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https://github.com/gwm17/SabreRecon.git
synced 2024-11-22 18:28:51 -05:00
Updated histogrammer
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4df31a1a05
commit
134e1f9a0d
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@ -10,6 +10,11 @@
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namespace SabreRecon {
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double Phi360(double phi)
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{
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return phi < 0 ? (2.0*M_PI + phi) : phi;
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}
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Histogrammer::Histogrammer(const std::string& input) :
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m_inputData(""), m_outputData(""), m_eventPtr(new CalEvent), m_isValid(false)
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{
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@ -213,6 +218,11 @@ namespace SabreRecon {
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ReconResult recon5Li, recon7Be, recon8Be, recon14N;
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TVector3 sabreCoords;
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//Temp
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TFile* punchCutFile = TFile::Open("/Volumes/Wyndle/10B3He_May2022/cuts/protonPunchGate_strict.root");
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TCutG* protonGate = (TCutG*) punchCutFile->Get("CUTG");
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protonGate->SetName("protonPunchGate");
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for(uint64_t i=0; i<nevents; i++)
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{
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tree->GetEntry(i);
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@ -225,54 +235,105 @@ namespace SabreRecon {
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}
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//Only analyze data that passes cuts, has sabre, and passes a weak threshold requirement
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if(m_cuts.IsInside() && !m_eventPtr->sabre.empty() && m_eventPtr->sabre[0].ringE > s_weakSabreThreshold)
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if(m_cuts.IsInside())
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{
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recon5Li = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, m_eventPtr->sabre[0], {{5,10},{2,3},{2,4},{2,4}});
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recon8Be = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, m_eventPtr->sabre[0], {{5,10},{2,3},{2,4},{1,1}});
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recon7Be = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, m_eventPtr->sabre[0], {{5,10},{2,3},{2,4},{1,2}});
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recon14N = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, m_eventPtr->sabre[0], {{6,12},{2,3},{2,4},{1,1}});
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sabreCoords = m_recon.GetSabreCoordinates(m_eventPtr->sabre[0]);
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FillHistogram1D({"xavg_gated","xavg_gated;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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if(!m_eventPtr->sabre.empty() && m_eventPtr->sabre[0].ringE > s_weakSabreThreshold)
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{
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auto& biggestSabre = m_eventPtr->sabre[0];
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recon5Li = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, biggestSabre, {{5,10},{2,3},{2,4},{2,4}});
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recon8Be = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, biggestSabre, {{5,10},{2,3},{2,4},{1,1}});
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recon7Be = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, biggestSabre, {{5,10},{2,3},{2,4},{1,2}});
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recon14N = m_recon.RunSabreExcitation(m_eventPtr->xavg, m_beamKE, biggestSabre, {{8,16},{2,3},{2,4},{1,1}});
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sabreCoords = m_recon.GetSabreCoordinates(biggestSabre);
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FillHistogram1D({"xavg","xavg_gated;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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FillHistogram2D({"scintE_cathodeE","scintE_cathodeE;scintE;cathodeE",512,0,4096,512,0,4096},
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m_eventPtr->scintE, m_eventPtr->cathodeE);
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FillHistogram2D({"xavg_theta","xavg_theta;xavg;theta",600,-300.0,300.0,500,0.0,1.5}, m_eventPtr->xavg, m_eventPtr->theta);
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FillHistogram1D({"xavg_gated_sabre","xavg_gated_sabre;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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FillHistogram2D({"scintE_cathodeE","scintE_cathodeE;scintE;cathodeE",512,0,4096,512,0,4096},
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m_eventPtr->scintE, m_eventPtr->cathodeE);
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FillHistogram2D({"xavg_theta","xavg_theta;xavg;theta",600,-300.0,300.0,500,0.0,1.5}, m_eventPtr->xavg, m_eventPtr->theta);
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FillHistogram1D({"ex_5Li", "ex_5Li;E_x(MeV);counts",2000,0.0,20.0}, recon5Li.excitation);
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FillHistogram1D({"ex_7Be", "ex_7Be;E_x(MeV);counts",2000,-10.0,10.0}, recon7Be.excitation);
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FillHistogram1D({"ex_8Be", "ex_8Be;E_x(MeV);counts",2000,0.0,20.0}, recon8Be.excitation);
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FillHistogram1D({"ex_14N", "ex_14N;E_x(MeV);counts",2000,-10.0,10.0}, recon14N.excitation);
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FillHistogram2D({"ex_14N_7Be","ex_14N_7Be;E_x 14N;E_x 7Be",500,-10.0,10.0,500,-10.,10.0}, recon14N.excitation,
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recon7Be.excitation);
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FillHistogram2D({"sabreTheta_sabreE","sabreTheta_sabreE;#theta (deg); E(MeV)",180,0,180,400,0,20.0},
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sabreCoords.Theta()*s_rad2deg, m_eventPtr->sabre[0].ringE);
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FillHistogram2D({"xavg_sabreE","xavg_sabreE;xavg; E(MeV)",600,-300.0,300.0,400,0,20.0},
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m_eventPtr->xavg, m_eventPtr->sabre[0].ringE);
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FillHistogram1D({"ex_5Li", "ex_5Li;E_x(MeV);counts",3000,-5.0,25.0}, recon5Li.excitation);
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FillHistogram1D({"ex_7Be", "ex_7Be;E_x(MeV);counts",3000,-20.0,10.0}, recon7Be.excitation);
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FillHistogram1D({"ex_8Be", "ex_8Be;E_x(MeV);counts",3000,-5.0,25.0}, recon8Be.excitation);
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FillHistogram1D({"ex_14N", "ex_14N;E_x(MeV);counts",3000,-20.0,10.0}, recon14N.excitation);
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FillHistogram2D({"ex_14N_7Be","ex_14N_7Be;E_x 14N;E_x 7Be",500,-10.0,10.0,500,-10.,10.0}, recon14N.excitation,
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recon7Be.excitation);
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FillHistogram2D({"sabreTheta_sabreE","sabreTheta_sabreE;#theta (deg); E(MeV)",180,0,180,400,0,20.0},
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sabreCoords.Theta()*s_rad2deg, biggestSabre.ringE);
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FillHistogram2D({"xavg_sabreE","xavg_sabreE;xavg; E(MeV)",600,-300.0,300.0,400,0,20.0},
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m_eventPtr->xavg, biggestSabre.ringE);
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//Gate on reconstr. excitation structures; overlaping cases are possible!
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if(recon5Li.excitation > -1.5 && recon5Li.excitation < 1.5)
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{
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FillHistogram1D({"xavg_gated5Ligs", "xavg_gated5Ligs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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if(m_eventPtr->xavg > -186.0 && m_eventPtr->xavg < -178.0 && (biggestSabre.detID == 2 || biggestSabre.detID == 3))
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{
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FillHistogram2D({"sabreE_sabreTheta_nub","sabreE_sabreTheta_nub;#theta (deg);E(MeV)",
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180,0.0,180.0,400,0.0,20.0},sabreCoords.Theta()*s_rad2deg,biggestSabre.ringE);
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FillHistogram2D({"sabreE_sabrePhi_nub","sabreE_sabreTheta_nub;#phi (deg);E(MeV)",
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360,0.0,360.0,400,0.0,20.0},Phi360(sabreCoords.Phi())*s_rad2deg,biggestSabre.ringE);
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}
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//Gate on reconstr. excitation structures; overlaping cases are possible!
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if(recon5Li.excitation > -1.5 && recon5Li.excitation < 1.5)
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{
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FillHistogram1D({"xavg_gated5Ligs", "xavg_gated5Ligs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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if(recon8Be.excitation > -0.1 && recon8Be.excitation < 0.1)
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{
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FillHistogram1D({"xavg_gated8Begs", "xavg_gated8Begs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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if(recon7Be.excitation > -0.1 && recon7Be.excitation < 0.15)
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{
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FillHistogram1D({"xavg_gated7Begs", "xavg_gated7Begs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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FillHistogram2D({"xavg_sabreE_7Begs","xavg_sabreE_7Begs;xavg;E(MeV)",600,-300.0,300.0,400,0.0,20.0}, m_eventPtr->xavg,
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biggestSabre.ringE);
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if(m_eventPtr->xavg > -186.0 && m_eventPtr->xavg < -178.0)
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{
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FillHistogram2D({"sabreE_sabreTheta_7begs_nub","sabreE_sabreTheta_7begs_nub;#theta (deg);E(MeV)",
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180,0.0,180.0,400,0.0,20.0},sabreCoords.Theta()*s_rad2deg,biggestSabre.ringE);
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FillHistogram2D({"sabreE_sabrePhi_7begs_nub","sabreE_sabreTheta_7begs_nub;#phi (deg);E(MeV)",
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360,0.0,360.0,400,0.0,20.0},Phi360(sabreCoords.Phi())*s_rad2deg,biggestSabre.ringE);
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}
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}
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if(recon14N.excitation > -0.1 && recon14N.excitation < 0.1)
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{
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FillHistogram1D({"xavg_gated14Ngs", "xavg_gated14Ngs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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else
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{
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FillHistogram1D({"xavg_notGated14Ngs", "xavg_notGated14Ngs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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//Degrader analysis... SABRE detectors 0, 1, 4 are covered with tantalum
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if(biggestSabre.detID == 0 || biggestSabre.detID == 1 || biggestSabre.detID == 4)
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{
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FillHistogram2D({"sabreE_sabreTheta_degraded", "sabreE_sabreTheta_degraded;#theta (deg);E(MeV)",
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180,0.0,180.0,400,0.0,20.0}, sabreCoords.Theta()*s_rad2deg, biggestSabre.ringE);
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FillHistogram2D({"xavg_sabreE_degraded", "xavg_sabreE_degraded;xavg;E(MeV)",
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600,0.-300.0,300.0,400,0.0,20.0}, m_eventPtr->xavg, biggestSabre.ringE);
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if(biggestSabre.local_wedge != 0 && biggestSabre.local_wedge != 7 && biggestSabre.local_ring != 15 && biggestSabre.local_ring != 0) //Edges might not be degraded right
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{
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FillHistogram2D({"sabreE_sabreTheta_degraded_rejectEdge", "sabreE_sabreTheta_degraded;#theta (deg);E(MeV)",
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180,0.0,180.0,400,0.0,20.0}, sabreCoords.Theta()*s_rad2deg, biggestSabre.ringE);
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FillHistogram2D({"xavg_sabreE_degraded_rejectEdge", "xavg_sabreE_degraded;xavg;E(MeV)",
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600,0.-300.0,300.0,400,0.0,20.0}, m_eventPtr->xavg, biggestSabre.ringE);
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FillHistogram1D({"xavg_degraded_rejectEdge","xavg_degraded_rejectEdge;xavg",600,-300.0,300.0}, m_eventPtr->xavg);
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if(protonGate->IsInside(sabreCoords.Theta()*s_rad2deg, biggestSabre.ringE))
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{
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FillHistogram2D({"xavg_sabreE_degraded_rejectEdge_pGate", "xavg_sabreE_degraded;xavg;E(MeV)",
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600,0.-300.0,300.0,400,0.0,20.0}, m_eventPtr->xavg, biggestSabre.ringE);
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FillHistogram1D({"xavg_degraded_rejectEdge_pGate","xavg_degraded_rejectEdge;xavg",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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}
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}
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}
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if(recon8Be.excitation > -0.1 && recon8Be.excitation < 0.1)
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{
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FillHistogram1D({"xavg_gated8Begs", "xavg_gated8Begs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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if(recon7Be.excitation > -0.1 && recon7Be.excitation < 0.1)
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{
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FillHistogram1D({"xavg_gated7Begs", "xavg_gated7Begs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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if(recon14N.excitation > -0.1 && recon14N.excitation < 0.1)
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{
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FillHistogram1D({"xavg_gated14Ngs", "xavg_gated14Ngs;xavg;counts",600,-300.0,300.0}, m_eventPtr->xavg);
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}
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}
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}
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}
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std::cout<<std::endl;
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input->Close();
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output->cd();
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for(auto& gram : m_histoMap)
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gram.second->Write(gram.second->GetName(), TObject::kOverwrite);
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protonGate->Write();
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output->Close();
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punchCutFile->Close();
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}
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}
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