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//################## EcnaHistosExample1.cc ####################
// B. Fabbro 09/08/2012
//
// Drawing histos with TEcnaHistos
// with and without direct calls to TEcnaRead methods
#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TEcnaHistos.h"
#include "Riostream.h"
#include "TROOT.h"
#include "TRint.h"
#include <stdlib.h>
#include <string>
#include "TString.h"
using namespace std;
int main(int argc, char** argv) {
TEcnaObject* myTEcnaManagerEB = new TEcnaObject();
TEcnaObject* myTEcnaManagerEE = new TEcnaObject();
TEcnaParPaths* fEcnaParPathsEB = new TEcnaParPaths(myTEcnaManagerEB);
TEcnaParPaths* fEcnaParPathsEE = new TEcnaParPaths(myTEcnaManagerEE);
if (fEcnaParPathsEB->GetPaths() == kTRUE && fEcnaParPathsEE->GetPaths() == kTRUE) {
std::cout << "*EcnaHistosExample> Starting ROOT session" << std::endl;
TRint theApp("App", &argc, argv);
//--------------------------------------------------------------------
// Init
//--------------------------------------------------------------------
Int_t xCnew = 0;
Int_t xCdelete = 0;
TString fTTBELL = "\007";
//--------------------------------------------------------------------
// view histos
//--------------------------------------------------------------------
//TEcnaParEcal* fEcalParEB = new TEcnaParEcal(myTEcnaManagerEB, "EB");
TEcnaParEcal* fEcalParEE = new TEcnaParEcal(myTEcnaManagerEE, "EE");
//TEcnaRead* fMyRootFileEB = new TEcnaRead(myTEcnaManagerEB, "EB");
TEcnaRead* fMyRootFileEE = new TEcnaRead(myTEcnaManagerEE, "EE");
TEcnaHistos* MyHistosEB = new TEcnaHistos(myTEcnaManagerEB, "EB");
xCnew++;
TEcnaHistos* MyHistosEE = new TEcnaHistos(myTEcnaManagerEE, "EE");
xCnew++;
//.............. Declarations and default values
TString fKeyAnaType = "StdPeg12"; // Analysis name
Int_t fKeyNbOfSamples = 10; // Number of required samples
Int_t fKeyRunNumber = 136098; // Run number
Int_t fKeyFirstEvt = 1; // First Event number (to be analyzed)
Int_t fKeyLastEvt = 0; // Last Event number (to be analyzed)
Int_t fKeyNbOfEvts = 150; // Number of required events (events to be analyzed)
Int_t fKeySuMoNumber = 11; // Super-module number (EB)
Int_t fKeyDeeNumber = 3; // Dee number (EE)
Int_t SMtower = 1;
Int_t TowEcha = 1;
//================================== Plots
fKeyAnaType = "StdPeg12";
fKeyRunNumber = 136098;
fKeyFirstEvt = 1;
fKeyLastEvt = 0;
fKeyNbOfEvts = 150;
fKeySuMoNumber = 11;
MyHistosEB->FileParameters(
fKeyAnaType.Data(), fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->SetHistoColorPalette(" ");
MyHistosEB->GeneralTitle("EcnaHistosExample1");
MyHistosEB->SetHistoScaleY("LIN");
//............................. Pedestals
MyHistosEB->SetHistoMin(0.);
MyHistosEB->SetHistoMax();
MyHistosEB->Plot1DHisto("Crystal#", "Ped", "SM");
//.............................
fKeyAnaType = "StdPeg12";
fKeyRunNumber = 136098;
fKeyLastEvt = 0;
fKeySuMoNumber = 11;
//.................................... EtaPhiSuperModuleMeanCorss (EB)
MyHistosEB->PlotDetector("MCs", "SM");
#define FPLO
#ifdef FPLO
//............................. Correlations between samples
SMtower = 21;
TowEcha = 12;
MyHistosEB->PlotMatrix("Cor", "Mss", SMtower, TowEcha, "LEGO2Z");
#endif // FPLO
#define NOLO
#ifdef NOLO
//--------------------------------------------------- Proj, Log
fKeyFirstEvt = 1;
fKeySuMoNumber = 3;
MyHistosEB->FileParameters(
"StdPeg12", fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->SetHistoMax(2.5);
MyHistosEB->SetHistoScaleY("LOG");
//MyHistosEB->Plot1DHisto("LowFrequencyNoise", "NbOfXtals", "SM", "SAME");
std::cout << "*EcnaHistosExample1> *** TEST OF WRONG CODE (BEGINNING)."
<< " MESSAGE: < code not found > (and lists after) ARE THERE ON PURPOSE." << std::endl
<< std::endl;
MyHistosEB->Plot1DHisto("LowFrequencyNoise", "NbOfXtal", "SM", "SAME");
std::cout << std::endl
<< "*EcnaHistosExample1> *** TEST OF WRONG CODE (END)."
<< " MESSAGE: < code not found > (and lists after) WERE THERE ON PURPOSE." << std::endl;
//.................................
fKeySuMoNumber = 4;
MyHistosEB->FileParameters(
"StdPeg12", fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->Plot1DHisto("LowFrequencyNoise", "NbOfXtals", "SM", "SAME");
//.................................
fKeySuMoNumber = 5;
MyHistosEB->FileParameters(
"StdPeg12", fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->Plot1DHisto("LowFrequencyNoise", "NbOfXtals", "SM", "SAME");
MyHistosEB->SetHistoMax(2.5);
MyHistosEB->Plot1DHisto("HighFrequencyNoise", "NbOfXtals", "SM");
MyHistosEB->SetHistoScaleY("LIN");
#endif // NOLO
#define SAMP
#ifdef SAMP
//--------------------------------------------------- tests option SAME n
MyHistosEB->NewCanvas("SAME n");
MyHistosEB->SetHistoScaleY("LIN");
MyHistosEB->SetHistoMax(2.5);
MyHistosEB->Plot1DHisto("Xtal", "TNo", "SM", "SAME n");
MyHistosEB->Plot1DHisto("Xtal", "LFN", "SM", "SAME n");
MyHistosEB->Plot1DHisto("Xtal", "HFN", "SM", "SAME n");
MyHistosEB->NewCanvas("SAME n");
MyHistosEB->SetHistoScaleY("LOG");
MyHistosEB->SetHistoMax(2.5);
MyHistosEB->Plot1DHisto("TNo", "NbOfXtals", "SM", "SAME n");
MyHistosEB->Plot1DHisto("LFN", "NbOfXtals", "SM", "SAME n");
MyHistosEB->Plot1DHisto("HFN", "NbOfXtals", "SM", "SAME n");
MyHistosEB->SetHistoScaleY("LIN");
#endif // SAMP
#define SIGM
#ifdef SIGM
//.................................. Sample sigma Distribution for 7 crystals
fKeyAnaType = "StdPeg12";
fKeyRunNumber = 136098;
fKeyFirstEvt = 1;
fKeyLastEvt = 0;
fKeySuMoNumber = 17;
MyHistosEB->FileParameters(
fKeyAnaType.Data(), fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
MyHistosEB->SetHistoScaleY("LIN");
SMtower = 38;
MyHistosEB->SetHistoColorPalette("rainbow");
TowEcha = 10;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
TowEcha = 11;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
TowEcha = 12;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
TowEcha = 13;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
TowEcha = 14;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
TowEcha = 15;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
TowEcha = 16;
MyHistosEB->Plot1DHisto("SampleSigma", "NOS", SMtower, TowEcha, "SAME");
#endif // SIGM
#define SIGC
#ifdef SIGC
Int_t DeeSC = 245;
//..................................... Dee & crystal numbering
MyHistosEE->SCCrystalNumbering(fKeyDeeNumber, DeeSC);
MyHistosEE->DeeSCNumbering(fKeyDeeNumber);
#endif // SIGC
//..................................... stability
#define SIGS
#ifdef SIGS
//........................................... History Plots
SMtower = 28;
TowEcha = 12;
MyHistosEB->SetHistoScaleY("LIN");
fKeyAnaType = "StdPeg12";
fKeyFirstEvt = 1;
fKeyLastEvt = 0;
fKeySuMoNumber = 17;
MyHistosEB->SetHistoColorPalette(" ");
MyHistosEB->FileParameters(
fKeyAnaType.Data(), fKeyNbOfSamples, 0, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeySuMoNumber);
TString run_par_file_name = "Ecna_132440_137033";
MyHistosEB->SetHistoMin(0.15);
MyHistosEB->SetHistoMax(0.8);
MyHistosEB->PlotHistory("Time", "MCs", run_par_file_name, SMtower, TowEcha);
MyHistosEB->SetHistoMin(-0.2);
MyHistosEB->SetHistoMax(0.75);
MyHistosEB->PlotHistory("MCs", "NOR", run_par_file_name, SMtower, TowEcha);
MyHistosEB->NewCanvas("SAME n");
MyHistosEB->SetHistoMin(0.);
MyHistosEB->SetHistoMax(2.5);
MyHistosEB->PlotHistory("Time", "TotalNoise", run_par_file_name, SMtower, TowEcha, "SAME n");
MyHistosEB->PlotHistory("Time", "LFN", run_par_file_name, SMtower, TowEcha, "SAME n");
MyHistosEB->PlotHistory("Time", "HFN", run_par_file_name, SMtower, TowEcha, "SAME n");
MyHistosEB->PlotHistory("Time", "MeanCorss", run_par_file_name, SMtower, TowEcha, "SAME n");
MyHistosEB->PlotHistory("Time", "SigCorss", run_par_file_name, SMtower, TowEcha, "SAME n");
#endif // SIGS
#define SIGE
#ifdef SIGE
//............................................ EE plots
fKeyAnaType = "StdPeg12";
fKeyRunNumber = 136098;
fKeyFirstEvt = 1;
fKeyLastEvt = 0;
fKeyDeeNumber = 2;
MyHistosEE->SetHistoScaleY("LIN");
MyHistosEE->GeneralTitle("EcnaHistosExample1");
fMyRootFileEE->PrintNoComment();
fMyRootFileEE->FileParameters(fKeyAnaType,
fKeyNbOfSamples,
fKeyRunNumber,
fKeyFirstEvt,
fKeyLastEvt,
fKeyNbOfEvts,
fKeyDeeNumber,
fEcnaParPathsEE->ResultsRootFilePath().Data());
if (fMyRootFileEE->LookAtRootFile() == kTRUE) {
TVectorD read_ee_histo(fEcalParEE->MaxSCInEE());
read_ee_histo = fMyRootFileEE->Read1DHisto(fEcalParEE->MaxSCInEE(), "total noise", "EE");
MyHistosEE->FileParameters(fMyRootFileEE);
MyHistosEE->SetHistoMax(3.5);
MyHistosEE->SetHistoScaleY("LIN");
MyHistosEE->PlotDetector(read_ee_histo, "TotalNoise", "EE");
MyHistosEE->Plot1DHisto(read_ee_histo, "SC", "TotalNoise", "EE");
}
MyHistosEE->FileParameters(
fKeyAnaType.Data(), fKeyNbOfSamples, fKeyRunNumber, fKeyFirstEvt, fKeyLastEvt, fKeyNbOfEvts, fKeyDeeNumber);
MyHistosEE->SetHistoScaleY("LIN");
MyHistosEE->SetHistoMin();
MyHistosEE->SetHistoMax();
MyHistosEE->PlotDetector("TNo", "Dee");
#endif // SIGE
//.......................................................................
std::cout << "*EcnaHistosExample1> End of the example. You can quit ROOT (.q)" << std::endl;
Bool_t retVal = kTRUE;
theApp.Run(retVal);
std::cout << std::endl << "*EcnaHistosExample> Terminating ROOT session." << std::endl;
theApp.Terminate(0);
std::cout << "*EcnaHistosExample> Exiting main program." << std::endl;
exit(0);
delete MyHistosEB;
xCdelete++;
delete MyHistosEE;
xCdelete++;
if (xCnew != xCdelete) {
std::cout << "!EcnaHistosExample1> WRONG MANAGEMENT OF ALLOCATIONS: xCnew = " << xCnew
<< ", xCdelete = " << xCdelete << '\007' << std::endl;
} else {
// std::cout << "*EcnaHistosExample1> BRAVO! GOOD MANAGEMENT OF ALLOCATIONS: xCnew = "
// << xCnew << ", xCdelete = " << xCdelete << std::endl;
}
}
}
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