
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263
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pxmua.SetTitle(";Momentum from TOF;#PE Ckov A")
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264
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pxmua.GetXaxis().SetLabelSize(0.05)
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265
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pxmua.GetXaxis().SetTitleSize(0.05)
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266
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pxmua.GetYaxis().SetLabelSize(0.05)
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267
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pxmua.GetYaxis().SetTitleSize(0.05)
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268
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pxmub = ptofmuvckovb.ProfileX()
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269
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pxmub.SetMarkerColor(2)
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270
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pxmub.SetMarkerStyle(20)
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271
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pxmub.SetStats(0)
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272
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pxmub.SetTitle(";Momentum from TOF;#PE Ckov B")
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273
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pxmub.GetXaxis().SetLabelSize(0.05)
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274
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pxmub.GetXaxis().SetTitleSize(0.05)
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275
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pxmub.GetYaxis().SetLabelSize(0.05)
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276
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pxmub.GetYaxis().SetTitleSize(0.05)
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277
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pxpia = ptofpivckova.ProfileX()
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278
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pxpia.SetMarkerColor(4)
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279
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pxpia.SetMarkerStyle(21)
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280
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pxpia.SetStats(0)
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281
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pxpia.SetTitle(";Momentum from TOF;#PE Ckov A")
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282
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pxpib = ptofpivckovb.ProfileX()
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283
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pxpib.SetMarkerColor(4)
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284
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pxpib.SetMarkerStyle(21)
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285
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pxpib.SetStats(0)
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286
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pxpib.SetTitle(";Momentum from TOF;#PE Ckov B")
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287
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c1.Clear()
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288
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c1.Divide(1,2)
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289
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c1.cd(1)
|
|
290
|
pxmua.Draw("p")
|
|
291
|
pxmua.GetYaxis().SetRangeUser(0,20)
|
|
292
|
pxpia.Draw("psame")
|
|
293
|
leg.Draw()
|
|
294
|
c1.cd(2)
|
|
295
|
pxmub.Draw("p")
|
|
296
|
pxmub.GetYaxis().SetRangeUser(0,20)
|
|
297
|
pxpib.Draw("psame")
|
|
298
|
c1.Print("ckov_scan_pvPE.eps")
|
|
299
|
|
|
300
|
if __name__ == "__main__":
|
|
301
|
main()
|
|
302
|
|
