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TCnaViewEB.cc File Reference

#include "CalibCalorimetry/EcalCorrelatedNoiseAnalysisAlgos/interface/TCnaViewEB.h"
#include "TGaxis.h"
#include "TRootCanvas.h"
#include "TH2D.h"
#include "TF1.h"
#include "TStyle.h"

Go to the source code of this file.

Defines
#define	DEUP
#define	DIRN
#define	SENB
Functions
	ClassImp (TCnaViewEB) TCnaViewEB

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Define Documentation

#define DEUP

#define DIRN

#define SENB

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Function Documentation

ClassImp

(

TCnaViewEB

)

Definition at line 13 of file TCnaViewEB.cc.

                                                                        :
//    1D, 2D and 3D histograms for different quantities (pedestals, noises,
//    correlations, .etc..). The data are read from files which has been
//    previously written by using the class TCnaRunEB (.root result files).
//    The reading is performed by appropriate methods of the class TCnaReadEB.
//
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//
//                     Class TCnaViewEB: Example of use:
//
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//
//      TCnaViewEB* MyView =  = new TCnaViewEB();
//      
//      //--> Gives the file parameters
//
//      TString AnalysisName   = "TB2006_1";
//      Int_t   RunNumber      = 16467;
//      Int_t   FirstTakenEvt  = 0;
//      Int_t   NbOfTakenEvts  = 150;
//      Int_t   SMNumber       = 6;
//
//      MyView->GetPathForResultsRootFiles("my_cna_config.cfg");
//  or: MyView->GetPathForResultsRootFiles();       // (see explanations after this example)
//
//      //--> Specify the file which has to be read (previously written by TCnaRunEB)
//
//      MyView->SetFile(AnalysisName, RunNumber, FirstTakenEvt, NbOfTakenEvts, SMNumber); 
//
//      //--> Plot covariance matrix between crystals of towers 10 and 33
//      //   (mean over samples)
//
//      Int_t SMtower_X = 10;
//      Int_t SMtower_Y = 33;
//
//      MyView->CovariancesBetweenCrystals(SMtower_X, SMtower_Y, "LEGO2Z");
//
//      //--> Plot correlation matrices between samples
//      //    for channel 21 (electronic channel number in tower)
//      //    and for the two towers 10 and 33
//
//      Int_t TowEcha = 21;
//
//      MyView->CorrelationsBetweenSamples(SMtower_X, TowEcha, "SURF1Z");
//      MyView->CorrelationsBetweenSamples(SMtower_Y, TowEcha, "SURF1Z");
//
//      //--> Plot histogram of the mean sigmas for tower 38 and channel 12
//            (electronic channel number in tower) as a function of time
//
//      MyView->GetPathForListOfRunFiles();       // (see explanations after this example)
//
//      Int_t SMtower = 38;
//      Int_t TowEcha = 12;
//      TString run_par_file_name = "CnP_SM6_evol_burst1.ascii";
//      MyView->HistimeCrystalMeanSigmas(run_par_file_name, SMtower, TowEcha, "SEVERAL");
//      
//      // the .ascii file "CnP_SM6_evol_burst1.ascii" must contain a list of
//      // the different runs with mention of their parameters (see below).
//
//      etc...
//
//------------------------------------------------------------------------------------------
// Explanations for the methods GetPathForResultsRootFiles(const TString),
// GetPathForResultsAsciiFiles(const TString) and GetPathForListOfRunFiles(const TString)
//
//  //.......... method GetPathForResultsRootFiles(const TString)
//
//    If the argument is specified, it is the name of a "cna-configuration" file.
//    This file must be present in the user's HOME directory and must have one line
//    which contains the path (without slash at the end) of the directory
//    where the .root result files (previously written with a program calling TCnaRunEB)
//    are located.
//  
//    If no argument is specified (DEFAULT), the name of the configuration file is considered
//    to be: "cna_results_root.cfg" and the file must be created in the user's HOME directory.
//
//    EXAMPLE of configuration file content (1 line): $HOME/scratch0/cna/results_root
//    (without slash at the end !)
//    The .root result files are located in the directory $HOME/scratch0/cna/results_root
// 
// //.......... method GetPathForResultsRootFiles(const TString)
//
//   Same as GetPathForResultsRootFiles(const TString). The name of the DEFAULT configuration
//   file is considered to be: "cna_results_ascii.cfg" and the file must be created in the
//   user's HOME directory.
//
//   EXAMPLE of configuration file content (1 line): $HOME/scratch0/cna/results_ascii
//   (without slash at the end !)
//   The .ascii result files are located in the directory $HOME/scratch0/cna/results_ascii
//
// //.......... method GetPathForListOfRunFiles(const TString)
//   The name of the DEFAULT configuration file is considered to be: "cna_stability.cfg"
//   and the file must be created in the user's HOME directory.
//
//   EXAMPLE of configuration file content (1 line): $HOME/scratch0/cna/runlist_time_evol
//   (without slash at the end !)
//   The .ascii "list of runs" files are located in the directory $HOME/scratch0/cna/runlist_time_evol
//
//   
//   //.......... SYNTAX OF THE FILE "CnP_SM6_evol_burst1.ascii" ("list of runs" file):
//
//   CnP_SM6_evol_burst1.ascii  <- 1rst line: comment (name of the file, for example)
//   5                          <- 2nd  line: nb of lines after this one
//   ped 73677 0 150 10         <- 3rd  line and others: run parameters
//   ped 73688 0 150 10                 (Analysis name, run number, first taken event, 
//   ped 73689 0 150 10                  number of taken events, SM number)
//   ped 73690 0 150 10 
//   ped 73692 0 150 10 
//
//---------------------------------------------------------------------------------------
//
//---------------------------------- LIST OF METHODS ------------------------------------
//
//  //................. (Eta,Phi) SM plots
//
//  void EtaPhiSuperModuleFoundEvents();
//  void EtaPhiSuperModuleMeanPedestals();
//  void EtaPhiSuperModuleMeanOfSampleSigmas();
//  void EtaPhiSuperModuleMeanOfCorss();
//  void EtaPhiSuperModuleSigmaPedestals();
//  void EtaPhiSuperModuleSigmaOfSampleSigmas();
//  void EtaPhiSuperModuleSigmaOfCorss();
//  void EtaPhiSuperModuleCorccMeanOverSamples();
//  
//  //................. Correlation and covariances matrices
//
//  draw_option = ROOT options for 2D histos: "COLZ", "LEGO2Z", "SURF1Z", "SURF4"
//
//  void CorrelationsBetweenTowers(const TString draw_option);
//  void CovariancesBetweenTowers (const TString draw_option));
//  void CorrelationsBetweenCrystals(const Int_t& towerX, const Int_t& towerY, const TString draw_option);
//  void CovariancesBetweenCrystals (const Int_t& towerX, const Int_t& towerY, const TString draw_option);
//  void CorrelationsBetweenSamples (const Int_t& tower, const Int_t& TowEcha, const TString draw_option);
//  void CovariancesBetweenSamples  (const Int_t& tower, const Int_t& TowEcha, const TString draw_option);
//
//  void CorrelationsBetweenSamples(const Int_t& SMtower);
//  void CovariancesBetweenSamples (const Int_t& SMtower);
//
//  //................. Channel and tower numbering plots
//
//  void TowerCrystalNumbering(const Int_t& SM_number, const Int_t& SMtower);
//  void SuperModuleTowerNumbering(const Int_t& SM_number);
//
//  //................. Histograms
//
//  plot_option:  "ONLYONE": only one plot,
//                "SEVERAL": superimposed plots (same as the option "SAME" in ROOT)
//
//  void HistoSuperModuleFoundEventsOfCrystals(const TString plot_option);
//  void HistoSuperModuleFoundEventsDistribution(const TString plot_option);
//  void HistoSuperModuleMeanPedestalsOfCrystals(const TString plot_option);
//  void HistoSuperModuleMeanPedestalsDistribution(const TString plot_option);
//
//       "OfCrystal": X axis = crystal number
//  void HistoSuperModuleMeanOfSampleSigmasOfCrystals(const TString plot_option);
//  void HistoSuperModuleMeanOfCorssOfCrystals(const TString plot_option);
//  void HistoSuperModuleSigmaPedestalsOfCrystals(const TString plot_option);
//  void HistoSuperModuleSigmaOfSampleSigmasOfCrystals(const TString plot_option);
//  void HistoSuperModuleSigmaOfCorssOfCrystals(const TString plot_option);
//
//       "Distribution": projection on Y axis
//  void HistoSuperModuleMeanOfSampleSigmasDistribution(const TString plot_option);
//  void HistoSuperModuleMeanOfCorssDistribution(const TString plot_option);
//  void HistoSuperModuleSigmaPedestalsDistribution(const TString plot_option);
//  void HistoSuperModuleSigmaOfSampleSigmasDistribution(const TString plot_option);
//  void HistoSuperModuleSigmaOfCorssDistribution(const TString plot_option);
//
//  void HistoCrystalExpectationValuesOfSamples
//               (const Int_t& Tower, const Int_t& TowEcha, const TString plot_option);
//  void HistoCrystalSigmasOfSamples
//               (const Int_t& Tower, const Int_t& TowEcha, const TString plot_option);
//  void HistoCrystalPedestalEventNumber
//               (const Int_t& Tower, const Int_t& TowEcha, const TString plot_option);
//
//  void HistoSampleEventDistribution (const Int_t& SMower, const Int_t& TowEcha,
//                                     const Int_t& sample, const TString plot_option);
//
//
//  //............... Histograms for evolution, stability
//
//  For these histograms, a "cna-configuration file" must be used (see the example above). 
//
//  HistimeCrystalMeanPedestals(const TString file_name, const Int_t&  SMtower,
//                              const Int_t&  TowEcha,   const TString plot_option)
//  HistimeCrystalMeanSigmas(const TString file_name, const Int_t&  SMtower,
//                           const Int_t&  TowEcha,   const TString plot_option)
//  HistimeCrystalMeanCorss(const TString file_name, const Int_t&  SMtower,
//                          const Int_t&  TowEcha,   const TString plot_option)
//
//
//-------------------------------------------------------------------------
//
//        For more details on other classes of the CNA package:
//
//                 https://www.cern.ch/cms-fabbro/cna
//
//-------------------------------------------------------------------------
//

//------------------------------ TCnaViewEB.cxx -----------------------------
//  
//   Creation (first version): 18 April 2005
//
//   For questions or comments, please send e-mail to Bernard Fabbro:
//             
//   fabbro@hep.saclay.cea.fr 
//
//------------------------------------------------------------------------


  //---------------> message de rappel pour l'auteur: 
  //
  //======= A T T E N T I O N ========= A T T E N T I O N ========= A T T E N T I O N ==============!!!!
  //      A EVITER ABSOLUMENT CAR LE cin >> BLOQUE EXCEED quand on est sous TCnaDialogEB
  //      puisqu'on n'a pas la main dans la fenetre de compte-rendu de la CNA
  //     {Int_t cintoto; cout << "taper 0 pour continuer" << endl; cin >> cintoto;}
  //                         *=============================================*
  //                         |                                             |
  //+++++++++++++++++++++++++|    A T T E N T I O N:  PAS DE cintoto ici!  |++++++++++++++++++++++++!!!!
  //                         |                                             |
  //                         *=============================================*

// 
  
TCnaViewEB::~TCnaViewEB()
{
  //destructor
  
  if (fT1DAnaType             != 0){delete [] fT1DAnaType;             fCdelete++;}
  if (fT1DRunNumber           != 0){delete [] fT1DRunNumber;           fCdelete++;}
  if (fT1DFirstEvt            != 0){delete [] fT1DFirstEvt;            fCdelete++;}
  if (fT1DNbOfEvts            != 0){delete [] fT1DNbOfEvts;            fCdelete++;}
  if (fT1DSuMoNumber          != 0){delete [] fT1DSuMoNumber;          fCdelete++;}
  if (fT1DResultsRootFilePath != 0){delete [] fT1DResultsRootFilePath; fCdelete++;}
  if (fT1DListOfRunsFilePath  != 0){delete [] fT1DListOfRunsFilePath;  fCdelete++;}

  if (fParameters             != 0){delete     fParameters;            fCdelete++;}
}

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