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84 lines
3.2 KiB
84 lines
3.2 KiB
#include "TFile.h"
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#include "TTree.h"
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#include "TH2.h"
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#include "TF1.h"
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void offsetcor(string rootfilename, string outfilename)
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{
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ofstream outfile(outfilename.c_str(), ofstream::out);
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TFile *rootFile = new TFile(rootfilename.c_str(),"OPEN");
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TTree* tree;
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rootFile->GetObject("t",tree);
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tree->Print();
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TFile *newrootFile = new TFile("offsetcor.root","RECREATE");
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TH2D* th2_beamSignal_b0_ic1[30];
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TH2D* th2_beamSignal_b1_ic1[30];
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TH2D* th2_beamSignal_b2_ic1[30];
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TH2D* th2_beamSignal_b3_ic1[30];
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TProfile * prof_beamSignal_b0_ic1[30];
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TProfile * prof_beamSignal_b1_ic1[30];
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TProfile * prof_beamSignal_b2_ic1[30];
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TProfile * prof_beamSignal_b3_ic1[30];
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char histname[30] = "";
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char fitname[30] = "";
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TCanvas* c1;
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TF1 * fit_beamSignal_b0_ic1[30];
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TF1 * fit_beamSignal_b1_ic1[30];
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TF1 * fit_beamSignal_b2_ic1[30];
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TF1 * fit_beamSignal_b3_ic1[30];
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for (int iii=0; iii<=29; iii++){
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///b0
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sprintf(histname,"th2_beamSignal_b0_ic1_%d",iii);
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sprintf(fitname,"fit_beamSignal_b0_ic1_%d",iii);
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th2_beamSignal_b0_ic1[iii] = new TH2D(histname,histname,100,0,500,100,0,50000);
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tree->Project(histname,"beamSignal_b0:ic1_avg",Form("energy_index==%i",1+iii*10),"coloz");
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prof_beamSignal_b0_ic1[iii] = th2_beamSignal_b0_ic1[iii]->ProfileX();
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fit_beamSignal_b0_ic1[iii] = new TF1(fitname,"pol1",10,150);
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prof_beamSignal_b0_ic1[iii]->Fit(fit_beamSignal_b0_ic1[iii],"R");
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///b1
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sprintf(histname,"th2_beamSignal_b1_ic1_%d",iii);
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sprintf(fitname,"fit_beamSignal_b1_ic1_%d",iii);
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th2_beamSignal_b1_ic1[iii] = new TH2D(histname,histname,100,0,500,100,0,50000);
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tree->Project(histname,"beamSignal_b1:ic1_avg",Form("energy_index==%i",1+iii*10),"coloz");
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prof_beamSignal_b1_ic1[iii] = th2_beamSignal_b1_ic1[iii]->ProfileX();
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fit_beamSignal_b1_ic1[iii] = new TF1(fitname,"pol1",10,150);
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prof_beamSignal_b1_ic1[iii]->Fit(fit_beamSignal_b1_ic1[iii],"R");
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///b2
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sprintf(histname,"th2_beamSignal_b2_ic1_%d",iii);
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sprintf(fitname,"fit_beamSignal_b2_ic1_%d",iii);
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th2_beamSignal_b2_ic1[iii] = new TH2D(histname,histname,100,0,500,100,0,50000);
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tree->Project(histname,"beamSignal_b2:ic1_avg",Form("energy_index==%i",1+iii*10),"coloz");
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prof_beamSignal_b2_ic1[iii] = th2_beamSignal_b2_ic1[iii]->ProfileX();
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fit_beamSignal_b2_ic1[iii] = new TF1(fitname,"pol1",10,150);
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prof_beamSignal_b2_ic1[iii]->Fit(fit_beamSignal_b2_ic1[iii],"R");
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///b3
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sprintf(histname,"th2_beamSignal_b3_ic1_%d",iii);
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sprintf(fitname,"fit_beamSignal_b3_ic1_%d",iii);
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th2_beamSignal_b3_ic1[iii] = new TH2D(histname,histname,100,0,500,100,0,50000);
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tree->Project(histname,"beamSignal_b3:ic1_avg",Form("energy_index==%i",1+iii*10),"coloz");
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prof_beamSignal_b3_ic1[iii] = th2_beamSignal_b3_ic1[iii]->ProfileX();
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fit_beamSignal_b3_ic1[iii] = new TF1(fitname,"pol1",10,150);
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prof_beamSignal_b3_ic1[iii]->Fit(fit_beamSignal_b3_ic1[iii],"R");
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outfile << fit_beamSignal_b0_ic1[iii]->GetParameter(0) << " " << fit_beamSignal_b1_ic1[iii]->GetParameter(0) << " " << fit_beamSignal_b2_ic1[iii]->GetParameter(0) << " " << fit_beamSignal_b3_ic1[iii]->GetParameter(0) << std::endl;
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}
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newrootFile->Write();
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newrootFile->Close();
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outfile.close();
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rootFile->Close();
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}
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