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#include <TEcnaHistos.h>
Definition at line 39 of file TEcnaHistos.h.
| TEcnaHistos::TEcnaHistos | ( | ) |
Definition at line 451 of file TEcnaHistos.cc.
References Init().
{
// Constructor without argument. Call to Init()
// cout << "[Info Management] CLASS: TEcnaHistos. CREATE OBJECT: this = " << this << endl;
Init();
}
| TEcnaHistos::TEcnaHistos | ( | const TString | SubDet | ) |
Definition at line 458 of file TEcnaHistos.cc.
References fCfgHistoryRunListFilePath, fCfgResultsRootFilePath, fCnaParCout, fCnaParPaths, TEcnaParPaths::HistoryRunListFilePath(), Init(), TEcnaParPaths::ResultsRootFilePath(), SetAllYminYmaxMemoFromDefaultValues(), and SetEcalSubDetector().
{
// cout << "[Info Management] CLASS: TEcnaHistos. CREATE OBJECT: this = " << this << endl;
Init();
//----------------------- Object management
fCnaParCout = 0; fCnaParCout = new TEcnaParCout(); /*fCnew++*/
fCnaParPaths = 0; fCnaParPaths = new TEcnaParPaths(); /*fCnew++*/
fCfgResultsRootFilePath = fCnaParPaths->ResultsRootFilePath();
fCfgHistoryRunListFilePath = fCnaParPaths->HistoryRunListFilePath();
//......... Set SubDetector ("EB" or "EE")
TEcnaParEcal* pEcal = 0;
TEcnaParHistos* pCnaParHistos = 0;
TEcnaNumbering* pEcalNumbering = 0;
TEcnaWrite* pCnaWrite = 0;
SetEcalSubDetector(SubDet.Data(), pEcal, pCnaParHistos, pEcalNumbering, pCnaWrite);
//......... init ymin,ymax histos -> Default values for Ymin and Ymax
SetAllYminYmaxMemoFromDefaultValues();
}
| TEcnaHistos::TEcnaHistos | ( | const TString | SubDet, |
| const TEcnaParPaths * | pCnaParPaths, | ||
| const TEcnaParCout * | pCnaParCout, | ||
| const TEcnaParEcal * | pEcal, | ||
| const TEcnaParHistos * | pCnaParHistos, | ||
| const TEcnaNumbering * | pEcalNumbering, | ||
| const TEcnaWrite * | pCnaWrite | ||
| ) |
Definition at line 483 of file TEcnaHistos.cc.
References fCfgHistoryRunListFilePath, fCfgResultsRootFilePath, fCnaParCout, fCnaParPaths, TEcnaParPaths::HistoryRunListFilePath(), Init(), TEcnaParPaths::ResultsRootFilePath(), SetAllYminYmaxMemoFromDefaultValues(), and SetEcalSubDetector().
{
// Constructor with argument. Call to Init() and set the subdetector flag
// cout << "[Info Management] CLASS: TEcnaHistos. CREATE OBJECT: this = " << this << endl;
Init();
//----------------------- Object management
fCnaParCout = 0;
if( pCnaParCout == 0 )
{fCnaParCout = new TEcnaParCout(); /*fCnew++*/ ;}
else
{fCnaParCout = (TEcnaParCout*)pCnaParCout;}
fCnaParPaths = 0;
if( pCnaParPaths == 0 )
{fCnaParPaths = new TEcnaParPaths(); /*fCnew++*/ ;}
else
{fCnaParPaths = (TEcnaParPaths*)pCnaParPaths;}
fCfgResultsRootFilePath = fCnaParPaths->ResultsRootFilePath();
fCfgHistoryRunListFilePath = fCnaParPaths->HistoryRunListFilePath();
//......... Set SubDetector ("EB" or "EE")
SetEcalSubDetector(SubDet.Data(), pEcal, pCnaParHistos, pEcalNumbering, pCnaWrite);
//......... init ymin,ymax histos -> Default values for Ymin and Ymax
SetAllYminYmaxMemoFromDefaultValues();
}
| virtual TEcnaHistos::~TEcnaHistos | ( | ) | [virtual] |
| TVirtualPad * TEcnaHistos::ActivePad | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 12524 of file TEcnaHistos.cc.
References gather_cfg::cout, fCanvD_Adc_EvDs, fCanvD_Adc_EvNb, fCanvD_HFN_ChDs, fCanvD_HFN_ChNb, fCanvD_LFN_ChDs, fCanvD_LFN_ChNb, fCanvD_MCs_ChDs, fCanvD_MCs_ChNb, fCanvD_MSp_Samp, fCanvD_NOE_ChDs, fCanvD_NOE_ChNb, fCanvD_Ped_ChDs, fCanvD_Ped_ChNb, fCanvD_SCs_ChDs, fCanvD_SCs_ChNb, fCanvD_SSp_Samp, fCanvD_TNo_ChDs, fCanvD_TNo_ChNb, fCanvH1SamePlus, fCanvH_HFN_Date, fCanvH_HFN_RuDs, fCanvH_LFN_Date, fCanvH_LFN_RuDs, fCanvH_MCs_Date, fCanvH_MCs_RuDs, fCanvH_Ped_Date, fCanvH_Ped_RuDs, fCanvH_SCs_Date, fCanvH_SCs_RuDs, fCanvH_TNo_Date, fCanvH_TNo_RuDs, fImpD_Adc_EvDs, fImpD_Adc_EvNb, fImpD_HFN_ChDs, fImpD_HFN_ChNb, fImpD_LFN_ChDs, fImpD_LFN_ChNb, fImpD_MCs_ChDs, fImpD_MCs_ChNb, fImpD_MSp_Samp, fImpD_NOE_ChDs, fImpD_NOE_ChNb, fImpD_Ped_ChDs, fImpD_Ped_ChNb, fImpD_SCs_ChDs, fImpD_SCs_ChNb, fImpD_SSp_Samp, fImpD_TNo_ChDs, fImpD_TNo_ChNb, fImpH1SamePlus, fImpH_HFN_Date, fImpH_HFN_RuDs, fImpH_LFN_Date, fImpH_LFN_RuDs, fImpH_MCs_Date, fImpH_MCs_RuDs, fImpH_Ped_Date, fImpH_Ped_RuDs, fImpH_SCs_Date, fImpH_SCs_RuDs, fImpH_TNo_Date, fImpH_TNo_RuDs, fOnlyOnePlot, fPadD_Adc_EvDs, fPadD_Adc_EvNb, fPadD_HFN_ChDs, fPadD_HFN_ChNb, fPadD_LFN_ChDs, fPadD_LFN_ChNb, fPadD_MCs_ChDs, fPadD_MCs_ChNb, fPadD_MSp_Samp, fPadD_NOE_ChDs, fPadD_NOE_ChNb, fPadD_Ped_ChDs, fPadD_Ped_ChNb, fPadD_SCs_ChDs, fPadD_SCs_ChNb, fPadD_SSp_Samp, fPadD_TNo_ChDs, fPadD_TNo_ChNb, fPadH1SamePlus, fPadH_HFN_Date, fPadH_HFN_RuDs, fPadH_LFN_Date, fPadH_LFN_RuDs, fPadH_MCs_Date, fPadH_MCs_RuDs, fPadH_Ped_Date, fPadH_Ped_RuDs, fPadH_SCs_Date, fPadH_SCs_RuDs, fPadH_TNo_Date, fPadH_TNo_RuDs, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), HistoPlot(), ViewHistime(), and ViewHisto().
{
// Active Pad for Same plot option
TVirtualPad* main_subpad = 0;
if( opt_plot == fSameOnePlot )
{
if( (TRootCanvas*)fCanvH1SamePlus->GetCanvasImp() == fImpH1SamePlus ){
main_subpad = fPadH1SamePlus;}
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb"){
if( (TRootCanvas*)fCanvD_NOE_ChNb->GetCanvasImp() == fImpD_NOE_ChNb ){
main_subpad = fPadD_NOE_ChNb;}}
if(HistoCode == "D_NOE_ChDs"){
if( (TRootCanvas*)fCanvD_NOE_ChDs->GetCanvasImp() == fImpD_NOE_ChDs ){
main_subpad = fPadD_NOE_ChDs;}}
if(HistoCode == "D_Ped_ChNb"){
if( (TRootCanvas*)fCanvD_Ped_ChNb->GetCanvasImp() == fImpD_Ped_ChNb ){
main_subpad = fPadD_Ped_ChNb;}}
if(HistoCode == "D_Ped_ChDs"){
if( (TRootCanvas*)fCanvD_Ped_ChDs->GetCanvasImp() == fImpD_Ped_ChDs ){
main_subpad = fPadD_Ped_ChDs;}}
if(HistoCode == "D_TNo_ChNb"){
if((TRootCanvas*)fCanvD_TNo_ChNb->GetCanvasImp() == fImpD_TNo_ChNb){
main_subpad = fPadD_TNo_ChNb;}}
if(HistoCode == "D_TNo_ChDs"){
if( (TRootCanvas*)fCanvD_TNo_ChDs->GetCanvasImp() == fImpD_TNo_ChDs ){
main_subpad = fPadD_TNo_ChDs;}}
if(HistoCode == "D_MCs_ChNb"){
if( (TRootCanvas*)fCanvD_MCs_ChNb->GetCanvasImp() == fImpD_MCs_ChNb ){
main_subpad = fPadD_MCs_ChNb;}}
if(HistoCode == "D_MCs_ChDs"){
if( (TRootCanvas*)fCanvD_MCs_ChDs->GetCanvasImp() == fImpD_MCs_ChDs ){
main_subpad = fPadD_MCs_ChDs;}}
if(HistoCode == "D_LFN_ChNb"){
if( (TRootCanvas*)fCanvD_LFN_ChNb->GetCanvasImp() == fImpD_LFN_ChNb ){
main_subpad = fPadD_LFN_ChNb;}}
if(HistoCode == "D_LFN_ChDs"){
if( (TRootCanvas*)fCanvD_LFN_ChDs->GetCanvasImp() == fImpD_LFN_ChDs ){
main_subpad = fPadD_LFN_ChDs;}}
if(HistoCode == "D_HFN_ChNb"){
if( (TRootCanvas*)fCanvD_HFN_ChNb->GetCanvasImp() == fImpD_HFN_ChNb ){
main_subpad = fPadD_HFN_ChNb;}}
if(HistoCode == "D_HFN_ChDs"){
if( (TRootCanvas*)fCanvD_HFN_ChDs->GetCanvasImp() == fImpD_HFN_ChDs ){
main_subpad = fPadD_HFN_ChDs;}}
if(HistoCode == "D_SCs_ChNb"){
if( (TRootCanvas*)fCanvD_SCs_ChNb->GetCanvasImp() == fImpD_SCs_ChNb ){
main_subpad = fPadD_SCs_ChNb;}}
if(HistoCode == "D_SCs_ChDs"){
if( (TRootCanvas*)fCanvD_SCs_ChDs->GetCanvasImp() == fImpD_SCs_ChDs ){
main_subpad = fPadD_SCs_ChDs;}}
if(HistoCode == "D_MSp_Samp" ){
if( (TRootCanvas*)fCanvD_MSp_Samp->GetCanvasImp() == fImpD_MSp_Samp ){
main_subpad = fPadD_MSp_Samp;}}
if(HistoCode == "D_SSp_Samp" ){
if( (TRootCanvas*)fCanvD_SSp_Samp->GetCanvasImp() == fImpD_SSp_Samp ){
main_subpad = fPadD_SSp_Samp;}}
if(HistoCode == "D_Adc_EvNb"){
if( (TRootCanvas*)fCanvD_Adc_EvNb->GetCanvasImp() == fImpD_Adc_EvNb ){
main_subpad = fPadD_Adc_EvNb;}}
if(HistoCode == "D_Adc_EvDs"){
if( (TRootCanvas*)fCanvD_Adc_EvDs->GetCanvasImp() == fImpD_Adc_EvDs ){
main_subpad = fPadD_Adc_EvDs;}}
if(HistoCode == "H_Ped_Date"){
if( (TRootCanvas*)fCanvH_Ped_Date->GetCanvasImp() == fImpH_Ped_Date ){
main_subpad = fPadH_Ped_Date;}}
if(HistoCode == "H_TNo_Date"){
if( (TRootCanvas*)fCanvH_TNo_Date->GetCanvasImp() == fImpH_TNo_Date ){
main_subpad = fPadH_TNo_Date;}}
if(HistoCode == "H_MCs_Date"){
if( (TRootCanvas*)fCanvH_MCs_Date->GetCanvasImp() == fImpH_MCs_Date ){
main_subpad = fPadH_MCs_Date;}}
if(HistoCode == "H_LFN_Date"){
if( (TRootCanvas*)fCanvH_LFN_Date->GetCanvasImp() == fImpH_LFN_Date ){
main_subpad = fPadH_LFN_Date;}}
if(HistoCode == "H_HFN_Date"){
if( (TRootCanvas*)fCanvH_HFN_Date->GetCanvasImp() == fImpH_HFN_Date ){
main_subpad = fPadH_HFN_Date;}}
if(HistoCode == "H_SCs_Date"){
if( (TRootCanvas*)fCanvH_SCs_Date->GetCanvasImp() == fImpH_SCs_Date ){
main_subpad = fPadH_SCs_Date;}}
if(HistoCode == "H_Ped_RuDs"){
if( (TRootCanvas*)fCanvH_Ped_RuDs->GetCanvasImp() == fImpH_Ped_RuDs ){
main_subpad = fPadH_Ped_RuDs;}}
if(HistoCode == "H_TNo_RuDs"){
if( (TRootCanvas*)fCanvH_TNo_RuDs->GetCanvasImp() == fImpH_TNo_RuDs ){
main_subpad = fPadH_TNo_RuDs;}}
if(HistoCode == "H_MCs_RuDs"){
if( (TRootCanvas*)fCanvH_MCs_RuDs->GetCanvasImp() == fImpH_MCs_RuDs ){
main_subpad = fPadH_MCs_RuDs;}}
if(HistoCode == "H_LFN_RuDs"){
if( (TRootCanvas*)fCanvH_LFN_RuDs->GetCanvasImp() == fImpH_LFN_RuDs ){
main_subpad = fPadH_LFN_RuDs;}}
if(HistoCode == "H_HFN_RuDs"){
if( (TRootCanvas*)fCanvH_HFN_RuDs->GetCanvasImp() == fImpH_HFN_RuDs ){
main_subpad = fPadH_HFN_RuDs;}}
if(HistoCode == "H_SCs_RuDs"){
if( (TRootCanvas*)fCanvH_SCs_RuDs->GetCanvasImp() == fImpH_SCs_RuDs ){
main_subpad = fPadH_SCs_RuDs;}}
}
if( main_subpad == 0 )
{cout << "*TEcnaHistos::ActivePad(...)> main_subpad = "
<< main_subpad << ". This canvas has been closed." << endl;}
return main_subpad;
}
| TPaveText * TEcnaHistos::ActivePavTxt | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 12710 of file TEcnaHistos.cc.
References gather_cfg::cout, fOnlyOnePlot, fPavTxtD_Adc_EvDs, fPavTxtD_Adc_EvNb, fPavTxtD_HFN_ChDs, fPavTxtD_HFN_ChNb, fPavTxtD_LFN_ChDs, fPavTxtD_LFN_ChNb, fPavTxtD_MCs_ChDs, fPavTxtD_MCs_ChNb, fPavTxtD_MSp_Samp, fPavTxtD_NOE_ChDs, fPavTxtD_NOE_ChNb, fPavTxtD_Ped_ChDs, fPavTxtD_Ped_ChNb, fPavTxtD_SCs_ChDs, fPavTxtD_SCs_ChNb, fPavTxtD_SSp_Samp, fPavTxtD_TNo_ChDs, fPavTxtD_TNo_ChNb, fPavTxtH1SamePlus, fPavTxtH_HFN_Date, fPavTxtH_HFN_RuDs, fPavTxtH_LFN_Date, fPavTxtH_LFN_RuDs, fPavTxtH_MCs_Date, fPavTxtH_MCs_RuDs, fPavTxtH_Ped_Date, fPavTxtH_Ped_RuDs, fPavTxtH_SCs_Date, fPavTxtH_SCs_RuDs, fPavTxtH_TNo_Date, fPavTxtH_TNo_RuDs, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), and HistoPlot().
{
// Active Pad for Same plot option
TPaveText* main_pavtxt = 0;
if( opt_plot == fSameOnePlot )
{
//if( (TRootCanvas*)fCanvH1SamePlus->GetCanvasImp() == fImpH1SamePlus )
{main_pavtxt = fPavTxtH1SamePlus;}
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb"){main_pavtxt = fPavTxtD_NOE_ChNb;}
if(HistoCode == "D_NOE_ChDs"){main_pavtxt = fPavTxtD_NOE_ChDs;}
if(HistoCode == "D_Ped_ChNb"){main_pavtxt = fPavTxtD_Ped_ChNb;}
if(HistoCode == "D_Ped_ChDs"){main_pavtxt = fPavTxtD_Ped_ChDs;}
if(HistoCode == "D_TNo_ChNb"){main_pavtxt = fPavTxtD_TNo_ChNb;}
if(HistoCode == "D_TNo_ChDs"){main_pavtxt = fPavTxtD_TNo_ChDs;}
if(HistoCode == "D_MCs_ChNb"){main_pavtxt = fPavTxtD_MCs_ChNb;}
if(HistoCode == "D_MCs_ChDs"){main_pavtxt = fPavTxtD_MCs_ChDs;}
if(HistoCode == "D_LFN_ChNb"){main_pavtxt = fPavTxtD_LFN_ChNb;}
if(HistoCode == "D_LFN_ChDs"){main_pavtxt = fPavTxtD_LFN_ChDs;}
if(HistoCode == "D_HFN_ChNb"){main_pavtxt = fPavTxtD_HFN_ChNb;}
if(HistoCode == "D_HFN_ChDs"){main_pavtxt = fPavTxtD_HFN_ChDs;}
if(HistoCode == "D_SCs_ChNb"){main_pavtxt = fPavTxtD_SCs_ChNb;}
if(HistoCode == "D_SCs_ChDs"){main_pavtxt = fPavTxtD_SCs_ChDs;}
if(HistoCode == "D_MSp_Samp"){main_pavtxt = fPavTxtD_MSp_Samp;}
if(HistoCode == "D_SSp_Samp"){main_pavtxt = fPavTxtD_SSp_Samp;}
if(HistoCode == "D_Adc_EvNb"){main_pavtxt = fPavTxtD_Adc_EvNb;}
if(HistoCode == "D_Adc_EvDs"){main_pavtxt = fPavTxtD_Adc_EvDs;}
if(HistoCode == "H_Ped_Date"){main_pavtxt = fPavTxtH_Ped_Date;}
if(HistoCode == "H_TNo_Date"){main_pavtxt = fPavTxtH_TNo_Date;}
if(HistoCode == "H_MCs_Date"){main_pavtxt = fPavTxtH_MCs_Date;}
if(HistoCode == "H_LFN_Date"){main_pavtxt = fPavTxtH_LFN_Date;}
if(HistoCode == "H_HFN_Date"){main_pavtxt = fPavTxtH_HFN_Date;}
if(HistoCode == "H_SCs_Date"){main_pavtxt = fPavTxtH_SCs_Date;}
if(HistoCode == "H_Ped_RuDs"){main_pavtxt = fPavTxtH_Ped_RuDs;}
if(HistoCode == "H_TNo_RuDs"){main_pavtxt = fPavTxtH_TNo_RuDs;}
if(HistoCode == "H_MCs_RuDs"){main_pavtxt = fPavTxtH_MCs_RuDs;}
if(HistoCode == "H_LFN_RuDs"){main_pavtxt = fPavTxtH_LFN_RuDs;}
if(HistoCode == "H_HFN_RuDs"){main_pavtxt = fPavTxtH_HFN_RuDs;}
if(HistoCode == "H_SCs_RuDs"){main_pavtxt = fPavTxtH_SCs_RuDs;}
}
if( main_pavtxt == 0 )
{cout << "*TEcnaHistos::ActivePavTxt(...)> ERROR: main_pavtxt = " << main_pavtxt << endl;}
return main_pavtxt;
}
| TString TEcnaHistos::AsciiFileName | ( | ) |
Definition at line 13552 of file TEcnaHistos.cc.
References fAsciiFileName.
Referenced by TEcnaGui::MessageCnaCommandReplyB().
{return fAsciiFileName.Data();}
| void TEcnaHistos::CorrelationsBetweenSamples | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1181 of file TEcnaHistos.cc.
References fBetweenSamples, fCorrelationMatrix, fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewMatrix().
Referenced by TEcnaGui::ViewMatrixCorrelationSamples(), and TEcnaGui::ViewStinCorrelationSamples().
{
//Plot correlation matrix between samples for a given i0StinEcha in a given StexStin
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
Int_t StexStin_B = 0;
TString MatrixProbaNature = fCorrelationMatrix;
TString MatrixElement = fBetweenSamples;
ViewMatrix(StexStin_A, StexStin_B, i0StinEcha, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::CorrelationsBetweenSamples | ( | const Int_t & | StinNumber | ) |
Definition at line 1759 of file TEcnaHistos.cc.
References fCorrelationMatrix, and ViewStin().
{
TString MatrixProbaNature = fCorrelationMatrix;
ViewStin(StinNumber, MatrixProbaNature);
}
| void TEcnaHistos::CovariancesBetweenSamples | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1198 of file TEcnaHistos.cc.
References fBetweenSamples, fCovarianceMatrix, fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewMatrix().
Referenced by TEcnaGui::ViewMatrixCovarianceSamples(), and TEcnaGui::ViewStinCovarianceSamples().
{
//Plot covariance matrix between samples for a given i0StinEcha
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
Int_t StexStin_B = 0;
TString MatrixProbaNature = fCovarianceMatrix;
TString MatrixElement = fBetweenSamples;
ViewMatrix(StexStin_A, StexStin_B, i0StinEcha, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::CovariancesBetweenSamples | ( | const Int_t & | StinNumber | ) |
Definition at line 1765 of file TEcnaHistos.cc.
References fCovarianceMatrix, and ViewStin().
{
TString MatrixProbaNature = fCovarianceMatrix;
ViewStin(StinNumber, MatrixProbaNature);
}
| TCanvas * TEcnaHistos::CreateCanvas | ( | const TString | HistoCode, |
| const TString | opt_plot, | ||
| const TString | canvas_name, | ||
| UInt_t | canv_w, | ||
| UInt_t | canv_h | ||
| ) |
Definition at line 12091 of file TEcnaHistos.cc.
References fCanvD_Adc_EvDs, fCanvD_Adc_EvNb, fCanvD_HFN_ChDs, fCanvD_HFN_ChNb, fCanvD_LFN_ChDs, fCanvD_LFN_ChNb, fCanvD_MCs_ChDs, fCanvD_MCs_ChNb, fCanvD_MSp_Samp, fCanvD_NOE_ChDs, fCanvD_NOE_ChNb, fCanvD_Ped_ChDs, fCanvD_Ped_ChNb, fCanvD_SCs_ChDs, fCanvD_SCs_ChNb, fCanvD_SSp_Samp, fCanvD_TNo_ChDs, fCanvD_TNo_ChNb, fCanvH1SamePlus, fCanvH_HFN_Date, fCanvH_HFN_RuDs, fCanvH_LFN_Date, fCanvH_LFN_RuDs, fCanvH_MCs_Date, fCanvH_MCs_RuDs, fCanvH_Ped_Date, fCanvH_Ped_RuDs, fCanvH_SCs_Date, fCanvH_SCs_RuDs, fCanvH_TNo_Date, fCanvH_TNo_RuDs, fCnewRoot, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), and HistoPlot().
{
// Create canvas according to HistoCode
TCanvas* main_canvas = 0;
if( opt_plot == fSameOnePlot )
{
fCanvH1SamePlus = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH1SamePlus;
}
if( opt_plot == fSeveralPlot || opt_plot == fOnlyOnePlot )
{
if(HistoCode == "D_NOE_ChNb"){
fCanvD_NOE_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_NOE_ChNb;}
if(HistoCode == "D_NOE_ChDs"){
fCanvD_NOE_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_NOE_ChDs;}
if(HistoCode == "D_Ped_ChNb"){
fCanvD_Ped_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_Ped_ChNb;}
if(HistoCode == "D_Ped_ChDs"){
fCanvD_Ped_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_Ped_ChDs;}
if(HistoCode == "D_TNo_ChNb"){
fCanvD_TNo_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_TNo_ChNb;}
if(HistoCode == "D_TNo_ChDs"){
fCanvD_TNo_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_TNo_ChDs;}
if(HistoCode == "D_MCs_ChNb"){
fCanvD_MCs_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_MCs_ChNb;}
if(HistoCode == "D_MCs_ChDs"){
fCanvD_MCs_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_MCs_ChDs;}
if(HistoCode == "D_LFN_ChNb"){
fCanvD_LFN_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_LFN_ChNb;}
if(HistoCode == "D_LFN_ChDs"){
fCanvD_LFN_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_LFN_ChDs;}
if(HistoCode == "D_HFN_ChNb"){
fCanvD_HFN_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_HFN_ChNb;}
if(HistoCode == "D_HFN_ChDs"){
fCanvD_HFN_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_HFN_ChDs;}
if(HistoCode == "D_SCs_ChNb"){
fCanvD_SCs_ChNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_SCs_ChNb;}
if(HistoCode == "D_SCs_ChDs"){
fCanvD_SCs_ChDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_SCs_ChDs;}
if(HistoCode == "D_MSp_Samp" ){
fCanvD_MSp_Samp = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_MSp_Samp;}
if(HistoCode =="D_SSp_Samp" ){
fCanvD_SSp_Samp = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_SSp_Samp;}
if(HistoCode == "D_Adc_EvDs"){
fCanvD_Adc_EvDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_Adc_EvDs;}
if(HistoCode == "D_Adc_EvNb"){
fCanvD_Adc_EvNb = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvD_Adc_EvNb;}
if(HistoCode == "H_Ped_Date"){
fCanvH_Ped_Date = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_Ped_Date;}
if(HistoCode == "H_TNo_Date"){
fCanvH_TNo_Date = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_TNo_Date;}
if(HistoCode == "H_MCs_Date"){
fCanvH_MCs_Date = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_MCs_Date;}
if(HistoCode == "H_LFN_Date"){
fCanvH_LFN_Date = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_LFN_Date;}
if(HistoCode == "H_HFN_Date"){
fCanvH_HFN_Date = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_HFN_Date;}
if(HistoCode == "H_SCs_Date"){
fCanvH_SCs_Date = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_SCs_Date;}
if(HistoCode == "H_Ped_RuDs"){
fCanvH_Ped_RuDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_Ped_RuDs;}
if(HistoCode == "H_TNo_RuDs"){
fCanvH_TNo_RuDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_TNo_RuDs;}
if(HistoCode == "H_MCs_RuDs"){
fCanvH_MCs_RuDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_MCs_RuDs;}
if(HistoCode == "H_LFN_RuDs"){
fCanvH_LFN_RuDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_LFN_RuDs;}
if(HistoCode == "H_HFN_RuDs"){
fCanvH_HFN_RuDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_HFN_RuDs;}
if(HistoCode == "H_SCs_RuDs"){
fCanvH_SCs_RuDs = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w, canv_h); fCnewRoot++;
main_canvas = fCanvH_SCs_RuDs;}
}
return main_canvas;
}
| void TEcnaHistos::DeeHighFrequencyNoiseXtals | ( | ) |
Definition at line 6032 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
| void TEcnaHistos::DeeHighFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 6035 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
{StexHighFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::DeeIXIYHighFrequencyCorcc | ( | ) |
Definition at line 3089 of file TEcnaHistos.cc.
References StexHocoVecoLHFCorcc().
{StexHocoVecoLHFCorcc("HF");}
| void TEcnaHistos::DeeIXIYHighFrequencyNoise | ( | ) |
Definition at line 2818 of file TEcnaHistos.cc.
References StexHocoVecoHighFrequencyNoise().
| void TEcnaHistos::DeeIXIYLowFrequencyCorcc | ( | ) |
Definition at line 3088 of file TEcnaHistos.cc.
References StexHocoVecoLHFCorcc().
{StexHocoVecoLHFCorcc("LF");}
| void TEcnaHistos::DeeIXIYLowFrequencyNoise | ( | ) |
Definition at line 2817 of file TEcnaHistos.cc.
References StexHocoVecoLowFrequencyNoise().
| void TEcnaHistos::DeeIXIYMeanOfCorss | ( | ) |
Definition at line 2816 of file TEcnaHistos.cc.
References StexHocoVecoMeanOfCorss().
| void TEcnaHistos::DeeIXIYNumberOfEvents | ( | ) |
Definition at line 2813 of file TEcnaHistos.cc.
References StexHocoVecoNumberOfEvents().
| void TEcnaHistos::DeeIXIYPedestals | ( | ) |
Definition at line 2814 of file TEcnaHistos.cc.
References StexHocoVecoPedestals().
| void TEcnaHistos::DeeIXIYSigmaOfCorss | ( | ) |
Definition at line 2819 of file TEcnaHistos.cc.
References StexHocoVecoSigmaOfCorss().
| void TEcnaHistos::DeeIXIYTotalNoise | ( | ) |
Definition at line 2815 of file TEcnaHistos.cc.
References StexHocoVecoTotalNoise().
| void TEcnaHistos::DeeLowFrequencyNoiseXtals | ( | ) |
Definition at line 5994 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
| void TEcnaHistos::DeeLowFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5997 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
{StexLowFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::DeeMeanOfCorssXtals | ( | ) |
Definition at line 5956 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals();}
| void TEcnaHistos::DeeMeanOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 5959 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals(PlotOption);}
| void TEcnaHistos::DeeNumberOfEventsXtals | ( | ) |
Definition at line 5842 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
| void TEcnaHistos::DeeNumberOfEventsXtals | ( | const TString | PlotOption | ) |
Definition at line 5845 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
{StexNumberOfEventsXtals(PlotOption);}
| void TEcnaHistos::DeePedestalsXtals | ( | ) |
Definition at line 5880 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals();}
| void TEcnaHistos::DeePedestalsXtals | ( | const TString | PlotOption | ) |
Definition at line 5883 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals(PlotOption);}
| void TEcnaHistos::DeeSCNumbering | ( | const Int_t & | DeeNumber | ) |
Definition at line 3879 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxBottomY(), TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxRightX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, fCdelete, fCdeleteRoot, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapStexType, fgMaxCar, fPavComCxyz, fPavComStex, fTTBELL, TEcnaNumbering::GetEEDeeType(), TEcnaParEcal::MaxCrysIXInSC(), TEcnaParEcal::MaxCrysIYInSC(), TEcnaParEcal::MaxDeeInEE(), TEcnaParEcal::MaxSCIXInDee(), TEcnaParEcal::MaxSCIYInDee(), SetAllPavesViewStex(), SetHistoPresentation(), and ViewDeeSCNumberingPad().
Referenced by StexStinNumbering().
{
//display the SC numbering of the Dee
if( (DeeNumber > 0) && (DeeNumber <= fEcal->MaxDeeInEE()) )
{
Int_t GeoBidSizeIX = fEcal->MaxSCIXInDee()*fEcal->MaxCrysIXInSC();
Int_t GeoBidSizeIY = fEcal->MaxSCIYInDee()*fEcal->MaxCrysIYInSC();
Int_t nb_binx = GeoBidSizeIX;
Int_t nb_biny = GeoBidSizeIY;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeIX;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizeIY;
TString axis_x_var_name = " IX ";
TString axis_y_var_name = " IY ";
//------------------------------------------------------------------- DeeSCNumbering
//........................................... empty histogram filling
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
sprintf(f_in_mat_tit, " Dee SC numbering ");
// il faut tracer un bidim vide pour pouvoir tracer la grille et les axes
TH2D* h_empty_bid = new TH2D("grid_bidim_IX_IY", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_empty_bid->Reset();
h_empty_bid->GetXaxis()->SetTitle(axis_x_var_name);
h_empty_bid->GetYaxis()->SetTitle(axis_y_var_name);
// ------------------------------------------------ P L O T S (DeeSCNumbering)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_h = fCnaParHistos->CanvasFormatH("IXIYDee");
UInt_t canv_w = fCnaParHistos->CanvasFormatW("IXIYDee");
//............................................... options generales
fFapStexType = fEcalNumbering->GetEEDeeType(DeeNumber);
//............................................... paves commentaires (DeeSCNumbering)
SetAllPavesViewStex("Numbering", DeeNumber);
//------------------------------------ Canvas name ----------------- (DeeSCNumbering)
sprintf(f_in, "SC_numbering_for_Dee_Dee%d", DeeNumber);
SetHistoPresentation((TH1D*)h_empty_bid,"Stex2DEENb");
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w, canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistosEE::ViewDee(...)> Plot is displayed on canvas ----> " << f_in << endl;
delete [] f_in; f_in = 0; fCdelete++;
//------------------------ Canvas draw and update ------------ (DeeSCNumbering)
fPavComStex->Draw();
fPavComCxyz->Draw();
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("bottom_left_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("top_left_box_Dee") - 0.005;
Double_t x_margin = x_low;
Double_t y_margin = y_low;
MainCanvas->Divide( 1, 1, x_margin, y_margin);
// Divide(nx, ny, x_margin, y_margin, color);
gPad->cd(1);
TVirtualPad* main_subpad = gPad;
main_subpad->SetPad(x_low, y_low, x_up, y_up);
h_empty_bid->DrawCopy("COL"); // il faut tracer un bidim vide pour pouvoir tracer la grille et les axes
ViewDeeSCNumberingPad(DeeNumber);
gPad->Update();
//..................... retour aux options standard
Bool_t b_true = 1;
h_empty_bid->SetStats(b_true);
h_empty_bid->Delete(); h_empty_bid = 0; fCdeleteRoot++;
// delete MainCanvas; fCdeleteRoot++;
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
}
else
{
cout << "!TEcnaHistos::DeeSCNumbering(...)> Dee = " << DeeNumber
<< ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )" << fTTBELL << endl;
}
}
| void TEcnaHistos::DeeSigmaOfCorssXtals | ( | ) |
Definition at line 6070 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
| void TEcnaHistos::DeeSigmaOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 6073 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
{StexSigmaOfCorssXtals(PlotOption);}
| void TEcnaHistos::DeeTotalNoiseXtals | ( | ) |
Definition at line 5918 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals();}
| void TEcnaHistos::DeeTotalNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5921 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals(PlotOption);}
| void TEcnaHistos::DeeXtalsHighFrequencyNoise | ( | ) |
Definition at line 6013 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
| void TEcnaHistos::DeeXtalsHighFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 6016 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
{StexXtalsHighFrequencyNoise(PlotOption);}
| void TEcnaHistos::DeeXtalsLowFrequencyNoise | ( | ) |
Definition at line 5975 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
| void TEcnaHistos::DeeXtalsLowFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 5978 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
{StexXtalsLowFrequencyNoise(PlotOption);}
| void TEcnaHistos::DeeXtalsMeanOfCorss | ( | ) |
Definition at line 5937 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss();}
| void TEcnaHistos::DeeXtalsMeanOfCorss | ( | const TString | PlotOption | ) |
Definition at line 5940 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss(PlotOption);}
| void TEcnaHistos::DeeXtalsNumberOfEvents | ( | ) |
Definition at line 5823 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
| void TEcnaHistos::DeeXtalsNumberOfEvents | ( | const TString | PlotOption | ) |
Definition at line 5826 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
{StexXtalsNumberOfEvents(PlotOption);}
| void TEcnaHistos::DeeXtalsPedestals | ( | ) |
Definition at line 5861 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals();}
| void TEcnaHistos::DeeXtalsPedestals | ( | const TString | PlotOption | ) |
Definition at line 5864 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals(PlotOption);}
| void TEcnaHistos::DeeXtalsSigmaOfCorss | ( | ) |
Definition at line 6051 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
| void TEcnaHistos::DeeXtalsSigmaOfCorss | ( | const TString | PlotOption | ) |
Definition at line 6054 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
{StexXtalsSigmaOfCorss(PlotOption);}
| void TEcnaHistos::DeeXtalsTotalNoise | ( | ) |
Definition at line 5899 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise();}
| void TEcnaHistos::DeeXtalsTotalNoise | ( | const TString | PlotOption | ) |
Definition at line 5902 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise(PlotOption);}
| void TEcnaHistos::EBAveragedHighFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 6026 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
{StexHighFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::EBAveragedHighFrequencyNoiseXtals | ( | ) |
Definition at line 6024 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
| void TEcnaHistos::EBAveragedLowFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5988 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
{StexLowFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::EBAveragedLowFrequencyNoiseXtals | ( | ) |
Definition at line 5986 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
| void TEcnaHistos::EBAveragedMeanOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 5950 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals(PlotOption);}
| void TEcnaHistos::EBAveragedMeanOfCorssXtals | ( | ) |
Definition at line 5948 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals();}
| void TEcnaHistos::EBAveragedNumberOfEventsXtals | ( | const TString | PlotOption | ) |
Definition at line 5836 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
{StexNumberOfEventsXtals(PlotOption);}
| void TEcnaHistos::EBAveragedNumberOfEventsXtals | ( | ) |
Definition at line 5834 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
| void TEcnaHistos::EBAveragedPedestalsXtals | ( | const TString | PlotOption | ) |
Definition at line 5874 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals(PlotOption);}
| void TEcnaHistos::EBAveragedPedestalsXtals | ( | ) |
Definition at line 5872 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals();}
| void TEcnaHistos::EBAveragedSigmaOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 6064 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
{StexSigmaOfCorssXtals(PlotOption);}
| void TEcnaHistos::EBAveragedSigmaOfCorssXtals | ( | ) |
Definition at line 6062 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
| void TEcnaHistos::EBAveragedTotalNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5912 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals(PlotOption);}
| void TEcnaHistos::EBAveragedTotalNoiseXtals | ( | ) |
Definition at line 5910 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals();}
| void TEcnaHistos::EBEtaPhiAveragedHighFrequencyNoise | ( | ) |
Definition at line 4577 of file TEcnaHistos.cc.
References StasHocoVecoAveragedHighFrequencyNoise().
| void TEcnaHistos::EBEtaPhiAveragedLowFrequencyNoise | ( | ) |
Definition at line 4573 of file TEcnaHistos.cc.
References StasHocoVecoAveragedLowFrequencyNoise().
| void TEcnaHistos::EBEtaPhiAveragedMeanOfCorss | ( | ) |
Definition at line 4569 of file TEcnaHistos.cc.
References StasHocoVecoAveragedMeanOfCorss().
| void TEcnaHistos::EBEtaPhiAveragedNumberOfEvents | ( | ) |
Definition at line 4557 of file TEcnaHistos.cc.
References StasHocoVecoAveragedNumberOfEvents().
| void TEcnaHistos::EBEtaPhiAveragedPedestals | ( | ) |
Definition at line 4561 of file TEcnaHistos.cc.
References StasHocoVecoAveragedPedestals().
| void TEcnaHistos::EBEtaPhiAveragedSigmaOfCorss | ( | ) |
Definition at line 4581 of file TEcnaHistos.cc.
References StasHocoVecoAveragedSigmaOfCorss().
| void TEcnaHistos::EBEtaPhiAveragedTotalNoise | ( | ) |
Definition at line 4565 of file TEcnaHistos.cc.
References StasHocoVecoAveragedTotalNoise().
| void TEcnaHistos::EBXtalsAveragedHighFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 6007 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
{StexXtalsHighFrequencyNoise(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedHighFrequencyNoise | ( | ) |
Definition at line 6005 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
| void TEcnaHistos::EBXtalsAveragedLowFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 5969 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
{StexXtalsLowFrequencyNoise(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedLowFrequencyNoise | ( | ) |
Definition at line 5967 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
| void TEcnaHistos::EBXtalsAveragedMeanOfCorss | ( | const TString | PlotOption | ) |
Definition at line 5931 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedMeanOfCorss | ( | ) |
Definition at line 5929 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss();}
| void TEcnaHistos::EBXtalsAveragedNumberOfEvents | ( | const TString | PlotOption | ) |
Definition at line 5817 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
{StexXtalsNumberOfEvents(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedNumberOfEvents | ( | ) |
Definition at line 5815 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
| void TEcnaHistos::EBXtalsAveragedPedestals | ( | const TString | PlotOption | ) |
Definition at line 5855 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedPedestals | ( | ) |
Definition at line 5853 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals();}
| void TEcnaHistos::EBXtalsAveragedSigmaOfCorss | ( | const TString | PlotOption | ) |
Definition at line 6045 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
{StexXtalsSigmaOfCorss(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedSigmaOfCorss | ( | ) |
Definition at line 6043 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
| void TEcnaHistos::EBXtalsAveragedTotalNoise | ( | const TString | PlotOption | ) |
Definition at line 5893 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise(PlotOption);}
| void TEcnaHistos::EBXtalsAveragedTotalNoise | ( | ) |
Definition at line 5891 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise();}
| void TEcnaHistos::EEAveragedHighFrequencyNoiseXtals | ( | ) |
Definition at line 6031 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
| void TEcnaHistos::EEAveragedHighFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 6033 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
{StexHighFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::EEAveragedLowFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5995 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
{StexLowFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::EEAveragedLowFrequencyNoiseXtals | ( | ) |
Definition at line 5993 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
| void TEcnaHistos::EEAveragedMeanOfCorssXtals | ( | ) |
Definition at line 5955 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals();}
| void TEcnaHistos::EEAveragedMeanOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 5957 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals(PlotOption);}
| void TEcnaHistos::EEAveragedNumberOfEventsXtals | ( | const TString | PlotOption | ) |
Definition at line 5843 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
{StexNumberOfEventsXtals(PlotOption);}
| void TEcnaHistos::EEAveragedNumberOfEventsXtals | ( | ) |
Definition at line 5841 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
| void TEcnaHistos::EEAveragedPedestalsXtals | ( | ) |
Definition at line 5879 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals();}
| void TEcnaHistos::EEAveragedPedestalsXtals | ( | const TString | PlotOption | ) |
Definition at line 5881 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals(PlotOption);}
| void TEcnaHistos::EEAveragedSigmaOfCorssXtals | ( | ) |
Definition at line 6069 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
| void TEcnaHistos::EEAveragedSigmaOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 6071 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
{StexSigmaOfCorssXtals(PlotOption);}
| void TEcnaHistos::EEAveragedTotalNoiseXtals | ( | ) |
Definition at line 5917 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals();}
| void TEcnaHistos::EEAveragedTotalNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5919 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals(PlotOption);}
| void TEcnaHistos::EEDataSectors | ( | const Float_t & | coefcc_x, |
| const Float_t & | coefcc_y, | ||
| const Int_t & | DeeNumber, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 5215 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), TEcnaParHistos::DeeNameOffsetX(), TEcnaParHistos::DeeNumberOffsetX(), TEcnaParHistos::DeeOffsetX(), fCdelete, fCnaParHistos, fCnew, fCnewRoot, fEcal, fgMaxCar, i, TEcnaParEcal::MaxCrysIXInDee(), and TEcnaParEcal::MaxCrysIYInDee().
Referenced by ViewDeeGrid(), and ViewEEGrid().
{
//Surlignage des bords du Dee et des Data Sectors. Numeros des secteurs.
// Epaisseur du trait selon option
Int_t LineWidth = 2; // DEFAULT => option "EE"
if( opt_plot == "Dee" ){LineWidth = 3;}
Int_t ngmax = 0;
// surlignage du bord interne du Dee (unite de coordonnees: le cristal)
ngmax = 13;
Float_t xg_dee_int_bot[13] = { 0, 5, 5, 7, 7, 8, 8, 9, 9,10,10,11,11};
Float_t yg_dee_int_bot[13] = {39,39,40,40,41,41,42,42,43,43,45,45,50};
for(Int_t i=0;i<ngmax;i++){
xg_dee_int_bot[i] = coefcc_x*xg_dee_int_bot[i];
yg_dee_int_bot[i] = coefcc_y*yg_dee_int_bot[i];}
Float_t XgDeeIntBotRight[13]; Float_t YgDeeIntBotRight[13];
Float_t XgDeeIntTopRight[13]; Float_t YgDeeIntTopRight[13];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeIntBotRight[i] = xg_dee_int_bot[i];
YgDeeIntBotRight[i] = yg_dee_int_bot[i];
XgDeeIntTopRight[i] = XgDeeIntBotRight[i];
YgDeeIntTopRight[i] = coefcc_y*fEcal->MaxCrysIYInDee() - YgDeeIntBotRight[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeIntBotRight[i] = -XgDeeIntBotRight[i] + coefcc_x*fEcal->MaxCrysIXInDee();
XgDeeIntTopRight[i] = -XgDeeIntTopRight[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeIntBotRight[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
XgDeeIntTopRight[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeIntBotRight = new TGraph(ngmax, XgDeeIntBotRight, YgDeeIntBotRight);
BDeeIntBotRight->SetLineWidth(LineWidth);
BDeeIntBotRight->Draw();
TGraph *BDeeIntTopRight = new TGraph(ngmax, XgDeeIntTopRight, YgDeeIntTopRight);
BDeeIntTopRight->SetLineWidth(LineWidth);
BDeeIntTopRight->Draw();
// surlignage du bord externe du Dee (unite de coordonnees: le cristal)
ngmax = 21;
Float_t xg_dee_ext_bot[21] = {0,10,10,15,15,25,25,30,30,35,35,37,37,42,42,45,45,47,47,50,50};
Float_t yg_dee_ext_bot[21] = {0, 0, 3, 3, 5, 5, 8, 8,13,13,15,15,20,20,25,25,35,35,40,40,50};
for(Int_t i=0;i<ngmax;i++){
xg_dee_ext_bot[i] = coefcc_x*xg_dee_ext_bot[i];
yg_dee_ext_bot[i] = coefcc_y*yg_dee_ext_bot[i];}
Float_t XgDeeExtBotRight[21]; Float_t YgDeeExtBotRight[21];
Float_t XgDeeExtTopRight[21]; Float_t YgDeeExtTopRight[21];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeExtBotRight[i] = xg_dee_ext_bot[i];
YgDeeExtBotRight[i] = yg_dee_ext_bot[i];
XgDeeExtTopRight[i] = XgDeeExtBotRight[i];
YgDeeExtTopRight[i] = coefcc_y*fEcal->MaxCrysIYInDee() - YgDeeExtBotRight[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeExtBotRight[i] = -XgDeeExtBotRight[i] + coefcc_x*fEcal->MaxCrysIXInDee();
XgDeeExtTopRight[i] = -XgDeeExtTopRight[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeExtBotRight[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
XgDeeExtTopRight[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeExtBotRight = new TGraph(ngmax, XgDeeExtBotRight, YgDeeExtBotRight);
BDeeExtBotRight->SetLineWidth(LineWidth);
BDeeExtBotRight->Draw();
TGraph *BDeeExtTopRight = new TGraph(ngmax, XgDeeExtTopRight, YgDeeExtTopRight);
BDeeExtTopRight->SetLineWidth(LineWidth);
BDeeExtTopRight->Draw();
char* f_in = new char[fgMaxCar]; fCnew++;
//............. Surlignage separateurs des secteurs en phi (Data sectors)
//================== S9 -> S1 (EE-) option "EE" seulement
if( opt_plot == "EE" )
{
ngmax = 2;
Float_t xg_dee_data_sec9[2] = { 0, 0};
Float_t yg_dee_data_sec9[2] = {61,100};
for(Int_t i=0;i<ngmax;i++){
xg_dee_data_sec9[i] = coefcc_x*xg_dee_data_sec9[i];
yg_dee_data_sec9[i] = coefcc_y*yg_dee_data_sec9[i];}
Float_t XgDeeDataSec9[11]; Float_t YgDeeDataSec9[11];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeDataSec9[i] = xg_dee_data_sec9[i]; YgDeeDataSec9[i] = yg_dee_data_sec9[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeDataSec9[i] = -XgDeeDataSec9[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeDataSec9[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeDataSec9 = new TGraph(ngmax, XgDeeDataSec9, YgDeeDataSec9);
BDeeDataSec9->SetLineWidth(LineWidth);
BDeeDataSec9->Draw();
}
//================= S1->S2(EE-)
ngmax = 11;
Float_t xg_dee_data_sec1[11] = { 7,10,10,15,15,20,20,25,25,30,30};
Float_t yg_dee_data_sec1[11] = {60,60,65,65,70,70,75,75,85,85,87};
for(Int_t i=0;i<ngmax;i++){
xg_dee_data_sec1[i] = coefcc_x*xg_dee_data_sec1[i];
yg_dee_data_sec1[i] = coefcc_y*yg_dee_data_sec1[i];}
Float_t XgDeeDataSec1[11]; Float_t YgDeeDataSec1[11];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeDataSec1[i] = xg_dee_data_sec1[i]; YgDeeDataSec1[i] = yg_dee_data_sec1[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeDataSec1[i] = -XgDeeDataSec1[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeDataSec1[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeDataSec1 = new TGraph(ngmax, XgDeeDataSec1, YgDeeDataSec1);
BDeeDataSec1->SetLineWidth(LineWidth);
BDeeDataSec1->Draw();
//================= S2->S3(EE-)
ngmax = 6;
Float_t xg_dee_data_sec2[6] = {11,15,15,40,40,47};
Float_t yg_dee_data_sec2[6] = {50,50,55,55,60,60};
for(Int_t i=0;i<ngmax;i++){
xg_dee_data_sec2[i] = coefcc_x*xg_dee_data_sec2[i];
yg_dee_data_sec2[i] = coefcc_y*yg_dee_data_sec2[i];}
Float_t XgDeeDataSec2[6]; Float_t YgDeeDataSec2[6];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeDataSec2[i] = xg_dee_data_sec2[i]; YgDeeDataSec2[i] = yg_dee_data_sec2[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeDataSec2[i] = -XgDeeDataSec2[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeDataSec2[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeDataSec2 = new TGraph(ngmax, XgDeeDataSec2, YgDeeDataSec2);
BDeeDataSec2->SetLineWidth(LineWidth);
BDeeDataSec2->Draw();
//================= S3->S4(EE-)
ngmax = 10;
Float_t xg_dee_data_sec3[10] = {10,15,15,20,20,30,30,40,40,42};
Float_t yg_dee_data_sec3[10] = {45,45,40,40,35,35,30,30,25,25};
for(Int_t i=0;i<ngmax;i++){
xg_dee_data_sec3[i] = coefcc_x*xg_dee_data_sec3[i];
yg_dee_data_sec3[i] = coefcc_y*yg_dee_data_sec3[i];}
Float_t XgDeeDataSec3[10]; Float_t YgDeeDataSec3[10];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeDataSec3[i] = xg_dee_data_sec3[i]; YgDeeDataSec3[i] = yg_dee_data_sec3[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeDataSec3[i] = -XgDeeDataSec3[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeDataSec3[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeDataSec3 = new TGraph(ngmax, XgDeeDataSec3, YgDeeDataSec3);
BDeeDataSec3->SetLineWidth(LineWidth);
BDeeDataSec3->Draw();
//================= S4->S5(EE-)
ngmax = 6;
Float_t xg_dee_data_sec4[6] = { 5, 5,10,10,15,15};
Float_t yg_dee_data_sec4[6] = {40,30,30,15,15, 5};
for(Int_t i=0;i<ngmax;i++){
xg_dee_data_sec4[i] = coefcc_x*xg_dee_data_sec4[i];
yg_dee_data_sec4[i] = coefcc_y*yg_dee_data_sec4[i];}
Float_t XgDeeDataSec4[6]; Float_t YgDeeDataSec4[6];
for( Int_t i=0; i<ngmax; i++)
{
XgDeeDataSec4[i] = xg_dee_data_sec4[i]; YgDeeDataSec4[i] = yg_dee_data_sec4[i];
if ( DeeNumber == 2 || DeeNumber == 4 )
{
XgDeeDataSec4[i] = -XgDeeDataSec4[i] + coefcc_x*fEcal->MaxCrysIXInDee();
}
XgDeeDataSec4[i] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
}
TGraph *BDeeDataSec4 = new TGraph(ngmax, XgDeeDataSec4, YgDeeDataSec4);
BDeeDataSec4->SetLineWidth(LineWidth);
BDeeDataSec4->Draw();
//..................................... Numeros des secteurs S_i (option "Dee" seulement)
if( opt_plot == "Dee" || opt_plot == "EE" )
{
//............. Coordonnees des numeros de secteurs
ngmax = 5;
Float_t xg_coord_sector[5] = { 16, 41, 45, 33, -2};
Float_t yg_coord_sector[5] = { 96, 83, 30, 5, -8};
//....... Reprise secteurs 3 et 7
if(opt_plot == "Dee" && (DeeNumber == 1) ){xg_coord_sector[2] += 0.5;}
if(opt_plot == "Dee" && (DeeNumber == 2) ){xg_coord_sector[2] -= 1. ;}
if(opt_plot == "Dee" && (DeeNumber == 3) ){xg_coord_sector[2] += 0.7;}
if(opt_plot == "Dee" && (DeeNumber == 4) ){xg_coord_sector[2] -= 1.2;}
if(opt_plot == "EE" && (DeeNumber == 2 || DeeNumber == 3) ){xg_coord_sector[2] += 0.55;}
if(opt_plot == "EE" && (DeeNumber == 4 ) ){xg_coord_sector[2] -= 0.2;}
for(Int_t i=0;i<ngmax;i++){
xg_coord_sector[i] = coefcc_x*xg_coord_sector[i];
yg_coord_sector[i] = coefcc_y*yg_coord_sector[i];}
Float_t xg_sector[9];
Float_t yg_sector[9];
Int_t ns1 = 1;
Int_t ns2 = 5;
Float_t xinv_d2d4 = coefcc_x*44;
if( DeeNumber == 1 )
{
ns1 = 1; ns2 = 5;
xg_sector[1-ns1] = xg_coord_sector[1-ns1]; yg_sector[1-ns1] = yg_coord_sector[1-ns1];
xg_sector[2-ns1] = xg_coord_sector[2-ns1]; yg_sector[2-ns1] = yg_coord_sector[2-ns1];
xg_sector[3-ns1] = xg_coord_sector[3-ns1]; yg_sector[3-ns1] = yg_coord_sector[3-ns1];
xg_sector[4-ns1] = xg_coord_sector[4-ns1]; yg_sector[4-ns1] = yg_coord_sector[4-ns1];
xg_sector[5-ns1] = xg_coord_sector[5-ns1]; yg_sector[5-ns1] = yg_coord_sector[5-ns1];
}
if( DeeNumber == 2 )
{
ns1 = 5; ns2 = 9;
xg_sector[ns2-1] = xinv_d2d4-xg_coord_sector[1-1]; yg_sector[ns2-1] = yg_coord_sector[1-1];
xg_sector[ns2-2] = xinv_d2d4-xg_coord_sector[2-1]; yg_sector[ns2-2] = yg_coord_sector[2-1];
xg_sector[ns2-3] = xinv_d2d4-xg_coord_sector[3-1]; yg_sector[ns2-3] = yg_coord_sector[3-1];
xg_sector[ns2-4] = xinv_d2d4-xg_coord_sector[4-1]; yg_sector[ns2-4] = yg_coord_sector[4-1];
xg_sector[ns2-5] = xinv_d2d4-xg_coord_sector[5-1]; yg_sector[ns2-5] = yg_coord_sector[5-1];
}
if( DeeNumber == 3 )
{
ns1 = 5; ns2 = 9;
xg_sector[ns2-1]= xg_coord_sector[1-1]; yg_sector[ns2-1] = yg_coord_sector[1-1];
xg_sector[ns2-2]= xg_coord_sector[2-1]; yg_sector[ns2-2] = yg_coord_sector[2-1];
xg_sector[ns2-3]= xg_coord_sector[3-1]; yg_sector[ns2-3] = yg_coord_sector[3-1];
xg_sector[ns2-4]= xg_coord_sector[4-1]; yg_sector[ns2-4] = yg_coord_sector[4-1];
xg_sector[ns2-5]= xg_coord_sector[5-1]; yg_sector[ns2-5] = yg_coord_sector[5-1];
}
if( DeeNumber == 4 )
{
ns1 = 1; ns2 = 5;
xg_sector[1-ns1]= xinv_d2d4-xg_coord_sector[1-ns1]; yg_sector[1-ns1] = yg_coord_sector[1-ns1];
xg_sector[2-ns1]= xinv_d2d4-xg_coord_sector[2-ns1]; yg_sector[2-ns1] = yg_coord_sector[2-ns1];
xg_sector[3-ns1]= xinv_d2d4-xg_coord_sector[3-ns1]; yg_sector[3-ns1] = yg_coord_sector[3-ns1];
xg_sector[4-ns1]= xinv_d2d4-xg_coord_sector[4-ns1]; yg_sector[4-ns1] = yg_coord_sector[4-ns1];
xg_sector[5-ns1]= xinv_d2d4-xg_coord_sector[5-ns1]; yg_sector[5-ns1] = yg_coord_sector[5-ns1];
}
Color_t coul_textsector = fCnaParHistos->ColorDefinition("vert37");
for(Int_t ns=ns1; ns<= ns2; ns++)
{
xg_sector[ns-1] += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
if( DeeNumber == 1 || DeeNumber == 2 ){sprintf( f_in, "+%d", ns);}
if( DeeNumber == 3 || DeeNumber == 4 ){sprintf( f_in, "-%d", ns);}
TText *text_num_module = new TText(xg_sector[ns-1], yg_sector[ns-1], f_in); fCnewRoot++;
if(opt_plot == "Dee"){text_num_module->SetTextSize(0.065);}
if(opt_plot == "EE" ){text_num_module->SetTextSize(0.045);}
text_num_module->SetTextColor(coul_textsector);
if( opt_plot == "Dee" ||
( opt_plot == "EE" && !( (DeeNumber == 3 && ns == 5) || (DeeNumber == 1 && ns == 5) ) ) )
{text_num_module->Draw();}
// text_num_module->Delete(); text_num_module = 0; fCdeleteRoot++;
}
//............................ numeros des dee's
ngmax = 4;
Float_t xg_coord_dee[4] = { 0, 0, 0, 0};
Float_t yg_coord_dee[4] = {48, 48, 48, 48};
xg_coord_dee[DeeNumber-1] = coefcc_x*xg_coord_dee[DeeNumber-1];
yg_coord_dee[DeeNumber-1] = coefcc_y*yg_coord_dee[DeeNumber-1];
Float_t xg_dee = xg_coord_dee[DeeNumber-1];
Float_t yg_dee = yg_coord_dee[DeeNumber-1];
Color_t coul_textdee = fCnaParHistos->ColorDefinition("noir");
xg_dee += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber)
+ fCnaParHistos->DeeNumberOffsetX(opt_plot, DeeNumber);
if( DeeNumber == 1 ){sprintf( f_in, "D1");}
if( DeeNumber == 2 ){sprintf( f_in, "D2");}
if( DeeNumber == 3 ){sprintf( f_in, "D3");}
if( DeeNumber == 4 ){sprintf( f_in, "D4");}
TText *text_num_module = new TText(xg_dee, yg_dee, f_in); fCnewRoot++;
if( opt_plot == "EE" ){text_num_module->SetTextSize(0.045);}
if( opt_plot == "Dee"){text_num_module->SetTextSize(0.085);}
text_num_module->SetTextColor(coul_textdee);
text_num_module->Draw();
}
//..................................... Numeros des Dee et indication EE+- (option "EE" seulement)
if( opt_plot == "EE" )
{
//............................ indication EE+-
ngmax = 4;
Float_t xg_coord_eepm[4] = { 0, 0, 0, 0};
Float_t yg_coord_eepm[4] = {95, 95, 95, 95};
xg_coord_eepm[DeeNumber-1] = coefcc_x*xg_coord_eepm[DeeNumber-1];
yg_coord_eepm[DeeNumber-1] = coefcc_y*yg_coord_eepm[DeeNumber-1];
Float_t xg_eepm = xg_coord_eepm[DeeNumber-1];
Float_t yg_eepm = yg_coord_eepm[DeeNumber-1];
Color_t coul_texteepm = fCnaParHistos->ColorDefinition("noir");
xg_eepm += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber)
+ fCnaParHistos->DeeNameOffsetX(DeeNumber);
if( DeeNumber == 1 ){sprintf( f_in, "EE+F");}
if( DeeNumber == 2 ){sprintf( f_in, "EE+N");}
if( DeeNumber == 3 ){sprintf( f_in, "EE-N");}
if( DeeNumber == 4 ){sprintf( f_in, "EE-F");}
TText *text_num_eepm = new TText(xg_eepm, yg_eepm, f_in); fCnewRoot++;
text_num_eepm->SetTextSize(0.04);
text_num_eepm->SetTextColor(coul_texteepm);
text_num_eepm->Draw();
}
//......................... mention "viewed from IP"
Color_t coul_textfromIP = fCnaParHistos->ColorDefinition("rouge49");
sprintf( f_in, "viewed from IP");
Float_t x_from_ip = 15.;
Float_t y_from_ip = -10.;
if( opt_plot == "EE" ){y_from_ip = -16.;}
x_from_ip = coefcc_x*x_from_ip;
y_from_ip = coefcc_x*y_from_ip;
if( opt_plot == "EE" && DeeNumber == 3 ){x_from_ip += 1.4*fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);}
TText *text_from_ip = new TText(x_from_ip, y_from_ip, f_in); fCnewRoot++;
text_from_ip->SetTextSize(0.045);
if( opt_plot == "EE" ){text_from_ip->SetTextSize(0.035);}
text_from_ip->SetTextColor(coul_textfromIP);
if( opt_plot == "Dee" || (opt_plot == "EE" && DeeNumber == 3) ){text_from_ip->Draw();}
delete [] f_in; f_in = 0; fCdelete++;
} // ------ end of EEDataSectors() ------
| void TEcnaHistos::EEGridAxis | ( | const Float_t & | coefcc_x, |
| const Float_t & | coefcc_y, | ||
| const Int_t & | DeeNumber, | ||
| const TString | opt_plot, | ||
| const TString | c_option | ||
| ) |
Definition at line 5573 of file TEcnaHistos.cc.
References TEcnaParHistos::AxisLabelOffset(), TEcnaParHistos::AxisLabelSize(), TEcnaParHistos::AxisTickSize(), TEcnaParHistos::AxisTitleOffset(), TEcnaParHistos::AxisTitleSize(), TEcnaParHistos::DeeOffsetX(), fCnaParHistos, fCnewRoot, fEcal, fEcalNumbering, TEcnaNumbering::GetIIXMax(), TEcnaNumbering::GetIIXMin(), GetIXIYAxisTitle(), TEcnaNumbering::GetJIYMax(), TEcnaNumbering::GetJIYMin(), TEcnaParEcal::MaxCrysInSC(), TEcnaParEcal::MaxCrysIXInSC(), TEcnaParEcal::MaxCrysIYInSC(), TEcnaParEcal::MaxSCIXInDee(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by ViewDeeGrid(), and ViewEEGrid().
{
//------------------ trace axes en IX et IY --------------- EEGridAxis
//=============================================================================== Axe IX
Int_t size_IX_dee = fEcal->MaxSCIXInDee();
Double_t IX_min = fEcalNumbering->GetIIXMin(1) - 0.5; // IX_min = 0.5 pour les 4 dee's
Double_t IX_max = fEcalNumbering->GetIIXMax()*fEcal->MaxCrysIXInSC() + 0.5; // IX_max = 50.5 pour les 4 dee's
Int_t MatSize = 1;
if( opt_plot == "Dee" && c_option == "corcc" )
{
MatSize = fEcal->MaxCrysInSC();
IX_min = fEcalNumbering->GetIIXMin() - 0.5;
IX_max = fEcalNumbering->GetIIXMax() + 0.5;
}
if( opt_plot == "EE" && c_option == "corcc" ){return;} // => a voir...
if( opt_plot == "Dee" && c_option != "corcc" ){MatSize = fEcal->MaxCrysIXInSC();}
if( opt_plot == "EE" && c_option != "corcc" ){MatSize = 1;}
TString x_var_name = " ";
Float_t axis_x_inf = 0;
Float_t axis_x_sup = 0;
Float_t axis_y_inf = 0;
Float_t axis_y_sup = 0;
Int_t axis_nb_div = 205; // DEFAULT: option "EE"
Double_t IX_values_min = 0;
Double_t IX_values_max = 0;
Option_t* chopt = "C";
//........................................................................EEGridAxis
if( DeeNumber == 1 ) // xmin -> xmax <=> right->left
{
//.....axis min->max/left->right: first draw axis with -ticksize and no label
axis_x_inf = size_IX_dee*MatSize;
axis_x_sup = 0;
axis_y_inf = 0;
axis_y_sup = 0;
IX_values_min = -IX_max; // -50.5 right
IX_values_max = -IX_min; // - 0.5 left
if( opt_plot == "Dee" ){x_var_name = GetIXIYAxisTitle("iIXDee1");}
if( opt_plot == "EE" ){x_var_name = GetIXIYAxisTitle("iIXEE");}
if( opt_plot == "Dee" ){axis_nb_div = size_IX_dee;}
chopt = "-CSU";
}
if( DeeNumber == 2 ) // xmin -> xmax <=> right->left
{
//.....axis min->max/left->right: first draw axis with -ticksize and no label
axis_x_inf = size_IX_dee*MatSize;
axis_x_sup = 0;
axis_y_inf = 0;
axis_y_sup = 0;
IX_values_min = IX_min; // + 0.5 right
IX_values_max = IX_max; // +50.5 left
if( opt_plot == "Dee" ){x_var_name = GetIXIYAxisTitle("iIXDee2");}
if( opt_plot == "EE" ){x_var_name = " ";}
if( opt_plot == "Dee" ){axis_nb_div = size_IX_dee;}
chopt = "-CSU";
}
if( DeeNumber == 3 ) // xmin -> xmax <=> left->right
{
axis_x_inf = 0;
axis_x_sup = size_IX_dee*MatSize;
axis_y_inf = 0;
axis_y_sup = 0;
IX_values_min = IX_min; // + 0.5 left
IX_values_max = IX_max; // +50.5 right
if( opt_plot == "Dee" ){x_var_name = GetIXIYAxisTitle("iIXDee3");}
if( opt_plot == "EE" ){x_var_name = " ";}
if( opt_plot == "Dee" ){axis_nb_div = size_IX_dee;}
chopt = "CS";
}
if( DeeNumber == 4 ) // xmin -> xmax <=> left->right
{
axis_x_inf = 0;
axis_x_sup = size_IX_dee*MatSize;
axis_y_inf = 0;
axis_y_sup = 0;
IX_values_min = -IX_max; // -50.5 left
IX_values_max = -IX_min; // - 0.5 right
if( opt_plot == "Dee" ){x_var_name = GetIXIYAxisTitle("iIXDee4");}
if( opt_plot == "EE" ){x_var_name = " ";}
if( opt_plot == "Dee" ){axis_nb_div = size_IX_dee;}
chopt = "CS";
}
//.................................................................... EEGridAxis
axis_x_inf += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
axis_x_sup += fCnaParHistos->DeeOffsetX(opt_plot, DeeNumber);
TGaxis* sup_axis_x = 0;
sup_axis_x = new TGaxis(axis_x_inf, axis_y_inf, axis_x_sup, axis_y_sup,
IX_values_min, IX_values_max, axis_nb_div, chopt, 0.); fCnewRoot++;
Float_t tit_siz_x = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_x = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_x = fCnaParHistos->AxisTickSize("Deex");
if(opt_plot == "EE"){tic_siz_x = fCnaParHistos->AxisTickSize("EEx");}
Float_t tit_off_x = fCnaParHistos->AxisTitleOffset("Deex");
if(opt_plot == "EE"){tit_off_x = fCnaParHistos->AxisTitleOffset("EEx");}
Float_t lab_off_x = fCnaParHistos->AxisLabelOffset("Deex");
if(opt_plot == "EE"){lab_off_x = fCnaParHistos->AxisLabelOffset("EEx");}
sup_axis_x->SetTitle(x_var_name);
sup_axis_x->SetTitleSize(tit_siz_x);
sup_axis_x->SetTitleOffset(tit_off_x);
sup_axis_x->SetLabelSize(lab_siz_x);
sup_axis_x->SetLabelOffset(lab_off_x);
sup_axis_x->SetTickSize(tic_siz_x);
sup_axis_x->Draw("SAME");
//.....axis min->max/right->left: redraw axis with ticksize = 0 and with -labelOffset
if( DeeNumber == 1 || DeeNumber == 2 )
{
chopt = "CS";
TGaxis* sup_axis_x_bis = 0;
sup_axis_x_bis = new TGaxis(axis_x_inf, axis_y_inf, axis_x_sup, axis_y_sup,
IX_values_min, IX_values_max, axis_nb_div, chopt, 0.); fCnewRoot++;
sup_axis_x_bis->SetTickSize(0.);
lab_siz_x = sup_axis_x->GetLabelSize();
sup_axis_x_bis->SetLabelSize(lab_siz_x);
lab_off_x = sup_axis_x->GetLabelOffset();
sup_axis_x_bis->SetLabelOffset(-lab_off_x);
sup_axis_x_bis->Draw("SAME");
}
//================================================================== Axe IY EEGridAxis
if( opt_plot == "Dee" || (opt_plot == "EE" && DeeNumber == 4) )
{
Int_t size_IY_dee = fEcal->MaxSCIYInDee();
Int_t size_IY_axis = size_IY_dee;
if( opt_plot == "Dee" ){axis_nb_div = size_IY_axis;}
if( opt_plot == "EE" ){axis_nb_div = 210;}
Double_t jIY_min = fEcalNumbering->GetJIYMin(DeeNumber, 1) - 0.5;
Double_t jIY_max = fEcalNumbering->GetJIYMax(DeeNumber)*fEcal->MaxCrysIYInSC() + 0.5;
TString jy_var_name = " ";
TString jy_direction = "x";
Float_t tit_siz_y = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_y = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_y = fCnaParHistos->AxisTickSize("Deey");
if(opt_plot == "EE"){tic_siz_y = fCnaParHistos->AxisTickSize("EEy");}
Float_t tit_off_y = fCnaParHistos->AxisTitleOffset("Deey");
if(opt_plot == "EE"){tit_off_y = fCnaParHistos->AxisTitleOffset("EEy");}
Float_t lab_off_y = fCnaParHistos->AxisLabelOffset("Deey");
if(opt_plot == "EE"){lab_off_y = fCnaParHistos->AxisLabelOffset("EEy");}
TGaxis* axis_jy_plus = 0;
axis_jy_plus = new TGaxis((Float_t)0., (Float_t)0.,
(Float_t)0., (Float_t)(size_IY_axis*MatSize),
jIY_min, jIY_max, axis_nb_div, "SC", 0.); fCnewRoot++;
jy_var_name = GetIXIYAxisTitle("jIYDee");
axis_jy_plus->SetTitle(jy_var_name);
axis_jy_plus->SetTitleSize(tit_siz_y);
axis_jy_plus->SetTitleOffset(tit_off_y);
axis_jy_plus->SetLabelSize(lab_siz_y);
axis_jy_plus->SetLabelOffset(lab_off_y);
axis_jy_plus->SetTickSize(tic_siz_y);
axis_jy_plus->Draw("SAME");
}
//---------------------------------- 2 axes (0,50) et (0,-50)
#define IYAX
#ifndef IYAX
if( opt_plot == "Dee" || (opt_plot == "EE" && DeeNumber == 4) )
{
Int_t size_IY_dee = fEcal->MaxSCIYInDee();
Int_t size_IY_axis = size_IY_dee/2;
if( opt_plot == "Dee" ){axis_nb_div = (Int_t)size_IY_axis;}
if( opt_plot == "EE" ){axis_nb_div = 5;}
Double_t jIY_min = fEcalNumbering->GetJIYMin(DeeNumber, 1) - 0.5;
Double_t jIY_max = (fEcalNumbering->GetJIYMax(DeeNumber)/2)*fEcal->MaxCrysIYInSC() + 0.5;
TString jy_var_name = " ";
TString jy_direction = "x";
Float_t tit_siz_y = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_y = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_y = fCnaParHistos->AxisTickSize("Deey");
if(opt_plot == "EE"){tic_siz_y = fCnaParHistos->AxisTickSize("EEy");}
Float_t tit_off_y = fCnaParHistos->AxisTitleOffset("Deey");
if(opt_plot == "EE"){tit_off_y = fCnaParHistos->AxisTitleOffset("EEy");}
Float_t lab_off_y = fCnaParHistos->AxisLabelOffset("Deey");
if(opt_plot == "EE"){lab_off_y = fCnaParHistos->AxisLabelOffset("EEy");}
TGaxis* axis_jy_plus = 0;
axis_jy_plus = new TGaxis((Float_t)0., (Float_t)(size_IY_dee*MatSize/2),
(Float_t)0., (Float_t)(2*size_IY_dee*MatSize/2),
jIY_min, jIY_max, axis_nb_div, "SC", 0.); fCnewRoot++;
jy_var_name = GetIXIYAxisTitle("jIYDee");
axis_jy_plus->SetTitle(jy_var_name);
axis_jy_plus->SetTitleSize(tit_siz_y);
axis_jy_plus->SetTitleOffset(tit_off_y);
axis_jy_plus->SetLabelSize(lab_siz_y);
axis_jy_plus->SetLabelOffset(lab_off_y);
axis_jy_plus->SetTickSize(tic_siz_y);
axis_jy_plus->Draw("SAME");
TGaxis* axis_jy_minus = 0;
axis_jy_minus = new TGaxis((Float_t)0., (Float_t)(size_IY_dee*MatSize/2),
(Float_t)0., (Float_t)0.,
-jIY_min, -jIY_max, axis_nb_div, "-SC", 0.); fCnewRoot++;
jy_var_name = GetIXIYAxisTitle("jIYDee");
axis_jy_minus->SetTitle(jy_var_name);
axis_jy_minus->SetTitleSize(tit_siz_y);
axis_jy_minus->SetTitleOffset(tit_off_y);
axis_jy_minus->SetLabelSize(lab_siz_y);
axis_jy_minus->SetLabelOffset(lab_off_y);
axis_jy_minus->SetTickSize(tic_siz_y);
axis_jy_minus->Draw("SAME");
}
#endif // IYAX
} // ------------- end of EEGridAxis(...) --------------
| void TEcnaHistos::EEIXIYAveragedHighFrequencyNoise | ( | ) |
Definition at line 4578 of file TEcnaHistos.cc.
References StasHocoVecoAveragedHighFrequencyNoise().
| void TEcnaHistos::EEIXIYAveragedLowFrequencyNoise | ( | ) |
Definition at line 4574 of file TEcnaHistos.cc.
References StasHocoVecoAveragedLowFrequencyNoise().
| void TEcnaHistos::EEIXIYAveragedMeanOfCorss | ( | ) |
Definition at line 4570 of file TEcnaHistos.cc.
References StasHocoVecoAveragedMeanOfCorss().
| void TEcnaHistos::EEIXIYAveragedNumberOfEvents | ( | ) |
Definition at line 4558 of file TEcnaHistos.cc.
References StasHocoVecoAveragedNumberOfEvents().
| void TEcnaHistos::EEIXIYAveragedPedestals | ( | ) |
Definition at line 4562 of file TEcnaHistos.cc.
References StasHocoVecoAveragedPedestals().
| void TEcnaHistos::EEIXIYAveragedSigmaOfCorss | ( | ) |
Definition at line 4582 of file TEcnaHistos.cc.
References StasHocoVecoAveragedSigmaOfCorss().
| void TEcnaHistos::EEIXIYAveragedTotalNoise | ( | ) |
Definition at line 4566 of file TEcnaHistos.cc.
References StasHocoVecoAveragedTotalNoise().
| void TEcnaHistos::EEXtalsAveragedHighFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 6014 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
{StexXtalsHighFrequencyNoise(PlotOption);}
| void TEcnaHistos::EEXtalsAveragedHighFrequencyNoise | ( | ) |
Definition at line 6012 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
| void TEcnaHistos::EEXtalsAveragedLowFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 5976 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
{StexXtalsLowFrequencyNoise(PlotOption);}
| void TEcnaHistos::EEXtalsAveragedLowFrequencyNoise | ( | ) |
Definition at line 5974 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
| void TEcnaHistos::EEXtalsAveragedMeanOfCorss | ( | ) |
Definition at line 5936 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss();}
| void TEcnaHistos::EEXtalsAveragedMeanOfCorss | ( | const TString | PlotOption | ) |
Definition at line 5938 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss(PlotOption);}
| void TEcnaHistos::EEXtalsAveragedNumberOfEvents | ( | ) |
Definition at line 5822 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
| void TEcnaHistos::EEXtalsAveragedNumberOfEvents | ( | const TString | PlotOption | ) |
Definition at line 5824 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
{StexXtalsNumberOfEvents(PlotOption);}
| void TEcnaHistos::EEXtalsAveragedPedestals | ( | ) |
Definition at line 5860 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals();}
| void TEcnaHistos::EEXtalsAveragedPedestals | ( | const TString | PlotOption | ) |
Definition at line 5862 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals(PlotOption);}
| void TEcnaHistos::EEXtalsAveragedSigmaOfCorss | ( | const TString | PlotOption | ) |
Definition at line 6052 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
{StexXtalsSigmaOfCorss(PlotOption);}
| void TEcnaHistos::EEXtalsAveragedSigmaOfCorss | ( | ) |
Definition at line 6050 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
| void TEcnaHistos::EEXtalsAveragedTotalNoise | ( | ) |
Definition at line 5898 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise();}
| void TEcnaHistos::EEXtalsAveragedTotalNoise | ( | const TString | PlotOption | ) |
Definition at line 5900 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise(PlotOption);}
| void TEcnaHistos::FileParameters | ( | const TString | xArgAnaType, |
| const Int_t & | xArgNbOfSamples, | ||
| const Int_t & | xArgRunNumber, | ||
| const Int_t & | xArgFirstReqEvtNumber, | ||
| const Int_t & | xArgLastReqEvtNumber, | ||
| const Int_t & | xArgReqNbOfEvts, | ||
| const Int_t & | xArgStexNumber | ||
| ) |
Definition at line 8591 of file TEcnaHistos.cc.
References fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexNumber, and InitSpecParBeforeFileReading().
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals(), TEcnaGui::ViewMatrixCorrelationSamples(), TEcnaGui::ViewMatrixCovarianceSamples(), TEcnaGui::ViewMatrixHighFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixHighFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewMatrixLowFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixLowFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewSorSHighFrequencyNoise(), TEcnaGui::ViewSorSLowFrequencyNoise(), TEcnaGui::ViewSorSMeanOfCorss(), TEcnaGui::ViewSorSNumberOfEvents(), TEcnaGui::ViewSorSPedestals(), TEcnaGui::ViewSorSSigmaOfCorss(), TEcnaGui::ViewSorSTotalNoise(), TEcnaGui::ViewStexHighFrequencyCorcc(), TEcnaGui::ViewStexLowFrequencyCorcc(), TEcnaGui::ViewStinCorrelationSamples(), and TEcnaGui::ViewStinCovarianceSamples().
{
// Set parameters for reading the right CNA results file
fFapAnaType = xArgAnaType;
fFapNbOfSamples = xArgNbOfSamples;
fFapRunNumber = xArgRunNumber;
fFapFirstReqEvtNumber = xArgFirstReqEvtNumber;
fFapLastReqEvtNumber = xArgLastReqEvtNumber;
fFapReqNbOfEvts = xArgReqNbOfEvts;
fFapStexNumber = xArgStexNumber;
InitSpecParBeforeFileReading();
}
| void TEcnaHistos::FillHisto | ( | TH1D * | h_his0, |
| const TVectorD & | read_histo, | ||
| const TString | HistoCode, | ||
| const Int_t & | HisSize | ||
| ) |
Definition at line 11199 of file TEcnaHistos.cc.
References i.
Referenced by ViewHisto().
{
// Fill histo
h_his0->Reset();
for(Int_t i=0; i<HisSize; i++)
{
Double_t his_val = (Double_t)0;
Double_t xi = (Double_t)0;
//................................................... Basic + Global
if (HistoCode == "D_MSp_Samp" || HistoCode == "D_SSp_Samp" ||
HistoCode == "D_NOE_ChNb" || HistoCode == "D_Ped_ChNb" ||
HistoCode == "D_LFN_ChNb" || HistoCode == "D_TNo_ChNb" ||
HistoCode == "D_HFN_ChNb" || HistoCode == "D_MCs_ChNb" ||
HistoCode == "D_SCs_ChNb" )
{
xi = (Double_t)i;
his_val = (Double_t)read_histo[i];
h_his0->Fill(xi, his_val);
}
//................................................... EvolProj
//
// *=======> direct Fill in ViewHistime(...)
//
//................................................... D_Adc_EvNb option
if (HistoCode == "D_Adc_EvNb" )
{
xi = (Double_t)i;
his_val = (Double_t)read_histo[i];
h_his0->Fill(xi, his_val);
}
//................................................... Proj
if (HistoCode == "D_NOE_ChDs" ||
HistoCode == "D_Ped_ChDs" || HistoCode == "D_LFN_ChDs" ||
HistoCode == "D_TNo_ChDs" || HistoCode == "D_HFN_ChDs" ||
HistoCode == "D_MCs_ChDs" || HistoCode == "D_SCs_ChDs" ||
HistoCode == "D_Adc_EvDs" )
{
his_val = (Double_t)read_histo[i];
Double_t increment = (Double_t)1;
h_his0->Fill(his_val, increment);
}
}
}
| void TEcnaHistos::GeneralTitle | ( | const TString | title | ) |
Definition at line 10419 of file TEcnaHistos.cc.
References SetGeneralTitle().
{
// Put the general comment pave
SetGeneralTitle(title);
}
| TCanvas * TEcnaHistos::GetCurrentCanvas | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 12455 of file TEcnaHistos.cc.
References fCanvD_Adc_EvDs, fCanvD_Adc_EvNb, fCanvD_HFN_ChDs, fCanvD_HFN_ChNb, fCanvD_LFN_ChDs, fCanvD_LFN_ChNb, fCanvD_MCs_ChDs, fCanvD_MCs_ChNb, fCanvD_MSp_Samp, fCanvD_NOE_ChDs, fCanvD_NOE_ChNb, fCanvD_Ped_ChDs, fCanvD_Ped_ChNb, fCanvD_SCs_ChDs, fCanvD_SCs_ChNb, fCanvD_SSp_Samp, fCanvD_TNo_ChDs, fCanvD_TNo_ChNb, fCanvH1SamePlus, fCanvH_HFN_Date, fCanvH_HFN_RuDs, fCanvH_LFN_Date, fCanvH_LFN_RuDs, fCanvH_MCs_Date, fCanvH_MCs_RuDs, fCanvH_Ped_Date, fCanvH_Ped_RuDs, fCanvH_SCs_Date, fCanvH_SCs_RuDs, fCanvH_TNo_Date, fCanvH_TNo_RuDs, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
{
TCanvas* main_canvas = 0;
if( opt_plot == fSameOnePlot ){main_canvas = fCanvH1SamePlus;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb"){main_canvas = fCanvD_NOE_ChNb;}
if(HistoCode == "D_NOE_ChDs"){main_canvas = fCanvD_NOE_ChDs;}
if(HistoCode == "D_Ped_ChNb"){main_canvas = fCanvD_Ped_ChNb;}
if(HistoCode == "D_Ped_ChDs"){main_canvas = fCanvD_Ped_ChDs;}
if(HistoCode == "D_TNo_ChNb"){main_canvas = fCanvD_TNo_ChNb;}
if(HistoCode == "D_TNo_ChDs"){main_canvas = fCanvD_TNo_ChDs;}
if(HistoCode == "D_MCs_ChNb"){main_canvas = fCanvD_MCs_ChNb;}
if(HistoCode == "D_MCs_ChDs"){main_canvas = fCanvD_MCs_ChDs;}
if(HistoCode == "D_LFN_ChNb"){main_canvas = fCanvD_LFN_ChNb;}
if(HistoCode == "D_LFN_ChDs"){main_canvas = fCanvD_LFN_ChDs;}
if(HistoCode == "D_HFN_ChNb"){main_canvas = fCanvD_HFN_ChNb;}
if(HistoCode == "D_HFN_ChDs"){main_canvas = fCanvD_HFN_ChDs;}
if(HistoCode == "D_SCs_ChNb"){main_canvas = fCanvD_SCs_ChNb;}
if(HistoCode == "D_SCs_ChDs"){main_canvas = fCanvD_SCs_ChDs;}
if(HistoCode == "D_MSp_Samp"){main_canvas = fCanvD_MSp_Samp;}
if(HistoCode == "D_SSp_Samp"){main_canvas = fCanvD_SSp_Samp;}
if(HistoCode == "D_Adc_EvDs"){main_canvas = fCanvD_Adc_EvDs;}
if(HistoCode == "D_Adc_EvNb"){main_canvas = fCanvD_Adc_EvNb;}
if(HistoCode == "H_Ped_Date"){main_canvas = fCanvH_Ped_Date;}
if(HistoCode == "H_TNo_Date"){main_canvas = fCanvH_TNo_Date;}
if(HistoCode == "H_MCs_Date"){main_canvas = fCanvH_MCs_Date;}
if(HistoCode == "H_LFN_Date"){main_canvas = fCanvH_LFN_Date;}
if(HistoCode == "H_HFN_Date"){main_canvas = fCanvH_HFN_Date;}
if(HistoCode == "H_SCs_Date"){main_canvas = fCanvH_SCs_Date;}
if(HistoCode == "H_Ped_RuDs"){main_canvas = fCanvH_Ped_RuDs;}
if(HistoCode == "H_TNo_RuDs"){main_canvas = fCanvH_TNo_RuDs;}
if(HistoCode == "H_MCs_RuDs"){main_canvas = fCanvH_MCs_RuDs;}
if(HistoCode == "H_LFN_RuDs"){main_canvas = fCanvH_LFN_RuDs;}
if(HistoCode == "H_HFN_RuDs"){main_canvas = fCanvH_HFN_RuDs;}
if(HistoCode == "H_SCs_RuDs"){main_canvas = fCanvH_SCs_RuDs;}
}
return main_canvas;
}
| TCanvas * TEcnaHistos::GetCurrentCanvas | ( | ) |
Definition at line 12498 of file TEcnaHistos.cc.
References fCurrentCanvas.
Referenced by HistimePlot(), and HistoPlot().
{return fCurrentCanvas;}
| TString TEcnaHistos::GetCurrentCanvasName | ( | ) |
Definition at line 12499 of file TEcnaHistos.cc.
References fCurrentCanvasName.
{return fCurrentCanvasName;}
| Int_t TEcnaHistos::GetDSOffset | ( | const Int_t & | DeeNumber, |
| const Int_t & | DataSector | ||
| ) |
Definition at line 7118 of file TEcnaHistos.cc.
References fEcal, fEcalNumbering, TEcnaNumbering::GetMaxSCInDS(), and TEcnaParEcal::MaxCrysInSC().
Referenced by HistoPlot(), NotCompleteSCH1DBin(), NotConnectedSCH1DBin(), and ViewHisto().
{
// gives the DataSector Offset on 1D histos for option "Global"
Int_t DSOffset = 0;
if( DeeNumber == 4 )
{
if( DataSector >= 1 ){}
if( DataSector >= 2 ){DSOffset += fEcalNumbering->GetMaxSCInDS(1)*fEcal->MaxCrysInSC();}
if( DataSector >= 3 ){DSOffset += fEcalNumbering->GetMaxSCInDS(2)*fEcal->MaxCrysInSC();}
if( DataSector >= 4 ){DSOffset += fEcalNumbering->GetMaxSCInDS(3)*fEcal->MaxCrysInSC();}
if( DataSector >= 5 ){DSOffset += fEcalNumbering->GetMaxSCInDS(4)*fEcal->MaxCrysInSC();}
}
if( DeeNumber == 3 )
{
if( DataSector >= 5 ){}
if( DataSector >= 6 ){DSOffset += (fEcalNumbering->GetMaxSCInDS(5)/2)*fEcal->MaxCrysInSC();}
if( DataSector >= 7 ){DSOffset += fEcalNumbering->GetMaxSCInDS(6)*fEcal->MaxCrysInSC();}
if( DataSector >= 8 ){DSOffset += fEcalNumbering->GetMaxSCInDS(7)*fEcal->MaxCrysInSC();}
if( DataSector >= 9 ){DSOffset += fEcalNumbering->GetMaxSCInDS(8)*fEcal->MaxCrysInSC();}
}
if( DeeNumber == 2 )
{
if( DataSector <= 9 ){}
if( DataSector <= 8 ){DSOffset += fEcalNumbering->GetMaxSCInDS(9)*fEcal->MaxCrysInSC();}
if( DataSector <= 7 ){DSOffset += fEcalNumbering->GetMaxSCInDS(8)*fEcal->MaxCrysInSC();}
if( DataSector <= 6 ){DSOffset += fEcalNumbering->GetMaxSCInDS(7)*fEcal->MaxCrysInSC();}
if( DataSector <= 5 ){DSOffset += fEcalNumbering->GetMaxSCInDS(6)*fEcal->MaxCrysInSC();}
}
if( DeeNumber == 1 )
{
if( DataSector <= 5 ){}
if( DataSector <= 4 ){DSOffset += (fEcalNumbering->GetMaxSCInDS(5)/2)*fEcal->MaxCrysInSC();}
if( DataSector <= 3 ){DSOffset += fEcalNumbering->GetMaxSCInDS(4)*fEcal->MaxCrysInSC();}
if( DataSector <= 2 ){DSOffset += fEcalNumbering->GetMaxSCInDS(3)*fEcal->MaxCrysInSC();}
if( DataSector <= 1 ){DSOffset += fEcalNumbering->GetMaxSCInDS(2)*fEcal->MaxCrysInSC();}
}
return DSOffset;
}
| TString TEcnaHistos::GetEtaPhiAxisTitle | ( | const TString | chcode | ) |
Definition at line 4512 of file TEcnaHistos.cc.
Referenced by GetHocoVecoAxisTitle(), ViewSMGrid(), and ViewTowerGrid().
{
TString xname = " ";
if ( chcode == "ietaEB" ){xname = "i#eta Xtal ";}
if ( chcode == "ietaSM" ){xname = "i#eta Xtal ";}
if ( chcode == "ietaTow"){xname = "i#eta Xtal ";}
if ( chcode == "iphiEB" ){xname = " i#varphi Xtal";}
if ( chcode == "jphiEB+" ){xname = " i#varphi Xtal";}
if ( chcode == "jphiEB-" ){xname = " i#varphi Xtal";}
if ( chcode == "jphiSMB+" ){xname = " i#varphi Xtal";}
if ( chcode == "jphiSMB-" ){xname = "i#varphi Xtal ";}
if ( chcode == "jphiTow" ){xname = "i#varphi Xtal in SM ";}
if ( chcode == "phi" ){xname = "i#varphi Xtal in EB ";}
return xname;
}
| Int_t TEcnaHistos::GetHistoNumberOfBins | ( | const TString | HistoCode, |
| const Int_t & | HisSize | ||
| ) |
Definition at line 11187 of file TEcnaHistos.cc.
References fCnaParHistos, fNbBinsProj, and TEcnaParHistos::GetHistoType().
Referenced by ViewHisto().
{
// Set histo number of bins
Int_t nb_binx = HisSize;
TString HistoType = fCnaParHistos->GetHistoType(HistoCode.Data());
if ( HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj" )
{nb_binx = fNbBinsProj;}
return nb_binx;
}
| Int_t TEcnaHistos::GetHistoryRunListParameters | ( | const TString | list_of_run_file_name, |
| const TString | HistoCode | ||
| ) |
Definition at line 8385 of file TEcnaHistos.cc.
References gather_cfg::cout, fCfgHistoryRunListFilePath, fCnaParHistos, fCnew, fFapFileRuns, fFapMaxNbOfRuns, fFapNbOfRuns, fFcin_f, fNbOfListFileH_HFN_Date, fNbOfListFileH_HFN_RuDs, fNbOfListFileH_LFN_Date, fNbOfListFileH_LFN_RuDs, fNbOfListFileH_MCs_Date, fNbOfListFileH_MCs_RuDs, fNbOfListFileH_Ped_Date, fNbOfListFileH_Ped_RuDs, fNbOfListFileH_SCs_Date, fNbOfListFileH_SCs_RuDs, fNbOfListFileH_TNo_Date, fNbOfListFileH_TNo_RuDs, fT1DRunNumber, fTTBELL, and TEcnaParHistos::MaxNbOfRunsInLists().
Referenced by ViewHistime().
{
// Build the array of run numbers from the list-of-runs .ascii file.
// Return the list size
// *=====> list_of_run_file_name is the name of the ASCII file containing the list of the runs
//
// SYNTAX OF THE FILE:
//
// HistoryRunList_EB_SM6_Analysis_1.ascii <- 1rst line: comment (file name for example)
// 73677 <- 2nd line and others: run numbers (empty lines accepted)
// 73688
// 73689
//
// 73690
// 73692
//
// In option SAME (of TEcnaHistos), several lists of runs can be called and these lists can have
// DIFFERENT sizes (here the "size" is the number of runs of the list). In addition,
// some runs in some lists may not exist in reality. So, we must adopt a convention which is
// the following: the number of runs corresponds to the number of EXISTING runs
// of the FIRST read list. Let be N1 this number.
// If another list has more runs than N1 runs, we read only the first N1 runs.
// If another list has less runs than N1 runs, we read all the runs of this list.
//
//--------------------------------------------------------------------------------------------------
Int_t nb_of_runs_in_list = 0;
//========= immediate return if file name is an empty string
if( list_of_run_file_name.Data() == '\0' )
{
cout << "!TEcnaHistos::GetHistoryRunListParameters(...)> *** ERROR *** =====> "
<< " EMPTY STRING for list of run file name." << fTTBELL << endl;
}
else
{
// ===> increase the HistoryRunList file number
if ( HistoCode == "H_Ped_Date" ){fNbOfListFileH_Ped_Date++;}
if ( HistoCode == "H_TNo_Date" ){fNbOfListFileH_TNo_Date++;}
if ( HistoCode == "H_MCs_Date" ){fNbOfListFileH_MCs_Date++;}
if ( HistoCode == "H_LFN_Date" ){fNbOfListFileH_LFN_Date++;}
if ( HistoCode == "H_HFN_Date" ){fNbOfListFileH_HFN_Date++;}
if ( HistoCode == "H_SCs_Date" ){fNbOfListFileH_SCs_Date++;}
if ( HistoCode == "H_Ped_RuDs" ){fNbOfListFileH_Ped_RuDs++;}
if ( HistoCode == "H_TNo_RuDs" ){fNbOfListFileH_TNo_RuDs++;}
if ( HistoCode == "H_MCs_RuDs" ){fNbOfListFileH_MCs_RuDs++;}
if ( HistoCode == "H_LFN_RuDs" ){fNbOfListFileH_LFN_RuDs++;}
if ( HistoCode == "H_HFN_RuDs" ){fNbOfListFileH_HFN_RuDs++;}
if ( HistoCode == "H_SCs_RuDs" ){fNbOfListFileH_SCs_RuDs++;}
fFapFileRuns = list_of_run_file_name.Data(); // (short name)
//........... Add the path to the file name ( GetHistoryRunListParameters )
TString xFileNameRunList = list_of_run_file_name.Data();
const Text_t *t_file_name = (const Text_t *)xFileNameRunList.Data();
//.............. replace the string "$HOME" by the true $HOME path
if(fCfgHistoryRunListFilePath.BeginsWith("$HOME"))
{
fCfgHistoryRunListFilePath.Remove(0,5);
const Text_t *t_file_nohome = (const Text_t *)fCfgHistoryRunListFilePath.Data(); // /scratch0/cna/...
TString home_path = gSystem->Getenv("HOME");
fCfgHistoryRunListFilePath = home_path; // /afs/cern.ch/u/USER
fCfgHistoryRunListFilePath.Append(t_file_nohome); // /afs/cern.ch/u/USER/scratch0/cna/...
}
xFileNameRunList = fCfgHistoryRunListFilePath.Data();
xFileNameRunList.Append('/');
xFileNameRunList.Append(t_file_name);
fFcin_f.open(xFileNameRunList.Data());
//....................................... ( GetHistoryRunListParameters )
if( fFcin_f.fail() == kFALSE )
{
//...................................... first reading to get the number of runs in the list
fFcin_f.clear();
string xHeadComment;
fFcin_f >> xHeadComment;
Int_t cRunNumber;
Int_t list_size_read = 0;
while( !fFcin_f.eof() ){fFcin_f >> cRunNumber; list_size_read++;}
fFapNbOfRuns = list_size_read - 1;
//...................................... second reading to get the run numbers
//====== Return to the beginning of the file =====
fFcin_f.clear();
fFcin_f.seekg(0, ios::beg);
//================================================
string yHeadComment;
fFcin_f >> yHeadComment;
//....................... Set fFapMaxNbOfRuns to -1 at first call (first read file)
//
// fNbOfListFileEvolXXX is initialized to 0 in Init()
// It is incremented once here above
// So, at first call fNbOfListFileEvolXXX = 1
// then fFapMaxNbOfRuns = -1
//.......................................................................... (GetHistoryRunListParameters)
if( (HistoCode == "H_Ped_Date" && fNbOfListFileH_Ped_Date == 1) ||
(HistoCode == "H_TNo_Date" && fNbOfListFileH_TNo_Date == 1) ||
(HistoCode == "H_MCs_Date" && fNbOfListFileH_MCs_Date == 1) ||
(HistoCode == "H_LFN_Date" && fNbOfListFileH_LFN_Date == 1) ||
(HistoCode == "H_HFN_Date" && fNbOfListFileH_HFN_Date == 1) ||
(HistoCode == "H_SCs_Date" && fNbOfListFileH_SCs_Date == 1) ||
(HistoCode == "H_Ped_RuDs" && fNbOfListFileH_Ped_RuDs == 1) ||
(HistoCode == "H_TNo_RuDs" && fNbOfListFileH_TNo_RuDs == 1) ||
(HistoCode == "H_MCs_RuDs" && fNbOfListFileH_MCs_RuDs == 1) ||
(HistoCode == "H_LFN_RuDs" && fNbOfListFileH_LFN_RuDs == 1) ||
(HistoCode == "H_HFN_RuDs" && fNbOfListFileH_HFN_RuDs == 1) ||
(HistoCode == "H_SCs_RuDs" && fNbOfListFileH_SCs_RuDs == 1)){fFapMaxNbOfRuns = -1;}
// first call: fFapMaxNbOfRuns = fFapNbOfRuns = nb of run from the first reading
if( fFapMaxNbOfRuns == -1 ){fFapMaxNbOfRuns = fFapNbOfRuns;}
// next calls: fFapNbOfRuns must not be greater than fFapMaxNbOfRuns found at first time
else{if( fFapNbOfRuns > fFapMaxNbOfRuns ){fFapNbOfRuns = fFapMaxNbOfRuns;}}
// Allocation and initialization of the array fT1DRunNumber[].
//................. check maximum value for allocation
if( fFapMaxNbOfRuns > fCnaParHistos->MaxNbOfRunsInLists() )
{
cout << "TEcnaHistos::GetHistoryRunListParameters(...)> Max number of runs in HistoryRunList = "
<< fFapMaxNbOfRuns
<< " too large, forced to parameter TEcnaParHistos->fMaxNbOfRunsInLists value (= "
<< fCnaParHistos->MaxNbOfRunsInLists()
<< "). Please, set this parameter to a larger value than " << fFapMaxNbOfRuns
<< fTTBELL << endl;
fFapMaxNbOfRuns = fCnaParHistos->MaxNbOfRunsInLists();
}
//................................. Alloc of the array and init
if( fT1DRunNumber == 0 )
{
if( fFapMaxNbOfRuns > 0 )
{
fT1DRunNumber = new Int_t[fFapMaxNbOfRuns]; fCnew++;
}
else
{
cout << "!TEcnaHistos::GetHistoryRunListParameters(...)> *** ERROR *** =====> fFapMaxNbOfRuns = "
<< fFapMaxNbOfRuns << ". Forced to 1." << fTTBELL << endl;
fFapMaxNbOfRuns = 1;
fT1DRunNumber = new Int_t[fFapMaxNbOfRuns]; fCnew++;
}
}
//.................................... Init the list of runs
for ( Int_t i_run = 0; i_run < fFapMaxNbOfRuns; i_run++ ){fT1DRunNumber[i_run] = -1;}
//.................................... read the list of runs
for (Int_t i_list = 0; i_list < fFapNbOfRuns; i_list++)
{
fFcin_f >> cRunNumber;
fT1DRunNumber[i_list] = cRunNumber;
}
//........................................ ( GetHistoryRunListParameters )
nb_of_runs_in_list = fFapNbOfRuns;
fFcin_f.close();
}
else
{
fFcin_f.clear();
cout << "!TEcnaHistos::GetHistoryRunListParameters(...)> *** ERROR *** =====> "
<< xFileNameRunList.Data() << " : file not found." << fTTBELL << endl;
nb_of_runs_in_list = -1;
}
}
return nb_of_runs_in_list;
}
| Int_t TEcnaHistos::GetHistoSize | ( | const TString | chqcode, |
| const TString | opt_plot_read | ||
| ) |
Definition at line 10858 of file TEcnaHistos.cc.
References fEcal, fFapNbOfSamples, fFapReqNbOfEvts, fFapStexNumber, fFlagSubDet, fNbBinsProj, TEcnaParEcal::MaxCrysEcnaInDee(), TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaParEcal::MaxCrysForConsInDee(), TEcnaParEcal::MaxDeeInEE(), TEcnaParEcal::MaxSampADC(), TEcnaParEcal::MaxSCForConsInDee(), TEcnaParEcal::MaxSMInEB(), and TEcnaParEcal::MaxTowInSM().
Referenced by ViewHisto().
{
// Histo size as a function of the quantity code
// VERY IMPORTANT: in some cases the number of bins must be strictly related to the parameters values
// (number of crystals, number of samples, etc...). See below comments "===> ONE BIN BY..."
Int_t HisSize = fNbBinsProj; // default value
//............ histo with sample number as x coordinate => HisSize depends on option "plot" or "read"
// because of nb of samples in file: size for plot = 10 even if nb of samples in file < 10
if( chqcode == "D_MSp_Samp" || chqcode == "D_SSp_Samp" )
{
if( opt_plot_read == "read" ){HisSize = fFapNbOfSamples;}
if( opt_plot_read == "plot" ){HisSize = fEcal->MaxSampADC();}
} // ===> ONE BIN BY SAMPLE
//............ histo with event number as x coordinate. (==> "D_Adc_EvDs" option: obsolete, to be confirmed)
if(chqcode == "D_Adc_EvNb" || chqcode == "D_Adc_EvDs"){HisSize = fFapReqNbOfEvts;} // ===> ONE BIN BY EVENT
//............
if(chqcode == "D_NOE_ChNb" ||
chqcode == "D_Ped_ChNb" || chqcode == "D_TNo_ChNb" || chqcode == "D_MCs_ChNb" ||
chqcode == "D_LFN_ChNb" || chqcode == "D_HFN_ChNb" || chqcode == "D_SCs_ChNb" ||
chqcode == "D_NOE_ChDs" ||
chqcode == "D_Ped_ChDs" || chqcode == "D_TNo_ChDs" || chqcode == "D_MCs_ChDs" ||
chqcode == "D_LFN_ChDs" || chqcode == "D_HFN_ChDs" || chqcode == "D_SCs_ChDs" )
{
if( fFlagSubDet == "EB" )
{
if( fFapStexNumber > 0 ){HisSize = fEcal->MaxCrysEcnaInStex();} // ===> ONE BIN BY Xtal
if( fFapStexNumber == 0 ){HisSize = fEcal->MaxSMInEB()*fEcal->MaxTowInSM();} // ===> ONE BIN BY Tower
}
if( fFlagSubDet == "EE" )
{
if( fFapStexNumber > 0 )
{
if( opt_plot_read == "read" ){HisSize = fEcal->MaxCrysEcnaInDee();}
if( opt_plot_read == "plot" ){HisSize = fEcal->MaxCrysForConsInDee();}
} // ===> ONE BIN BY Xtal
if( fFapStexNumber == 0 )
{HisSize = fEcal->MaxDeeInEE()*fEcal->MaxSCForConsInDee();} // ===> ONE BIN BY SC
}
}
if( chqcode == "H_Ped_RuDs" || chqcode == "H_TNo_RuDs" || chqcode == "H_MCs_RuDs" ||
chqcode == "H_LFN_RuDs" || chqcode == "H_HFN_RuDs" || chqcode == "H_SCs_RuDs" )
{
HisSize = fNbBinsProj;
}
return HisSize;
}
| TVectorD TEcnaHistos::GetHistoValues | ( | TEcnaRead * | aMyRootFile, |
| const TString | HistoCode, | ||
| const Int_t & | HisSizePlot, | ||
| const Int_t & | HisSizeRead, | ||
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| Int_t & | i_data_exist | ||
| ) |
Definition at line 10912 of file TEcnaHistos.cc.
References gather_cfg::cout, TEcnaRead::DataExist(), fEcalNumbering, fRunType, fStartDate, fStatusDataExist, fStopDate, fTTBELL, TEcnaNumbering::Get0StexEchaFrom1StexStinAnd0StinEcha(), TEcnaRead::GetRunType(), TEcnaRead::GetStartDate(), TEcnaRead::GetStopDate(), i, TEcnaRead::ReadHighFrequencyNoise(), TEcnaRead::ReadLowFrequencyNoise(), TEcnaRead::ReadMeanOfCorrelationsBetweenSamples(), TEcnaRead::ReadNumberOfEvents(), TEcnaRead::ReadPedestals(), TEcnaRead::ReadSampleMeans(), TEcnaRead::ReadSampleSigmas(), TEcnaRead::ReadSampleValues(), TEcnaRead::ReadSigmaOfCorrelationsBetweenSamples(), and TEcnaRead::ReadTotalNoise().
Referenced by ViewHisto().
{
// Histo values in a TVectorD. i_data_exist entry value = 0. Incremented in this method.
fStartDate = aMyRootFile->GetStartDate();
fStopDate = aMyRootFile->GetStopDate();
fRunType = aMyRootFile->GetRunType();
TVectorD plot_histo(HisSizePlot); for(Int_t i=0; i<HisSizePlot; i++){plot_histo(i)=(Double_t)0.;}
TVectorD read_histo(HisSizeRead); for(Int_t i=0; i<HisSizeRead; i++){read_histo(i)=(Double_t)0.;}
fStatusDataExist = kFALSE;
if( HistoCode == "D_MSp_Samp" || HistoCode == "D_SSp_Samp" )
{
//====> For plots as a function of Sample# (read10->plot10, read3->plot10)
if( HisSizeRead <= HisSizePlot )
{
if (HistoCode == "D_MSp_Samp")
{read_histo = aMyRootFile->ReadSampleMeans(StexStin_A, i0StinEcha, HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if (HistoCode == "D_SSp_Samp")
{read_histo = aMyRootFile->ReadSampleSigmas(StexStin_A, i0StinEcha, HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
for(Int_t i=0; i<HisSizeRead; i++){plot_histo(i)=read_histo(i);}
}
else
{
cout << "!TEcnaHistos::GetHistoValues(...)> *** ERROR *** > HisSizeRead greater than HisSizePlot"
<< " for plot as a function of sample#. HisSizeRead = " << HisSizeRead
<< ", HisSizePlot = " << HisSizePlot << fTTBELL << endl;
}
}
else
{
//====> For other plots
if( HisSizeRead == HisSizePlot )
{
//========> for EE, HisSizeRead > HisSizePlot but readEcna#->plotForCons# will be build in the calling method
// HisSizeRead = fEcal->MaxCrysEcnaInStex() (GetHistoValues)
if( HistoCode == "D_Adc_EvNb" || HistoCode == "D_Adc_EvDs" )
{Int_t i0StexEcha = fEcalNumbering->Get0StexEchaFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha);
read_histo = aMyRootFile->ReadSampleValues(i0StexEcha, iSample, HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if( HistoCode == "D_NOE_ChNb" || HistoCode == "D_NOE_ChDs" )
{read_histo = aMyRootFile->ReadNumberOfEvents(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if( HistoCode == "D_Ped_ChNb" || HistoCode == "D_Ped_ChDs" )
{read_histo = aMyRootFile->ReadPedestals(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
//...................................................... (GetHistoValues)
if( HistoCode == "D_TNo_ChNb" || HistoCode == "D_TNo_ChDs")
{read_histo = aMyRootFile->ReadTotalNoise(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if( HistoCode == "D_MCs_ChNb" || HistoCode == "D_MCs_ChDs" )
{read_histo = aMyRootFile->ReadMeanOfCorrelationsBetweenSamples(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if( HistoCode == "D_LFN_ChNb" || HistoCode == "D_LFN_ChDs" )
{read_histo = aMyRootFile->ReadLowFrequencyNoise(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if( HistoCode == "D_HFN_ChNb" || HistoCode == "D_HFN_ChDs" )
{read_histo = aMyRootFile->ReadHighFrequencyNoise(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
if( HistoCode == "D_SCs_ChNb" || HistoCode == "D_SCs_ChDs" )
{read_histo = aMyRootFile->ReadSigmaOfCorrelationsBetweenSamples(HisSizeRead);
if( aMyRootFile->DataExist() == kTRUE ){fStatusDataExist = kTRUE; i_data_exist++;}}
for(Int_t i=0; i<HisSizeRead; i++){plot_histo(i)=read_histo(i);}
}
else
{
cout << "!TEcnaHistos::GetHistoValues(...)> *** ERROR *** > HisSizeRead not equal to HisSizePlot."
<< " HisSizeRead = " << HisSizeRead
<< ", HisSizePlot = " << HisSizePlot << fTTBELL << endl;
}
}
return plot_histo;
}
| Axis_t TEcnaHistos::GetHistoXinf | ( | const TString | HistoCode, |
| const Int_t & | HisSize, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 11097 of file TEcnaHistos.cc.
References fD_Adc_EvNbYmin, fD_HFN_ChNbYmin, fD_LFN_ChNbYmin, fD_MCs_ChNbYmin, fD_NOE_ChNbYmin, fD_Ped_ChNbYmin, fD_SCs_ChNbYmin, fD_TNo_ChNbYmin, fH_HFN_RuDsYmin, fH_LFN_RuDsYmin, fH_MCs_RuDsYmin, fH_Ped_RuDsYmin, fH_SCs_RuDsYmin, and fH_TNo_RuDsYmin.
Referenced by ViewHisto().
{
// Set histo Xinf
Axis_t xinf_his = (Axis_t)0;
if(HistoCode == "D_NOE_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_Ped_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_TNo_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_MCs_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_LFN_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_HFN_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_SCs_ChNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_NOE_ChDs"){xinf_his = (Axis_t)fD_NOE_ChNbYmin;}
if(HistoCode == "D_Ped_ChDs"){xinf_his = (Axis_t)fD_Ped_ChNbYmin;}
if(HistoCode == "D_TNo_ChDs"){xinf_his = (Axis_t)fD_TNo_ChNbYmin;}
if(HistoCode == "D_MCs_ChDs"){xinf_his = (Axis_t)fD_MCs_ChNbYmin;}
if(HistoCode == "D_LFN_ChDs"){xinf_his = (Axis_t)fD_LFN_ChNbYmin;}
if(HistoCode == "D_HFN_ChDs"){xinf_his = (Axis_t)fD_HFN_ChNbYmin;}
if(HistoCode == "D_SCs_ChDs"){xinf_his = (Axis_t)fD_SCs_ChNbYmin;}
if(HistoCode == "D_MSp_Samp"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_SSp_Samp"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_Adc_EvNb"){xinf_his = (Axis_t)0.;}
if(HistoCode == "D_Adc_EvDs"){xinf_his = (Axis_t)fD_Adc_EvNbYmin;} // D_Adc_EvDs = projection of D_Adc_EvNb
if(HistoCode == "H_Ped_Date"){xinf_his = (Axis_t)0.;}
if(HistoCode == "H_TNo_Date"){xinf_his = (Axis_t)0.;}
if(HistoCode == "H_MCs_Date"){xinf_his = (Axis_t)0.;}
if(HistoCode == "H_LFN_Date"){xinf_his = (Axis_t)0.;}
if(HistoCode == "H_HFN_Date"){xinf_his = (Axis_t)0.;}
if(HistoCode == "H_SCs_Date"){xinf_his = (Axis_t)0.;}
if(HistoCode == "H_Ped_RuDs"){xinf_his = (Axis_t)fH_Ped_RuDsYmin;}
if(HistoCode == "H_TNo_RuDs"){xinf_his = (Axis_t)fH_TNo_RuDsYmin;}
if(HistoCode == "H_MCs_RuDs"){xinf_his = (Axis_t)fH_MCs_RuDsYmin;}
if(HistoCode == "H_LFN_RuDs"){xinf_his = (Axis_t)fH_LFN_RuDsYmin;}
if(HistoCode == "H_HFN_RuDs"){xinf_his = (Axis_t)fH_HFN_RuDsYmin;}
if(HistoCode == "H_SCs_RuDs"){xinf_his = (Axis_t)fH_SCs_RuDsYmin;}
return xinf_his;
}
| Axis_t TEcnaHistos::GetHistoXsup | ( | const TString | HistoCode, |
| const Int_t & | HisSize, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 11142 of file TEcnaHistos.cc.
References fD_Adc_EvNbYmax, fD_HFN_ChNbYmax, fD_LFN_ChNbYmax, fD_MCs_ChNbYmax, fD_NOE_ChNbYmax, fD_Ped_ChNbYmax, fD_SCs_ChNbYmax, fD_TNo_ChNbYmax, fFapReqNbOfEvts, fH_HFN_RuDsYmax, fH_LFN_RuDsYmax, fH_MCs_RuDsYmax, fH_Ped_RuDsYmax, fH_SCs_RuDsYmax, and fH_TNo_RuDsYmax.
Referenced by ViewHisto().
{
// Set histo Xsup
Axis_t xsup_his = (Axis_t)0;
if(HistoCode == "D_NOE_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_Ped_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_TNo_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_MCs_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_LFN_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_HFN_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_SCs_ChNb"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_NOE_ChDs"){xsup_his = (Axis_t)fD_NOE_ChNbYmax;}
if(HistoCode == "D_Ped_ChDs"){xsup_his = (Axis_t)fD_Ped_ChNbYmax;}
if(HistoCode == "D_TNo_ChDs"){xsup_his = (Axis_t)fD_TNo_ChNbYmax;}
if(HistoCode == "D_MCs_ChDs"){xsup_his = (Axis_t)fD_MCs_ChNbYmax;}
if(HistoCode == "D_LFN_ChDs"){xsup_his = (Axis_t)fD_LFN_ChNbYmax;}
if(HistoCode == "D_HFN_ChDs"){xsup_his = (Axis_t)fD_HFN_ChNbYmax;}
if(HistoCode == "D_SCs_ChDs"){xsup_his = (Axis_t)fD_SCs_ChNbYmax;}
if(HistoCode == "D_MSp_Samp"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_SSp_Samp"){xsup_his = (Axis_t)HisSize;}
if(HistoCode == "D_Adc_EvNb"){xsup_his = (Axis_t)(fFapReqNbOfEvts);}
if(HistoCode == "D_Adc_EvDs"){xsup_his = (Axis_t)fD_Adc_EvNbYmax;}
if(HistoCode == "H_Ped_Date"){xsup_his = (Axis_t)0.;}
if(HistoCode == "H_TNo_Date"){xsup_his = (Axis_t)0.;}
if(HistoCode == "H_MCs_Date"){xsup_his = (Axis_t)0.;}
if(HistoCode == "H_LFN_Date"){xsup_his = (Axis_t)0.;}
if(HistoCode == "H_HFN_Date"){xsup_his = (Axis_t)0.;}
if(HistoCode == "H_SCs_Date"){xsup_his = (Axis_t)0.;}
if(HistoCode == "H_Ped_RuDs"){xsup_his = (Axis_t)fH_Ped_RuDsYmax;}
if(HistoCode == "H_TNo_RuDs"){xsup_his = (Axis_t)fH_TNo_RuDsYmax;}
if(HistoCode == "H_MCs_RuDs"){xsup_his = (Axis_t)fH_MCs_RuDsYmax;}
if(HistoCode == "H_LFN_RuDs"){xsup_his = (Axis_t)fH_LFN_RuDsYmax;}
if(HistoCode == "H_HFN_RuDs"){xsup_his = (Axis_t)fH_HFN_RuDsYmax;}
if(HistoCode == "H_SCs_RuDs"){xsup_his = (Axis_t)fH_SCs_RuDsYmax;}
return xsup_his;
}
| TString TEcnaHistos::GetHocoVecoAxisTitle | ( | const TString | chcode | ) |
Definition at line 4502 of file TEcnaHistos.cc.
References fFlagSubDet, GetEtaPhiAxisTitle(), and GetIXIYAxisTitle().
Referenced by ViewEBGrid(), and ViewSMGrid().
{
TString xname = " ";
if ( fFlagSubDet == "EB" ){xname = GetEtaPhiAxisTitle(chcode);}
if ( fFlagSubDet == "EE" ){xname = GetIXIYAxisTitle(chcode);}
return xname;
}
| TString TEcnaHistos::GetIXIYAxisTitle | ( | const TString | chcode | ) |
Definition at line 4531 of file TEcnaHistos.cc.
Referenced by EEGridAxis(), GetHocoVecoAxisTitle(), and ViewSCGrid().
{
TString xname = " ";
if ( chcode == "iIXDee" ){xname = "IX(SC)";}
if ( chcode == "iIXDee1" ){xname = " -IX Xtal";}
if ( chcode == "iIXDee2" ){xname = " IX Xtal ";}
if ( chcode == "iIXDee3" ){xname = " IX Xtal";}
if ( chcode == "iIXDee4" ){xname = "-IX Xtal ";}
if ( chcode == "iIXEE" ){xname = " IX Xtal";}
if ( chcode == "iIXSC" ){xname = "IX Xtal";}
if ( chcode == "jIYDee" ){xname = "IY Xtal";}
if ( chcode == "jIYSC" ){xname = "IY Xtal";}
if ( chcode == "IY" ){xname = "IY";}
return xname;
}
| Int_t TEcnaHistos::GetListFileNumber | ( | const TString | HistoCode | ) |
Definition at line 8563 of file TEcnaHistos.cc.
References fNbOfListFileH_HFN_Date, fNbOfListFileH_HFN_RuDs, fNbOfListFileH_LFN_Date, fNbOfListFileH_LFN_RuDs, fNbOfListFileH_MCs_Date, fNbOfListFileH_MCs_RuDs, fNbOfListFileH_Ped_Date, fNbOfListFileH_Ped_RuDs, fNbOfListFileH_SCs_Date, fNbOfListFileH_SCs_RuDs, fNbOfListFileH_TNo_Date, and fNbOfListFileH_TNo_RuDs.
Referenced by ViewHistime().
{
// Get the number of the read list file
Int_t number = 0;
if ( HistoCode == "H_Ped_Date"){number = fNbOfListFileH_Ped_Date;}
if ( HistoCode == "H_TNo_Date"){number = fNbOfListFileH_TNo_Date;}
if ( HistoCode == "H_MCs_Date"){number = fNbOfListFileH_MCs_Date;}
if ( HistoCode == "H_LFN_Date"){number = fNbOfListFileH_LFN_Date;}
if ( HistoCode == "H_HFN_Date"){number = fNbOfListFileH_HFN_Date;}
if ( HistoCode == "H_SCs_Date"){number = fNbOfListFileH_SCs_Date;}
if ( HistoCode == "H_Ped_RuDs"){number = fNbOfListFileH_Ped_RuDs;}
if ( HistoCode == "H_TNo_RuDs"){number = fNbOfListFileH_TNo_RuDs;}
if ( HistoCode == "H_MCs_RuDs"){number = fNbOfListFileH_MCs_RuDs;}
if ( HistoCode == "H_LFN_RuDs"){number = fNbOfListFileH_LFN_RuDs;}
if ( HistoCode == "H_HFN_RuDs"){number = fNbOfListFileH_HFN_RuDs;}
if ( HistoCode == "H_SCs_RuDs"){number = fNbOfListFileH_SCs_RuDs;}
return number;
}
| TString TEcnaHistos::GetMemoFlag | ( | const TString | opt_plot | ) |
Definition at line 12015 of file TEcnaHistos.cc.
References fgMaxCar, fMemoPlotD_HFN_ChDs, fMemoPlotD_LFN_ChDs, fMemoPlotD_MCs_ChDs, fMemoPlotD_SCs_ChDs, fMemoPlotD_TNo_ChDs, fMemoPlotH1SamePlus, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), HistoPlot(), SetAllPavesViewHisto(), ViewHistime(), and ViewHisto().
{
TString memo_flag;
Int_t MaxCar = fgMaxCar;
memo_flag.Resize(MaxCar);
memo_flag = "(no memo_flag info)";
Int_t memo_flag_number = -1;
if( opt_plot == fSameOnePlot ){memo_flag_number = fMemoPlotH1SamePlus;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
memo_flag_number = fMemoPlotD_TNo_ChDs+fMemoPlotD_MCs_ChDs
+fMemoPlotD_LFN_ChDs+fMemoPlotD_HFN_ChDs+fMemoPlotD_SCs_ChDs;
}
if(memo_flag_number == 0){memo_flag = "Free";}
if(memo_flag_number >= 1){memo_flag = "Busy";}
return memo_flag;
}
| TString TEcnaHistos::GetMemoFlag | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 12038 of file TEcnaHistos.cc.
References fgMaxCar, fMemoPlotD_Adc_EvDs, fMemoPlotD_Adc_EvNb, fMemoPlotD_HFN_ChDs, fMemoPlotD_HFN_ChNb, fMemoPlotD_LFN_ChDs, fMemoPlotD_LFN_ChNb, fMemoPlotD_MCs_ChDs, fMemoPlotD_MCs_ChNb, fMemoPlotD_MSp_Samp, fMemoPlotD_NOE_ChDs, fMemoPlotD_NOE_ChNb, fMemoPlotD_Ped_ChDs, fMemoPlotD_Ped_ChNb, fMemoPlotD_SCs_ChDs, fMemoPlotD_SCs_ChNb, fMemoPlotD_SSp_Samp, fMemoPlotD_TNo_ChDs, fMemoPlotD_TNo_ChNb, fMemoPlotH1SamePlus, fMemoPlotH_HFN_Date, fMemoPlotH_HFN_RuDs, fMemoPlotH_LFN_Date, fMemoPlotH_LFN_RuDs, fMemoPlotH_MCs_Date, fMemoPlotH_MCs_RuDs, fMemoPlotH_Ped_Date, fMemoPlotH_Ped_RuDs, fMemoPlotH_SCs_Date, fMemoPlotH_SCs_RuDs, fMemoPlotH_TNo_Date, fMemoPlotH_TNo_RuDs, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
{
// Get Memo Flag
TString memo_flag;
Int_t MaxCar = fgMaxCar;
memo_flag.Resize(MaxCar);
memo_flag = "(no memo_flag info)";
Int_t memo_flag_number = -1;
if( opt_plot == fSameOnePlot ){memo_flag_number = fMemoPlotH1SamePlus;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if(HistoCode == "D_NOE_ChNb"){memo_flag_number = fMemoPlotD_NOE_ChNb;}
if(HistoCode == "D_NOE_ChDs"){memo_flag_number = fMemoPlotD_NOE_ChDs;}
if(HistoCode == "D_Ped_ChNb"){memo_flag_number = fMemoPlotD_Ped_ChNb;}
if(HistoCode == "D_Ped_ChDs"){memo_flag_number = fMemoPlotD_Ped_ChDs;}
if(HistoCode == "D_TNo_ChNb"){memo_flag_number = fMemoPlotD_TNo_ChNb;}
if(HistoCode == "D_TNo_ChDs"){memo_flag_number = fMemoPlotD_TNo_ChDs;}
if(HistoCode == "D_MCs_ChNb"){memo_flag_number = fMemoPlotD_MCs_ChNb;}
if(HistoCode == "D_MCs_ChDs"){memo_flag_number = fMemoPlotD_MCs_ChDs;}
if(HistoCode == "D_LFN_ChNb"){memo_flag_number = fMemoPlotD_LFN_ChNb;}
if(HistoCode == "D_LFN_ChDs"){memo_flag_number = fMemoPlotD_LFN_ChDs;}
if(HistoCode == "D_HFN_ChNb"){memo_flag_number = fMemoPlotD_HFN_ChNb;}
if(HistoCode == "D_HFN_ChDs"){memo_flag_number = fMemoPlotD_HFN_ChDs;}
if(HistoCode == "D_SCs_ChNb"){memo_flag_number = fMemoPlotD_SCs_ChNb;}
if(HistoCode == "D_SCs_ChDs"){memo_flag_number = fMemoPlotD_SCs_ChDs;}
if(HistoCode == "D_MSp_Samp"){memo_flag_number = fMemoPlotD_MSp_Samp;}
if(HistoCode == "D_SSp_Samp"){memo_flag_number = fMemoPlotD_SSp_Samp;}
if(HistoCode == "D_Adc_EvDs"){memo_flag_number = fMemoPlotD_Adc_EvDs;}
if(HistoCode == "D_Adc_EvNb"){memo_flag_number = fMemoPlotD_Adc_EvNb;}
if(HistoCode == "H_Ped_Date"){memo_flag_number = fMemoPlotH_Ped_Date;}
if(HistoCode == "H_TNo_Date"){memo_flag_number = fMemoPlotH_TNo_Date;}
if(HistoCode == "H_MCs_Date"){memo_flag_number = fMemoPlotH_MCs_Date;}
if(HistoCode == "H_LFN_Date"){memo_flag_number = fMemoPlotH_LFN_Date;}
if(HistoCode == "H_HFN_Date"){memo_flag_number = fMemoPlotH_HFN_Date;}
if(HistoCode == "H_SCs_Date"){memo_flag_number = fMemoPlotH_SCs_Date;}
if(HistoCode == "H_Ped_RuDs"){memo_flag_number = fMemoPlotH_Ped_RuDs;}
if(HistoCode == "H_TNo_RuDs"){memo_flag_number = fMemoPlotH_TNo_RuDs;}
if(HistoCode == "H_MCs_RuDs"){memo_flag_number = fMemoPlotH_MCs_RuDs;}
if(HistoCode == "H_LFN_RuDs"){memo_flag_number = fMemoPlotH_LFN_RuDs;}
if(HistoCode == "H_HFN_RuDs"){memo_flag_number = fMemoPlotH_HFN_RuDs;}
if(HistoCode == "H_SCs_RuDs"){memo_flag_number = fMemoPlotH_SCs_RuDs;}
}
if(memo_flag_number == 0){memo_flag = "Free";}
if(memo_flag_number == 1){memo_flag = "Busy";}
return memo_flag;
}
| Int_t TEcnaHistos::GetNbBinsFromMemo | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 11973 of file TEcnaHistos.cc.
References fNbBinsMemoD_Adc_EvDs, fNbBinsMemoD_Adc_EvNb, fNbBinsMemoD_HFN_ChDs, fNbBinsMemoD_HFN_ChNb, fNbBinsMemoD_LFN_ChDs, fNbBinsMemoD_LFN_ChNb, fNbBinsMemoD_MCs_ChDs, fNbBinsMemoD_MCs_ChNb, fNbBinsMemoD_MSp_Samp, fNbBinsMemoD_NOE_ChDs, fNbBinsMemoD_NOE_ChNb, fNbBinsMemoD_Ped_ChDs, fNbBinsMemoD_Ped_ChNb, fNbBinsMemoD_SCs_ChDs, fNbBinsMemoD_SCs_ChNb, fNbBinsMemoD_SSp_Samp, fNbBinsMemoD_TNo_ChDs, fNbBinsMemoD_TNo_ChNb, fNbBinsMemoH1SamePlus, fNbBinsMemoH_HFN_Date, fNbBinsMemoH_HFN_RuDs, fNbBinsMemoH_LFN_Date, fNbBinsMemoH_LFN_RuDs, fNbBinsMemoH_MCs_Date, fNbBinsMemoH_MCs_RuDs, fNbBinsMemoH_Ped_Date, fNbBinsMemoH_Ped_RuDs, fNbBinsMemoH_SCs_Date, fNbBinsMemoH_SCs_RuDs, fNbBinsMemoH_TNo_Date, fNbBinsMemoH_TNo_RuDs, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
Referenced by ViewHisto().
{
Int_t nb_bins = 0;
if( opt_plot == fSameOnePlot ){nb_bins = fNbBinsMemoH1SamePlus;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if( HistoCode == "D_NOE_ChNb"){nb_bins = fNbBinsMemoD_NOE_ChNb;}
if( HistoCode == "D_NOE_ChDs"){nb_bins = fNbBinsMemoD_NOE_ChDs;}
if( HistoCode == "D_Ped_ChNb"){nb_bins = fNbBinsMemoD_Ped_ChNb;}
if( HistoCode == "D_Ped_ChDs"){nb_bins = fNbBinsMemoD_Ped_ChDs;}
if( HistoCode == "D_TNo_ChNb"){nb_bins = fNbBinsMemoD_TNo_ChNb;}
if( HistoCode == "D_TNo_ChDs"){nb_bins = fNbBinsMemoD_TNo_ChDs;}
if( HistoCode == "D_MCs_ChNb"){nb_bins = fNbBinsMemoD_MCs_ChNb;}
if( HistoCode == "D_MCs_ChDs"){nb_bins = fNbBinsMemoD_MCs_ChDs;}
if( HistoCode == "D_LFN_ChNb"){nb_bins = fNbBinsMemoD_LFN_ChNb;}
if( HistoCode == "D_LFN_ChDs"){nb_bins = fNbBinsMemoD_LFN_ChDs;}
if( HistoCode == "D_HFN_ChNb"){nb_bins = fNbBinsMemoD_HFN_ChNb;}
if( HistoCode == "D_HFN_ChDs"){nb_bins = fNbBinsMemoD_HFN_ChDs;}
if( HistoCode == "D_SCs_ChNb"){nb_bins = fNbBinsMemoD_SCs_ChNb;}
if( HistoCode == "D_SCs_ChDs"){nb_bins = fNbBinsMemoD_SCs_ChDs;}
if( HistoCode == "D_MSp_Samp"){nb_bins = fNbBinsMemoD_MSp_Samp;}
if( HistoCode == "D_SSp_Samp"){nb_bins = fNbBinsMemoD_SSp_Samp;}
if( HistoCode == "D_Adc_EvDs"){nb_bins = fNbBinsMemoD_Adc_EvDs;}
if( HistoCode == "D_Adc_EvNb"){nb_bins = fNbBinsMemoD_Adc_EvNb;}
if( HistoCode == "H_Ped_Date"){nb_bins = fNbBinsMemoH_Ped_Date;}
if( HistoCode == "H_TNo_Date"){nb_bins = fNbBinsMemoH_TNo_Date;}
if( HistoCode == "H_MCs_Date"){nb_bins = fNbBinsMemoH_MCs_Date;}
if( HistoCode == "H_LFN_Date"){nb_bins = fNbBinsMemoH_LFN_Date;}
if( HistoCode == "H_HFN_Date"){nb_bins = fNbBinsMemoH_HFN_Date;}
if( HistoCode == "H_SCs_Date"){nb_bins = fNbBinsMemoH_SCs_Date;}
if( HistoCode == "H_Ped_RuDs"){nb_bins = fNbBinsMemoH_Ped_RuDs;}
if( HistoCode == "H_TNo_RuDs"){nb_bins = fNbBinsMemoH_TNo_RuDs;}
if( HistoCode == "H_MCs_RuDs"){nb_bins = fNbBinsMemoH_MCs_RuDs;}
if( HistoCode == "H_LFN_RuDs"){nb_bins = fNbBinsMemoH_LFN_RuDs;}
if( HistoCode == "H_HFN_RuDs"){nb_bins = fNbBinsMemoH_HFN_RuDs;}
if( HistoCode == "H_SCs_RuDs"){nb_bins = fNbBinsMemoH_SCs_RuDs;}
}
return nb_bins;
}// end of GetNbBinsFromMemo(...)
| Int_t TEcnaHistos::GetNotCompleteDSSCFromIndex | ( | const Int_t & | index | ) |
Definition at line 9859 of file TEcnaHistos.cc.
Referenced by HistoPlot().
{
Int_t DSSC = 0;
if( index == 1 ){DSSC = 12;} // (D1,S1) (D3,S9)
if( index == 2 ){DSSC = 12;} // (D2,S9) (D4,S1)
if( index == 3 ){DSSC = 32;} // (D1,S2) (D3,S8)
if( index == 4 ){DSSC = 32;} // (D2,S8) (D4,S2)
if( index == 5 ){DSSC = 10;} // (D1,S3) (D3,S7)
if( index == 6 ){DSSC = 10;} // (D2,S7) (D4,S3)
if( index == 7 ){DSSC = 23;} // (D1,S5) (D3,S5)
if( index == 8 ){DSSC = 6;} // (D2,S5) (D4,S5)
return DSSC;
}
| Int_t TEcnaHistos::GetNotCompleteSCForConsFromIndex | ( | const Int_t & | index | ) |
Definition at line 9841 of file TEcnaHistos.cc.
{
Int_t DSSC = 0;
if( index == 1 ){DSSC = 161;} // (D1,S1) (D3,S9)
if( index == 2 ){DSSC = 12;} // (D2,S9) (D4,S1)
if( index == 3 ){DSSC = 216;} // (D1,S2) (D3,S8)
if( index == 4 ){DSSC = 67;} // (D2,S8) (D4,S2)
if( index == 5 ){DSSC = 224;} // (D1,S3) (D3,S7)
if( index == 6 ){DSSC = 75;} // (D2,S7) (D4,S3)
if( index == 7 ){DSSC = 286;} // (D1,S5) (D3,S5)
if( index == 8 ){DSSC = 137;} // (D2,S5) (D4,S5)
return DSSC;
}
| Int_t TEcnaHistos::GetNotConnectedDSSCFromIndex | ( | const Int_t & | index | ) |
Definition at line 9815 of file TEcnaHistos.cc.
Referenced by HistoPlot().
{
Int_t DSSC = 0;
if( index == 1 ){DSSC = 30;} // (D1,S1) (D3,S9)
if( index == 2 ){DSSC = 30;} // (D2,S9) (D4,S1)
if( index == 3 ){DSSC = 3;} // (D1,S2) (D3,S8)
if( index == 4 ){DSSC = 3;} // (D2,S8) (D4,S2)
if( index == 5 ){DSSC = 25;} // (D1,S2) (D3,S8)
if( index == 6 ){DSSC = 25;} // (D2,S8) (D4,S2)
if( index == 7 ){DSSC = 34;} // (D1,S3) (D3,S7)
if( index == 8 ){DSSC = 34;} // (D2,S7) (D4,S3)
if( index == 9 ){DSSC = 14;} // (D1,S4) (D3,S6)
if( index == 10 ){DSSC = 14;} // (D2,S6) (D4,S4)
if( index == 11 ){DSSC = 21;} // (D1,S4) (D3,S6)
if( index == 12 ){DSSC = 21;} // (D2,S6) (D4,S4)
if( index == 13 ){DSSC = 20;} // (D1,S5) (D3,S5)
if( index == 14 ){DSSC = 3;} // (D2,S5) (D4,S5)
return DSSC;
}
| Int_t TEcnaHistos::GetNotConnectedSCForConsFromIndex | ( | const Int_t & | index | ) |
Definition at line 9790 of file TEcnaHistos.cc.
{
Int_t SCForCons = 0;
if( index == 1 ){SCForCons = 182;} // (D1,S1) (D3,S9)
if( index == 2 ){SCForCons = 33;} // (D2,S9) (D4,S1)
if( index == 3 ){SCForCons = 178;} // (D1,S2) (D3,S8)
if( index == 4 ){SCForCons = 29;} // (D2,S8) (D4,S2)
if( index == 5 ){SCForCons = 207;} // (D1,S2) (D3,S8)
if( index == 6 ){SCForCons = 58;} // (D2,S8) (D4,S2)
if( index == 7 ){SCForCons = 298;} // (D1,S3) (D3,S7)
if( index == 8 ){SCForCons = 149;} // (D2,S7) (D4,S3)
if( index == 9 ){SCForCons = 261;} // (D1,S4) (D3,S6)
if( index == 10 ){SCForCons = 112;} // (D2,S6) (D4,S4)
if( index == 11 ){SCForCons = 268;} // (D1,S4) (D3,S6)
if( index == 12 ){SCForCons = 119;} // (D2,S6) (D4,S4)
if( index == 13 ){SCForCons = 281;} // (D1,S5) (D3,S5)
if( index == 14 ){SCForCons = 132;} // (D2,S5) (D4,S5)
return SCForCons;
}
| Int_t TEcnaHistos::GetNumberOfEvents | ( | TEcnaRead * | xMyRootFile, |
| const Int_t & | xFapNbOfReqEvts | ||
| ) |
Definition at line 8647 of file TEcnaHistos.cc.
References fCdelete, fCnaWrite, fCnew, fEcal, i, TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaWrite::NumberOfEvents(), and TEcnaRead::ReadNumberOfEvents().
Referenced by StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
{
//...... Calculate the number of found events (file existence already tested in calling method)
Int_t xFapNbOfEvts = 0;
TVectorD NOFE_histp(fEcal->MaxCrysEcnaInStex());
for(Int_t i=0; i<fEcal->MaxCrysEcnaInStex(); i++){NOFE_histp(i)=(Double_t)0.;}
NOFE_histp = xMyRootFile->ReadNumberOfEvents(fEcal->MaxCrysEcnaInStex());
//... Call to fCnaWrite->NumberOfEvents(...) 1rst argument must be Int_t, not TVectorD,
// duplicate NOFE_histp to NOFE_int to obtain fFapNbOfEvts from fCnaWrite->NumberOfEvents(...)
Int_t* NOFE_int = new Int_t[fEcal->MaxCrysEcnaInStex()]; fCnew++;
for(Int_t i=0; i<fEcal->MaxCrysEcnaInStex(); i++){NOFE_int[i]=(Int_t)NOFE_histp(i);}
xFapNbOfEvts = fCnaWrite->NumberOfEvents(NOFE_int, fEcal->MaxCrysEcnaInStex(), xFapNbOfReqEvts);
delete [] NOFE_int; NOFE_int = 0; fCdelete++;
return xFapNbOfEvts;
}
| Bool_t TEcnaHistos::GetOkViewHisto | ( | TEcnaRead * | aMyRootFile, |
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const TString | HistoCode | ||
| ) |
Definition at line 8674 of file TEcnaHistos.cc.
References gather_cfg::cout, TEcnaRead::DataExist(), fCnaParHistos, fEcal, fEcalNumbering, fFapNbOfSamples, fFapStexNumber, fFapStinName, fFlagSubDet, fStatusDataExist, fTTBELL, TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(), TEcnaParHistos::GetHistoType(), TEcnaRead::GetRootFileNameShort(), i, TEcnaParEcal::MaxCrysInStin(), TEcnaParEcal::MaxStinEcnaInStex(), and TEcnaRead::ReadStinNumbers().
Referenced by ViewHistime(), and ViewHisto().
{
// Check possibility to plot the histo
Bool_t ok_view_histo = kFALSE;
TString HistoType = fCnaParHistos->GetHistoType(HistoCode);
TString root_file_name = aMyRootFile->GetRootFileNameShort();
TVectorD vStin(fEcal->MaxStinEcnaInStex());
for(Int_t i=0; i<fEcal->MaxStinEcnaInStex() ; i++){vStin(i)=(Double_t)0.;}
vStin = aMyRootFile->ReadStinNumbers(fEcal->MaxStinEcnaInStex());
if( aMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
Int_t Stin_ok = 0;
for (Int_t index_Stin = 0; index_Stin < fEcal->MaxStinEcnaInStex(); index_Stin++)
{
if ( vStin(index_Stin) == StexStin_A ){Stin_ok++;};
}
//.............................................. ok_view
Int_t ok_view = 1;
if( !( HistoType == "Global" || HistoType == "Proj" ) )
{
if( Stin_ok != 1)
{
Int_t StinNumber = StexStin_A;
if( fFlagSubDet == "EE" )
{StinNumber = fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, StexStin_A);}
cout << "!TEcnaHistos::GetOkViewHisto(...)> *ERROR* =====> " << "File: " << root_file_name
<< ", " << fFapStinName.Data() << " "
<< StinNumber
<< " not found. Available numbers = ";
for(Int_t i = 0; i < fEcal->MaxStinEcnaInStex(); i++)
{
if( vStin(i) > 0 )
{
if( fFlagSubDet == "EB" ){cout << vStin(i) << ", ";}
if( fFlagSubDet == "EE" )
{cout << fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, (Int_t)vStin(i)) << ", ";}
}
}
cout << fTTBELL << endl;
ok_view = -1;
}
else
{
ok_view = 1;
}
}
//.............................................. ok_max_elt ( GetOkViewHisto(...) )
Int_t ok_max_elt = 1;
if( ( ( (HistoType == "H1Basic") || (HistoType == "Evol") || (HistoType == "EvolProj") )
&& (i0StinEcha >= 0) && (i0StinEcha<fEcal->MaxCrysInStin())
&& (iSample >= 0) && (iSample <fFapNbOfSamples ) ) ||
!( (HistoType == "H1Basic") || (HistoType == "Evol") || (HistoType == "EvolProj") ))
{ok_max_elt = 1;}
else
{
Int_t Choffset = 0;
if( fFlagSubDet == "EE" ){Choffset = 1;}
if( ( (HistoType == "H1Basic") || (HistoType == "Evol") || (HistoType == "EvolProj") )
&& !( (i0StinEcha >= 0) && (i0StinEcha<fEcal->MaxCrysInStin()) ) )
{cout << "!TEcnaHistos::GetOkViewHisto(...)> *ERROR* =====> " << "File: " << root_file_name
<< ". Wrong channel number. Value = " << i0StinEcha << " (required range: [" << Choffset << ", "
<< fEcal->MaxCrysInStin()-1+Choffset << "] )"
<< fTTBELL << endl;}
if( (HistoCode == "D_Adc_EvDs" || HistoCode == "D_Adc_EvNb") &&
!((iSample >= 0) && (iSample <fFapNbOfSamples)) )
{cout << "!TEcnaHistos::GetOkViewHisto(...)> *ERROR* =====> " << "File: " << root_file_name
<< ". Wrong sample index. Value = " << iSample << " (required range: [0, "
<< fFapNbOfSamples-1 << "] )"
<< fTTBELL << endl;}
ok_max_elt = -1;
}
if( (ok_view == 1) && (ok_max_elt == 1) )
{
ok_view_histo = kTRUE;
}
else
{
cout << "!TEcnaHistos::GetOkViewHisto(...)> At least one ERROR has been detected. ok_view = " << ok_view
<< ", ok_max_elt = " << ok_max_elt << fTTBELL << endl;
}
}
else
{
fStatusDataExist = kFALSE;
cout << "!TEcnaHistos::GetOkViewHisto(...)> No data in ROOT file "
<< ", aMyRootFile->DataExist() = " << aMyRootFile->DataExist() << fTTBELL << endl;
}
return ok_view_histo;
}
| Color_t TEcnaHistos::GetSCColor | ( | const TString | DeeEndcap, |
| const TString | DeeDir, | ||
| const TString | QuadType | ||
| ) |
Definition at line 13173 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), and fCnaParHistos.
Referenced by SCCrystalNumbering(), and ViewDeeSCNumberingPad().
{
//gives the SC color for the numbering plots
TColor* my_color = new TColor();
Color_t couleur = fCnaParHistos->ColorDefinition("noir"); // default = "noir"
if( DeeEndcap == "EE+" )
{
if ( DeeDir == "right" && QuadType == "top" ){couleur=fCnaParHistos->ColorDefinition("rouge");}
if ( DeeDir == "right" && QuadType == "bottom" ){couleur=fCnaParHistos->ColorDefinition("bleu_fonce");}
if ( DeeDir == "left" && QuadType == "top" ){couleur=(Color_t)my_color->GetColor("#006600");}
if ( DeeDir == "left" && QuadType == "bottom" ){couleur=(Color_t)my_color->GetColor("#CC3300");}
}
if( DeeEndcap == "EE-" )
{
if ( DeeDir == "right" && QuadType == "top" ){couleur=(Color_t)my_color->GetColor("#008800");}
if ( DeeDir == "right" && QuadType == "bottom" ){couleur=(Color_t)my_color->GetColor("#EE5500");}
if ( DeeDir == "left" && QuadType == "top" ){couleur=fCnaParHistos->ColorDefinition("rouge");}
if ( DeeDir == "left" && QuadType == "bottom" ){couleur=fCnaParHistos->ColorDefinition("bleu_fonce");}
}
return couleur;
}
| Int_t TEcnaHistos::GetSCOffset | ( | const Int_t & | DeeNumber, |
| const Int_t & | DataSector, | ||
| const Int_t & | SC_in_DS | ||
| ) |
Definition at line 7159 of file TEcnaHistos.cc.
References fEcal, and TEcnaParEcal::MaxCrysInSC().
Referenced by NotCompleteSCH1DBin(), NotConnectedSCH1DBin(), and ViewHisto().
{
// gives the SC (Super-Crystal) Offset on 1D histos for option "Global"
Int_t SCOffset = 0;
if( DeeNumber == 1 || DeeNumber == 3 )
{
if( DataSector == 5 ){SCOffset += ((SC_in_DS-17)-1)*fEcal->MaxCrysInSC();}
if( DataSector != 5 ){SCOffset += (SC_in_DS-1)*fEcal->MaxCrysInSC();}
}
if( DeeNumber == 2 || DeeNumber == 4 ){SCOffset += (SC_in_DS-1)*fEcal->MaxCrysInSC();}
return SCOffset;
}
| Color_t TEcnaHistos::GetViewHistoColor | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 13130 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), TEcnaParHistos::ColorTab(), fCnaParHistos, fMemoColorD_Adc_EvDs, fMemoColorD_Adc_EvNb, fMemoColorD_HFN_ChDs, fMemoColorD_HFN_ChNb, fMemoColorD_LFN_ChDs, fMemoColorD_LFN_ChNb, fMemoColorD_MCs_ChDs, fMemoColorD_MCs_ChNb, fMemoColorD_MSp_Samp, fMemoColorD_NOE_ChDs, fMemoColorD_NOE_ChNb, fMemoColorD_Ped_ChDs, fMemoColorD_Ped_ChNb, fMemoColorD_SCs_ChDs, fMemoColorD_SCs_ChNb, fMemoColorD_SSp_Samp, fMemoColorD_TNo_ChDs, fMemoColorD_TNo_ChNb, fMemoColorH1SamePlus, fMemoColorH_HFN_Date, fMemoColorH_HFN_RuDs, fMemoColorH_LFN_Date, fMemoColorH_LFN_RuDs, fMemoColorH_MCs_Date, fMemoColorH_MCs_RuDs, fMemoColorH_Ped_Date, fMemoColorH_Ped_RuDs, fMemoColorH_SCs_Date, fMemoColorH_SCs_RuDs, fMemoColorH_TNo_Date, fMemoColorH_TNo_RuDs, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), and HistoPlot().
{
Color_t couleur = fCnaParHistos->ColorDefinition("noir"); // a priori = "noir"
if( opt_plot == fSameOnePlot ){couleur = fCnaParHistos->ColorTab(fMemoColorH1SamePlus);}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if(HistoCode == "D_NOE_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_NOE_ChNb);}
if(HistoCode == "D_NOE_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_NOE_ChDs);}
if(HistoCode == "D_Ped_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_Ped_ChNb);}
if(HistoCode == "D_Ped_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_Ped_ChDs);}
if(HistoCode == "D_TNo_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_TNo_ChNb);}
if(HistoCode == "D_TNo_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_TNo_ChDs);}
if(HistoCode == "D_MCs_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_MCs_ChNb);}
if(HistoCode == "D_MCs_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_MCs_ChDs);}
if(HistoCode == "D_LFN_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_LFN_ChNb);}
if(HistoCode == "D_LFN_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_LFN_ChDs);}
if(HistoCode == "D_HFN_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_HFN_ChNb);}
if(HistoCode == "D_HFN_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_HFN_ChDs);}
if(HistoCode == "D_SCs_ChNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_SCs_ChNb);}
if(HistoCode == "D_SCs_ChDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_SCs_ChDs);}
if(HistoCode == "D_MSp_Samp"){couleur = fCnaParHistos->ColorTab(fMemoColorD_MSp_Samp);}
if(HistoCode == "D_SSp_Samp"){couleur = fCnaParHistos->ColorTab(fMemoColorD_SSp_Samp);}
if(HistoCode == "D_Adc_EvDs"){couleur = fCnaParHistos->ColorTab(fMemoColorD_Adc_EvDs);}
if(HistoCode == "D_Adc_EvNb"){couleur = fCnaParHistos->ColorTab(fMemoColorD_Adc_EvNb);}
if(HistoCode == "H_Ped_Date"){couleur = fCnaParHistos->ColorTab(fMemoColorH_Ped_Date);}
if(HistoCode == "H_TNo_Date"){couleur = fCnaParHistos->ColorTab(fMemoColorH_TNo_Date);}
if(HistoCode == "H_MCs_Date"){couleur = fCnaParHistos->ColorTab(fMemoColorH_MCs_Date);}
if(HistoCode == "H_LFN_Date"){couleur = fCnaParHistos->ColorTab(fMemoColorH_LFN_Date);}
if(HistoCode == "H_HFN_Date"){couleur = fCnaParHistos->ColorTab(fMemoColorH_HFN_Date);}
if(HistoCode == "H_SCs_Date"){couleur = fCnaParHistos->ColorTab(fMemoColorH_SCs_Date);}
if(HistoCode == "H_Ped_RuDs"){couleur = fCnaParHistos->ColorTab(fMemoColorH_Ped_RuDs);}
if(HistoCode == "H_TNo_RuDs"){couleur = fCnaParHistos->ColorTab(fMemoColorH_TNo_RuDs);}
if(HistoCode == "H_MCs_RuDs"){couleur = fCnaParHistos->ColorTab(fMemoColorH_MCs_RuDs);}
if(HistoCode == "H_LFN_RuDs"){couleur = fCnaParHistos->ColorTab(fMemoColorH_LFN_RuDs);}
if(HistoCode == "H_HFN_RuDs"){couleur = fCnaParHistos->ColorTab(fMemoColorH_HFN_RuDs);}
if(HistoCode == "H_SCs_RuDs"){couleur = fCnaParHistos->ColorTab(fMemoColorH_SCs_RuDs);}
}
return couleur;
}
| Int_t TEcnaHistos::GetXCrysInStex | ( | const Int_t & | StexNumber, |
| const Int_t & | StexStin, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 3335 of file TEcnaHistos.cc.
References fEcal, fEcalNumbering, fFlagSubDet, TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(), TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetIXCrysInDee(), TEcnaNumbering::GetStexHalfStas(), TEcnaParEcal::MaxCrysHocoInStex(), TEcnaParEcal::MaxCrysIXInDee(), and TEcnaParEcal::MaxCrysVecoInStex().
Referenced by ViewDeeSCNumberingPad(), and ViewStex().
{
//Gives the X crystal coordinate in the geographic view of one Stex
// (X = 0 to MaxStinHocoInStex*NbCrysHocoInStin - 1)
Int_t ix_geo = 0;
if( fFlagSubDet == "EB")
{TString ctype = fEcalNumbering->GetStexHalfStas(StexNumber);
Int_t n1StexCrys = fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin, i0StinEcha, StexNumber);
ix_geo = (n1StexCrys-1)/fEcal->MaxCrysVecoInStex(); // ix_geo for EB+
if( ctype == "EB-"){ix_geo = fEcal->MaxCrysHocoInStex() - ix_geo - 1;}}
if( fFlagSubDet == "EE")
{TString DeeDir = fEcalNumbering->GetDeeDirViewedFromIP(StexNumber);
ix_geo = 0;
if( DeeDir == "right" )
{ix_geo = fEcalNumbering->GetIXCrysInDee(StexNumber, StexStin, i0StinEcha) - 1;}
if( DeeDir == "left" )
{ix_geo = fEcal->MaxCrysIXInDee() - fEcalNumbering->GetIXCrysInDee(StexNumber, StexStin, i0StinEcha);}}
return ix_geo;
}
| Double_t TEcnaHistos::GetXinfValueFromMemo | ( | const TString | HistoCode | ) |
Definition at line 11327 of file TEcnaHistos.cc.
References fD_Adc_EvDsXinf, fD_Adc_EvNbXinf, fD_HFN_ChDsXinf, fD_HFN_ChNbXinf, fD_LFN_ChDsXinf, fD_LFN_ChNbXinf, fD_MCs_ChDsXinf, fD_MCs_ChNbXinf, fD_NOE_ChDsXinf, fD_NOE_ChNbXinf, fD_Ped_ChDsXinf, fD_Ped_ChNbXinf, fD_SCs_ChDsXinf, fD_SCs_ChNbXinf, fD_TNo_ChDsXinf, fD_TNo_ChNbXinf, fH_HFN_DateXinf, fH_HFN_RuDsXinf, fH_LFN_DateXinf, fH_LFN_RuDsXinf, fH_MCs_DateXinf, fH_MCs_RuDsXinf, fH_Ped_DateXinf, fH_Ped_RuDsXinf, fH_SCs_DateXinf, fH_SCs_RuDsXinf, fH_TNo_DateXinf, and fH_TNo_RuDsXinf.
{
Double_t val_inf = (Double_t)0.;
if( HistoCode == "D_NOE_ChNb"){val_inf = fD_NOE_ChNbXinf;}
if( HistoCode == "D_NOE_ChDs"){val_inf = fD_NOE_ChDsXinf;}
if( HistoCode == "D_Ped_ChNb"){val_inf = fD_Ped_ChNbXinf;}
if( HistoCode == "D_Ped_ChDs"){val_inf = fD_Ped_ChDsXinf;}
if( HistoCode == "D_TNo_ChNb"){val_inf = fD_TNo_ChNbXinf;}
if( HistoCode == "D_TNo_ChDs"){val_inf = fD_TNo_ChDsXinf;}
if( HistoCode == "D_MCs_ChNb"){val_inf = fD_MCs_ChNbXinf;}
if( HistoCode == "D_MCs_ChDs"){val_inf = fD_MCs_ChDsXinf;}
if( HistoCode == "D_LFN_ChNb"){val_inf = fD_LFN_ChNbXinf;}
if( HistoCode == "D_LFN_ChDs"){val_inf = fD_LFN_ChDsXinf;}
if( HistoCode == "D_HFN_ChNb"){val_inf = fD_HFN_ChNbXinf;}
if( HistoCode == "D_HFN_ChDs"){val_inf = fD_HFN_ChDsXinf;}
if( HistoCode == "D_SCs_ChNb"){val_inf = fD_SCs_ChNbXinf;}
if( HistoCode == "D_SCs_ChDs"){val_inf = fD_SCs_ChDsXinf;}
if( HistoCode == "D_MSp_Samp"){val_inf = fD_Ped_ChNbXinf;}
if( HistoCode == "D_SSp_Samp"){val_inf = fD_TNo_ChNbXinf;}
if( HistoCode == "D_Adc_EvDs"){val_inf = fD_Adc_EvDsXinf;}
if( HistoCode == "D_Adc_EvNb"){val_inf = fD_Adc_EvNbXinf;}
if( HistoCode == "H_Ped_Date"){val_inf = fH_Ped_DateXinf;}
if( HistoCode == "H_TNo_Date"){val_inf = fH_TNo_DateXinf;}
if( HistoCode == "H_MCs_Date"){val_inf = fH_MCs_DateXinf;}
if( HistoCode == "H_LFN_Date"){val_inf = fH_LFN_DateXinf;}
if( HistoCode == "H_HFN_Date"){val_inf = fH_HFN_DateXinf;}
if( HistoCode == "H_SCs_Date"){val_inf = fH_SCs_DateXinf;}
if( HistoCode == "H_Ped_RuDs"){val_inf = fH_Ped_RuDsXinf;}
if( HistoCode == "H_TNo_RuDs"){val_inf = fH_TNo_RuDsXinf;}
if( HistoCode == "H_MCs_RuDs"){val_inf = fH_MCs_RuDsXinf;}
if( HistoCode == "H_LFN_RuDs"){val_inf = fH_LFN_RuDsXinf;}
if( HistoCode == "H_HFN_RuDs"){val_inf = fH_HFN_RuDsXinf;}
if( HistoCode == "H_SCs_RuDs"){val_inf = fH_SCs_RuDsXinf;}
return val_inf;
}// end of GetXinfValueFromMemo(...)
| Double_t TEcnaHistos::GetXinfValueFromMemo | ( | ) |
Definition at line 11364 of file TEcnaHistos.cc.
References fH1SameOnePlotXinf.
Referenced by ViewHistime(), and ViewHisto().
{return fH1SameOnePlotXinf;}
| Int_t TEcnaHistos::GetXSampInStin | ( | const Int_t & | StexNumber, |
| const Int_t & | StexStin, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | i_samp | ||
| ) |
Definition at line 2425 of file TEcnaHistos.cc.
References fEcal, fEcalNumbering, fFlagSubDet, TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetIXCrysInSC(), TEcnaNumbering::GetStexHalfStas(), TEcnaNumbering::GetStinLvrbType(), TEcnaParEcal::MaxCrysHocoInStin(), and TEcnaParEcal::MaxSampADC().
Referenced by SCCrystalNumbering(), TowerCrystalNumbering(), and ViewStin().
{
//Gives the X coordinate in the geographic view of one Stin
Int_t ix_geo = -1;
if( fFlagSubDet == "EB" )
{TString ctype = fEcalNumbering->GetStinLvrbType(StexStin);
TString btype = fEcalNumbering->GetStexHalfStas(StexNumber);
if( (btype == "EB+" && ctype == "bottom") || (btype == "EB-" && ctype == "top") )
{ix_geo = ( (fEcal->MaxCrysHocoInStin()-1)-(i0StinEcha/fEcal->MaxCrysHocoInStin()) )
*fEcal->MaxSampADC() + i_samp;}
if( (btype == "EB+" && ctype == "top") || (btype == "EB-" && ctype == "bottom") )
{ix_geo = ( i0StinEcha/fEcal->MaxCrysHocoInStin() )*fEcal->MaxSampADC() + i_samp;}}
if( fFlagSubDet == "EE" )
{ TString DeeDir = fEcalNumbering->GetDeeDirViewedFromIP(StexNumber);
if( DeeDir == "right" )
{ix_geo = (fEcalNumbering->GetIXCrysInSC(StexNumber, StexStin, i0StinEcha)-1)*fEcal->MaxSampADC() + i_samp;}
if( DeeDir == "left" )
{ix_geo = (fEcal->MaxCrysHocoInStin() - fEcalNumbering->GetIXCrysInSC(StexNumber, StexStin, i0StinEcha))*
fEcal->MaxSampADC() + i_samp;}}
return ix_geo;
}
| Int_t TEcnaHistos::GetXStinInStas | ( | const Int_t & | iStasStex, |
| const Int_t & | StexStinEcna, | ||
| const Int_t & | vertic_empty_strip_1 | ||
| ) |
Definition at line 4933 of file TEcnaHistos.cc.
References TEcnaParHistos::DeeOffsetX(), fCnaParHistos, fEcal, fEcalNumbering, fFlagSubDet, TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetStexHalfStas(), TEcnaParEcal::MaxStexInStasMinus(), TEcnaParEcal::MaxStinHocoInStex(), and TEcnaParEcal::MaxStinVecoInStex().
Referenced by ViewStas().
{
//Gives the X Stin coordinate in the geographic view of the Stas
// (X = 0 to MaxStexHocoInStas*MaxStinHocoInStex - 1 + vertic_empty_strips(EE only))
Int_t ix_geo = 0;
TString ctype = fEcalNumbering->GetStexHalfStas(iStasStex+1);
if( fFlagSubDet == "EB")
{
if( ctype == "EB-")
{
ix_geo = (iStasStex - fEcal->MaxStexInStasMinus())*fEcal->MaxStinVecoInStex()
+ StexStinEcna%fEcal->MaxStinVecoInStex();
}
if( ctype == "EB+")
{
ix_geo = iStasStex*fEcal->MaxStinVecoInStex()
+ fEcal->MaxStinVecoInStex()- 1 - StexStinEcna%fEcal->MaxStinVecoInStex();
}
}
if( fFlagSubDet == "EE")
{
TString LeftRightFromIP = fEcalNumbering->GetDeeDirViewedFromIP(iStasStex+1);
if( ctype == "EE-" && LeftRightFromIP == "left" )
{
ix_geo = fEcal->MaxStinHocoInStex() - StexStinEcna/fEcal->MaxStinVecoInStex() - 1 + vertic_empty_strip_1;
}
if( ctype == "EE-" && LeftRightFromIP == "right" )
{
ix_geo = fEcal->MaxStinHocoInStex() + StexStinEcna/fEcal->MaxStinVecoInStex() + vertic_empty_strip_1;
}
if( ctype == "EE+" && LeftRightFromIP == "left" )
{
ix_geo = (Int_t)fCnaParHistos->DeeOffsetX(fFlagSubDet, iStasStex+1)
+ fEcal->MaxStinHocoInStex() - StexStinEcna/fEcal->MaxStinVecoInStex() - 1;
}
if( ctype == "EE+" && LeftRightFromIP == "right" )
{
ix_geo = (Int_t)fCnaParHistos->DeeOffsetX(fFlagSubDet, iStasStex+1)
+ StexStinEcna/fEcal->MaxStinVecoInStex();
}
}
return ix_geo;
}
| Double_t TEcnaHistos::GetXsupValueFromMemo | ( | const TString | HistoCode | ) |
Definition at line 11367 of file TEcnaHistos.cc.
References fD_Adc_EvDsXsup, fD_Adc_EvNbXsup, fD_HFN_ChDsXsup, fD_HFN_ChNbXsup, fD_LFN_ChDsXsup, fD_LFN_ChNbXsup, fD_MCs_ChDsXsup, fD_MCs_ChNbXsup, fD_NOE_ChDsXsup, fD_NOE_ChNbXsup, fD_Ped_ChDsXsup, fD_Ped_ChNbXsup, fD_SCs_ChDsXsup, fD_SCs_ChNbXsup, fD_TNo_ChDsXsup, fD_TNo_ChNbXsup, fH_HFN_DateXsup, fH_HFN_RuDsXsup, fH_LFN_DateXsup, fH_LFN_RuDsXsup, fH_MCs_DateXsup, fH_MCs_RuDsXsup, fH_Ped_DateXsup, fH_Ped_RuDsXsup, fH_SCs_DateXsup, fH_SCs_RuDsXsup, fH_TNo_DateXsup, and fH_TNo_RuDsXsup.
{
Double_t val_sup = (Double_t)0.;
if( HistoCode == "D_NOE_ChNb"){val_sup = fD_NOE_ChNbXsup;}
if( HistoCode == "D_NOE_ChDs"){val_sup = fD_NOE_ChDsXsup;}
if( HistoCode == "D_Ped_ChNb"){val_sup = fD_Ped_ChNbXsup;}
if( HistoCode == "D_Ped_ChDs"){val_sup = fD_Ped_ChDsXsup;}
if( HistoCode == "D_TNo_ChNb"){val_sup = fD_TNo_ChNbXsup;}
if( HistoCode == "D_TNo_ChDs"){val_sup = fD_TNo_ChDsXsup;}
if( HistoCode == "D_MCs_ChNb"){val_sup = fD_MCs_ChNbXsup;}
if( HistoCode == "D_MCs_ChDs"){val_sup = fD_MCs_ChDsXsup;}
if( HistoCode == "D_LFN_ChNb"){val_sup = fD_LFN_ChNbXsup;}
if( HistoCode == "D_LFN_ChDs"){val_sup = fD_LFN_ChDsXsup;}
if( HistoCode == "D_HFN_ChNb"){val_sup = fD_HFN_ChNbXsup;}
if( HistoCode == "D_HFN_ChDs"){val_sup = fD_HFN_ChDsXsup;}
if( HistoCode == "D_SCs_ChNb"){val_sup = fD_SCs_ChNbXsup;}
if( HistoCode == "D_SCs_ChDs"){val_sup = fD_SCs_ChDsXsup;}
if( HistoCode == "D_MSp_Samp"){val_sup = fD_Ped_ChNbXsup;}
if( HistoCode == "D_SSp_Samp"){val_sup = fD_TNo_ChNbXsup;}
if( HistoCode == "D_Adc_EvDs"){val_sup = fD_Adc_EvDsXsup;}
if( HistoCode == "D_Adc_EvNb"){val_sup = fD_Adc_EvNbXsup;}
if( HistoCode == "H_Ped_Date"){val_sup = fH_Ped_DateXsup;}
if( HistoCode == "H_TNo_Date"){val_sup = fH_TNo_DateXsup;}
if( HistoCode == "H_MCs_Date"){val_sup = fH_MCs_DateXsup;}
if( HistoCode == "H_LFN_Date"){val_sup = fH_LFN_DateXsup;}
if( HistoCode == "H_HFN_Date"){val_sup = fH_HFN_DateXsup;}
if( HistoCode == "H_SCs_Date"){val_sup = fH_SCs_DateXsup;}
if( HistoCode == "H_Ped_RuDs"){val_sup = fH_Ped_RuDsXsup;}
if( HistoCode == "H_TNo_RuDs"){val_sup = fH_TNo_RuDsXsup;}
if( HistoCode == "H_MCs_RuDs"){val_sup = fH_MCs_RuDsXsup;}
if( HistoCode == "H_LFN_RuDs"){val_sup = fH_LFN_RuDsXsup;}
if( HistoCode == "H_HFN_RuDs"){val_sup = fH_HFN_RuDsXsup;}
if( HistoCode == "H_SCs_RuDs"){val_sup = fH_SCs_RuDsXsup;}
return val_sup;
}// end of GetXsupValueFromMemo(...)
| Double_t TEcnaHistos::GetXsupValueFromMemo | ( | ) |
Definition at line 11404 of file TEcnaHistos.cc.
References fH1SameOnePlotXsup.
Referenced by ViewHistime(), and ViewHisto().
{return fH1SameOnePlotXsup;}
| TString TEcnaHistos::GetXVarFromMemo | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 11809 of file TEcnaHistos.cc.
References fOnlyOnePlot, fSameOnePlot, fSeveralPlot, fXMemoD_Adc_EvDs, fXMemoD_Adc_EvNb, fXMemoD_HFN_ChDs, fXMemoD_HFN_ChNb, fXMemoD_LFN_ChDs, fXMemoD_LFN_ChNb, fXMemoD_MCs_ChDs, fXMemoD_MCs_ChNb, fXMemoD_MSp_Samp, fXMemoD_NOE_ChDs, fXMemoD_NOE_ChNb, fXMemoD_Ped_ChDs, fXMemoD_Ped_ChNb, fXMemoD_SCs_ChDs, fXMemoD_SCs_ChNb, fXMemoD_SSp_Samp, fXMemoD_TNo_ChDs, fXMemoD_TNo_ChNb, fXMemoH1SamePlus, fXMemoH_HFN_Date, fXMemoH_HFN_RuDs, fXMemoH_LFN_Date, fXMemoH_LFN_RuDs, fXMemoH_MCs_Date, fXMemoH_MCs_RuDs, fXMemoH_Ped_Date, fXMemoH_Ped_RuDs, fXMemoH_SCs_Date, fXMemoH_SCs_RuDs, fXMemoH_TNo_Date, and fXMemoH_TNo_RuDs.
Referenced by ViewHistime(), and ViewHisto().
{
TString xvar = "(xvar not found)";
if( opt_plot == fSameOnePlot ){xvar = fXMemoH1SamePlus;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if( HistoCode == "D_NOE_ChNb"){xvar = fXMemoD_NOE_ChNb;}
if( HistoCode == "D_NOE_ChDs"){xvar = fXMemoD_NOE_ChDs;}
if( HistoCode == "D_Ped_ChNb"){xvar = fXMemoD_Ped_ChNb;}
if( HistoCode == "D_Ped_ChDs"){xvar = fXMemoD_Ped_ChDs;}
if( HistoCode == "D_TNo_ChNb"){xvar = fXMemoD_TNo_ChNb;}
if( HistoCode == "D_TNo_ChDs"){xvar = fXMemoD_TNo_ChDs;}
if( HistoCode == "D_MCs_ChNb"){xvar = fXMemoD_MCs_ChNb;}
if( HistoCode == "D_MCs_ChDs"){xvar = fXMemoD_MCs_ChDs;}
if( HistoCode == "D_LFN_ChNb"){xvar = fXMemoD_LFN_ChNb;}
if( HistoCode == "D_LFN_ChDs"){xvar = fXMemoD_LFN_ChDs;}
if( HistoCode == "D_HFN_ChNb"){xvar = fXMemoD_HFN_ChNb;}
if( HistoCode == "D_HFN_ChDs"){xvar = fXMemoD_HFN_ChDs;}
if( HistoCode == "D_SCs_ChNb"){xvar = fXMemoD_SCs_ChNb;}
if( HistoCode == "D_SCs_ChDs"){xvar = fXMemoD_SCs_ChDs;}
if( HistoCode == "D_MSp_Samp"){xvar = fXMemoD_MSp_Samp;}
if( HistoCode == "D_SSp_Samp"){xvar = fXMemoD_SSp_Samp;}
if( HistoCode == "D_Adc_EvDs"){xvar = fXMemoD_Adc_EvDs;}
if( HistoCode == "D_Adc_EvNb"){xvar = fXMemoD_Adc_EvNb;}
if( HistoCode == "H_Ped_Date"){xvar = fXMemoH_Ped_Date;}
if( HistoCode == "H_TNo_Date"){xvar = fXMemoH_TNo_Date;}
if( HistoCode == "H_MCs_Date"){xvar = fXMemoH_MCs_Date;}
if( HistoCode == "H_LFN_Date"){xvar = fXMemoH_LFN_Date;}
if( HistoCode == "H_HFN_Date"){xvar = fXMemoH_HFN_Date;}
if( HistoCode == "H_SCs_Date"){xvar = fXMemoH_SCs_Date;}
if( HistoCode == "H_Ped_RuDs"){xvar = fXMemoH_Ped_RuDs;}
if( HistoCode == "H_TNo_RuDs"){xvar = fXMemoH_TNo_RuDs;}
if( HistoCode == "H_MCs_RuDs"){xvar = fXMemoH_MCs_RuDs;}
if( HistoCode == "H_LFN_RuDs"){xvar = fXMemoH_LFN_RuDs;}
if( HistoCode == "H_HFN_RuDs"){xvar = fXMemoH_HFN_RuDs;}
if( HistoCode == "H_SCs_RuDs"){xvar = fXMemoH_SCs_RuDs;}
}
return xvar;
}// end of GetXVarFromMemo(...)
| Int_t TEcnaHistos::GetYCrysInStex | ( | const Int_t & | StexNumber, |
| const Int_t & | StexStin, | ||
| const Int_t & | j0StinEcha | ||
| ) |
Definition at line 3360 of file TEcnaHistos.cc.
References fEcal, fEcalNumbering, fFlagSubDet, TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(), TEcnaNumbering::GetJYCrysInDee(), TEcnaNumbering::GetStexHalfStas(), and TEcnaParEcal::MaxCrysVecoInStex().
Referenced by ViewDeeSCNumberingPad(), and ViewStex().
{
//Gives the Y crystal coordinate in the geographic view of one Stex
// (Y = 0 to MaxStinVecoInStex*NbCrysVecoInStin - 1)
Int_t iy_geo = 0;
if( fFlagSubDet == "EB")
{TString ctype = fEcalNumbering->GetStexHalfStas(StexNumber);
Int_t n1StexCrys = fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin, j0StinEcha, StexNumber);
Int_t ix_geo = (n1StexCrys-1)/fEcal->MaxCrysVecoInStex(); // ix_geo for EB+
iy_geo = n1StexCrys - 1 - ix_geo*fEcal->MaxCrysVecoInStex(); // iy_geo for EB+
if( ctype == "EB-"){iy_geo = fEcal->MaxCrysVecoInStex() - iy_geo - 1;}}
if( fFlagSubDet == "EE")
{iy_geo = fEcalNumbering->GetJYCrysInDee(StexNumber, StexStin, j0StinEcha) - 1;}
return iy_geo;
}
| Double_t TEcnaHistos::GetYmaxFromGraphFrameAndMarginValue | ( | TGraph * | g_graph0, |
| const Double_t | margin_factor | ||
| ) |
Definition at line 8969 of file TEcnaHistos.cc.
References i.
Referenced by HistimePlot(), and ViewHistime().
{
//Calculation for automatic maximum with margin
Double_t graph_ymin = g_graph0->GetY()[0];
for(Int_t i=1; i<g_graph0->GetN(); i++)
{if( g_graph0->GetY()[i] < graph_ymin ){graph_ymin = g_graph0->GetY()[i];}}
Double_t graph_ymax = g_graph0->GetY()[0];
for(Int_t i=1; i<g_graph0->GetN(); i++)
{if( g_graph0->GetY()[i] > graph_ymax ){graph_ymax = g_graph0->GetY()[i];}}
graph_ymax = graph_ymax + (graph_ymax-graph_ymin)*margin_factor;
return graph_ymax;
}
| Double_t TEcnaHistos::GetYmaxFromHistoFrameAndMarginValue | ( | TH1D * | h_his0, |
| const Double_t | margin_factor | ||
| ) |
Definition at line 8946 of file TEcnaHistos.cc.
Referenced by ViewHistime(), and ViewHisto().
{
//Calculation for automatic maximum with margin
Double_t minproj = h_his0->GetMinimum();
Double_t maxproj = h_his0->GetMaximum();
maxproj = maxproj + (maxproj-minproj)*margin_factor;
return maxproj;
}
| Double_t TEcnaHistos::GetYmaxValueFromMemo | ( | const TString | HistoCode | ) |
Definition at line 11649 of file TEcnaHistos.cc.
References fD_HFN_ChNbYmax, fD_LFN_ChNbYmax, fD_MCs_ChNbYmax, fD_NOE_ChNbYmax, fD_Ped_ChNbYmax, fD_SCs_ChNbYmax, fD_TNo_ChNbYmax, fH2CorccInStinsYmax, fH2HFccMosMatrixYmax, fH2LFccMosMatrixYmax, fH_HFN_DateYmax, fH_HFN_RuDsYmax, fH_LFN_DateYmax, fH_LFN_RuDsYmax, fH_MCs_DateYmax, fH_MCs_RuDsYmax, fH_Ped_DateYmax, fH_Ped_RuDsYmax, fH_SCs_DateYmax, fH_SCs_RuDsYmax, fH_TNo_DateYmax, and fH_TNo_RuDsYmax.
Referenced by HistimePlot(), SetYmaxMemoFromPreviousMemo(), ViewHistime(), and ViewHisto().
{
Double_t val_max = (Double_t)0.;
Double_t val_max_proj = (Double_t)2000.;
if( HistoCode == "D_NOE_ChNb" ){val_max = fD_NOE_ChNbYmax;}
if( HistoCode == "D_NOE_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_Ped_ChNb" ){val_max = fD_Ped_ChNbYmax;}
if( HistoCode == "D_Ped_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_TNo_ChNb" ){val_max = fD_TNo_ChNbYmax;}
if( HistoCode == "D_TNo_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_MCs_ChNb" ){val_max = fD_MCs_ChNbYmax;}
if( HistoCode == "D_MCs_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_LFN_ChNb" ){val_max = fD_LFN_ChNbYmax;}
if( HistoCode == "D_LFN_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_HFN_ChNb" ){val_max = fD_HFN_ChNbYmax;}
if( HistoCode == "D_HFN_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_SCs_ChNb" ){val_max = fD_SCs_ChNbYmax;}
if( HistoCode == "D_SCs_ChDs" ){val_max = val_max_proj;}
if( HistoCode == "D_MSp_Samp" ){val_max = fD_Ped_ChNbYmax;}
if( HistoCode == "D_SSp_Samp" ){val_max = fD_TNo_ChNbYmax;}
if( HistoCode == "D_Adc_EvDs" ){val_max = val_max_proj;}
if( HistoCode == "D_Adc_EvNb" ){val_max = fD_Ped_ChNbYmax;}
if( HistoCode == "H_Ped_Date" ){val_max = fH_Ped_DateYmax;}
if( HistoCode == "H_TNo_Date" ){val_max = fH_TNo_DateYmax;}
if( HistoCode == "H_MCs_Date" ){val_max = fH_MCs_DateYmax;}
if( HistoCode == "H_LFN_Date" ){val_max = fH_LFN_DateYmax;}
if( HistoCode == "H_HFN_Date" ){val_max = fH_HFN_DateYmax;}
if( HistoCode == "H_SCs_Date" ){val_max = fH_SCs_DateYmax;}
if( HistoCode == "H_Ped_RuDs" ){val_max = fH_Ped_RuDsYmax;}
if( HistoCode == "H_TNo_RuDs" ){val_max = fH_TNo_RuDsYmax;}
if( HistoCode == "H_MCs_RuDs" ){val_max = fH_MCs_RuDsYmax;}
if( HistoCode == "H_LFN_RuDs" ){val_max = fH_LFN_RuDsYmax;}
if( HistoCode == "H_HFN_RuDs" ){val_max = fH_HFN_RuDsYmax;}
if( HistoCode == "H_SCs_RuDs" ){val_max = fH_SCs_RuDsYmax;}
if( HistoCode == "H2LFccMosMatrix" ){val_max = fH2LFccMosMatrixYmax;}
if( HistoCode == "H2HFccMosMatrix" ){val_max = fH2HFccMosMatrixYmax;}
if( HistoCode == "H2CorccInStins" ){val_max = fH2CorccInStinsYmax;}
return val_max;
}// end of GetYmaxValueFromMemo(...)
| Double_t TEcnaHistos::GetYminFromGraphFrameAndMarginValue | ( | TGraph * | g_graph0, |
| const Double_t | margin_factor | ||
| ) |
Definition at line 8955 of file TEcnaHistos.cc.
References i.
Referenced by HistimePlot(), and ViewHistime().
{
//Calculation for automatic minimum with margin
Double_t graph_ymin = g_graph0->GetY()[0];
for(Int_t i=1; i<g_graph0->GetN(); i++)
{if( g_graph0->GetY()[i] < graph_ymin ){graph_ymin = g_graph0->GetY()[i];}}
Double_t graph_ymax = g_graph0->GetY()[0];
for(Int_t i=1; i<g_graph0->GetN(); i++)
{if( g_graph0->GetY()[i] > graph_ymax ){graph_ymax = g_graph0->GetY()[i];}}
graph_ymin = graph_ymin - (graph_ymax-graph_ymin)*margin_factor;
return graph_ymin;
}
| Double_t TEcnaHistos::GetYminFromHistoFrameAndMarginValue | ( | TH1D * | h_his0, |
| const Double_t | margin_factor | ||
| ) |
Definition at line 8937 of file TEcnaHistos.cc.
Referenced by ViewHisto().
{
//Calculation for automatic minimum with margin
Double_t minproj = h_his0->GetMinimum();
Double_t maxproj = h_his0->GetMaximum();
minproj = minproj - (maxproj-minproj)*margin_factor;
return minproj;
}
| Double_t TEcnaHistos::GetYminValueFromMemo | ( | const TString | HistoCode | ) |
Definition at line 11608 of file TEcnaHistos.cc.
References fD_HFN_ChNbYmin, fD_LFN_ChNbYmin, fD_MCs_ChNbYmin, fD_NOE_ChNbYmin, fD_Ped_ChNbYmin, fD_SCs_ChNbYmin, fD_TNo_ChNbYmin, fH2CorccInStinsYmin, fH2HFccMosMatrixYmin, fH2LFccMosMatrixYmin, fH_HFN_DateYmin, fH_HFN_RuDsYmin, fH_LFN_DateYmin, fH_LFN_RuDsYmin, fH_MCs_DateYmin, fH_MCs_RuDsYmin, fH_Ped_DateYmin, fH_Ped_RuDsYmin, fH_SCs_DateYmin, fH_SCs_RuDsYmin, fH_TNo_DateYmin, and fH_TNo_RuDsYmin.
Referenced by HistimePlot(), SetYminMemoFromPreviousMemo(), ViewHistime(), and ViewHisto().
{
Double_t val_min = (Double_t)0.;
Double_t val_min_proj = (Double_t)0.1;
if( HistoCode == "D_NOE_ChNb" ){val_min = fD_NOE_ChNbYmin;}
if( HistoCode == "D_NOE_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_Ped_ChNb" ){val_min = fD_Ped_ChNbYmin;}
if( HistoCode == "D_Ped_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_TNo_ChNb" ){val_min = fD_TNo_ChNbYmin;}
if( HistoCode == "D_TNo_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_MCs_ChNb" ){val_min = fD_MCs_ChNbYmin;}
if( HistoCode == "D_MCs_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_LFN_ChNb" ){val_min = fD_LFN_ChNbYmin;}
if( HistoCode == "D_LFN_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_HFN_ChNb" ){val_min = fD_HFN_ChNbYmin;}
if( HistoCode == "D_HFN_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_SCs_ChNb" ){val_min = fD_SCs_ChNbYmin;}
if( HistoCode == "D_SCs_ChDs" ){val_min = val_min_proj;}
if( HistoCode == "D_MSp_Samp" ){val_min = fD_Ped_ChNbYmin;}
if( HistoCode == "D_SSp_Samp" ){val_min = fD_TNo_ChNbYmin;}
if( HistoCode == "D_Adc_EvDs" ){val_min = val_min_proj;}
if( HistoCode == "D_Adc_EvNb" ){val_min = fD_Ped_ChNbYmin;}
if( HistoCode == "H_Ped_Date" ){val_min = fH_Ped_DateYmin;}
if( HistoCode == "H_TNo_Date" ){val_min = fH_TNo_DateYmin;}
if( HistoCode == "H_MCs_Date" ){val_min = fH_MCs_DateYmin;}
if( HistoCode == "H_LFN_Date" ){val_min = fH_LFN_DateYmin;}
if( HistoCode == "H_HFN_Date" ){val_min = fH_HFN_DateYmin;}
if( HistoCode == "H_SCs_Date" ){val_min = fH_SCs_DateYmin;}
if( HistoCode == "H_Ped_RuDs" ){val_min = fH_Ped_RuDsYmin;}
if( HistoCode == "H_TNo_RuDs" ){val_min = fH_TNo_RuDsYmin;}
if( HistoCode == "H_MCs_RuDs" ){val_min = fH_MCs_RuDsYmin;}
if( HistoCode == "H_LFN_RuDs" ){val_min = fH_LFN_RuDsYmin;}
if( HistoCode == "H_HFN_RuDs" ){val_min = fH_HFN_RuDsYmin;}
if( HistoCode == "H_SCs_RuDs" ){val_min = fH_SCs_RuDsYmin;}
if( HistoCode == "H2LFccMosMatrix" ){val_min = fH2LFccMosMatrixYmin;}
if( HistoCode == "H2HFccMosMatrix" ){val_min = fH2HFccMosMatrixYmin;}
if( HistoCode == "H2CorccInStins" ){val_min = fH2CorccInStinsYmin;}
return val_min;
}// end of GetYminValueFromMemo(...)
| Int_t TEcnaHistos::GetYSampInStin | ( | const Int_t & | StexNumber, |
| const Int_t & | StexStin, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | j_samp | ||
| ) |
Definition at line 2452 of file TEcnaHistos.cc.
References fEcal, fEcalNumbering, fFlagSubDet, TEcnaNumbering::GetJYCrysInSC(), TEcnaNumbering::GetStexHalfStas(), TEcnaNumbering::GetStinLvrbType(), TEcnaParEcal::MaxCrysVecoInStin(), and TEcnaParEcal::MaxSampADC().
Referenced by SCCrystalNumbering(), TowerCrystalNumbering(), and ViewStin().
{
//Gives the Y coordinate in the geographic view of one Stin
Int_t jy_geo = -1;
if( fFlagSubDet == "EB" )
{
TString ctype = fEcalNumbering->GetStinLvrbType(StexStin);
TString btype = fEcalNumbering->GetStexHalfStas(StexNumber);
//.......................... jy_geo for the EB+ (and beginning for the EB-)
if( (btype == "EB+" && ctype == "top") || (btype == "EB-" && ctype == "bottom") )
{
if( i0StinEcha >= 0 && i0StinEcha <= 4 ) {jy_geo = (i0StinEcha - 0)*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 5 && i0StinEcha <= 9 ) {jy_geo = -(i0StinEcha - 9)*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 10 && i0StinEcha <= 14 ) {jy_geo = (i0StinEcha - 10)*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 15 && i0StinEcha <= 19 ) {jy_geo = -(i0StinEcha - 19)*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 20 && i0StinEcha <= 24 ) {jy_geo = (i0StinEcha - 20)*fEcal->MaxSampADC() + j_samp;}
}
if( (btype == "EB+" && ctype == "bottom") || (btype == "EB-" && ctype == "top") )
{
if( i0StinEcha >= 0 && i0StinEcha <= 4 )
{jy_geo = ( (fEcal->MaxCrysVecoInStin()-1) - (i0StinEcha- 0))*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 5 && i0StinEcha <= 9 )
{jy_geo = ( (fEcal->MaxCrysVecoInStin()-1) + (i0StinEcha- 9))*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 10 && i0StinEcha <= 14 )
{jy_geo = ( (fEcal->MaxCrysVecoInStin()-1) - (i0StinEcha-10))*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 15 && i0StinEcha <= 19 )
{jy_geo = ( (fEcal->MaxCrysVecoInStin()-1) + (i0StinEcha-19))*fEcal->MaxSampADC() + j_samp;}
if( i0StinEcha >= 20 && i0StinEcha <= 24 )
{jy_geo = ( (fEcal->MaxCrysVecoInStin()-1) - (i0StinEcha-20))*fEcal->MaxSampADC() + j_samp;}
}
}
if( fFlagSubDet == "EE" )
{jy_geo =
(fEcalNumbering->GetJYCrysInSC(StexNumber, StexStin, i0StinEcha) - 1)*fEcal->MaxSampADC() + j_samp;}
return jy_geo;
}
| Int_t TEcnaHistos::GetYStinInStas | ( | const Int_t & | iStasStex, |
| const Int_t & | StexStinEcna | ||
| ) |
Definition at line 4982 of file TEcnaHistos.cc.
References fEcal, fEcalNumbering, fFlagSubDet, TEcnaNumbering::GetStexHalfStas(), TEcnaParEcal::MaxStinHocoInStex(), and TEcnaParEcal::MaxStinVecoInStex().
Referenced by ViewStas().
{
//Gives the Y crystal coordinate in the geographic view of one Stex
// (Y = 0 to MaxStexVecoInStas*MaxStinVecoInStex - 1)
Int_t iy_geo = 0;
if( fFlagSubDet == "EB")
{
TString ctype = fEcalNumbering->GetStexHalfStas(iStasStex+1);
if( ctype == "EB+")
{iy_geo = StexStinEcna/fEcal->MaxStinVecoInStex() + fEcal->MaxStinHocoInStex(); }
if( ctype == "EB-")
{iy_geo = fEcal->MaxStinHocoInStex() - 1 - StexStinEcna/fEcal->MaxStinVecoInStex();}
}
if( fFlagSubDet == "EE")
{iy_geo = StexStinEcna%fEcal->MaxStinVecoInStex();}
return iy_geo;
}
| TString TEcnaHistos::GetYVarFromMemo | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 11891 of file TEcnaHistos.cc.
References fOnlyOnePlot, fSameOnePlot, fSeveralPlot, fYMemoD_Adc_EvDs, fYMemoD_Adc_EvNb, fYMemoD_HFN_ChDs, fYMemoD_HFN_ChNb, fYMemoD_LFN_ChDs, fYMemoD_LFN_ChNb, fYMemoD_MCs_ChDs, fYMemoD_MCs_ChNb, fYMemoD_MSp_Samp, fYMemoD_NOE_ChDs, fYMemoD_NOE_ChNb, fYMemoD_Ped_ChDs, fYMemoD_Ped_ChNb, fYMemoD_SCs_ChDs, fYMemoD_SCs_ChNb, fYMemoD_SSp_Samp, fYMemoD_TNo_ChDs, fYMemoD_TNo_ChNb, fYMemoH1SamePlus, fYMemoH_HFN_Date, fYMemoH_HFN_RuDs, fYMemoH_LFN_Date, fYMemoH_LFN_RuDs, fYMemoH_MCs_Date, fYMemoH_MCs_RuDs, fYMemoH_Ped_Date, fYMemoH_Ped_RuDs, fYMemoH_SCs_Date, fYMemoH_SCs_RuDs, fYMemoH_TNo_Date, and fYMemoH_TNo_RuDs.
Referenced by ViewHistime(), and ViewHisto().
{
TString yvar = "(yvar not found)";
if( opt_plot == fSameOnePlot ){yvar = fYMemoH1SamePlus;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if( HistoCode == "D_NOE_ChNb"){yvar = fYMemoD_NOE_ChNb;}
if( HistoCode == "D_NOE_ChDs"){yvar = fYMemoD_NOE_ChDs;}
if( HistoCode == "D_Ped_ChNb"){yvar = fYMemoD_Ped_ChNb;}
if( HistoCode == "D_Ped_ChDs"){yvar = fYMemoD_Ped_ChDs;}
if( HistoCode == "D_TNo_ChNb"){yvar = fYMemoD_TNo_ChNb;}
if( HistoCode == "D_TNo_ChDs"){yvar = fYMemoD_TNo_ChDs;}
if( HistoCode == "D_MCs_ChNb"){yvar = fYMemoD_MCs_ChNb;}
if( HistoCode == "D_MCs_ChDs"){yvar = fYMemoD_MCs_ChDs;}
if( HistoCode == "D_LFN_ChNb"){yvar = fYMemoD_LFN_ChNb;}
if( HistoCode == "D_LFN_ChDs"){yvar = fYMemoD_LFN_ChDs;}
if( HistoCode == "D_HFN_ChNb"){yvar = fYMemoD_HFN_ChNb;}
if( HistoCode == "D_HFN_ChDs"){yvar = fYMemoD_HFN_ChDs;}
if( HistoCode == "D_SCs_ChNb"){yvar = fYMemoD_SCs_ChNb;}
if( HistoCode == "D_SCs_ChDs"){yvar = fYMemoD_SCs_ChDs;}
if( HistoCode == "D_MSp_Samp"){yvar = fYMemoD_MSp_Samp;}
if( HistoCode == "D_SSp_Samp"){yvar = fYMemoD_SSp_Samp;}
if( HistoCode == "D_Adc_EvDs"){yvar = fYMemoD_Adc_EvDs;}
if( HistoCode == "D_Adc_EvNb"){yvar = fYMemoD_Adc_EvNb;}
if( HistoCode == "H_Ped_Date"){yvar = fYMemoH_Ped_Date;}
if( HistoCode == "H_TNo_Date"){yvar = fYMemoH_TNo_Date;}
if( HistoCode == "H_MCs_Date"){yvar = fYMemoH_MCs_Date;}
if( HistoCode == "H_LFN_Date"){yvar = fYMemoH_LFN_Date;}
if( HistoCode == "H_HFN_Date"){yvar = fYMemoH_HFN_Date;}
if( HistoCode == "H_SCs_Date"){yvar = fYMemoH_SCs_Date;}
if( HistoCode == "H_Ped_RuDs"){yvar = fYMemoH_Ped_RuDs;}
if( HistoCode == "H_TNo_RuDs"){yvar = fYMemoH_TNo_RuDs;}
if( HistoCode == "H_MCs_RuDs"){yvar = fYMemoH_MCs_RuDs;}
if( HistoCode == "H_LFN_RuDs"){yvar = fYMemoH_LFN_RuDs;}
if( HistoCode == "H_HFN_RuDs"){yvar = fYMemoH_HFN_RuDs;}
if( HistoCode == "H_SCs_RuDs"){yvar = fYMemoH_SCs_RuDs;}
}
return yvar;
}// end of GetYVarFromMemo(...)
| void TEcnaHistos::HighFrequencyCorrelationsBetweenChannels | ( | const Int_t & | aStexStin_A, |
| const Int_t & | aStexStin_B, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1141 of file TEcnaHistos.cc.
References fCorrelationMatrix, fEcalNumbering, fFapStexNumber, fFlagSubDet, fHFBetweenChannels, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewMatrix().
Referenced by TEcnaGui::ViewMatrixHighFrequencyCorrelationsBetweenChannels().
{
//Plot correlation matrix between crystals of two Stins (mean over samples)
Int_t StexStin_A = aStexStin_A;
Int_t StexStin_B = aStexStin_B;
if( fFlagSubDet == "EE" )
{
StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);
StexStin_B = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_B);
}
Int_t MatrixBinIndex = 0;
TString MatrixProbaNature = fCorrelationMatrix;
TString MatrixElement = fHFBetweenChannels;
ViewMatrix(StexStin_A, StexStin_B, MatrixBinIndex, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::HighFrequencyCovariancesBetweenChannels | ( | const Int_t & | aStexStin_A, |
| const Int_t & | aStexStin_B, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1160 of file TEcnaHistos.cc.
References fCovarianceMatrix, fEcalNumbering, fFapStexNumber, fFlagSubDet, fHFBetweenChannels, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewMatrix().
{
//Plot covariance matrix between crystals of two Stins (mean over samples)
Int_t StexStin_A = aStexStin_A;
Int_t StexStin_B = aStexStin_B;
if( fFlagSubDet == "EE" )
{
StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);
StexStin_B = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_B);
}
Int_t MatrixBinIndex = 0;
TString MatrixProbaNature = fCovarianceMatrix;
TString MatrixElement = fHFBetweenChannels;
ViewMatrix(StexStin_A, StexStin_B, MatrixBinIndex, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::HighFrequencyMeanCorrelationsBetweenSCs | ( | const TString | PlotOption | ) |
Definition at line 1086 of file TEcnaHistos.cc.
References HighFrequencyMeanCorrelationsBetweenStins().
{HighFrequencyMeanCorrelationsBetweenStins(PlotOption);}
| void TEcnaHistos::HighFrequencyMeanCorrelationsBetweenStins | ( | const TString | PlotOption | ) |
Definition at line 1088 of file TEcnaHistos.cc.
References fCorrelationMatrix, fHFBetweenStins, and ViewMatrix().
Referenced by HighFrequencyMeanCorrelationsBetweenSCs(), HighFrequencyMeanCorrelationsBetweenTowers(), and TEcnaGui::ViewMatrixHighFrequencyMeanCorrelationsBetweenStins().
{
//Plot low frequency mean correlation matrix between Stins
Int_t StexStin_A = 0;
Int_t StexStin_B = 0;
Int_t MatrixBinIndex = 0;
TString MatrixProbaNature = fCorrelationMatrix;
TString MatrixElement = fHFBetweenStins;
ViewMatrix(StexStin_A, StexStin_B, MatrixBinIndex, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::HighFrequencyMeanCorrelationsBetweenTowers | ( | const TString | PlotOption | ) |
Definition at line 1084 of file TEcnaHistos.cc.
References HighFrequencyMeanCorrelationsBetweenStins().
{HighFrequencyMeanCorrelationsBetweenStins(PlotOption);}
| void TEcnaHistos::HistimePlot | ( | TGraph * | g_graph0, |
| Axis_t | xinf, | ||
| Axis_t | xsup, | ||
| const TString | HistoCode, | ||
| const TString | HistoType, | ||
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const Int_t & | opt_scale_x, | ||
| const Int_t & | opt_scale_y, | ||
| const TString | opt_plot, | ||
| const Int_t & | xFlagAutoYsupMargin | ||
| ) |
Definition at line 9877 of file TEcnaHistos.cc.
References ActivePad(), ActivePavTxt(), TEcnaParHistos::BoxBottomY(), TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxRightX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::ColorDefinition(), gather_cfg::cout, CreateCanvas(), fCdelete, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fCurrentPad, fEcalNumbering, fFapAnaType, fFapEchaName, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapStexName, fFapStexNumber, fFapStinName, fFlagSubDet, fgMaxCar, fOnlyOnePlot, fOptScaleLiny, fOptScaleLogy, fPavComEvolNbOfEvtsAna, fPavComEvolRuns, fPavComGeneralTitle, fPavComSeveralChanging, fPavComStex, fPavComStin, fPavComXtal, fSameOnePlot, fSeveralPlot, fT1DRunNumber, fTextBorderSize, fTextPaveAlign, fTextPaveFont, fTextPaveSize, fTTBELL, fXinf, fXsup, fYinf, fYsup, TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(), GetCurrentCanvas(), TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(), TEcnaParHistos::GetMarginAutoMinMax(), GetMemoFlag(), TEcnaParHistos::GetNbOfRunsDisplayed(), TEcnaParHistos::GetQuantityName(), GetViewHistoColor(), GetYmaxFromGraphFrameAndMarginValue(), GetYmaxValueFromMemo(), GetYminFromGraphFrameAndMarginValue(), GetYminValueFromMemo(), ReInitCanvas(), SetAllPavesViewHisto(), TEcnaParHistos::SetCanvasHeight(), SetCanvasName(), TEcnaParHistos::SetCanvasWidth(), SetGraphPresentation(), SetHistoXAxisTitle(), SetHistoYAxisTitle(), SetParametersCanvas(), SetParametersPavTxt(), SetViewGraphColors(), and StexNumberToString().
Referenced by ViewHistime().
{
// Plot 1D histogram for evolution in time
UInt_t canv_w = fCnaParHistos->SetCanvasWidth(HistoCode, opt_plot);
UInt_t canv_h = fCnaParHistos->SetCanvasHeight(HistoCode, opt_plot);
SetGraphPresentation(g_graph0, HistoType.Data(), opt_plot.Data()); // (gStyle parameters)}
//...................................................... paves commentaires (HistimePlot)
SetAllPavesViewHisto(HistoCode, StexStin_A, i0StinEcha, iSample, opt_plot);
//..................................................... Canvas name (HistimePlot)
TString canvas_name = SetCanvasName(HistoCode.Data(), opt_scale_x, opt_scale_y, opt_plot,
StexStin_A, i0StinEcha, iSample);
//------------------------------------------------ Canvas allocation (HistimePlot)
//......................................... declarations canvas et pad
TCanvas* MainCanvas = 0;
if( opt_plot == fOnlyOnePlot )
{MainCanvas = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w , canv_h); fCnewRoot++;
fCurrentPad = gPad; fCurrentCanvas = MainCanvas; fCurrentCanvasName = canvas_name.Data();}
if( opt_plot == fSeveralPlot )
{
if(GetMemoFlag(HistoCode, opt_plot) == "Free")
{
MainCanvas = CreateCanvas(HistoCode, opt_plot, canvas_name, canv_w, canv_h);
fCurrentPad = gPad; fCurrentCanvas = MainCanvas; fCurrentCanvasName = canvas_name.Data();
}
}
if( opt_plot == fSameOnePlot )
{
if(GetMemoFlag(HistoCode, opt_plot) == "Free")
{
MainCanvas = CreateCanvas(HistoCode, opt_plot, canvas_name, canv_w, canv_h);
fCurrentPad = gPad; fCurrentCanvas = MainCanvas; fCurrentCanvasName = canvas_name.Data();
}
}
// cout << "*TEcnaHistos::HistimePlot(...)> Plot is displayed on canvas ----> " << canvas_name.Data() << endl;
//--------------- EE => SC for construction, EB => Xtal in SM (default: Stin ECNA number, i0StinEcha)
Int_t Stex_StinCons = StexStin_A; // Stex_StinCons = Tower for EB, SC for construction for EE
Int_t n1StexCrys = i0StinEcha+1; // n1StexCrys = Crys in SM for EB
if( StexStin_A >= 1 && StexStin_A <= fEcal->MaxStinEcnaInStex() )
{
if( fFlagSubDet == "EB" )
{n1StexCrys = fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha, fFapStexNumber);}
if( fFlagSubDet == "EE" )
{Stex_StinCons = fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, StexStin_A);}
}
//------ String for StexNumber ( to display "EB" or "EE" if Stex = 0 )
TString sFapStexNumber = StexNumberToString(fFapStexNumber);
//============================================================================= (HistimePlot)
//
// 1st OPERATIONS: Pave texts preparation and first Draw.
// SetParametersCanvas
// Set Memo Flags.
// Set main_subpad and main_pavtxt
//
//=============================================================================
TVirtualPad* main_subpad = 0; // main_subpad: Pad for the histo
TPaveText* main_pavtxt = 0; // main_pavtxt: pave for changing parameters
Int_t xMemoPlotSame = 1; // a priori ==> SAME plot
TString QuantityName = fCnaParHistos->GetQuantityName(HistoCode.Data());
//========================================= Option ONLYONE (HistimePlot)
if( opt_plot == fOnlyOnePlot )
{
//................................. Draw titles and paves (pad = main canvas)
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStex->Draw();
if( !( HistoType == "Global" || HistoType == "Proj" ) )
{
fPavComStin->Draw();
fPavComXtal->Draw();
}
fPavComEvolNbOfEvtsAna->Draw();
fPavComEvolRuns->Draw();
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("top_left_box_EB") - 0.005;
Double_t x_margin = x_low;
Double_t y_margin = y_low;
Color_t fond_pad = fCnaParHistos->ColorDefinition("gris18");
MainCanvas->Divide( 1, 1, x_margin, y_margin, fond_pad);
// Divide(nx, ny, x_margin, y_margin, color);
gPad->cd(1);
main_subpad = gPad;
main_subpad->SetPad(x_low, y_low, x_up, y_up);
xMemoPlotSame = 0;
}
//========================================= Options SAME and SAME n (HistimePlot)
if(opt_plot == fSeveralPlot || opt_plot == fSameOnePlot)
{
if(GetMemoFlag(HistoCode, opt_plot) == "Free")
{
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComSeveralChanging->Draw();
fPavComEvolRuns->Draw();
if( !( HistoType == "Global" || HistoType == "Proj" ||
HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date") )
{
fPavComStin->Draw();
fPavComXtal->Draw();
}
if( !( HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date" ) )
{
fPavComXtal->Draw();
}
//Call to SetParametersPavTxt
//fPavTxt<HISTOCODE> = fPavComSeveralChanging; => come from SetAllPavesViewHisto
SetParametersPavTxt(HistoCode, opt_plot);
//---------------- Call to ActivePavTxt
// main_pavtxt = fPavTxt<HISTOCODE>;} (return main_pavtxt)
main_pavtxt = ActivePavTxt(HistoCode.Data(), opt_plot.Data());
//-------------------- Set texts for pave "several changing", options SAME and SAME n (HistimePlot)
main_pavtxt->SetTextAlign(fTextPaveAlign);
main_pavtxt->SetTextFont(fTextPaveFont);
main_pavtxt->SetTextSize(fTextPaveSize);
main_pavtxt->SetBorderSize(fTextBorderSize);
char* f_in = new char[fgMaxCar]; fCnew++;
TString DecalStexName = "";
if( fFlagSubDet == "EB" ){DecalStexName = " ";}
TString DecalStinName = "";
if( fFlagSubDet == "EE" ){DecalStinName = " ";}
TString sStexOrStasName = "";
if( fFapStexNumber == 0 ){sStexOrStasName = " ";}
if( fFapStexNumber != 0 ){sStexOrStasName = fFapStexName;}
//-----------------------------> HistoType = "EvolProj" => treated in HistoPlot, not here.
if(opt_plot == fSeveralPlot)
{
sprintf(f_in, "Analysis Samp Evts range Nb Evts %s%s %s%s %s",
DecalStexName.Data(), sStexOrStasName.Data(),
DecalStinName.Data(), fFapStinName.Data(), fFapEchaName.Data());
}
if(opt_plot == fSameOnePlot)
{
sprintf(f_in, "Analysis Samp Evts range Nb Evts %s%s %s%s %s",
DecalStexName.Data(), sStexOrStasName.Data(),
DecalStinName.Data(), fFapStinName.Data(), fFapEchaName.Data());
}
//................................................................... (HistimePlot)
TText* ttit = main_pavtxt->AddText(f_in);
ttit->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
if(opt_plot == fSeveralPlot)
{
sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %5s%6d%7d",
fFapAnaType.Data(), fFapNbOfSamples,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys);
}
if(opt_plot == fSameOnePlot)
{
sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %5s%6d%7d %-25s",
fFapAnaType.Data(), fFapNbOfSamples,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys, QuantityName.Data());
}
TText* tt = main_pavtxt->AddText(f_in);
tt->SetTextColor(GetViewHistoColor(HistoCode, opt_plot));
delete [] f_in; f_in = 0; fCdelete++;
//---------- Draw the "several changing" pave with its text in the Canvas (FIRST TIME) (HistimePlot)
main_pavtxt->Draw();
//---------------- Call to SetParametersCanvas
//fImp<HISTOCODE> = (TRootCanvas*)fCanv<HISTOCODE>->GetCanvasImp();
//fCanv<HISTOCODE>->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
//fPad<HISTOCODE> = gPad;
//fMemoPlot<HISTOCODE> = 1; =======> set MemoFlag to "Buzy"
//fMemoColor<HISTOCODE> = 0;
SetParametersCanvas(HistoCode, opt_plot);
//---------------- Set xMemoPlotSame to 0
xMemoPlotSame = 0;
}
//............................ cases fMemoPlotxxx = 1 (HistimePlot)
if(GetMemoFlag(HistoCode, opt_plot) == "Busy")
{
//---------------- Call to ActivePavTxt
// main_pavtxt = fPavTxt<HISTOCODE>;} (return main_pavtxt)
main_pavtxt = ActivePavTxt(HistoCode.Data(), opt_plot.Data());
//---------------- Call to ActivePad
//if( (TRootCanvas*)fCanv<HISTOCODE>->GetCanvasImp() == fImp<HISTOCODE> ){
// main_subpad = fPad<HISTOCODE>;} (return main_subpad)
main_subpad = ActivePad(HistoCode.Data(), opt_plot.Data()); // => return 0 if canvas has been closed
//---------------- Recover pointer to the current canvas
MainCanvas = GetCurrentCanvas(HistoCode.Data(), opt_plot.Data());
}
}
//============================================================================= (HistimePlot)
//
// 2nd OPERATIONS: Write and Draw the parameter values in the
// "several changing" pave (options SAME and SAME n)
// Draw Histo
//=============================================================================
if(main_subpad != 0)
{
if(opt_plot == fSeveralPlot || opt_plot == fSameOnePlot)
{
if(xMemoPlotSame != 0)
{
main_pavtxt->SetTextAlign(fTextPaveAlign);
main_pavtxt->SetTextFont(fTextPaveFont);
main_pavtxt->SetTextSize(fTextPaveSize);
main_pavtxt->SetBorderSize(fTextBorderSize);
char* f_in = new char[fgMaxCar]; fCnew++;
if(opt_plot == fSeveralPlot )
{sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %5s%6d%7d",
fFapAnaType.Data(), fFapNbOfSamples, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
sFapStexNumber.Data(), Stex_StinCons, n1StexCrys);}
if(opt_plot == fSameOnePlot )
{sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %5s%6d%7d %-25s",
fFapAnaType.Data(), fFapNbOfSamples, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
sFapStexNumber.Data(), Stex_StinCons, n1StexCrys, QuantityName.Data());}
TText *tt = main_pavtxt->AddText(f_in);
tt->SetTextColor(GetViewHistoColor(HistoCode, opt_plot));
MainCanvas->cd(); gStyle->SetOptDate(0);
main_pavtxt->Draw();
delete [] f_in; f_in = 0; fCdelete++;
}
main_subpad->cd();
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("several_evol_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("general_comment") - 0.005;
if( opt_plot == fSameOnePlot ){y_up = fCnaParHistos->BoxBottomY("top_left_box_EB") - 0.005;}
main_subpad->SetPad(x_low, y_low, x_up, y_up);
}
//............................................ Style (HistimePlot)
SetViewGraphColors(g_graph0, HistoCode, opt_plot);
//................................. Set axis titles
TString axis_x_var_name = SetHistoXAxisTitle(HistoCode);
TString axis_y_var_name = SetHistoYAxisTitle(HistoCode);
g_graph0->GetXaxis()->SetTitle(axis_x_var_name);
g_graph0->GetYaxis()->SetTitle(axis_y_var_name);
//................................. Xaxis is a time axis
g_graph0->GetXaxis()->SetTimeDisplay(1);
g_graph0->GetXaxis()->SetTimeFormat("%d %b-%Hh");
g_graph0->GetXaxis()->SetTimeOffset(xinf);
Int_t nb_displayed = fCnaParHistos->GetNbOfRunsDisplayed(); // max nb of run numbers displayed
//........................................................................... (HistimePlot)
Int_t liny = 0;
Int_t logy = 1;
if(opt_plot == fOnlyOnePlot)
{
fXinf = (Double_t)xinf;
fXsup = (Double_t)xsup;
fYinf = (Double_t)GetYminValueFromMemo(HistoCode);
fYsup = (Double_t)GetYmaxValueFromMemo(HistoCode);
gPad->RangeAxis(fXinf, fYinf, fXsup, fYsup);
//if(opt_scale_y == fOptScaleLiny){gPad->SetLogy(liny);}
if(opt_scale_y == fOptScaleLogy){gPad->SetLogy(logy); g_graph0->Draw("ALP");}
if(opt_scale_y == fOptScaleLiny)
{
gPad->SetLogy(liny);
g_graph0->Draw("ALP");
Int_t nb_pts = g_graph0->GetN();
Double_t* coord_x = g_graph0->GetX();
Double_t* coord_y = g_graph0->GetY();
char* f_in = new char[fgMaxCar]; fCnew++;
//................. display of the run numbers (HistimePlot)
Double_t interv_displayed = (coord_x[nb_pts-1] - coord_x[0])/(Double_t)nb_displayed;
Double_t last_drawn_coordx = coord_x[0] - 1.5*interv_displayed;
for(Int_t i_run=0; i_run<nb_pts; i_run++)
{
if ( (coord_x[i_run] - last_drawn_coordx) > interv_displayed )
{
Double_t joinYinf = fYinf;
Double_t joinYsup = fYsup;
if( joinYsup <= joinYinf )
{
joinYinf =
GetYminFromGraphFrameAndMarginValue(g_graph0, fCnaParHistos->GetMarginAutoMinMax());
joinYsup =
GetYmaxFromGraphFrameAndMarginValue(g_graph0, fCnaParHistos->GetMarginAutoMinMax());
joinYsup = joinYsup + (joinYsup-joinYinf)/20.;
}
sprintf( f_in, "R%d", fT1DRunNumber[i_run]);
TText *text_run_num = new TText(coord_x[i_run], joinYsup, f_in); fCnewRoot++;
text_run_num->SetTextAngle((Double_t)45.);
text_run_num->SetTextSize((Double_t)0.035);
text_run_num->Draw("SAME");
// delete text_StexStin_num; fCdeleteRoot++;
TLine *jointlign;
jointlign = new TLine(coord_x[i_run], joinYsup, coord_x[i_run], coord_y[i_run]); fCnewRoot++;
jointlign->SetLineWidth(1);
jointlign->SetLineStyle(2);
jointlign->Draw("SAME");
// delete jointlign; fCdeleteRoot++;
last_drawn_coordx = coord_x[i_run]; // (HistimePlot)
}
}
delete [] f_in; f_in = 0; fCdelete++;
}
if(opt_scale_y == fOptScaleLogy)
{
gPad->SetLogy(logy);
g_graph0->Draw("ALP");
}
}
//...................................................................... (HistimePlot)
if(opt_plot == fSeveralPlot || opt_plot == fSameOnePlot)
{
if(xMemoPlotSame == 0)
{
if(opt_scale_y == fOptScaleLiny){gPad->SetLogy(liny);}
if(opt_scale_y == fOptScaleLogy){gPad->SetLogy(logy);
}
g_graph0->Draw("ALP");
fXinf = (Double_t)xinf;
fXsup = (Double_t)xsup;
fYinf = (Double_t)GetYminValueFromMemo(HistoCode);
fYsup = (Double_t)GetYmaxValueFromMemo(HistoCode);
gPad->RangeAxis(fXinf, fYinf, fXsup, fYsup);
}
if(xMemoPlotSame != 0) // (HistimePlot)
{
if(opt_scale_y == fOptScaleLiny){gPad->SetLogy(liny);}
if(opt_scale_y == fOptScaleLogy){gPad->SetLogy(logy);}
g_graph0->Draw("LP");
}
}
gPad->Update();
}
else // else du if(main_subpad !=0)
{
cout << "*TEcnaHistos::HistimePlot(...)> Canvas not found. Previously closed in option SAME."
<< fTTBELL << endl;
ReInitCanvas(HistoCode, opt_plot);
xMemoPlotSame = 0;
}
// delete MainCanvas; fCdeleteRoot++;
} // end of HistimePlot
| void TEcnaHistos::HistoPlot | ( | TH1D * | h_his0, |
| const Int_t & | HisSize, | ||
| const Axis_t & | xinf_his, | ||
| const Axis_t & | xsup_his, | ||
| const TString | HistoCode, | ||
| const TString | HistoType, | ||
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const Int_t & | opt_scale_x, | ||
| const Int_t & | opt_scale_y, | ||
| const TString | opt_plot, | ||
| const Int_t & | xFlagAutoYsupMargin | ||
| ) |
Definition at line 8985 of file TEcnaHistos.cc.
References ActivePad(), ActivePavTxt(), TEcnaParHistos::BoxBottomY(), TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxRightX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::ColorDefinition(), gather_cfg::cout, CreateCanvas(), fCdelete, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fCurrentPad, fEcal, fEcalNumbering, fFapAnaType, fFapEchaName, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexName, fFapStexNumber, fFapStinName, fFlagSubDet, fgMaxCar, fOnlyOnePlot, fOptScaleLinx, fOptScaleLiny, fOptScaleLogx, fOptScaleLogy, fPavComAnaRun, fPavComEvolNbOfEvtsAna, fPavComEvolRuns, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fPavComStin, fPavComXtal, fRunType, fSameOnePlot, fSeveralPlot, fTextBorderSize, fTextPaveAlign, fTextPaveFont, fTTBELL, TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(), GetCurrentCanvas(), TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(), GetDSOffset(), TEcnaNumbering::GetMaxSCInDS(), GetMemoFlag(), GetNotCompleteDSSCFromIndex(), GetNotConnectedDSSCFromIndex(), TEcnaParHistos::GetQuantityName(), GetViewHistoColor(), i, getHLTprescales::index, TEcnaParEcal::MaxCrysInSC(), TEcnaParEcal::MaxSCForConsInDee(), TEcnaParEcal::MaxStexInStas(), TEcnaParEcal::MaxStinEcnaInStex(), NotCompleteSCH1DBin(), NotConnectedSCH1DBin(), TEcnaParEcal::NumberOfNotCompleteSCs(), TEcnaParEcal::NumberOfNotConnectedSCs(), ReInitCanvas(), SetAllPavesViewHisto(), TEcnaParHistos::SetCanvasHeight(), SetCanvasName(), TEcnaParHistos::SetCanvasWidth(), SetHistoPresentation(), SetHistoXAxisTitle(), SetHistoYAxisTitle(), SetParametersCanvas(), SetParametersPavTxt(), SetViewHistoColors(), StexNumberToString(), and TopAxisForHistos().
Referenced by ViewHistime(), and ViewHisto().
{
// Plot 1D histogram
UInt_t canv_w = fCnaParHistos->SetCanvasWidth(HistoCode.Data(), opt_plot);
UInt_t canv_h = fCnaParHistos->SetCanvasHeight(HistoCode.Data(), opt_plot);
TString QuantityName = " ";
Int_t MaxCar = fgMaxCar;
QuantityName.Resize(MaxCar);
QuantityName = fCnaParHistos->GetQuantityName(HistoCode.Data());
SetHistoPresentation(h_his0, HistoType.Data(), opt_plot); // (gStyle parameters)}
//.................................................. prepa paves commentaires (HistoPlot)
SetAllPavesViewHisto(HistoCode.Data(), StexStin_A, i0StinEcha, iSample, opt_plot.Data());
//..................................................... Canvas name (HistoPlot)
TString canvas_name = SetCanvasName(HistoCode.Data(), opt_scale_x, opt_scale_y,
opt_plot.Data(), StexStin_A, i0StinEcha, iSample);
//.................................... Canvas allocations (HistoPlot)
TCanvas* MainCanvas = 0;
if(opt_plot == fOnlyOnePlot)
{MainCanvas = new TCanvas(canvas_name.Data(), canvas_name.Data(), canv_w , canv_h); fCnewRoot++;
fCurrentPad = gPad; fCurrentCanvas = MainCanvas; fCurrentCanvasName = canvas_name.Data();}
if( opt_plot == fSeveralPlot || opt_plot == fSameOnePlot)
{if(GetMemoFlag(HistoCode, opt_plot) == "Free")
{MainCanvas = CreateCanvas(HistoCode, opt_plot, canvas_name, canv_w, canv_h);
fCurrentPad = gPad; fCurrentCanvas = MainCanvas; fCurrentCanvasName = canvas_name.Data();}}
// cout << "*TEcnaHistos::HistoPlot(...)> Plot is displayed on canvas ----> " << canvas_name.Data() << endl;
//--------------- EE => SC for construction, EB => Xtal in SM (default: Stin ECNA number, i0StinEcha)
Int_t Stex_StinCons = StexStin_A; // Stex_StinCons = Tower for EB, SC for construction for EE
Int_t n1StexCrys = i0StinEcha+1; // n1StexCrys = Crys in SM for EB, ECNA
if( StexStin_A >= 1 && StexStin_A <= fEcal->MaxStinEcnaInStex() )
{
if( fFlagSubDet == "EB" )
{n1StexCrys = fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha, fFapStexNumber);}
if( fFlagSubDet == "EE" )
{Stex_StinCons = fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, StexStin_A);}
}
//------ String for StexNumber ( to display "EB" or "EE" if Stex = 0 )
TString sFapStexNumber = StexNumberToString(fFapStexNumber);
//============================================================================= (HistoPlot)
//
// 1st OPERATIONS: Pave texts preparation and first Draw.
// SetParametersCanvas
// Set Memo Flags.
// Set main_subpad and main_pavtxt
//
//=============================================================================
TVirtualPad* main_subpad = 0; // main_subpad: Pad for the histo
TPaveText* main_pavtxt = 0; // Pave for the "Several Changing" parameters (options SAME and SAME n)
Int_t xMemoPlotSame = 1; // a priori ==> SAME plot
//========================================= Option ONLYONE (HistoPlot)
if(opt_plot == fOnlyOnePlot)
{
//.................................... Draw titles and paves (pad = main canvas)
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStex->Draw();
if( !( HistoType == "Global" || HistoType == "Proj" ) ){fPavComStin->Draw(); fPavComXtal->Draw();}
if( HistoType == "EvolProj" )
{
fPavComEvolRuns->Draw();
fPavComEvolNbOfEvtsAna->Draw();
}
else
{
fPavComAnaRun->Draw();
fPavComNbOfEvts->Draw();
}
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("top_right_box_EB") - 0.005;
Color_t fond_pad = fCnaParHistos->ColorDefinition("blanc");
Double_t x_margin = x_low;
Double_t y_margin = y_low;
MainCanvas->Divide( 1, 1, x_margin, y_margin, fond_pad);
// Divide(nx, ny, x_margin, y_margin, color);
gPad->cd(1);
main_subpad = gPad;
main_subpad->SetPad(x_low, y_low, x_up, y_up);
xMemoPlotSame = 0;
} // end of if(opt_plot == fOnlyOnePlot)
//========================================= Options SAME and SAME n (HistoPlot)
if( (opt_plot == fSeveralPlot) || (opt_plot == fSameOnePlot) )
{
//..................... First call in options SAME and SAME n
if( GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
//Call to SetParametersPavTxt
//fPavTxt<HISTOCODE> = fPavComSeveralChanging; => come from SetAllPavesViewHisto
SetParametersPavTxt(HistoCode, opt_plot);
//---------------- Call to ActivePavTxt
// main_pavtxt = fPavTxt<HISTOCODE>;} (return main_pavtxt)
main_pavtxt = ActivePavTxt(HistoCode.Data(), opt_plot.Data());
//---------------------------- Set texts for pave "several changing", options SAME and SAME n
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
main_pavtxt->SetTextAlign(fTextPaveAlign);
main_pavtxt->SetTextFont(fTextPaveFont);
main_pavtxt->SetBorderSize(fTextBorderSize);
Float_t cTextPaveSize = 0.025;
if( HistoType == "H1Basic" || HistoType == "SampProj" ||
HistoType == "Proj" || HistoType == "EvolProj" )
{cTextPaveSize = 0.025;}
main_pavtxt->SetTextSize(cTextPaveSize);
char* f_in = new char[fgMaxCar]; fCnew++;
//------------------------------------------------------------ titles pave "several" (HistoPlot)
TString DecalStexName = "";
if( fFlagSubDet == "EB" ){DecalStexName = " ";}
TString DecalStinName = "";
if( fFlagSubDet == "EE" ){DecalStinName = " ";}
TString sStexOrStasName = "";
if( fFapStexNumber == 0 ){sStexOrStasName = " ";}
if( fFapStexNumber != 0 ){sStexOrStasName = fFapStexName;}
if( opt_plot == fSeveralPlot || opt_plot == fSameOnePlot )
{
if( HistoType == "SampGlobal" )
{sprintf(f_in, "Analysis Samp RUN# (run type ) Evts range Nb Evts %s%s %s%s %s Sample",
DecalStexName.Data(), sStexOrStasName.Data(),
DecalStinName.Data(), fFapStinName.Data(), fFapEchaName.Data());}
if( HistoType == "SampProj" )
{sprintf(f_in, "Analysis Samp RUN# (run type ) Evts range Nb Evts %s%s %s%s %s Sample",
DecalStexName.Data(), sStexOrStasName.Data(),
DecalStinName.Data(), fFapStinName.Data(), fFapEchaName.Data());}
if( HistoType == "H1Basic" )
{sprintf(f_in, "Analysis Samp RUN# (run type ) Evts range Nb Evts %s%s %s%s %s",
DecalStexName.Data(), sStexOrStasName.Data(),
DecalStinName.Data(), fFapStinName.Data(), fFapEchaName.Data());}
if((HistoType == "Global") ||(HistoType == "Proj") )
{sprintf(f_in, "Analysis Samp RUN# (run type ) Evts range Nb Evts %s%s",
DecalStexName.Data(), sStexOrStasName.Data());}
if( HistoType == "EvolProj" )
{sprintf(f_in, "Analysis Samp Evts range Nb Evts %s%s %s%s %s",
DecalStexName.Data(), sStexOrStasName.Data(),
DecalStinName.Data(), fFapStinName.Data(), fFapEchaName.Data());}
}
TText* ttit = main_pavtxt->AddText(f_in);
ttit->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
//------------------------------------------------------------ values pave "several"
//.................................... option SAME n only (HistoPlot)
if( opt_plot == fSameOnePlot)
{
if( (HistoType == "Global") || (HistoType == "Proj") )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s %-25s",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
sFapStexNumber.Data(), QuantityName.Data());
}
if( HistoType == "EvolProj" )
{
sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %5s%6d%7d %-25s",
fFapAnaType.Data(), fFapNbOfSamples, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
sFapStexNumber.Data(), Stex_StinCons, n1StexCrys, QuantityName.Data());
}
} // end of if for option SAME n only
//..................................... option SAME
if( opt_plot == fSeveralPlot )
{
Int_t kSample = iSample+1; // Sample number range = [1,n<=10]
if( HistoType == "SampGlobal" )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s%6d%5d%6d",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys, kSample);
}
if( HistoType == "SampProj" )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s%6d%5d%6d",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys, kSample);
}
if( HistoType == "H1Basic" )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s%6d%5d",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys);
}
if( (HistoType == "Global") || (HistoType == "Proj") )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data());
}
if( HistoType == "EvolProj" )
{
sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %4s%7d%7d",
fFapAnaType.Data(), fFapNbOfSamples,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys);
}
}
TText* tt = main_pavtxt->AddText(f_in);
tt->SetTextColor(GetViewHistoColor(HistoCode, opt_plot));
delete [] f_in; f_in = 0; fCdelete++;
//---------------- Draw the "several changing" pave with its text in the Canvas (AT FIRST TIME)
main_pavtxt->Draw();
//---------------- Draw evol run pave if "EvolProj" (AT FIRST TIME)
if( HistoType == "EvolProj" ){fPavComEvolRuns->Draw();}
//---------------- Call to SetParametersCanvas
//fImp<HISTOCODE> = (TRootCanvas*)fCanv<HISTOCODE>->GetCanvasImp();
//fCanv<HISTOCODE>->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
//fPad<HISTOCODE> = gPad;
//fMemoPlot<HISTOCODE> = 1; =======> set MemoFlag to "Buzy"
//fMemoColor<HISTOCODE> = 0;
SetParametersCanvas(HistoCode, opt_plot);
//---------------- Set xMemoPlotSame to 0
xMemoPlotSame = 0;
}
//-------- end of if( GetMemoFlag(HistoCode, opt_plot) == "Free" ) ---------- (HistoPlot)
//.......... First and further calls in options SAME and SAME n (fMemoPlot<HISTOCODE> = 1)
if(GetMemoFlag(HistoCode, opt_plot) == "Busy")
{
//---------------- Call to ActivePavTxt
// main_pavtxt = fPavTxt<HISTOCODE>;} (return main_pavtxt)
main_pavtxt = ActivePavTxt(HistoCode.Data(), opt_plot.Data());
//---------------- Call to ActivePad
//if( (TRootCanvas*)fCanv<HISTOCODE>->GetCanvasImp() == fImp<HISTOCODE> ){
// main_subpad = fPad<HISTOCODE>;} (return main_subpad)
main_subpad = ActivePad(HistoCode.Data(), opt_plot.Data()); // => return 0 if canvas has been closed
//---------------- Recover pointer to the current canvas
MainCanvas = GetCurrentCanvas(HistoCode.Data(), opt_plot.Data());
}
} // end of if( (opt_plot == fSeveralPlot) || (opt_plot == fSameOnePlot) )
//============================================================================= (HistoPlot)
//
// 2nd OPERATIONS: Write and Draw the parameter values in the
// "several changing" pave (options SAME and SAME n)
// and Draw Histo
//=============================================================================
if(main_subpad != 0)
{
if( (opt_plot == fSeveralPlot) || (opt_plot == fSameOnePlot) )
{
//------------------------------------------------------------ values
if(xMemoPlotSame != 0)
{
// main_pavtxt = fPavComSeveralChanging = fPavTxt<HISTOCODE>
main_pavtxt->SetTextAlign(fTextPaveAlign);
main_pavtxt->SetTextFont(fTextPaveFont);
main_pavtxt->SetBorderSize(fTextBorderSize);
Float_t cTextPaveSize = 0.025;
if( HistoType == "H1Basic" || HistoType == "SampProj"
|| HistoType == "Proj" || HistoType == "EvolProj" )
{cTextPaveSize = 0.025;}
main_pavtxt->SetTextSize(cTextPaveSize);
char* f_in = new char[fgMaxCar]; fCnew++;
if( opt_plot == fSameOnePlot )
{
if( (HistoType == "Global") || (HistoType == "Proj") )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s %-25s",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
sFapStexNumber.Data(), QuantityName.Data());
}
if( HistoType == "EvolProj" )
{
sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %5s%6d%7d %-25s",
fFapAnaType.Data(), fFapNbOfSamples,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys, QuantityName.Data());
}
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
Int_t kSample = iSample+1; // Sample number range = [1,n<=10] (HistoPlot)
if(HistoType == "SampGlobal" )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s%6d%5d%6d",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys, kSample);
}
if( HistoType == "SampProj" )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s%6d%5d%6d",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys, kSample);
}
if(HistoType == "H1Basic" )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s%6d%5d",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data(),
Stex_StinCons, n1StexCrys);
}
if( (HistoType == "Global") || (HistoType == "Proj") )
{
sprintf(f_in, "%-10s 1-%2d%7d (%-20s) %5d-%5d %7d %4s",
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber, fRunType.Data(),
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts, sFapStexNumber.Data());
}
if( HistoType == "EvolProj" )
{
sprintf(f_in, "%-10s 1-%2d %5d-%5d %7d %4s%7d%7d",
fFapAnaType.Data(), fFapNbOfSamples,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
sFapStexNumber.Data(), Stex_StinCons, n1StexCrys);
}
}
TText *tt = main_pavtxt->AddText(f_in);
tt->SetTextColor(GetViewHistoColor(HistoCode, opt_plot));
MainCanvas->cd(); gStyle->SetOptDate(0);
main_pavtxt->Draw();
delete [] f_in; f_in = 0; fCdelete++;
}
main_subpad->cd();
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("several_plots_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("general_comment") - 0.005;
if( opt_plot == fSameOnePlot && HistoType == "EvolProj" )
{y_up = fCnaParHistos->BoxBottomY("top_left_box_EB") - 0.005;}
main_subpad->SetPad(x_low, y_low, x_up, y_up);
} // end of if( (opt_plot == fSeveralPlot) || (opt_plot == fSameOnePlot) )
//............................................ Style (HistoPlot)
SetViewHistoColors(h_his0, HistoCode.Data(), opt_plot);
//SetViewHistoMarkerAndLine(h_his0, HistoCode.Data(), opt_plot);
//................................. Set axis titles
TString axis_x_var_name = SetHistoXAxisTitle(HistoCode);
TString axis_y_var_name = SetHistoYAxisTitle(HistoCode);
h_his0->GetXaxis()->SetTitle(axis_x_var_name);
h_his0->GetYaxis()->SetTitle(axis_y_var_name);
Int_t lin_scale = 0;
Int_t log_scale = 1;
if(opt_scale_x == fOptScaleLinx){gPad->SetLogx(lin_scale);}
if(opt_scale_x == fOptScaleLogx){gPad->SetLogx(log_scale);}
if(opt_scale_y == fOptScaleLiny){gPad->SetLogy(lin_scale);}
if(opt_scale_y == fOptScaleLogy){gPad->SetLogy(log_scale);}
//---------------------------------------------------------------- Draw histo (HistoPlot)
if(opt_plot == fOnlyOnePlot){h_his0->DrawCopy();}
if(opt_plot == fSeveralPlot || opt_plot == fSameOnePlot)
{
if(xMemoPlotSame == 0){h_his0->DrawCopy();}
if(xMemoPlotSame != 0){h_his0->DrawCopy("SAME");}
}
//----------------------------------------------------------------
//.................... Horizontal line at y=0 (HistoPlot)
if( !( HistoCode == "D_Adc_EvDs" || HistoCode == "D_Adc_EvNb" ||
HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj" ) )
{
Double_t yinf = h_his0->GetMinimum();
Double_t ysup = h_his0->GetMaximum();
if( yinf <= (Double_t)0. && ysup >= (Double_t)0. )
{TLine* lin = new TLine(0.,0.,(Double_t)HisSize, 0.); fCnewRoot++;
lin->Draw();}
}
if( (opt_plot == fOnlyOnePlot)
|| ( (opt_plot == fSeveralPlot || opt_plot == fSameOnePlot) && xMemoPlotSame == 0 ) )
{
Double_t yinf = (Double_t)h_his0->GetMinimum();
Double_t ysup = (Double_t)h_his0->GetMaximum();
if(xFlagAutoYsupMargin == 1)
{
if( yinf >= ysup ){yinf = (Double_t)0.; ysup += ysup;} // ROOT default if ymin >= ymax
Double_t MaxMarginFactor = (Double_t)0.05; // frame top line = 5% above the maximum
ysup += (ysup-yinf)*MaxMarginFactor; // ROOT default if ymin < ymax
}
char* f_in = new char[fgMaxCar]; fCnew++;
//.................... Vertical lines for Data sectors (EE Global plot only)
if( fFlagSubDet == "EE" && fFapStexNumber == 0 )
{
//............................................................. Data Sectors (HistoPlot)
Color_t coul_DS = fCnaParHistos->ColorDefinition("noir");
Int_t DeeOffset = 0;
for(Int_t n1Dee=1; n1Dee<=4; n1Dee++)
{
if( n1Dee == 4 ){DeeOffset = 0;}
if( n1Dee == 3 ){DeeOffset = fEcal->MaxSCForConsInDee();} // 149
if( n1Dee == 2 ){DeeOffset = 2*fEcal->MaxSCForConsInDee();} // 446
if( n1Dee == 1 ){DeeOffset = 3*fEcal->MaxSCForConsInDee();} // 595
Double_t ydee = ysup + (ysup-yinf)/(Double_t)15.;
Double_t xBinDee = DeeOffset + fEcal->MaxSCForConsInDee()/(Double_t)2.;
sprintf( f_in, "D%d", n1Dee );
TText *text_Dee = new TText(xBinDee, ydee, f_in); fCnewRoot++;
text_Dee->SetTextColor(coul_DS);
text_Dee->SetTextSize((Double_t)0.04);
text_Dee->Draw("SAME");
Double_t DSLabelOffset = (Double_t)12;
for(Int_t i=1; i<5; i++)
{
Int_t iDS = 0;
if( n1Dee == 1 ){iDS = i;}
if( n1Dee == 2 ){iDS = i+4;}
if( n1Dee == 3 ){iDS = i+5;}
if( n1Dee == 4 ){iDS = i+1;}
Double_t xBinDS = DeeOffset + (Double_t)GetDSOffset(n1Dee, iDS)/fEcal->MaxCrysInSC();
TLine* lin_DS = new TLine(xBinDS, yinf, xBinDS, ysup); fCnewRoot++;
lin_DS->SetLineColor(coul_DS);
lin_DS->SetLineWidth(1);
lin_DS->SetLineStyle(2);
lin_DS->Draw();
if( n1Dee == 2 && i == 4 )
{
TLine* lin_DSp = new TLine(DeeOffset, yinf, DeeOffset, ysup); fCnewRoot++;
lin_DSp->SetLineColor(coul_DS);
lin_DSp->SetLineWidth(1);
lin_DSp->SetLineStyle(2);
lin_DSp->Draw();
}
Double_t yds = ysup + (ysup-yinf)/(Double_t)50.;
Double_t xBinDSp = xBinDS + DSLabelOffset;
Int_t nDS = iDS;
sprintf( f_in, "S%d", nDS );
TText *text_DS = new TText(xBinDSp, yds, f_in); fCnewRoot++;
text_DS->SetTextColor(coul_DS);
text_DS->SetTextSize((Double_t)0.03);
text_DS->Draw("SAME");
if( (n1Dee == 4 && i == 1) || (n1Dee == 2 && i == 4) )
{
if(n1Dee == 4){nDS = iDS-1;}
if(n1Dee == 2){nDS = iDS+1;}
sprintf( f_in, "S%d", nDS );
TText *text_DS = new TText(xBinDS-1.75*DSLabelOffset, yds, f_in); fCnewRoot++;
text_DS->SetTextColor(coul_DS);
text_DS->SetTextSize((Double_t)0.03);
text_DS->Draw("SAME");
}
}
}
}
//........... Vertical lines for Data sectors and special SC's (EE only, Dee's Global plots) (HistoPlot)
if( fFlagSubDet == "EE" && fFapStexNumber > 0 )
{
if( HistoType == "Global" )
{
Double_t ytext = yinf - (ysup-yinf)/8.5;
//............................................................. Data Sectors
Color_t coul_DS = fCnaParHistos->ColorDefinition("noir");
for(Int_t i=1; i<5; i++)
{
Int_t iDS = 0;
if( fFapStexNumber == 1 ){iDS = i;}
if( fFapStexNumber == 2 ){iDS = i+4;}
if( fFapStexNumber == 3 ){iDS = i+5;}
if( fFapStexNumber == 4 ){iDS = i+1;}
Double_t xBinDS = (Double_t)GetDSOffset(fFapStexNumber, iDS);
TLine* lin_DS = new TLine(xBinDS, yinf, xBinDS, ysup); fCnewRoot++;
lin_DS->SetLineColor(coul_DS);
lin_DS->SetLineWidth(2);
lin_DS->SetLineStyle(2);
lin_DS->Draw();
Double_t ytextds = ysup + (ysup-yinf)/30.;
Double_t xBinDSNumber =
xBinDS + fEcalNumbering->GetMaxSCInDS(iDS)*fEcal->MaxCrysInSC()/(Double_t)2.25;
sprintf( f_in, "S%d", iDS );
TText *text_DS = new TText(xBinDSNumber, ytextds, f_in); fCnewRoot++;
text_DS->SetTextColor(coul_DS);
text_DS->SetTextSize((Double_t)0.04);
text_DS->Draw("SAME");
if( ( (fFapStexNumber == 1 || fFapStexNumber == 2 ) && i == 4 ) ||
( (fFapStexNumber == 3 || fFapStexNumber == 4 ) && i == 1 ) )
{
Int_t iDSp = iDS;
if( i == 4 ){iDSp = iDS+1;}
if( i == 1 ){iDSp = iDS-1;}
sprintf( f_in, "S%d", iDSp);
Double_t xBinpDSNumber =
xBinDSNumber - fEcalNumbering->GetMaxSCInDS(iDS)*fEcal->MaxCrysInSC();
TText *text_DSp = new TText(xBinpDSNumber, ytextds, f_in); fCnewRoot++;
text_DSp->SetTextColor(coul_DS);
text_DSp->SetTextSize((Double_t)0.04);
text_DSp->Draw("SAME");
}
}
//.............................................................. Vertical lines for SC's
// Trop serre. A garder en reserve.
//for(Int_t i=0; i<fEcal->MaxSCForConsInDee(); i++)
// {
// Double_t xBinSC =(Double_t)(fEcal->MaxCrysInSC()*i);
// TLine* lin_SC = new TLine(xBinSC, yinf, xBinSC, ysup); fCnewRoot++;
// lin_SC->SetLineColor(coul_DS);
// lin_SC->SetLineStyle(3);
// lin_SC->Draw();
// }
//............................................................... Not connected SC's
Color_t coul_notconnected = fCnaParHistos->ColorDefinition("bleu_fonce");
for(Int_t i=1; i<=fEcal->NumberOfNotConnectedSCs(); i++)
{
Int_t index = 0;
if( fFapStexNumber == 1 || fFapStexNumber == 3 ){index = 2*i - 1;}
if( fFapStexNumber == 2 || fFapStexNumber == 4 ){index = 2*i;}
//................. display of the not connected SC's numbers (+ vertical line)
Double_t xBinNotConnectedSC = NotConnectedSCH1DBin(index);
TLine* lin_notconnected =
new TLine(xBinNotConnectedSC, yinf, xBinNotConnectedSC, ysup); fCnewRoot++;
lin_notconnected->SetLineColor(coul_notconnected);
lin_notconnected->SetLineStyle(3);
lin_notconnected->Draw();
Double_t xBinNotConnectedSCEnd = NotConnectedSCH1DBin(index)+fEcal->MaxCrysInSC();
TLine* lin_notconnected_end =
new TLine(xBinNotConnectedSCEnd, yinf, xBinNotConnectedSCEnd, ysup); fCnewRoot++;
lin_notconnected_end->SetLineColor(coul_notconnected);
lin_notconnected_end->SetLineStyle(3);
lin_notconnected_end->Draw();
//sprintf( f_in, "%d", GetNotConnectedSCForConsFromIndex(index) );
sprintf( f_in, "%d", GetNotConnectedDSSCFromIndex(index) );
TText *text_SC_NotConnected = new TText(xBinNotConnectedSC, ytext, f_in); fCnewRoot++;
text_SC_NotConnected->SetTextAngle((Double_t)45.);
text_SC_NotConnected->SetTextColor(coul_notconnected);
text_SC_NotConnected->SetTextFont(42);
text_SC_NotConnected->SetTextSize((Double_t)0.03);
text_SC_NotConnected->Draw("SAME");
}
//Double_t xtext = xinf_his - (xsup_his-xinf_his)/8.;
//Double_t ytextp = yinf - (ysup-yinf)/6.;
//sprintf( f_in, "Special SC => ");
//TText *text_legend_NotConnected = new TText(xtext, ytext, f_in); fCnewRoot++;
//text_legend_NotConnected->SetTextColor(coul_notconnected);
//text_legend_NotConnected->SetTextSize((Double_t)0.03);
//text_legend_NotConnected->Draw("SAME");
//............................................................... Not complete SC's
Color_t coul_notcomplete = fCnaParHistos->ColorDefinition("rouge40");
for(Int_t i=1; i<=fEcal->NumberOfNotCompleteSCs(); i++)
{
Int_t index = 0;
if( fFapStexNumber == 1 || fFapStexNumber == 3 ){index = 2*i - 1;}
if( fFapStexNumber == 2 || fFapStexNumber == 4 ){index = 2*i;}
//................. display of the not complete SC's numbers (+ vertical line)
Double_t xBinNotCompleteSC = NotCompleteSCH1DBin(index);
TLine* lin_notcomplete =
new TLine(xBinNotCompleteSC, yinf, xBinNotCompleteSC, ysup); fCnewRoot++;
lin_notcomplete->SetLineColor(coul_notcomplete);
lin_notcomplete->SetLineStyle(3);
lin_notcomplete->Draw();
Double_t xBinNotCompleteSCEnd = NotCompleteSCH1DBin(index)+fEcal->MaxCrysInSC();;
TLine* lin_notcomplete_end =
new TLine(xBinNotCompleteSCEnd, yinf, xBinNotCompleteSCEnd, ysup); fCnewRoot++;
lin_notcomplete_end->SetLineColor(coul_notcomplete);
lin_notcomplete_end->SetLineStyle(3);
lin_notcomplete_end->Draw();
sprintf( f_in, "%d", GetNotCompleteDSSCFromIndex(index) );
// sprintf( f_in, "%d", GetNotCompleteSCForConsFromIndex(index) );
TText *text_SC_NotComplete = new TText(xBinNotCompleteSC, ytext, f_in); fCnewRoot++;
text_SC_NotComplete->SetTextAngle((Double_t)45.);
text_SC_NotComplete->SetTextColor(coul_notcomplete);
text_SC_NotComplete->SetTextFont(42);
text_SC_NotComplete->SetTextSize((Double_t)0.03);
text_SC_NotComplete->Draw("SAME");
}
//Double_t xtextp = xinf_his + (xsup_his-xinf_his)/15.;
//sprintf( f_in, "Not complete SC");
//TText *text_legend_NotComplete = new TText(xtextp, ytextp, f_in); fCnewRoot++;
//text_legend_NotComplete->SetTextColor(coul_notcomplete);
//text_legend_NotComplete->SetTextSize((Double_t)0.03);
//text_legend_NotComplete->Draw("SAME");
}
}
delete [] f_in; f_in = 0; fCdelete++;
}
//..............................................Top Axis (HistoPlot)
Int_t min_value = 0;
Int_t max_value = 0;
if(HistoType == "Global")
{
if( fFapStexNumber > 0 )
{
//.......................... Axis for the Stin numbers and Data sectors (EE) numbers
if( fFlagSubDet == "EB" )
{
min_value = 0;
max_value = fEcal->MaxStinEcnaInStex() - 1;
}
if( fFlagSubDet == "EE" )
{
if( fFapStexNumber == 1 ){min_value = 1; max_value = 5;}
if( fFapStexNumber == 2 ){min_value = 5; max_value = 9;}
if( fFapStexNumber == 3 ){min_value = 5; max_value = 9;}
if( fFapStexNumber == 4 ){min_value = 1; max_value = 5;}
}
}
if( fFapStexNumber == 0 )
{
//.......................... Axis for the SM (EB) and Dee numbers (EE)
if( fFlagSubDet == "EB" )
{
min_value = 0;
max_value = fEcal->MaxStexInStas() - 1;
}
if( fFlagSubDet == "EE" )
{
min_value = 1;
max_value = fEcal->MaxStexInStas();
}
}
TopAxisForHistos(h_his0, opt_plot, xMemoPlotSame, min_value, max_value,
xFlagAutoYsupMargin, HisSize);
}
gPad->Update();
}
else // else du if(main_subpad !=0)
{
cout << "*TEcnaHistos::HistoPlot(...)> Canvas not found. Previously closed in option SAME."
<< fTTBELL << endl;
ReInitCanvas(HistoCode, opt_plot);
xMemoPlotSame = 0;
}
// delete MainCanvas; fCdeleteRoot++;
} // end of HistoPlot
| void TEcnaHistos::Init | ( | void | ) |
Definition at line 519 of file TEcnaHistos.cc.
References fAsciiFileName, fBetweenSamples, fCanvD_Adc_EvDs, fCanvD_Adc_EvNb, fCanvD_HFN_ChDs, fCanvD_HFN_ChNb, fCanvD_LFN_ChDs, fCanvD_LFN_ChNb, fCanvD_MCs_ChDs, fCanvD_MCs_ChNb, fCanvD_MSp_Samp, fCanvD_NOE_ChDs, fCanvD_NOE_ChNb, fCanvD_Ped_ChDs, fCanvD_Ped_ChNb, fCanvD_SCs_ChDs, fCanvD_SCs_ChNb, fCanvD_SSp_Samp, fCanvD_TNo_ChDs, fCanvD_TNo_ChNb, fCanvH1SamePlus, fCanvH_HFN_Date, fCanvH_HFN_RuDs, fCanvH_LFN_Date, fCanvH_LFN_RuDs, fCanvH_MCs_Date, fCanvH_MCs_RuDs, fCanvH_Ped_Date, fCanvH_Ped_RuDs, fCanvH_SCs_Date, fCanvH_SCs_RuDs, fCanvH_TNo_Date, fCanvH_TNo_RuDs, fCanvSameD_Adc_EvDs, fCanvSameD_Adc_EvNb, fCanvSameD_HFN_ChDs, fCanvSameD_HFN_ChNb, fCanvSameD_LFN_ChDs, fCanvSameD_LFN_ChNb, fCanvSameD_MCs_ChDs, fCanvSameD_MCs_ChNb, fCanvSameD_MSp_Samp, fCanvSameD_NOE_ChDs, fCanvSameD_NOE_ChNb, fCanvSameD_Ped_ChDs, fCanvSameD_Ped_ChNb, fCanvSameD_SCs_ChDs, fCanvSameD_SCs_ChNb, fCanvSameD_SSp_Samp, fCanvSameD_TNo_ChDs, fCanvSameD_TNo_ChNb, fCanvSameH1SamePlus, fCanvSameH_HFN_Date, fCanvSameH_HFN_RuDs, fCanvSameH_LFN_Date, fCanvSameH_LFN_RuDs, fCanvSameH_MCs_Date, fCanvSameH_MCs_RuDs, fCanvSameH_Ped_Date, fCanvSameH_Ped_RuDs, fCanvSameH_SCs_Date, fCanvSameH_SCs_RuDs, fCanvSameH_TNo_Date, fCanvSameH_TNo_RuDs, fCdelete, fCdeleteRoot, fCnaCommand, fCnaError, fCnew, fCnewRoot, fCorrelationMatrix, fCovarianceMatrix, fCurrentCanvas, fCurrentCanvasName, fCurrentPad, fFapAnaType, fFapFileRuns, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapMaxNbOfRuns, fFapNbOfEvts, fFapNbOfRuns, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexNumber, fFlagColPal, fFlagGeneralTitle, fFlagScaleX, fFlagScaleY, fgMaxCar, fHFBetweenChannels, fHFBetweenStins, fImpD_Adc_EvDs, fImpD_Adc_EvNb, fImpD_HFN_ChDs, fImpD_HFN_ChNb, fImpD_LFN_ChDs, fImpD_LFN_ChNb, fImpD_MCs_ChDs, fImpD_MCs_ChNb, fImpD_MSp_Samp, fImpD_NOE_ChDs, fImpD_NOE_ChNb, fImpD_Ped_ChDs, fImpD_Ped_ChNb, fImpD_SCs_ChDs, fImpD_SCs_ChNb, fImpD_SSp_Samp, fImpD_TNo_ChDs, fImpD_TNo_ChNb, fImpH1SamePlus, fImpH_HFN_Date, fImpH_HFN_RuDs, fImpH_LFN_Date, fImpH_LFN_RuDs, fImpH_MCs_Date, fImpH_MCs_RuDs, fImpH_Ped_Date, fImpH_Ped_RuDs, fImpH_SCs_Date, fImpH_SCs_RuDs, fImpH_TNo_Date, fImpH_TNo_RuDs, fLFBetweenChannels, fLFBetweenStins, fMemoColorD_Adc_EvDs, fMemoColorD_Adc_EvNb, fMemoColorD_HFN_ChDs, fMemoColorD_HFN_ChNb, fMemoColorD_LFN_ChDs, fMemoColorD_LFN_ChNb, fMemoColorD_MCs_ChDs, fMemoColorD_MCs_ChNb, fMemoColorD_MSp_Samp, fMemoColorD_NOE_ChDs, fMemoColorD_NOE_ChNb, fMemoColorD_Ped_ChDs, fMemoColorD_Ped_ChNb, fMemoColorD_SCs_ChDs, fMemoColorD_SCs_ChNb, fMemoColorD_SSp_Samp, fMemoColorD_TNo_ChDs, fMemoColorD_TNo_ChNb, fMemoColorH1SamePlus, fMemoColorH_HFN_Date, fMemoColorH_HFN_RuDs, fMemoColorH_LFN_Date, fMemoColorH_LFN_RuDs, fMemoColorH_MCs_Date, fMemoColorH_MCs_RuDs, fMemoColorH_Ped_Date, fMemoColorH_Ped_RuDs, fMemoColorH_SCs_Date, fMemoColorH_SCs_RuDs, fMemoColorH_TNo_Date, fMemoColorH_TNo_RuDs, fMemoPlotD_Adc_EvDs, fMemoPlotD_Adc_EvNb, fMemoPlotD_HFN_ChDs, fMemoPlotD_HFN_ChNb, fMemoPlotD_LFN_ChDs, fMemoPlotD_LFN_ChNb, fMemoPlotD_MCs_ChDs, fMemoPlotD_MCs_ChNb, fMemoPlotD_MSp_Samp, fMemoPlotD_NOE_ChDs, fMemoPlotD_NOE_ChNb, fMemoPlotD_Ped_ChDs, fMemoPlotD_Ped_ChNb, fMemoPlotD_SCs_ChDs, fMemoPlotD_SCs_ChNb, fMemoPlotD_SSp_Samp, fMemoPlotD_TNo_ChDs, fMemoPlotD_TNo_ChNb, fMemoPlotH1SamePlus, fMemoPlotH_HFN_Date, fMemoPlotH_HFN_RuDs, fMemoPlotH_LFN_Date, fMemoPlotH_LFN_RuDs, fMemoPlotH_MCs_Date, fMemoPlotH_MCs_RuDs, fMemoPlotH_Ped_Date, fMemoPlotH_Ped_RuDs, fMemoPlotH_SCs_Date, fMemoPlotH_SCs_RuDs, fMemoPlotH_TNo_Date, fMemoPlotH_TNo_RuDs, fMyRootFile, fMyRootFileName, fNbBinsMemoD_Adc_EvDs, fNbBinsMemoD_Adc_EvNb, fNbBinsMemoD_HFN_ChDs, fNbBinsMemoD_HFN_ChNb, fNbBinsMemoD_LFN_ChDs, fNbBinsMemoD_LFN_ChNb, fNbBinsMemoD_MCs_ChDs, fNbBinsMemoD_MCs_ChNb, fNbBinsMemoD_MSp_Samp, fNbBinsMemoD_NOE_ChDs, fNbBinsMemoD_NOE_ChNb, fNbBinsMemoD_Ped_ChDs, fNbBinsMemoD_Ped_ChNb, fNbBinsMemoD_SCs_ChDs, fNbBinsMemoD_SCs_ChNb, fNbBinsMemoD_SSp_Samp, fNbBinsMemoD_TNo_ChDs, fNbBinsMemoD_TNo_ChNb, fNbBinsMemoH1SamePlus, fNbBinsMemoH_HFN_Date, fNbBinsMemoH_HFN_RuDs, fNbBinsMemoH_LFN_Date, fNbBinsMemoH_LFN_RuDs, fNbBinsMemoH_MCs_Date, fNbBinsMemoH_MCs_RuDs, fNbBinsMemoH_Ped_Date, fNbBinsMemoH_Ped_RuDs, fNbBinsMemoH_SCs_Date, fNbBinsMemoH_SCs_RuDs, fNbBinsMemoH_TNo_Date, fNbBinsMemoH_TNo_RuDs, fNbBinsProj, fNbOfExistingRuns, fNbOfListFileH_HFN_Date, fNbOfListFileH_HFN_RuDs, fNbOfListFileH_LFN_Date, fNbOfListFileH_LFN_RuDs, fNbOfListFileH_MCs_Date, fNbOfListFileH_MCs_RuDs, fNbOfListFileH_Ped_Date, fNbOfListFileH_Ped_RuDs, fNbOfListFileH_SCs_Date, fNbOfListFileH_SCs_RuDs, fNbOfListFileH_TNo_Date, fNbOfListFileH_TNo_RuDs, fOnlyOnePlot, fOptScaleLinx, fOptScaleLiny, fOptScaleLogx, fOptScaleLogy, fOptVisLine, fOptVisPolm, fPadD_Adc_EvDs, fPadD_Adc_EvNb, fPadD_HFN_ChDs, fPadD_HFN_ChNb, fPadD_LFN_ChDs, fPadD_LFN_ChNb, fPadD_MCs_ChDs, fPadD_MCs_ChNb, fPadD_MSp_Samp, fPadD_NOE_ChDs, fPadD_NOE_ChNb, fPadD_Ped_ChDs, fPadD_Ped_ChNb, fPadD_SCs_ChDs, fPadD_SCs_ChNb, fPadD_SSp_Samp, fPadD_TNo_ChDs, fPadD_TNo_ChNb, fPadH1SamePlus, fPadH_HFN_Date, fPadH_HFN_RuDs, fPadH_LFN_Date, fPadH_LFN_RuDs, fPadH_MCs_Date, fPadH_MCs_RuDs, fPadH_Ped_Date, fPadH_Ped_RuDs, fPadH_SCs_Date, fPadH_SCs_RuDs, fPadH_TNo_Date, fPadH_TNo_RuDs, fPavTxtD_Adc_EvDs, fPavTxtD_Adc_EvNb, fPavTxtD_HFN_ChDs, fPavTxtD_HFN_ChNb, fPavTxtD_LFN_ChDs, fPavTxtD_LFN_ChNb, fPavTxtD_MCs_ChDs, fPavTxtD_MCs_ChNb, fPavTxtD_MSp_Samp, fPavTxtD_NOE_ChDs, fPavTxtD_NOE_ChNb, fPavTxtD_Ped_ChDs, fPavTxtD_Ped_ChNb, fPavTxtD_SCs_ChDs, fPavTxtD_SCs_ChNb, fPavTxtD_SSp_Samp, fPavTxtD_TNo_ChDs, fPavTxtD_TNo_ChNb, fPavTxtH1SamePlus, fPavTxtH_HFN_Date, fPavTxtH_HFN_RuDs, fPavTxtH_LFN_Date, fPavTxtH_LFN_RuDs, fPavTxtH_MCs_Date, fPavTxtH_MCs_RuDs, fPavTxtH_Ped_Date, fPavTxtH_Ped_RuDs, fPavTxtH_SCs_Date, fPavTxtH_SCs_RuDs, fPavTxtH_TNo_Date, fPavTxtH_TNo_RuDs, fRunType, fSameOnePlot, fSeveralPlot, fStartEvolDate, fStartEvolRun, fStartEvolTime, fStopEvolDate, fStopEvolRun, fStopEvolTime, fT1DRunNumber, fTextBorderSize, fTextPaveAlign, fTextPaveFont, fTextPaveSize, fTTBELL, fXMemoD_Adc_EvDs, fXMemoD_Adc_EvNb, fXMemoD_HFN_ChDs, fXMemoD_HFN_ChNb, fXMemoD_LFN_ChDs, fXMemoD_LFN_ChNb, fXMemoD_MCs_ChDs, fXMemoD_MCs_ChNb, fXMemoD_MSp_Samp, fXMemoD_NOE_ChDs, fXMemoD_NOE_ChNb, fXMemoD_Ped_ChDs, fXMemoD_Ped_ChNb, fXMemoD_SCs_ChDs, fXMemoD_SCs_ChNb, fXMemoD_SSp_Samp, fXMemoD_TNo_ChDs, fXMemoD_TNo_ChNb, fXMemoH1SamePlus, fXMemoH_HFN_Date, fXMemoH_HFN_RuDs, fXMemoH_LFN_Date, fXMemoH_LFN_RuDs, fXMemoH_MCs_Date, fXMemoH_MCs_RuDs, fXMemoH_Ped_Date, fXMemoH_Ped_RuDs, fXMemoH_SCs_Date, fXMemoH_SCs_RuDs, fXMemoH_TNo_Date, fXMemoH_TNo_RuDs, fYMemoD_Adc_EvDs, fYMemoD_Adc_EvNb, fYMemoD_HFN_ChDs, fYMemoD_HFN_ChNb, fYMemoD_LFN_ChDs, fYMemoD_LFN_ChNb, fYMemoD_MCs_ChDs, fYMemoD_MCs_ChNb, fYMemoD_MSp_Samp, fYMemoD_NOE_ChDs, fYMemoD_NOE_ChNb, fYMemoD_Ped_ChDs, fYMemoD_Ped_ChNb, fYMemoD_SCs_ChDs, fYMemoD_SCs_ChNb, fYMemoD_SSp_Samp, fYMemoD_TNo_ChDs, fYMemoD_TNo_ChNb, fYMemoH1SamePlus, fYMemoH_HFN_Date, fYMemoH_HFN_RuDs, fYMemoH_LFN_Date, fYMemoH_LFN_RuDs, fYMemoH_MCs_Date, fYMemoH_MCs_RuDs, fYMemoH_Ped_Date, fYMemoH_Ped_RuDs, fYMemoH_SCs_Date, fYMemoH_SCs_RuDs, fYMemoH_TNo_Date, fYMemoH_TNo_RuDs, and fZerv.
Referenced by TEcnaHistos().
{
//========================= GENERAL INITIALISATION
fCnew = 0;
fCdelete = 0;
fCnewRoot = 0;
fCdeleteRoot = 0;
fCnaCommand = 0;
fCnaError = 0;
fgMaxCar = 512;
fZerv = 0;
//------------------------------ initialisations ----------------------
fTTBELL = '\007';
fT1DRunNumber = 0;
//........................ init code plot type (Init)
Int_t MaxCar = fgMaxCar;
fOnlyOnePlot.Resize(MaxCar);
fOnlyOnePlot = "ONLYONE";
MaxCar = fgMaxCar;
fSeveralPlot.Resize(MaxCar);
fSeveralPlot = "SAME";
MaxCar = fgMaxCar;
fSameOnePlot.Resize(MaxCar);
fSameOnePlot = "SAME n";
//.......... init flags Same plot
fMemoPlotH1SamePlus = 0;
fMemoPlotD_NOE_ChNb = 0; fMemoPlotD_NOE_ChDs = 0;
fMemoPlotD_Ped_ChNb = 0; fMemoPlotD_Ped_ChDs = 0;
fMemoPlotD_TNo_ChNb = 0; fMemoPlotD_TNo_ChDs = 0;
fMemoPlotD_MCs_ChNb = 0; fMemoPlotD_MCs_ChDs = 0;
fMemoPlotD_LFN_ChNb = 0; fMemoPlotD_LFN_ChDs = 0;
fMemoPlotD_HFN_ChNb = 0; fMemoPlotD_HFN_ChDs = 0;
fMemoPlotD_SCs_ChNb = 0; fMemoPlotD_SCs_ChDs = 0;
fMemoPlotD_MSp_Samp = 0; fMemoPlotD_SSp_Samp = 0;
fMemoPlotD_Adc_EvDs = 0; fMemoPlotD_Adc_EvNb = 0;
fMemoPlotH_Ped_Date = 0; fMemoPlotH_TNo_Date = 0;
fMemoPlotH_MCs_Date = 0; fMemoPlotH_LFN_Date = 0;
fMemoPlotH_HFN_Date = 0; fMemoPlotH_SCs_Date = 0;
fMemoPlotH_Ped_RuDs = 0; fMemoPlotH_TNo_RuDs = 0;
fMemoPlotH_MCs_RuDs = 0; fMemoPlotH_LFN_RuDs = 0;
fMemoPlotH_HFN_RuDs = 0; fMemoPlotH_SCs_RuDs = 0;
//.......... init flags colors (Init)
fMemoColorH1SamePlus = 0;
fMemoColorD_NOE_ChNb = 0; fMemoColorD_NOE_ChDs = 0;
fMemoColorD_Ped_ChNb = 0; fMemoColorD_Ped_ChDs = 0;
fMemoColorD_TNo_ChNb = 0; fMemoColorD_TNo_ChDs = 0;
fMemoColorD_MCs_ChNb = 0; fMemoColorD_MCs_ChDs = 0;
fMemoColorD_LFN_ChNb = 0; fMemoColorD_LFN_ChDs = 0;
fMemoColorD_HFN_ChNb = 0; fMemoColorD_HFN_ChDs = 0;
fMemoColorD_SCs_ChNb = 0; fMemoColorD_SCs_ChDs = 0;
fMemoColorD_MSp_Samp = 0; fMemoColorD_SSp_Samp = 0;
fMemoColorD_Adc_EvDs = 0; fMemoColorD_Adc_EvNb = 0;
fMemoColorH_Ped_Date = 0; fMemoColorH_TNo_Date = 0;
fMemoColorH_MCs_Date = 0; fMemoColorH_LFN_Date = 0;
fMemoColorH_HFN_Date = 0; fMemoColorH_SCs_Date = 0;
fMemoColorH_Ped_RuDs = 0; fMemoColorH_TNo_RuDs = 0;
fMemoColorH_MCs_RuDs = 0; fMemoColorH_LFN_RuDs = 0;
fMemoColorH_HFN_RuDs = 0; fMemoColorH_SCs_RuDs = 0;
//.......... init counter Same canvas
fCanvSameH1SamePlus = 0;
fCanvSameD_NOE_ChNb = 0; fCanvSameD_NOE_ChDs = 0;
fCanvSameD_Ped_ChNb = 0; fCanvSameD_Ped_ChDs = 0;
fCanvSameD_TNo_ChNb = 0; fCanvSameD_TNo_ChDs = 0;
fCanvSameD_MCs_ChNb = 0; fCanvSameD_MCs_ChDs = 0;
fCanvSameD_LFN_ChNb = 0; fCanvSameD_LFN_ChDs = 0;
fCanvSameD_HFN_ChNb = 0; fCanvSameD_HFN_ChDs = 0;
fCanvSameD_SCs_ChNb = 0; fCanvSameD_SCs_ChDs = 0;
fCanvSameD_MSp_Samp = 0; fCanvSameD_SSp_Samp = 0;
fCanvSameD_Adc_EvDs = 0; fCanvSameD_Adc_EvNb = 0;
fCanvSameH_Ped_Date = 0; fCanvSameH_TNo_Date = 0;
fCanvSameH_MCs_Date = 0; fCanvSameH_LFN_Date = 0;
fCanvSameH_HFN_Date = 0; fCanvSameH_SCs_Date = 0;
fCanvSameH_Ped_RuDs = 0; fCanvSameH_TNo_RuDs = 0;
fCanvSameH_MCs_RuDs = 0; fCanvSameH_LFN_RuDs = 0;
fCanvSameH_HFN_RuDs = 0; fCanvSameH_SCs_RuDs = 0;
//................. Flag Scale X anf Y set to "LIN" and flag color palete set to "Black/Red/Blue"
MaxCar = fgMaxCar;
fFlagScaleX.Resize(MaxCar);
fFlagScaleX = "LIN";
MaxCar = fgMaxCar; // (Init)
fFlagScaleY.Resize(MaxCar);
fFlagScaleY = "LIN";
MaxCar = fgMaxCar;
fFlagColPal.Resize(MaxCar);
fFlagColPal = "Black/Red/Blue";
//................. Flag General Title set to empty string
MaxCar = fgMaxCar;
fFlagGeneralTitle.Resize(MaxCar);
fFlagGeneralTitle = "";
//................. Init codes Options
fOptScaleLinx = 31400;
fOptScaleLogx = 31401;
fOptScaleLiny = 31402;
fOptScaleLogy = 31403;
fOptVisLine = 1101;
fOptVisPolm = 1102;
//............................ (Init)
MaxCar = fgMaxCar;
fCovarianceMatrix.Resize(MaxCar);
fCovarianceMatrix = "Cov";
MaxCar = fgMaxCar;
fCorrelationMatrix.Resize(MaxCar);
fCorrelationMatrix = "Cor";
MaxCar = fgMaxCar;
fLFBetweenChannels.Resize(MaxCar);
fLFBetweenChannels = "MccLow";
MaxCar = fgMaxCar;
fHFBetweenChannels.Resize(MaxCar);
fHFBetweenChannels = "MccHigh";
MaxCar = fgMaxCar;
fBetweenSamples.Resize(MaxCar);
fBetweenSamples = "Mss";
MaxCar = fgMaxCar;
fLFBetweenStins.Resize(MaxCar);
fLFBetweenStins = "MttLow";
MaxCar = fgMaxCar;
fHFBetweenStins.Resize(MaxCar);
fHFBetweenStins = "MttHigh";
//.................................. text pave alignement for pave "SeveralChanging" (HistimePlot)
fTextPaveAlign = 12; // 1 = left adjusted, 2 = vertically centered
fTextPaveFont = 100; // 10*10 = 10*(ID10 = Courier New)
fTextPaveSize = (Float_t)0.025; // 0.0xxx = xxx% of the pave size
fTextBorderSize = 1; // Pave Border (=>Shadow)
//................................. Init Xvar, Yvar, NbBins management for options SAME and SAME n
fXMemoH1SamePlus = "";
fXMemoD_NOE_ChNb = "";
fXMemoD_NOE_ChDs = "";
fXMemoD_Ped_ChNb = "";
fXMemoD_Ped_ChDs = "";
fXMemoD_TNo_ChNb = "";
fXMemoD_TNo_ChDs = "";
fXMemoD_MCs_ChNb = "";
fXMemoD_MCs_ChDs = "";
fXMemoD_LFN_ChNb = "";
fXMemoD_LFN_ChDs = "";
fXMemoD_HFN_ChNb = "";
fXMemoD_HFN_ChDs = "";
fXMemoD_SCs_ChNb = "";
fXMemoD_SCs_ChDs = "";
fXMemoD_MSp_Samp = "";
fXMemoD_SSp_Samp = "";
fXMemoD_Adc_EvDs = "";
fXMemoD_Adc_EvNb = "";
fXMemoH_Ped_Date = "";
fXMemoH_TNo_Date = "";
fXMemoH_MCs_Date = "";
fXMemoH_LFN_Date = "";
fXMemoH_HFN_Date = "";
fXMemoH_SCs_Date = "";
fXMemoH_Ped_RuDs = "";
fXMemoH_TNo_RuDs = "";
fXMemoH_MCs_RuDs = "";
fXMemoH_LFN_RuDs = "";
fXMemoH_HFN_RuDs = "";
fXMemoH_SCs_RuDs = "";
fYMemoH1SamePlus = "";
fYMemoD_NOE_ChNb = "";
fYMemoD_NOE_ChDs = "";
fYMemoD_Ped_ChNb = "";
fYMemoD_Ped_ChDs = "";
fYMemoD_TNo_ChNb = "";
fYMemoD_TNo_ChDs = "";
fYMemoD_MCs_ChNb = "";
fYMemoD_MCs_ChDs = "";
fYMemoD_LFN_ChNb = "";
fYMemoD_LFN_ChDs = "";
fYMemoD_HFN_ChNb = "";
fYMemoD_HFN_ChDs = "";
fYMemoD_SCs_ChNb = "";
fYMemoD_SCs_ChDs = "";
fYMemoD_MSp_Samp = "";
fYMemoD_SSp_Samp = "";
fYMemoD_Adc_EvDs = "";
fYMemoD_Adc_EvNb = "";
fYMemoH_Ped_Date = "";
fYMemoH_TNo_Date = "";
fYMemoH_MCs_Date = "";
fYMemoH_LFN_Date = "";
fYMemoH_HFN_Date = "";
fYMemoH_SCs_Date = "";
fYMemoH_Ped_RuDs = "";
fYMemoH_TNo_RuDs = "";
fYMemoH_MCs_RuDs = "";
fYMemoH_LFN_RuDs = "";
fYMemoH_HFN_RuDs = "";
fYMemoH_SCs_RuDs = "";
fNbBinsMemoH1SamePlus = 0;
fNbBinsMemoD_NOE_ChNb = 0;
fNbBinsMemoD_NOE_ChDs = 0;
fNbBinsMemoD_Ped_ChNb = 0;
fNbBinsMemoD_Ped_ChDs = 0;
fNbBinsMemoD_TNo_ChNb = 0;
fNbBinsMemoD_TNo_ChDs = 0;
fNbBinsMemoD_MCs_ChNb = 0;
fNbBinsMemoD_MCs_ChDs = 0;
fNbBinsMemoD_LFN_ChNb = 0;
fNbBinsMemoD_LFN_ChDs = 0;
fNbBinsMemoD_HFN_ChNb = 0;
fNbBinsMemoD_HFN_ChDs = 0;
fNbBinsMemoD_SCs_ChNb = 0;
fNbBinsMemoD_SCs_ChDs = 0;
fNbBinsMemoD_MSp_Samp = 0;
fNbBinsMemoD_SSp_Samp = 0;
fNbBinsMemoD_Adc_EvDs = 0;
fNbBinsMemoD_Adc_EvNb = 0;
fNbBinsMemoH_Ped_Date = 0;
fNbBinsMemoH_TNo_Date = 0;
fNbBinsMemoH_MCs_Date = 0;
fNbBinsMemoH_LFN_Date = 0;
fNbBinsMemoH_HFN_Date = 0;
fNbBinsMemoH_SCs_Date = 0;
fNbBinsMemoH_Ped_RuDs = 0;
fNbBinsMemoH_TNo_RuDs = 0;
fNbBinsMemoH_MCs_RuDs = 0;
fNbBinsMemoH_LFN_RuDs = 0;
fNbBinsMemoH_HFN_RuDs = 0;
fNbBinsMemoH_SCs_RuDs = 0;
//.................................. Init canvas/pad pointers (Init)
fCurrentCanvas = 0;
fCurrentCanvasName = "?";
fCanvH1SamePlus = 0;
fCanvD_NOE_ChNb = 0;
fCanvD_NOE_ChDs = 0;
fCanvD_Ped_ChNb = 0;
fCanvD_Ped_ChDs = 0;
fCanvD_TNo_ChNb = 0;
fCanvD_TNo_ChDs = 0;
fCanvD_MCs_ChNb = 0;
fCanvD_MCs_ChDs = 0;
fCanvD_LFN_ChNb = 0;
fCanvD_LFN_ChDs = 0;
fCanvD_HFN_ChNb = 0;
fCanvD_HFN_ChDs = 0;
fCanvD_SCs_ChNb = 0;
fCanvD_SCs_ChDs = 0;
fCanvD_MSp_Samp = 0;
fCanvD_SSp_Samp = 0;
fCanvD_Adc_EvDs = 0;
fCanvD_Adc_EvNb = 0;
fCanvH_Ped_Date = 0;
fCanvH_TNo_Date = 0;
fCanvH_MCs_Date = 0;
fCanvH_LFN_Date = 0;
fCanvH_HFN_Date = 0;
fCanvH_SCs_Date = 0;
fCanvH_Ped_RuDs = 0;
fCanvH_TNo_RuDs = 0;
fCanvH_MCs_RuDs = 0;
fCanvH_LFN_RuDs = 0;
fCanvH_HFN_RuDs = 0;
fCanvH_SCs_RuDs = 0;
fCurrentPad = 0; // (Init)
fPadH1SamePlus = 0;
fPadD_NOE_ChNb = 0;
fPadD_NOE_ChDs = 0;
fPadD_Ped_ChNb = 0;
fPadD_Ped_ChDs = 0;
fPadD_TNo_ChNb = 0;
fPadD_TNo_ChDs = 0;
fPadD_MCs_ChNb = 0;
fPadD_MCs_ChDs = 0;
fPadD_LFN_ChNb = 0;
fPadD_LFN_ChDs = 0;
fPadD_HFN_ChNb = 0;
fPadD_HFN_ChDs = 0;
fPadD_SCs_ChNb = 0;
fPadD_SCs_ChDs = 0;
fPadD_MSp_Samp = 0;
fPadD_SSp_Samp = 0;
fPadD_Adc_EvDs = 0;
fPadD_Adc_EvNb = 0;
fPadH_Ped_Date = 0;
fPadH_TNo_Date = 0;
fPadH_MCs_Date = 0;
fPadH_LFN_Date = 0;
fPadH_HFN_Date = 0;
fPadH_SCs_Date = 0;
fPadH_Ped_RuDs = 0;
fPadH_TNo_RuDs = 0;
fPadH_MCs_RuDs = 0;
fPadH_LFN_RuDs = 0;
fPadH_HFN_RuDs = 0;
fPadH_SCs_RuDs = 0;
fPavTxtH1SamePlus = 0; // (Init)
fPavTxtD_NOE_ChNb = 0;
fPavTxtD_NOE_ChDs = 0;
fPavTxtD_Ped_ChNb = 0;
fPavTxtD_Ped_ChDs = 0;
fPavTxtD_TNo_ChNb = 0;
fPavTxtD_TNo_ChDs = 0;
fPavTxtD_MCs_ChNb = 0;
fPavTxtD_MCs_ChDs = 0;
fPavTxtD_LFN_ChNb = 0;
fPavTxtD_LFN_ChDs = 0;
fPavTxtD_HFN_ChNb = 0;
fPavTxtD_HFN_ChDs = 0;
fPavTxtD_SCs_ChNb = 0;
fPavTxtD_SCs_ChDs = 0;
fPavTxtD_MSp_Samp = 0;
fPavTxtD_SSp_Samp = 0;
fPavTxtD_Adc_EvDs = 0;
fPavTxtD_Adc_EvNb = 0;
fPavTxtH_Ped_Date = 0;
fPavTxtH_TNo_Date = 0;
fPavTxtH_MCs_Date = 0;
fPavTxtH_LFN_Date = 0;
fPavTxtH_HFN_Date = 0;
fPavTxtH_SCs_Date = 0;
fPavTxtH_Ped_RuDs = 0;
fPavTxtH_TNo_RuDs = 0;
fPavTxtH_MCs_RuDs = 0;
fPavTxtH_LFN_RuDs = 0;
fPavTxtH_HFN_RuDs = 0;
fPavTxtH_SCs_RuDs = 0;
fImpH1SamePlus = 0; // (Init)
fImpD_NOE_ChNb = 0;
fImpD_NOE_ChDs = 0;
fImpD_Ped_ChNb = 0;
fImpD_Ped_ChDs = 0;
fImpD_TNo_ChNb = 0;
fImpD_TNo_ChDs = 0;
fImpD_MCs_ChNb = 0;
fImpD_MCs_ChDs = 0;
fImpD_LFN_ChNb = 0;
fImpD_LFN_ChDs = 0;
fImpD_HFN_ChNb = 0;
fImpD_HFN_ChDs = 0;
fImpD_SCs_ChNb = 0;
fImpD_SCs_ChDs = 0;
fImpD_MSp_Samp = 0;
fImpD_SSp_Samp = 0;
fImpD_Adc_EvDs = 0;
fImpD_Adc_EvNb = 0;
fImpH_Ped_Date = 0;
fImpH_TNo_Date = 0;
fImpH_MCs_Date = 0;
fImpH_LFN_Date = 0;
fImpH_HFN_Date = 0;
fImpH_SCs_Date = 0;
fImpH_Ped_RuDs = 0;
fImpH_TNo_RuDs = 0;
fImpH_MCs_RuDs = 0;
fImpH_LFN_RuDs = 0;
fImpH_HFN_RuDs = 0;
fImpH_SCs_RuDs = 0;
fNbBinsProj = 100; // number of bins for histos in option Projection
//.................................... Miscellaneous parameters (Init)
fNbOfListFileH_Ped_Date = 0;
fNbOfListFileH_TNo_Date = 0;
fNbOfListFileH_MCs_Date = 0;
fNbOfListFileH_LFN_Date = 0;
fNbOfListFileH_HFN_Date = 0;
fNbOfListFileH_SCs_Date = 0;
fNbOfListFileH_Ped_RuDs = 0;
fNbOfListFileH_TNo_RuDs = 0;
fNbOfListFileH_MCs_RuDs = 0;
fNbOfListFileH_LFN_RuDs = 0;
fNbOfListFileH_HFN_RuDs = 0;
fNbOfListFileH_SCs_RuDs = 0;
fNbOfExistingRuns = 0;
fFapNbOfRuns = -1; // INIT NUMBER OF RUNS: set to -1
fFapMaxNbOfRuns = -1; // INIT MAXIMUM NUMBER OF RUNS: set to -1
MaxCar = fgMaxCar;
fFapFileRuns.Resize(MaxCar);
fFapFileRuns = "(file with list of runs parameters: no info)";
fStartEvolTime = 0;
fStopEvolTime = 0;
fStartEvolDate = "Start date: not known";
fStopEvolDate = "Stop date: not known";
fStartEvolRun = 0;
fStopEvolRun = 0;
fRunType = "Run type: not known";
fFapNbOfEvts = 0;
MaxCar = fgMaxCar;
fMyRootFileName.Resize(MaxCar);
fMyRootFileName = "No ROOT file name available (fMyRootFileName).";
fFapAnaType = "Analysis name: not known"; // Init Type of analysis
fFapNbOfSamples = 0; // Init Nb of required samples
fFapRunNumber = 0; // Init Run number
fFapFirstReqEvtNumber = 0; // Init First requested event number
fFapLastReqEvtNumber = 0; // Init Last requested event number
fFapReqNbOfEvts = 0; // Init Requested number of events
fFapStexNumber = 0; // Init Stex number
//------------------ Init pointer fMyRootFile
fMyRootFile = 0;
//------------------ Init fAsciiFileName
fAsciiFileName = "?";
} // end of Init()
| void TEcnaHistos::InitSpecParBeforeFileReading | ( | ) |
Definition at line 8629 of file TEcnaHistos.cc.
References fgMaxCar, fRunType, fStartDate, fStartTime, fStopDate, and fStopTime.
Referenced by FileParameters(), and SetRunNumberFromList().
{
// Init parameters that will be set by reading the info which are in the results ROOT file
Int_t MaxCar = fgMaxCar;
fStartDate.Resize(MaxCar);
fStartDate = "(date not found)";
MaxCar = fgMaxCar;
fStopDate.Resize(MaxCar);
fStopDate = "(date not found)";
fStartTime = (time_t)0;
fStopTime = (time_t)0;
fRunType = "run type not found";
} // ------------- ( end of InitSpecParBeforeFileReading() ) -------------
| void TEcnaHistos::LowFrequencyCorrelationsBetweenChannels | ( | const Int_t & | aStexStin_A, |
| const Int_t & | aStexStin_B, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1103 of file TEcnaHistos.cc.
References fCorrelationMatrix, fEcalNumbering, fFapStexNumber, fFlagSubDet, fLFBetweenChannels, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewMatrix().
Referenced by TEcnaGui::ViewMatrixLowFrequencyCorrelationsBetweenChannels().
{
//Plot correlation matrix between crystals of two Stins (mean over samples)
Int_t StexStin_A = aStexStin_A;
Int_t StexStin_B = aStexStin_B;
if( fFlagSubDet == "EE" )
{
StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);
StexStin_B = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_B);
}
Int_t MatrixBinIndex = 0;
TString MatrixProbaNature = fCorrelationMatrix;
TString MatrixElement = fLFBetweenChannels;
ViewMatrix(StexStin_A, StexStin_B, MatrixBinIndex, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::LowFrequencyCovariancesBetweenChannels | ( | const Int_t & | aStexStin_A, |
| const Int_t & | aStexStin_B, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1122 of file TEcnaHistos.cc.
References fCovarianceMatrix, fEcalNumbering, fFapStexNumber, fFlagSubDet, fLFBetweenChannels, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewMatrix().
{
//Plot covariance matrix between crystals of two Stins (mean over samples)
Int_t StexStin_A = aStexStin_A;
Int_t StexStin_B = aStexStin_B;
if( fFlagSubDet == "EE" )
{
StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);
StexStin_B = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_B);
}
Int_t MatrixBinIndex = 0;
TString MatrixProbaNature = fCovarianceMatrix;
TString MatrixElement = fLFBetweenChannels;
ViewMatrix(StexStin_A, StexStin_B, MatrixBinIndex, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::LowFrequencyMeanCorrelationsBetweenSCs | ( | const TString | PlotOption | ) |
Definition at line 1068 of file TEcnaHistos.cc.
References LowFrequencyMeanCorrelationsBetweenStins().
{LowFrequencyMeanCorrelationsBetweenStins(PlotOption);}
| void TEcnaHistos::LowFrequencyMeanCorrelationsBetweenStins | ( | const TString | PlotOption | ) |
Definition at line 1070 of file TEcnaHistos.cc.
References fCorrelationMatrix, fLFBetweenStins, and ViewMatrix().
Referenced by LowFrequencyMeanCorrelationsBetweenSCs(), LowFrequencyMeanCorrelationsBetweenTowers(), and TEcnaGui::ViewMatrixLowFrequencyMeanCorrelationsBetweenStins().
{
//Plot low frequency mean correlation matrix between Stins
Int_t StexStin_A = 0;
Int_t StexStin_B = 0;
Int_t MatrixBinIndex = 0;
TString MatrixProbaNature = fCorrelationMatrix;
TString MatrixElement = fLFBetweenStins;
ViewMatrix(StexStin_A, StexStin_B, MatrixBinIndex, MatrixProbaNature, MatrixElement, PlotOption);
}
| void TEcnaHistos::LowFrequencyMeanCorrelationsBetweenTowers | ( | const TString | PlotOption | ) |
Definition at line 1066 of file TEcnaHistos.cc.
References LowFrequencyMeanCorrelationsBetweenStins().
{LowFrequencyMeanCorrelationsBetweenStins(PlotOption);}
| Int_t TEcnaHistos::ModifiedSCEchaForNotConnectedSCs | ( | const Int_t & | n1DeeNumber, |
| const Int_t & | nSCCons, | ||
| const Int_t & | SC_in_DS, | ||
| const Int_t & | n1DeeSCEcna, | ||
| const Int_t & | n1SCEcha | ||
| ) |
Definition at line 7176 of file TEcnaHistos.cc.
References gather_cfg::cout, fEcal, fEcalNumbering, fTTBELL, TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetSCQuadFrom1DeeSCEcna(), and TEcnaParEcal::MaxCrysInSC().
Referenced by ViewHisto().
{
//------------------------ Modification of n1SCEcha number for not connected SC's
Int_t ModifiedSCEcha = -1;
TString SCQuad = fEcalNumbering->GetSCQuadFrom1DeeSCEcna(n1DeeSCEcna); // SCQuad = top OR bottom
TString DeeDir = fEcalNumbering->GetDeeDirViewedFromIP(n1DeeNumber); // DeeDir = left OR right
TString TypQuad = "?";
if( SCQuad == "top" && DeeDir == "right" ){TypQuad = "TR";}
if( SCQuad == "top" && DeeDir == "left" ){TypQuad = "TL";}
if( SCQuad == "bottom" && DeeDir == "left" ){TypQuad = "BL";}
if( SCQuad == "bottom" && DeeDir == "right" ){TypQuad = "BR";}
//------------------------------------------------------------------------------------------- top
//..... (D1,S1), (D3,S9) SC_in_DS = 30, n1DeeSCEcna = 60 -> 182a for construction top/right
//..... (D1,S2), (D3,S8) SC_in_DS = 3, n1DeeSCEcna = 138 -> 178a for construction top/right
if( (SC_in_DS == 30 && n1DeeSCEcna == 60 && TypQuad == "TR") ||
(SC_in_DS == 3 && n1DeeSCEcna == 138 && TypQuad == "TR") ){if(n1SCEcha > 15){ModifiedSCEcha = n1SCEcha - 15;}}
//..... (D4,S1), (D2,S9) SC_in_DS = 30, n1DeeSCEcna = 60 -> 33a for construction top/left
//..... (D4,S2), (D2,S8) SC_in_DS = 3, n1DeeSCEcna = 138 -> 29a for construction top/left
if( (SC_in_DS == 30 && n1DeeSCEcna == 60 && TypQuad == "TL") ||
(SC_in_DS == 3 && n1DeeSCEcna == 138 && TypQuad == "TL") )
{
if(n1SCEcha == 4){ModifiedSCEcha = 1;}
if(n1SCEcha == 5){ModifiedSCEcha = 2;}
if(n1SCEcha == 9){ModifiedSCEcha = 3;}
if(n1SCEcha == 10){ModifiedSCEcha = 4;}
if(n1SCEcha == 14){ModifiedSCEcha = 5;}
if(n1SCEcha == 15){ModifiedSCEcha = 6;}
if(n1SCEcha == 19){ModifiedSCEcha = 7;}
if(n1SCEcha == 20){ModifiedSCEcha = 8;}
if(n1SCEcha == 24){ModifiedSCEcha = 9;}
if(n1SCEcha == 25){ModifiedSCEcha = 10;}
}
//..... (D1,S1), (D3,S9) SC_in_DS = 30, n1DeeSCEcna = 119 -> 182b for construction top/right
if( SC_in_DS == 30 && n1DeeSCEcna == 119 && TypQuad == "TR" ){if(n1SCEcha > 5){ModifiedSCEcha = n1SCEcha - 5;}}
//..... (D4,S1), (D2,S9) SC_in_DS = 30, n1DeeSCEcna = 119 -> 33b for construction top/left
if( SC_in_DS == 30 && n1DeeSCEcna == 119 && TypQuad == "TL" )
{
if(n1SCEcha == 4){ModifiedSCEcha = 11;}
if(n1SCEcha == 5){ModifiedSCEcha = 12;}
if(n1SCEcha == 9){ModifiedSCEcha = 13;}
if(n1SCEcha == 10){ModifiedSCEcha = 14;}
if(n1SCEcha == 14){ModifiedSCEcha = 15;}
if(n1SCEcha == 15){ModifiedSCEcha = 16;}
if(n1SCEcha == 19){ModifiedSCEcha = 17;}
if(n1SCEcha == 20){ModifiedSCEcha = 18;}
if(n1SCEcha == 24){ModifiedSCEcha = 19;}
if(n1SCEcha == 25){ModifiedSCEcha = 20;}
}
//..... (D1,S1), (D3,S9) SC_in_DS = 12, n1DeeSCEcna = 13 -> 161 for construction top/right
//..... (D4,S1), (D2,S9) SC_in_DS = 12, n1DeeSCEcna = 13 -> 12 for construction top/left
if( SC_in_DS == 12 && n1DeeSCEcna == 13 && TypQuad == "TR" )
{
ModifiedSCEcha = n1SCEcha;
}
if( SC_in_DS == 12 && n1DeeSCEcna == 13 && TypQuad == "TL" )
{
if( n1SCEcha >= 1 && n1SCEcha <= 4 ){ModifiedSCEcha = n1SCEcha;}
if( n1SCEcha >= 6 && n1SCEcha <= 9 ){ModifiedSCEcha = n1SCEcha-1;}
if( n1SCEcha >= 11 && n1SCEcha <= 14 ){ModifiedSCEcha = n1SCEcha-2;}
if( n1SCEcha >= 16 && n1SCEcha <= 19 ){ModifiedSCEcha = n1SCEcha-3;}
if( n1SCEcha >= 21 && n1SCEcha <= 24 ){ModifiedSCEcha = n1SCEcha-4;}
}
//..... (D1,S2), (D3,S8) SC_in_DS = 25, n1DeeSCEcna = 176 -> 207a for construction top/right
if( SC_in_DS == 25 && n1DeeSCEcna == 176 && TypQuad == "TR" )
{
if(n1SCEcha == 4){ModifiedSCEcha = 1;}
if(n1SCEcha == 5){ModifiedSCEcha = 2;}
if(n1SCEcha == 9){ModifiedSCEcha = 3;}
if(n1SCEcha == 10){ModifiedSCEcha = 4;}
if(n1SCEcha == 14){ModifiedSCEcha = 5;}
if(n1SCEcha == 15){ModifiedSCEcha = 6;}
if(n1SCEcha == 19){ModifiedSCEcha = 7;}
if(n1SCEcha == 20){ModifiedSCEcha = 8;}
if(n1SCEcha == 24){ModifiedSCEcha = 9;}
if(n1SCEcha == 25){ModifiedSCEcha = 10;}
}
//..... (D4,S2), (D2,S8) SC_in_DS = 25, n1DeeSCEcna = 176 -> 58a for construction top/left
if( SC_in_DS == 25 && n1DeeSCEcna == 176 && TypQuad == "TL" )
{
if(n1SCEcha == 16){ModifiedSCEcha = 1;}
if(n1SCEcha == 21){ModifiedSCEcha = 2;}
if(n1SCEcha == 17){ModifiedSCEcha = 3;}
if(n1SCEcha == 22){ModifiedSCEcha = 4;}
if(n1SCEcha == 18){ModifiedSCEcha = 5;}
if(n1SCEcha == 23){ModifiedSCEcha = 6;}
if(n1SCEcha == 19){ModifiedSCEcha = 7;}
if(n1SCEcha == 24){ModifiedSCEcha = 8;}
if(n1SCEcha == 20){ModifiedSCEcha = 9;}
if(n1SCEcha == 25){ModifiedSCEcha = 10;}
}
//..... (D1,S2), (D3,S8) SC_in_DS = 3, n1DeeSCEcna = 157 -> 178b for construction top/right
//..... (D1,S2), (D3,S8) SC_in_DS = 25, n1DeeSCEcna = 193 -> 207b for construction top/right
if( (SC_in_DS == 3 && n1DeeSCEcna == 157 && TypQuad == "TR") ||
(SC_in_DS == 25 && n1DeeSCEcna == 193 && TypQuad == "TR") )
{
if(n1SCEcha == 4){ModifiedSCEcha = 11;}
if(n1SCEcha == 5){ModifiedSCEcha = 12;}
if(n1SCEcha == 9){ModifiedSCEcha = 13;}
if(n1SCEcha == 10){ModifiedSCEcha = 14;}
if(n1SCEcha == 14){ModifiedSCEcha = 15;}
if(n1SCEcha == 15){ModifiedSCEcha = 16;}
if(n1SCEcha == 19){ModifiedSCEcha = 17;}
if(n1SCEcha == 20){ModifiedSCEcha = 18;}
if(n1SCEcha == 24){ModifiedSCEcha = 19;}
if(n1SCEcha == 25){ModifiedSCEcha = 20;}
}
//..... (D4,S2), (D2,S8) SC_in_DS = 3, n1DeeSCEcna = 157 -> 29b for construction top/left
//..... (D4,S2), (D2,S8) SC_in_DS = 25, n1DeeSCEcna = 193 -> 58b for construction top/left
if( (SC_in_DS == 3 && n1DeeSCEcna == 157 && TypQuad == "TL") ||
(SC_in_DS == 25 && n1DeeSCEcna == 193 && TypQuad == "TL") )
{
if(n1SCEcha == 16){ModifiedSCEcha = 11;}
if(n1SCEcha == 21){ModifiedSCEcha = 12;}
if(n1SCEcha == 17){ModifiedSCEcha = 13;}
if(n1SCEcha == 22){ModifiedSCEcha = 14;}
if(n1SCEcha == 18){ModifiedSCEcha = 15;}
if(n1SCEcha == 23){ModifiedSCEcha = 16;}
if(n1SCEcha == 19){ModifiedSCEcha = 17;}
if(n1SCEcha == 24){ModifiedSCEcha = 18;}
if(n1SCEcha == 20){ModifiedSCEcha = 19;}
if(n1SCEcha == 25){ModifiedSCEcha = 20;}
}
//..... (D1,S2), (D3,S8) SC_in_DS = 32, n1DeeSCEcna = 51 -> 216 for construction top/right
if( SC_in_DS == 32 && n1DeeSCEcna == 51 && TypQuad == "TR" )
{
if( n1SCEcha >= 1 && n1SCEcha <= 4 ){ModifiedSCEcha = n1SCEcha;}
if( n1SCEcha >= 6 && n1SCEcha <= 9 ){ModifiedSCEcha = n1SCEcha-1;}
if( n1SCEcha >= 11 && n1SCEcha <= 14 ){ModifiedSCEcha = n1SCEcha-2;}
if( n1SCEcha >= 16 && n1SCEcha <= 19 ){ModifiedSCEcha = n1SCEcha-3;}
if( n1SCEcha >= 21 && n1SCEcha <= 24 ){ModifiedSCEcha = n1SCEcha-4;}
}
//..... (D4,S2), (D2,S8) SC_in_DS = 32, n1DeeSCEcna = 51 -> 67 for construction top/left
if( SC_in_DS == 32 && n1DeeSCEcna == 51 && TypQuad == "TL" )
{
ModifiedSCEcha = n1SCEcha;
}
// **************************** Special case: TWO SC's IN THE SAME SC-Ecna place *************************
//========================================================================================== D1,D3 ======
// (D1,S2), (D3,S8) SC_in_DS = 3, n1DeeSCEcna = 32 -> 178c for construction top/right
// (D1,S2), (D3,S8) SC_in_DS = 25, n1DeeSCEcna = 32 -> 207c for construction top/right
// For n1DeeSCEcna = 32: ONLY "25" IN ARRAY fT2d_DSSC[][] (see TEcnaNumbering.cc)
// fT2d_DSSC[dee-1][32-1] = 25; // also 3; // ( (207c, 58c) also (178c, 29c) for construction)
// is recovered from number for construction
//=======================================================================================================
if( n1DeeSCEcna == 32 && TypQuad == "TR" )
{
if( nSCCons == 207 )
{
if(n1SCEcha == 1){ModifiedSCEcha = 21;}
if(n1SCEcha == 2){ModifiedSCEcha = 22;}
if(n1SCEcha == 3){ModifiedSCEcha = 23;}
if(n1SCEcha == 6){ModifiedSCEcha = 24;}
if(n1SCEcha == 7){ModifiedSCEcha = 25;}
}
if( nSCCons == 178 )
{
if(n1SCEcha == 11){ModifiedSCEcha = 21;}
}
}
//========================================================================================== D2,D4 ======
// (D4,S2), (D2,S8) SC_in_DS = 3, n1DeeSCEcna = 32 -> 29c for construction top/left
// (D4,S2), (D2,S8) SC_in_DS = 25, n1DeeSCEcna = 32 -> 58c for construction top/left
// For n1DeeSCEcna = 32: ONLY "25" IN ARRAY fT2d_DSSC[][] (see TEcnaNumbering.cc)
// fT2d_DSSC[dee-1][32-1] = 25; // also 3; // ( (207c, 58c) also (178c, 29c) for construction)
// is recovered from number for construction
//=======================================================================================================
if( n1DeeSCEcna == 32 && TypQuad == "TL" )
{
if( nSCCons == 58 )
{
if(n1SCEcha == 1){ModifiedSCEcha = 21;}
if(n1SCEcha == 2){ModifiedSCEcha = 22;}
if(n1SCEcha == 3){ModifiedSCEcha = 23;}
if(n1SCEcha == 6){ModifiedSCEcha = 24;}
if(n1SCEcha == 7){ModifiedSCEcha = 25;}
}
if( nSCCons == 29 )
{
if(n1SCEcha == 11){ModifiedSCEcha = 21;}
}
}
//****************************************************************************************************
//------------------------------------------------------------------------------------------- bottom
// **************************** Special case: TWO SC's IN THE SAME SC-Ecna place *************************
//========================================================================================== D1,D3 ======
// (D1,S4), (D3,S6) SC_in_DS = 14, n1DeeSCEcna = 29 -> 261a for construction bottom/right
// (D1,S4), (D3,S6) SC_in_DS = 21, n1DeeSCEcna = 29 -> 268a for construction bottom/right
// For n1DeeSCEcna = 29: ONLY "14" IN ARRAY fT2d_DSSC[][] (see TEcnaNumbering.cc)
// fT2d_DSSC[dee-1][29-1] = 14; // also 21; // ( (261a, 112a) also (268a, 119a) for construction)
// is recovered from number for construction
//=======================================================================================================
if( n1DeeSCEcna == 29 && TypQuad == "BR" )
{
if( nSCCons == 261 )
{
if(n1SCEcha == 1){ModifiedSCEcha = 21;}
if(n1SCEcha == 2){ModifiedSCEcha = 22;}
if(n1SCEcha == 3){ModifiedSCEcha = 23;}
if(n1SCEcha == 6){ModifiedSCEcha = 24;}
if(n1SCEcha == 7){ModifiedSCEcha = 25;}
}
if( nSCCons == 268 )
{
if(n1SCEcha == 11){ModifiedSCEcha = 21;}
}
}
//========================================================================================== D2,D4 ======
// (D4,S4), (D2,S6) SC_in_DS = 14, n1DeeSCEcna = 29 -> 112a for construction bottom/left
// (D4,S4), (D2,S6) SC_in_DS = 21, n1DeeSCEcna = 29 -> 119a for construction bottom/left
// For n1DeeSCEcna = 29: ONLY "14" IN ARRAY fT2d_DSSC[][] (see TEcnaNumbering.cc)
// fT2d_DSSC[dee-1][29-1] = 14; // also 21; // ( (261a, 112a) also (268a, 119a) for construction)
// is recovered from number for construction
//=======================================================================================================
if( n1DeeSCEcna == 29 && TypQuad == "BL" )
{
if( nSCCons == 119 )
{
if(n1SCEcha == 11){ModifiedSCEcha = 21;}
}
if( nSCCons == 112 )
{
if(n1SCEcha == 1){ModifiedSCEcha = 21;}
if(n1SCEcha == 2){ModifiedSCEcha = 22;}
if(n1SCEcha == 3){ModifiedSCEcha = 23;}
if(n1SCEcha == 6){ModifiedSCEcha = 24;}
if(n1SCEcha == 7){ModifiedSCEcha = 25;}
}
}
// ****************************************************************************************************
//..... (D1,S3), (D3,S7) SC_in_DS = 34, n1DeeSCEcna = 188 -> 298a for construction bottom/right
//..... (D1,S4), (D3,S6) SC_in_DS = 14, n1DeeSCEcna = 165 -> 261b for construction bottom/right
if( (SC_in_DS == 34 && n1DeeSCEcna == 188 && TypQuad == "BR") ||
(SC_in_DS == 14 && n1DeeSCEcna == 165 && TypQuad == "BR") ){if(n1SCEcha > 15){ModifiedSCEcha = n1SCEcha - 15;}}
//..... (D4,S3), (D2,S7) SC_in_DS = 34, n1DeeSCEcna = 188 -> 149a for construction bottom/left
//..... (D4,S4), (D2,S6) SC_in_DS = 14, n1DeeSCEcna = 165 -> 112b for construction bottom/left
if( (SC_in_DS == 34 && n1DeeSCEcna == 188 && TypQuad == "BL") ||
(SC_in_DS == 14 && n1DeeSCEcna == 165 && TypQuad == "BL") )
{
if(n1SCEcha == 4){ModifiedSCEcha = 1;}
if(n1SCEcha == 5){ModifiedSCEcha = 2;}
if(n1SCEcha == 9){ModifiedSCEcha = 3;}
if(n1SCEcha == 10){ModifiedSCEcha = 4;}
if(n1SCEcha == 14){ModifiedSCEcha = 5;}
if(n1SCEcha == 15){ModifiedSCEcha = 6;}
if(n1SCEcha == 19){ModifiedSCEcha = 7;}
if(n1SCEcha == 20){ModifiedSCEcha = 8;}
if(n1SCEcha == 24){ModifiedSCEcha = 9;}
if(n1SCEcha == 25){ModifiedSCEcha = 10;}
}
//..... (D1,S3), (D3,S7) SC_in_DS = 10, n1DeeSCEcna = 50 -> 224 for construction bottom/right
if( SC_in_DS == 10 && n1DeeSCEcna == 50 && TypQuad == "BR" )
{
ModifiedSCEcha = n1SCEcha;
}
//..... (D4,S3), (D2,S7) SC_in_DS = 10, n1DeeSCEcna = 50 -> 75 for construction bottom/left
if( SC_in_DS == 10 && n1DeeSCEcna == 50 && TypQuad == "BL")
{
if( n1SCEcha >= 1 && n1SCEcha <= 4 ){ModifiedSCEcha = n1SCEcha;}
if( n1SCEcha >= 6 && n1SCEcha <= 9 ){ModifiedSCEcha = n1SCEcha-1;}
if( n1SCEcha >= 11 && n1SCEcha <= 14 ){ModifiedSCEcha = n1SCEcha-2;}
if( n1SCEcha >= 16 && n1SCEcha <= 19 ){ModifiedSCEcha = n1SCEcha-3;}
if( n1SCEcha >= 21 && n1SCEcha <= 24 ){ModifiedSCEcha = n1SCEcha-4;}
}
//..... (D1,S4), (D3,S6) SC_in_DS = 14, n1DeeSCEcna = 144 -> 261c for construction bottom/right
if( SC_in_DS == 14 && n1DeeSCEcna == 144 && TypQuad == "BR" ){if(n1SCEcha > 5){ModifiedSCEcha = n1SCEcha - 5;}}
//..... (D4,S4), (D2,S6) SC_in_DS = 14, n1DeeSCEcna = 144 -> 112c for construction bottom/left
if( SC_in_DS == 14 && n1DeeSCEcna == 144 && TypQuad == "BL" )
{
if(n1SCEcha == 4){ModifiedSCEcha = 11;}
if(n1SCEcha == 5){ModifiedSCEcha = 12;}
if(n1SCEcha == 9){ModifiedSCEcha = 13;}
if(n1SCEcha == 10){ModifiedSCEcha = 14;}
if(n1SCEcha == 14){ModifiedSCEcha = 15;}
if(n1SCEcha == 15){ModifiedSCEcha = 16;}
if(n1SCEcha == 19){ModifiedSCEcha = 17;}
if(n1SCEcha == 20){ModifiedSCEcha = 18;}
if(n1SCEcha == 24){ModifiedSCEcha = 19;}
if(n1SCEcha == 25){ModifiedSCEcha = 20;}
}
//..... (D1,S4), (D3,S6) SC_in_DS = 21, n1DeeSCEcna = 123 -> 268b for construction bottom/right
//..... (D1,S5), (D3,S5) SC_in_DS = 20, n1DeeSCEcna = 21 -> 281a for construction bottom/right
if( (SC_in_DS == 21 && n1DeeSCEcna == 123 && TypQuad == "BR") ||
(SC_in_DS == 20 && n1DeeSCEcna == 41 && TypQuad == "BR") )
{
if(n1SCEcha == 4){ModifiedSCEcha = 1;}
if(n1SCEcha == 5){ModifiedSCEcha = 2;}
if(n1SCEcha == 9){ModifiedSCEcha = 3;}
if(n1SCEcha == 10){ModifiedSCEcha = 4;}
if(n1SCEcha == 14){ModifiedSCEcha = 5;}
if(n1SCEcha == 15){ModifiedSCEcha = 6;}
if(n1SCEcha == 19){ModifiedSCEcha = 7;}
if(n1SCEcha == 20){ModifiedSCEcha = 8;}
if(n1SCEcha == 24){ModifiedSCEcha = 9;}
if(n1SCEcha == 25){ModifiedSCEcha = 10;}
}
//..... (D4,S4), (D2,S6) SC_in_DS = 21, n1DeeSCEcna = 123 -> 119b for construction bottom/left
//..... (D4,S5), (D2,S5) SC_in_DS = 3, n1DeeSCEcna = 41 -> 132a for construction bottom/left
if( (SC_in_DS == 21 && n1DeeSCEcna == 123 && TypQuad == "BL") ||
(SC_in_DS == 3 && n1DeeSCEcna == 41 && TypQuad == "BL") ){if(n1SCEcha > 15){ModifiedSCEcha = n1SCEcha - 15;}}
//..... (D1,S4), (D3,S6) SC_in_DS = 21, n1DeeSCEcna = 102 -> 268c for construction bottom/right
if( SC_in_DS == 21 && n1DeeSCEcna == 102 && TypQuad == "BR" )
{
if(n1SCEcha == 4){ModifiedSCEcha = 11;}
if(n1SCEcha == 5){ModifiedSCEcha = 12;}
if(n1SCEcha == 9){ModifiedSCEcha = 13;}
if(n1SCEcha == 10){ModifiedSCEcha = 14;}
if(n1SCEcha == 14){ModifiedSCEcha = 15;}
if(n1SCEcha == 15){ModifiedSCEcha = 16;}
if(n1SCEcha == 19){ModifiedSCEcha = 17;}
if(n1SCEcha == 20){ModifiedSCEcha = 18;}
if(n1SCEcha == 24){ModifiedSCEcha = 19;}
if(n1SCEcha == 25){ModifiedSCEcha = 20;}
}
//..... (D4,S4), (D2,S6) SC_in_DS = 21, n1DeeSCEcna = 102 -> 119c for construction bottom/left
if( SC_in_DS == 21 && n1DeeSCEcna == 102 && TypQuad == "BL" )
{
if(n1SCEcha == 16){ModifiedSCEcha = 11;}
if(n1SCEcha == 21){ModifiedSCEcha = 12;}
if(n1SCEcha == 17){ModifiedSCEcha = 13;}
if(n1SCEcha == 22){ModifiedSCEcha = 14;}
if(n1SCEcha == 18){ModifiedSCEcha = 15;}
if(n1SCEcha == 23){ModifiedSCEcha = 16;}
if(n1SCEcha == 19){ModifiedSCEcha = 17;}
if(n1SCEcha == 24){ModifiedSCEcha = 18;}
if(n1SCEcha == 20){ModifiedSCEcha = 19;}
if(n1SCEcha == 25){ModifiedSCEcha = 20;}
}
//..... (D1,S5), (D3,S5) SC_in_DS = 23, n1DeeSCEcna = 8 -> 286 for construction bottom/right
if( SC_in_DS == 23 && n1DeeSCEcna == 8 && TypQuad == "BR" )
{
if( n1SCEcha >= 1 && n1SCEcha <= 4 ){ModifiedSCEcha = n1SCEcha;}
if( n1SCEcha >= 6 && n1SCEcha <= 9 ){ModifiedSCEcha = n1SCEcha-1;}
if( n1SCEcha >= 11 && n1SCEcha <= 14 ){ModifiedSCEcha = n1SCEcha-2;}
if( n1SCEcha >= 16 && n1SCEcha <= 19 ){ModifiedSCEcha = n1SCEcha-3;}
if( n1SCEcha >= 21 && n1SCEcha <= 24 ){ModifiedSCEcha = n1SCEcha-4;}
}
//..... (D4,S5), (D2,S5) SC_in_DS = 6, n1DeeSCEcna = 8 -> 137 for construction bottom/left
if( SC_in_DS == 6 && n1DeeSCEcna == 8 && TypQuad == "BL" )
{
ModifiedSCEcha = n1SCEcha;
}
//======================= ERROR message if ModifiedSCEcha is not correct
if( ModifiedSCEcha < 1 || ModifiedSCEcha > fEcal->MaxCrysInSC() )
{
cout << "! *** ERROR *** > ModifiedSCEcha = " << ModifiedSCEcha
<< ", SC_in_DS = " << SC_in_DS
<< ", nSCCons = " << nSCCons
<< ", n1DeeSCEcna = " << n1DeeSCEcna
<< ", n1SCEcha = " << n1SCEcha
<< ", ModifiedSCEcha = " << ModifiedSCEcha
<< ", TypQuad = " << TypQuad
<< fTTBELL << endl;
}
return ModifiedSCEcha;
}
| void TEcnaHistos::NewCanvas | ( | const TString | opt_plot | ) |
Definition at line 13233 of file TEcnaHistos.cc.
References gather_cfg::cout, fCanvH1SamePlus, fCanvSameH1SamePlus, fImpH1SamePlus, fMemoColorH1SamePlus, fMemoPlotH1SamePlus, fPadH1SamePlus, fPavTxtH1SamePlus, fSameOnePlot, and fTTBELL.
{
// ReInit canvas in option SAME n in order to restart a new SAME n plot
// (called by user only for option Same n)
if( opt_plot == fSameOnePlot )
{
fImpH1SamePlus = 0; fCanvH1SamePlus = 0;
fPadH1SamePlus = 0; fMemoPlotH1SamePlus = 0;
fMemoColorH1SamePlus = 0; fCanvSameH1SamePlus++;
fPavTxtH1SamePlus = 0;
}
else
{
cout << "TEcnaHistos::NewCanvas(...)> *** ERROR *** " << opt_plot.Data() << ": "
<< "unknown option for NewCanvas. Only " << fSameOnePlot << " option is accepted."
<< fTTBELL << endl;
}
}
| Double_t TEcnaHistos::NotCompleteSCH1DBin | ( | const Int_t & | index | ) |
Definition at line 9769 of file TEcnaHistos.cc.
References GetDSOffset(), and GetSCOffset().
Referenced by HistoPlot().
{
// gives the x coordinate for the i_th NotConnected SC
Double_t xbin = (Double_t)(-1);
if( index == 1 ){xbin = GetDSOffset(1,1)+GetSCOffset(1,1, 12);} // nb_for_cons == 161 (D1,S1) (D3,S9)
if( index == 2 ){xbin = GetDSOffset(2,9)+GetSCOffset(2,9, 12);} // nb_for_cons == 12 (D2,S9) (D4,S1)
if( index == 3 ){xbin = GetDSOffset(1,2)+GetSCOffset(1,2, 32);} // nb_for_cons == 216 (D1,S2) (D3,S8)
if( index == 4 ){xbin = GetDSOffset(2,8)+GetSCOffset(2,8, 32);} // nb_for_cons == 67 (D2,S8) (D4,S2)
if( index == 5 ){xbin = GetDSOffset(1,3)+GetSCOffset(1,3, 10);} // nb_for_cons == 224 (D1,S3) (D3,S7)
if( index == 6 ){xbin = GetDSOffset(2,7)+GetSCOffset(2,7, 10);} // nb_for_cons == 75 (D2,S7) (D4,S3)
if( index == 7 ){xbin = GetDSOffset(1,5)+GetSCOffset(1,5, 23);} // nb_for_cons == 286 (D1,S5) (D3,S5)
if( index == 8 ){xbin = GetDSOffset(2,5)+GetSCOffset(2,5, 6);} // nb_for_cons == 137 (D2,S5) (D4,S5)
return xbin;
}
| Double_t TEcnaHistos::NotConnectedSCH1DBin | ( | const Int_t & | index | ) |
Definition at line 9739 of file TEcnaHistos.cc.
References GetDSOffset(), and GetSCOffset().
Referenced by HistoPlot().
{
// gives the x coordinate for the i_th NotConnected SC
// GetDSOffset(DeeNumber, DataSector) , GetSCOffset(DeeNumber, DataSector, SC_in_DS)
Double_t xbin = (Double_t)(-1);
if( index == 1 ){xbin = GetDSOffset(1,1)+GetSCOffset(1,1, 30);} // nb_for_cons == 182 (D1,S1) (D3,S9)
if( index == 2 ){xbin = GetDSOffset(2,9)+GetSCOffset(2,9, 30);} // nb_for_cons == 33 (D2,S9) (D4,S1)
if( index == 3 ){xbin = GetDSOffset(1,2)+GetSCOffset(1,2, 3);} // nb_for_cons == 178 (D1,S2) (D3,S8)
if( index == 4 ){xbin = GetDSOffset(2,8)+GetSCOffset(2,8, 3);} // nb_for_cons == 29 (D2,S8) (D4,S2)
if( index == 5 ){xbin = GetDSOffset(1,2)+GetSCOffset(1,2, 25);} // nb_for_cons == 207 (D1,S2) (D3,S8)
if( index == 6 ){xbin = GetDSOffset(2,8)+GetSCOffset(2,8, 25);} // nb_for_cons == 58 (D2,S8) (D4,S2)
if( index == 7 ){xbin = GetDSOffset(1,3)+GetSCOffset(1,3, 34);} // nb_for_cons == 298 (D1,S3) (D3,S7)
if( index == 8 ){xbin = GetDSOffset(2,7)+GetSCOffset(2,7, 34);} // nb_for_cons == 149 (D2,S7) (D4,S3)
if( index == 9 ){xbin = GetDSOffset(1,4)+GetSCOffset(1,4, 14);} // nb_for_cons == 261 (D1,S4) (D3,S6)
if( index == 10 ){xbin = GetDSOffset(2,6)+GetSCOffset(2,6, 14);} // nb_for_cons == 112 (D2,S6) (D4,S4)
if( index == 11 ){xbin = GetDSOffset(1,4)+GetSCOffset(1,4, 21);} // nb_for_cons == 268 (D1,S4) (D3,S6)
if( index == 12 ){xbin = GetDSOffset(2,6)+GetSCOffset(2,6, 21);} // nb_for_cons == 119 (D2,S6) (D4,S4)
if( index == 13 ){xbin = GetDSOffset(1,5)+GetSCOffset(1,5, 20);} // nb_for_cons == 281 (D1,S5) (D3,S5)
if( index == 14 ){xbin = GetDSOffset(2,5)+GetSCOffset(2,5, 3);} // nb_for_cons == 132 (D2,S5) (D4,S5)
return xbin;
}
| void TEcnaHistos::PlotCloneOfCurrentCanvas | ( | ) |
Definition at line 12501 of file TEcnaHistos.cc.
References gather_cfg::cout, fCurrentCanvas, and fTTBELL.
Referenced by TEcnaGui::DoButtonClone().
{
if( fCurrentCanvas != 0)
{
if( (TRootCanvas*)fCurrentCanvas->GetCanvasImp() != 0 )
{
(TCanvas*)fCurrentCanvas->DrawClone();
}
else
{
cout << "TEcnaHistos::PlotCloneOfCurrentCanvas()> Last canvas has been removed. No clone can be done."
<< endl << " Please, display the canvas again."
<< fTTBELL << endl;
}
}
else
{
cout << "TEcnaHistos::PlotCloneOfCurrentCanvas()> No canvas has been created. No clone can be done."
<< fTTBELL << endl;
}
}
| void TEcnaHistos::ReInitCanvas | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 13253 of file TEcnaHistos.cc.
References fCanvD_Adc_EvDs, fCanvD_Adc_EvNb, fCanvD_HFN_ChDs, fCanvD_HFN_ChNb, fCanvD_LFN_ChDs, fCanvD_LFN_ChNb, fCanvD_MCs_ChDs, fCanvD_MCs_ChNb, fCanvD_MSp_Samp, fCanvD_NOE_ChDs, fCanvD_NOE_ChNb, fCanvD_Ped_ChDs, fCanvD_Ped_ChNb, fCanvD_SCs_ChDs, fCanvD_SCs_ChNb, fCanvD_SSp_Samp, fCanvD_TNo_ChDs, fCanvD_TNo_ChNb, fCanvH1SamePlus, fCanvH_HFN_Date, fCanvH_HFN_RuDs, fCanvH_LFN_Date, fCanvH_LFN_RuDs, fCanvH_MCs_Date, fCanvH_MCs_RuDs, fCanvH_Ped_Date, fCanvH_Ped_RuDs, fCanvH_SCs_Date, fCanvH_SCs_RuDs, fCanvH_TNo_Date, fCanvH_TNo_RuDs, fCanvSameD_Adc_EvDs, fCanvSameD_Adc_EvNb, fCanvSameD_HFN_ChDs, fCanvSameD_HFN_ChNb, fCanvSameD_LFN_ChDs, fCanvSameD_LFN_ChNb, fCanvSameD_MCs_ChDs, fCanvSameD_MCs_ChNb, fCanvSameD_MSp_Samp, fCanvSameD_NOE_ChDs, fCanvSameD_NOE_ChNb, fCanvSameD_Ped_ChDs, fCanvSameD_Ped_ChNb, fCanvSameD_SCs_ChDs, fCanvSameD_SCs_ChNb, fCanvSameD_SSp_Samp, fCanvSameD_TNo_ChDs, fCanvSameD_TNo_ChNb, fCanvSameH1SamePlus, fCanvSameH_HFN_Date, fCanvSameH_HFN_RuDs, fCanvSameH_LFN_Date, fCanvSameH_LFN_RuDs, fCanvSameH_MCs_Date, fCanvSameH_MCs_RuDs, fCanvSameH_Ped_Date, fCanvSameH_Ped_RuDs, fCanvSameH_SCs_Date, fCanvSameH_SCs_RuDs, fCanvSameH_TNo_Date, fCanvSameH_TNo_RuDs, fImpD_Adc_EvDs, fImpD_Adc_EvNb, fImpD_HFN_ChDs, fImpD_HFN_ChNb, fImpD_LFN_ChDs, fImpD_LFN_ChNb, fImpD_MCs_ChDs, fImpD_MCs_ChNb, fImpD_MSp_Samp, fImpD_NOE_ChDs, fImpD_NOE_ChNb, fImpD_Ped_ChDs, fImpD_Ped_ChNb, fImpD_SCs_ChDs, fImpD_SCs_ChNb, fImpD_SSp_Samp, fImpD_TNo_ChDs, fImpD_TNo_ChNb, fImpH1SamePlus, fImpH_HFN_Date, fImpH_HFN_RuDs, fImpH_LFN_Date, fImpH_LFN_RuDs, fImpH_MCs_Date, fImpH_MCs_RuDs, fImpH_Ped_Date, fImpH_Ped_RuDs, fImpH_SCs_Date, fImpH_SCs_RuDs, fImpH_TNo_Date, fImpH_TNo_RuDs, fMemoColorD_Adc_EvDs, fMemoColorD_Adc_EvNb, fMemoColorD_HFN_ChDs, fMemoColorD_HFN_ChNb, fMemoColorD_LFN_ChDs, fMemoColorD_LFN_ChNb, fMemoColorD_MCs_ChDs, fMemoColorD_MCs_ChNb, fMemoColorD_MSp_Samp, fMemoColorD_NOE_ChDs, fMemoColorD_NOE_ChNb, fMemoColorD_Ped_ChDs, fMemoColorD_Ped_ChNb, fMemoColorD_SCs_ChDs, fMemoColorD_SCs_ChNb, fMemoColorD_SSp_Samp, fMemoColorD_TNo_ChDs, fMemoColorD_TNo_ChNb, fMemoColorH1SamePlus, fMemoColorH_HFN_Date, fMemoColorH_HFN_RuDs, fMemoColorH_LFN_Date, fMemoColorH_LFN_RuDs, fMemoColorH_MCs_Date, fMemoColorH_MCs_RuDs, fMemoColorH_Ped_Date, fMemoColorH_Ped_RuDs, fMemoColorH_SCs_Date, fMemoColorH_SCs_RuDs, fMemoColorH_TNo_Date, fMemoColorH_TNo_RuDs, fMemoPlotD_Adc_EvDs, fMemoPlotD_Adc_EvNb, fMemoPlotD_HFN_ChDs, fMemoPlotD_HFN_ChNb, fMemoPlotD_LFN_ChDs, fMemoPlotD_LFN_ChNb, fMemoPlotD_MCs_ChDs, fMemoPlotD_MCs_ChNb, fMemoPlotD_MSp_Samp, fMemoPlotD_NOE_ChDs, fMemoPlotD_NOE_ChNb, fMemoPlotD_Ped_ChDs, fMemoPlotD_Ped_ChNb, fMemoPlotD_SCs_ChDs, fMemoPlotD_SCs_ChNb, fMemoPlotD_SSp_Samp, fMemoPlotD_TNo_ChDs, fMemoPlotD_TNo_ChNb, fMemoPlotH1SamePlus, fMemoPlotH_HFN_Date, fMemoPlotH_HFN_RuDs, fMemoPlotH_LFN_Date, fMemoPlotH_LFN_RuDs, fMemoPlotH_MCs_Date, fMemoPlotH_MCs_RuDs, fMemoPlotH_Ped_Date, fMemoPlotH_Ped_RuDs, fMemoPlotH_SCs_Date, fMemoPlotH_SCs_RuDs, fMemoPlotH_TNo_Date, fMemoPlotH_TNo_RuDs, fNbOfListFileH_HFN_Date, fNbOfListFileH_HFN_RuDs, fNbOfListFileH_LFN_Date, fNbOfListFileH_LFN_RuDs, fNbOfListFileH_MCs_Date, fNbOfListFileH_MCs_RuDs, fNbOfListFileH_Ped_Date, fNbOfListFileH_Ped_RuDs, fNbOfListFileH_SCs_Date, fNbOfListFileH_SCs_RuDs, fNbOfListFileH_TNo_Date, fNbOfListFileH_TNo_RuDs, fOnlyOnePlot, fPadD_Adc_EvDs, fPadD_Adc_EvNb, fPadD_HFN_ChDs, fPadD_HFN_ChNb, fPadD_LFN_ChDs, fPadD_LFN_ChNb, fPadD_MCs_ChDs, fPadD_MCs_ChNb, fPadD_MSp_Samp, fPadD_NOE_ChDs, fPadD_NOE_ChNb, fPadD_Ped_ChDs, fPadD_Ped_ChNb, fPadD_SCs_ChDs, fPadD_SCs_ChNb, fPadD_SSp_Samp, fPadD_TNo_ChDs, fPadD_TNo_ChNb, fPadH1SamePlus, fPadH_HFN_Date, fPadH_HFN_RuDs, fPadH_LFN_Date, fPadH_LFN_RuDs, fPadH_MCs_Date, fPadH_MCs_RuDs, fPadH_Ped_Date, fPadH_Ped_RuDs, fPadH_SCs_Date, fPadH_SCs_RuDs, fPadH_TNo_Date, fPadH_TNo_RuDs, fPavTxtD_Adc_EvDs, fPavTxtD_Adc_EvNb, fPavTxtD_HFN_ChDs, fPavTxtD_HFN_ChNb, fPavTxtD_LFN_ChDs, fPavTxtD_LFN_ChNb, fPavTxtD_MCs_ChDs, fPavTxtD_MCs_ChNb, fPavTxtD_MSp_Samp, fPavTxtD_NOE_ChDs, fPavTxtD_NOE_ChNb, fPavTxtD_Ped_ChDs, fPavTxtD_Ped_ChNb, fPavTxtD_SCs_ChDs, fPavTxtD_SCs_ChNb, fPavTxtD_SSp_Samp, fPavTxtD_TNo_ChDs, fPavTxtD_TNo_ChNb, fPavTxtH1SamePlus, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), HistoPlot(), ViewHistime(), and ViewHisto().
{
// ReInit canvas in option SAME and SAME n
if( opt_plot == fSameOnePlot )
{
fImpH1SamePlus = 0; fCanvH1SamePlus = 0;
fPadH1SamePlus = 0; fMemoPlotH1SamePlus = 0;
fMemoColorH1SamePlus = 0; fCanvSameH1SamePlus++;
fPavTxtH1SamePlus = 0;
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb")
{
fImpD_NOE_ChNb = 0; fCanvD_NOE_ChNb = 0;
fPadD_NOE_ChNb = 0; fMemoPlotD_NOE_ChNb = 0;
fMemoColorD_NOE_ChNb = 0; fCanvSameD_NOE_ChNb++;
fPavTxtD_NOE_ChNb = 0;
}
if(HistoCode == "D_NOE_ChDs")
{
fImpD_NOE_ChDs = 0; fCanvD_NOE_ChDs = 0;
fPadD_NOE_ChDs = 0; fMemoPlotD_NOE_ChDs = 0;
fMemoColorD_NOE_ChDs = 0; fCanvSameD_NOE_ChDs++;
fPavTxtD_NOE_ChDs = 0;
}
if(HistoCode == "D_Ped_ChNb") // (ReInitCanvas)
{
fImpD_Ped_ChNb = 0; fCanvD_Ped_ChNb = 0;
fPadD_Ped_ChNb = 0; fMemoPlotD_Ped_ChNb = 0;
fMemoColorD_Ped_ChNb = 0; fCanvSameD_Ped_ChNb++;
fPavTxtD_Ped_ChNb = 0;
}
if(HistoCode == "D_Ped_ChDs")
{
fImpD_Ped_ChDs = 0; fCanvD_Ped_ChDs = 0;
fPadD_Ped_ChDs = 0; fMemoPlotD_Ped_ChDs = 0;
fMemoColorD_Ped_ChDs = 0; fCanvSameD_Ped_ChDs++;
fPavTxtD_Ped_ChDs = 0;
}
if(HistoCode == "D_TNo_ChNb")
{
fImpD_TNo_ChNb = 0; fCanvD_TNo_ChNb = 0;
fPadD_TNo_ChNb = 0; fMemoPlotD_TNo_ChNb = 0;
fMemoColorD_TNo_ChNb = 0; fCanvSameD_TNo_ChNb++;
fPavTxtD_TNo_ChNb = 0;
}
if(HistoCode == "D_TNo_ChDs")
{
fImpD_TNo_ChDs = 0; fCanvD_TNo_ChDs = 0;
fPadD_TNo_ChDs = 0; fMemoPlotD_TNo_ChDs = 0;
fMemoColorD_TNo_ChDs = 0; fCanvSameD_TNo_ChDs++;
fPavTxtD_TNo_ChDs = 0;
}
if(HistoCode == "D_MCs_ChNb") // (ReInitCanvas)
{
fImpD_MCs_ChNb = 0; fCanvD_MCs_ChNb = 0;
fPadD_MCs_ChNb = 0; fMemoPlotD_MCs_ChNb = 0;
fMemoColorD_MCs_ChNb = 0; fCanvSameD_MCs_ChNb++;
fPavTxtD_MCs_ChNb = 0;
}
if(HistoCode == "D_MCs_ChDs")
{
fImpD_MCs_ChDs = 0; fCanvD_MCs_ChDs = 0;
fPadD_MCs_ChDs = 0; fMemoPlotD_MCs_ChDs = 0;
fMemoColorD_MCs_ChDs = 0; fCanvSameD_MCs_ChDs++;
fPavTxtD_MCs_ChDs = 0;
}
if(HistoCode == "D_LFN_ChNb")
{
fImpD_LFN_ChNb = 0; fCanvD_LFN_ChNb = 0;
fPadD_LFN_ChNb = 0; fMemoPlotD_LFN_ChNb = 0;
fMemoColorD_LFN_ChNb = 0; fCanvSameD_LFN_ChNb++;
fPavTxtD_LFN_ChNb = 0;
}
if(HistoCode == "D_LFN_ChDs") // (ReInitCanvas)
{
fImpD_LFN_ChDs = 0; fCanvD_LFN_ChDs = 0;
fPadD_LFN_ChDs= 0; fMemoPlotD_LFN_ChDs = 0;
fMemoColorD_LFN_ChDs = 0; fCanvSameD_LFN_ChDs++;
fPavTxtD_LFN_ChDs= 0;
}
if(HistoCode == "D_HFN_ChNb")
{
fImpD_HFN_ChNb = 0; fCanvD_HFN_ChNb = 0;
fPadD_HFN_ChNb = 0; fMemoPlotD_HFN_ChNb = 0;
fMemoColorD_HFN_ChNb = 0; fCanvSameD_HFN_ChNb++;
fPavTxtD_HFN_ChNb = 0;
}
if(HistoCode == "D_HFN_ChDs")
{
fImpD_HFN_ChDs = 0; fCanvD_HFN_ChDs = 0;
fPadD_HFN_ChDs = 0; fMemoPlotD_HFN_ChDs = 0;
fMemoColorD_HFN_ChDs = 0; fCanvSameD_HFN_ChDs++;
fPavTxtD_HFN_ChDs = 0;
}
if(HistoCode == "D_SCs_ChNb")
{
fImpD_SCs_ChNb = 0; fCanvD_SCs_ChNb = 0;
fPadD_SCs_ChNb = 0; fMemoPlotD_SCs_ChNb = 0;
fMemoColorD_SCs_ChNb = 0; fCanvSameD_SCs_ChNb++;
fPavTxtD_SCs_ChNb = 0;
}
if(HistoCode == "D_SCs_ChDs") // (ReInitCanvas)
{
fImpD_SCs_ChDs = 0; fCanvD_SCs_ChDs = 0;
fPadD_SCs_ChDs = 0; fMemoPlotD_SCs_ChDs = 0;
fMemoColorD_SCs_ChDs = 0; fCanvSameD_SCs_ChDs++;
fPavTxtD_SCs_ChDs = 0;
}
if(HistoCode == "D_MSp_Samp")
{
fImpD_MSp_Samp = 0; fCanvD_MSp_Samp = 0;
fPadD_MSp_Samp = 0; fMemoPlotD_MSp_Samp = 0;
fMemoColorD_MSp_Samp = 0; fCanvSameD_MSp_Samp++;
fPavTxtD_MSp_Samp = 0;
}
if(HistoCode == "D_SSp_Samp")
{
fImpD_SSp_Samp = 0; fCanvD_SSp_Samp = 0;
fPadD_SSp_Samp = 0; fMemoPlotD_SSp_Samp= 0;
fMemoColorD_SSp_Samp = 0; fCanvSameD_SSp_Samp++;
fPavTxtD_SSp_Samp = 0;
}
if(HistoCode == "D_Adc_EvDs")
{
fImpD_Adc_EvDs = 0; fCanvD_Adc_EvDs = 0;
fPadD_Adc_EvDs = 0; fMemoPlotD_Adc_EvDs = 0;
fMemoColorD_Adc_EvDs = 0; fCanvSameD_Adc_EvDs++;
fPavTxtD_Adc_EvDs = 0;
}
if(HistoCode == "D_Adc_EvNb") // (ReInitCanvas)
{
fImpD_Adc_EvNb = 0; fCanvD_Adc_EvNb = 0;
fPadD_Adc_EvNb = 0; fMemoPlotD_Adc_EvNb = 0;
fMemoColorD_Adc_EvNb = 0; fCanvSameD_Adc_EvNb++;
fPavTxtD_Adc_EvNb = 0;
}
if(HistoCode == "H_Ped_Date")
{
fImpH_Ped_Date = 0; fCanvH_Ped_Date = 0;
fPadH_Ped_Date = 0; fMemoPlotH_Ped_Date = 0;
fMemoColorH_Ped_Date = 0; fCanvSameH_Ped_Date++;
fNbOfListFileH_Ped_Date = 0;
}
if(HistoCode == "H_TNo_Date")
{
fImpH_TNo_Date = 0; fCanvH_TNo_Date = 0;
fPadH_TNo_Date = 0; fMemoPlotH_TNo_Date = 0;
fMemoColorH_TNo_Date = 0; fCanvSameH_TNo_Date++;
fNbOfListFileH_TNo_Date = 0;
}
if(HistoCode == "H_MCs_Date") // (ReInitCanvas)
{
fImpH_MCs_Date = 0; fCanvH_MCs_Date = 0;
fPadH_MCs_Date = 0; fMemoPlotH_MCs_Date = 0;
fMemoColorH_MCs_Date = 0; fCanvSameH_MCs_Date++;
fNbOfListFileH_MCs_Date = 0;
}
if(HistoCode == "H_LFN_Date")
{
fImpH_LFN_Date = 0; fCanvH_LFN_Date = 0;
fPadH_LFN_Date = 0; fMemoPlotH_LFN_Date = 0;
fMemoColorH_LFN_Date = 0; fCanvSameH_LFN_Date++;
fNbOfListFileH_LFN_Date = 0;
}
if(HistoCode == "H_HFN_Date")
{
fImpH_HFN_Date = 0; fCanvH_HFN_Date = 0;
fPadH_HFN_Date = 0; fMemoPlotH_HFN_Date = 0;
fMemoColorH_HFN_Date = 0; fCanvSameH_HFN_Date++;
fNbOfListFileH_HFN_Date = 0;
}
if(HistoCode == "H_SCs_Date")
{
fImpH_SCs_Date = 0; fCanvH_SCs_Date = 0;
fPadH_SCs_Date = 0; fMemoPlotH_SCs_Date = 0;
fMemoColorH_SCs_Date = 0; fCanvSameH_SCs_Date++;
fNbOfListFileH_SCs_Date = 0;
}
if(HistoCode == "H_Ped_RuDs")
{
fImpH_Ped_RuDs = 0; fCanvH_Ped_RuDs = 0;
fPadH_Ped_RuDs = 0; fMemoPlotH_Ped_RuDs = 0;
fMemoColorH_Ped_RuDs = 0; fCanvSameH_Ped_RuDs++;
fNbOfListFileH_Ped_RuDs = 0;
}
if(HistoCode == "H_TNo_RuDs")
{
fImpH_TNo_RuDs = 0; fCanvH_TNo_RuDs = 0;
fPadH_TNo_RuDs = 0; fMemoPlotH_TNo_RuDs = 0;
fMemoColorH_TNo_RuDs = 0; fCanvSameH_TNo_RuDs++;
fNbOfListFileH_TNo_RuDs = 0;
}
if(HistoCode == "H_MCs_RuDs") // (ReInitCanvas)
{
fImpH_MCs_RuDs = 0; fCanvH_MCs_RuDs = 0;
fPadH_MCs_RuDs = 0; fMemoPlotH_MCs_RuDs = 0;
fMemoColorH_MCs_RuDs = 0; fCanvSameH_MCs_RuDs++;
fNbOfListFileH_MCs_RuDs = 0;
}
if(HistoCode == "H_LFN_RuDs")
{
fImpH_LFN_RuDs = 0; fCanvH_LFN_RuDs = 0;
fPadH_LFN_RuDs = 0; fMemoPlotH_LFN_RuDs = 0;
fMemoColorH_LFN_RuDs = 0; fCanvSameH_LFN_RuDs++;
fNbOfListFileH_LFN_RuDs = 0;
}
if(HistoCode == "H_HFN_RuDs")
{
fImpH_HFN_RuDs = 0; fCanvH_HFN_RuDs = 0;
fPadH_HFN_RuDs = 0; fMemoPlotH_HFN_RuDs = 0;
fMemoColorH_HFN_RuDs = 0; fCanvSameH_HFN_RuDs++;
fNbOfListFileH_HFN_RuDs = 0;
}
if(HistoCode == "H_SCs_RuDs")
{
fImpH_SCs_RuDs = 0; fCanvH_SCs_RuDs = 0;
fPadH_SCs_RuDs = 0; fMemoPlotH_SCs_RuDs = 0;
fMemoColorH_SCs_RuDs = 0; fCanvSameH_SCs_RuDs++;
fNbOfListFileH_SCs_RuDs = 0;
}
}
}
| void TEcnaHistos::SampleADCEvents | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample | ||
| ) |
Definition at line 6141 of file TEcnaHistos.cc.
References SampleADCEvents().
{SampleADCEvents(aStexStin_A, i0StinEcha, iSample, "ONLYONE");}
| void TEcnaHistos::SampleADCEvents | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 6143 of file TEcnaHistos.cc.
References gather_cfg::cout, fEcal, fEcalNumbering, fFapStexName, fFapStexNumber, fFlagSubDet, fTTBELL, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), TEcnaParEcal::MaxStexInStas(), and ViewHisto().
Referenced by SampleADCEvents(), and TEcnaGui::ViewHistoSampleEventDistribution().
{
if( fFapStexNumber != 0 )
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHisto(StexStin_A, i0StinEcha, iSample, "D_Adc_EvDs", PlotOption);
}
else
{
cout << "!TEcnaHistos::SampleADCEvents(...)> " << fFapStexName.Data() << " number = " << fFapStexNumber
<< " out of range (range = [1," << fEcal->MaxStexInStas() << "])" << fTTBELL << endl;
}
}
| void TEcnaHistos::SCCrystalNumbering | ( | const Int_t & | DeeNumber, |
| const Int_t & | n1DeeSCCons | ||
| ) |
Definition at line 2272 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), TEcnaParHistos::ColorDefinition(), gather_cfg::cout, fCdelete, fCdeleteRoot, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapStexName, fFapStexType, fFapStinName, fFapStinQuadType, fgMaxCar, fPavComCxyz, fPavComStex, fPavComStin, fTTBELL, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetEEDeeEndcap(), TEcnaNumbering::GetEEDeeType(), GetSCColor(), TEcnaNumbering::GetSCQuadFrom1DeeSCEcna(), GetXSampInStin(), GetYSampInStin(), TEcnaParEcal::MaxCrysInSC(), TEcnaParEcal::MaxCrysIXInSC(), TEcnaParEcal::MaxCrysIYInSC(), TEcnaParEcal::MaxDeeInEE(), TEcnaParEcal::MaxSampADC(), SetAllPavesViewStinCrysNb(), SetHistoPresentation(), TEcnaParHistos::SetViewHistoOffsets(), TEcnaParHistos::SetViewHistoStyle(), and ViewStinGrid().
Referenced by StinCrystalNumbering().
{
//display the crystal numbering of one SC
if( (DeeNumber > 0) && (DeeNumber <= fEcal->MaxDeeInEE()) )
{
Int_t n1DeeSCEcna = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(DeeNumber, n1DeeSCCons);
fFapStexType = fEcalNumbering->GetEEDeeType(DeeNumber);
fFapStinQuadType = fEcalNumbering->GetSCQuadFrom1DeeSCEcna(n1DeeSCEcna);
Int_t MatSize = fEcal->MaxSampADC();
Int_t size_IX = fEcal->MaxCrysIXInSC();
Int_t size_IY = fEcal->MaxCrysIYInSC();
//---------------------------------- bidim
Int_t nb_bins = fEcal->MaxSampADC();
Int_t nx_gbins = nb_bins*size_IX;
Int_t ny_gbins = nb_bins*size_IY;
Axis_t xinf_gbid = (Axis_t)0.;
Axis_t xsup_gbid = (Axis_t)fEcal->MaxSampADC()*size_IX;
Axis_t yinf_gbid = (Axis_t)0.;
Axis_t ysup_gbid = (Axis_t)fEcal->MaxSampADC()*size_IY;
TString fg_name = "crystalnbring";
TString fg_tit = "Xtal numbering for construction";
TH2D *h_gbid;
h_gbid = new TH2D(fg_name.Data(), fg_tit.Data(),
nx_gbins, xinf_gbid, xsup_gbid,
ny_gbins, yinf_gbid, ysup_gbid); fCnewRoot++;
h_gbid->Reset();
//----------------- T R A C E D E S P L O T S ------ (SCCrystalNumbering)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
//........................................ couleurs
// Color_t couleur_noir = fCnaParHistos->ColorDefinition("noir");
Color_t couleur_rouge = fCnaParHistos->ColorDefinition("rouge");
// Color_t couleur_bleu_fonce = fCnaParHistos->ColorDefinition("bleu_fonce");
gStyle->SetPalette(1,0); // Rainbow spectrum
//.................................... options generales
fCnaParHistos->SetViewHistoStyle("Stin");
//.................................... paves commentaires (SCCrystalNumbering)
SetAllPavesViewStinCrysNb(DeeNumber, n1DeeSCEcna);
//---------------------------------------------- (SCCrystalNumbering)
//..................... Canvas name
sprintf(f_in, "Crystal_Numbering_for_%s_X_%d_%s%d",
fFapStinName.Data(), n1DeeSCEcna, fFapStexName.Data(), DeeNumber);
SetHistoPresentation((TH1D*)h_gbid, "Stin");
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w , canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistosEE::SCCrystalNumbering(...)> Plot is displayed on canvas ----> "
// << f_in << endl;
Double_t x_margin = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_margin = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
MainCanvas->Divide(1, 1, x_margin, y_margin);
fPavComStex->Draw();
fPavComStin->Draw();
fPavComCxyz->Draw();
Bool_t b_true = 1;
Bool_t b_false = 0;
gPad->cd(1);
gStyle->SetMarkerColor(couleur_rouge);
Int_t logy = 0;
gPad->SetLogy(logy);
//............................... bidim .......... (SCCrystalNumbering)
h_gbid->SetStats(b_false);
fCnaParHistos->SetViewHistoOffsets((TH1D*)h_gbid, "Stin", " ");
h_gbid->DrawCopy("COLZ");
//..... Ecriture des numeros de channels dans la grille..... (SCCrystalNumbering)
// et des numeros Dee des cristaux
TString SCQuadType = fEcalNumbering->GetSCQuadFrom1DeeSCEcna(n1DeeSCEcna);
TString DeeDir = fEcalNumbering->GetDeeDirViewedFromIP(DeeNumber);
TString DeeEndcap = fEcalNumbering->GetEEDeeEndcap(DeeNumber);
Color_t couleur_SC = GetSCColor(DeeEndcap, DeeDir, SCQuadType);
//............... prepa arguments fixes appels [TText]->DrawText()
char* f_in_elec = new char[fgMaxCar]; fCnew++;
TText *text_elec_num = new TText(); fCnewRoot++;
text_elec_num->SetTextColor(couleur_SC);
text_elec_num->SetTextSize(0.06);
//............... prepa arguments fixes appels GetXGeo(...) et GetYGeo(...)
Int_t i_samp = 0;
Double_t off_set = (Double_t)(fEcal->MaxSampADC()/3);
//------------------ LOOP ON THE CRYSTAL ELECTRONIC CHANNEL NUMBER (SCCrystalNumbering)
for (Int_t i_chan = 0; i_chan < fEcal->MaxCrysInSC(); i_chan++)
{
Int_t i_xgeo = GetXSampInStin(DeeNumber, n1DeeSCEcna, i_chan, i_samp);
Int_t i_ygeo = GetYSampInStin(DeeNumber, n1DeeSCEcna, i_chan, i_samp);
Double_t xgi = i_xgeo + off_set;
Double_t ygj = i_ygeo + 2*off_set;
TString Dir = fEcalNumbering->GetDeeDirViewedFromIP(DeeNumber);
//------------------------------------------------------- SCCrystalNumbering
sprintf(f_in_elec, "%d", i_chan+1); // offset = +1 (Xtal for construction numbering, CMS NOTE 2006/027)
text_elec_num->DrawText(xgi, ygj, f_in_elec);
}
text_elec_num->Delete(); text_elec_num = 0; fCdeleteRoot++;
ViewStinGrid(DeeNumber, n1DeeSCEcna, MatSize, size_IX, size_IY, "CrystalNumbering");
gPad->Update();
h_gbid->SetStats(b_true);
h_gbid->Delete(); h_gbid = 0; fCdeleteRoot++;
delete [] f_in; f_in = 0; fCdelete++;
delete [] f_in_elec; f_in_elec = 0; fCdelete++;
}
else
{
cout << "!TEcnaHistos::SCCrystalNumbering(...)> Dee = " << DeeNumber
<< ". Out of range ( range = [1," << fEcal->MaxDeeInEE() << "] )" << fTTBELL << endl;
}
}
| void TEcnaHistos::SetAllPavesViewHisto | ( | const TString | HistoCode, |
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 10526 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), fCnaParHistos, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapRunNumber, fFapStexNumber, fFlagGeneralTitle, fOnlyOnePlot, fPavComAnaRun, fPavComEvolNbOfEvtsAna, fPavComEvolRuns, fPavComGeneralTitle, fPavComNbOfEvts, fPavComSeveralChanging, fPavComStex, fPavComStin, fPavComXtal, fRunType, fSameOnePlot, fSeveralPlot, fStartDate, fStartEvolDate, fStartEvolRun, fStopDate, fStopEvolDate, fStopEvolRun, TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(), TEcnaParHistos::GetHistoType(), GetMemoFlag(), TEcnaParHistos::SetOptionSamePaveBorder(), TEcnaParHistos::SetPaveAnalysisRun(), TEcnaParHistos::SetPaveCrystal(), TEcnaParHistos::SetPaveCrystalSample(), TEcnaParHistos::SetPaveEvolNbOfEvtsAna(), TEcnaParHistos::SetPaveEvolRuns(), TEcnaParHistos::SetPaveGeneralComment(), TEcnaParHistos::SetPaveNbOfEvts(), TEcnaParHistos::SetPaveStex(), and TEcnaParHistos::SetPaveStin().
Referenced by HistimePlot(), and HistoPlot().
{
// Put all the paves of a histo view according to HistoCode
gStyle->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
TString HistoType = fCnaParHistos->GetHistoType(HistoCode.Data());
fPavComGeneralTitle = fCnaParHistos->SetPaveGeneralComment(fFlagGeneralTitle);
if(opt_plot == fOnlyOnePlot)
{
if( !( HistoCode == "D_NOE_ChNb" || HistoCode == "D_NOE_ChDs" ||
HistoCode == "D_Ped_ChNb" || HistoCode == "D_Ped_ChDs" ||
HistoCode == "D_LFN_ChNb" || HistoCode == "D_LFN_ChDs" ||
HistoCode == "D_TNo_ChNb" || HistoCode == "D_TNo_ChDs" ||
HistoCode == "D_HFN_ChNb" || HistoCode == "D_HFN_ChDs" ||
HistoCode == "D_MCs_ChNb" || HistoCode == "D_MCs_ChDs" ||
HistoCode == "D_SCs_ChNb" || HistoCode == "D_SCs_ChDs" ) )
{
fPavComStex = fCnaParHistos->SetPaveStex("standard", fFapStexNumber);
fPavComStin = fCnaParHistos->SetPaveStin(StexStin_A, fFapStexNumber);
}
else
{
if( HistoCode == "D_NOE_ChNb" ||
HistoCode == "D_Ped_ChNb" || HistoCode == "D_TNo_ChNb" ||
HistoCode == "D_MCs_ChNb" || HistoCode == "D_LFN_ChNb" ||
HistoCode == "D_HFN_ChNb" || HistoCode == "D_SCs_ChNb" )
{fPavComStex = fCnaParHistos->SetPaveStex("standGH", fFapStexNumber);}
else
{fPavComStex = fCnaParHistos->SetPaveStex("standard", fFapStexNumber);}
}
//.................................................... (SetAllPavesViewHisto)
if( HistoCode == "D_MSp_Samp" || HistoCode == "D_SSp_Samp" ||
HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date" ||
HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" || HistoCode == "H_MCs_RuDs" ||
HistoCode == "H_LFN_RuDs" || HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs" )
{
Int_t n1StexCrys =
fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha, fFapStexNumber);
fPavComXtal = fCnaParHistos->SetPaveCrystal(n1StexCrys, StexStin_A, i0StinEcha);
}
if( HistoCode == "D_Adc_EvDs" || HistoCode == "D_Adc_EvNb")
{
Int_t n1StexCrys =
fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha, fFapStexNumber);
fPavComXtal = fCnaParHistos->SetPaveCrystalSample(n1StexCrys, StexStin_A, i0StinEcha, iSample);
}
if( HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date" ||
HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" || HistoCode == "H_MCs_RuDs" ||
HistoCode == "H_LFN_RuDs" || HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs" )
{
fPavComEvolNbOfEvtsAna =
fCnaParHistos->SetPaveEvolNbOfEvtsAna(fFapAnaType, fFapNbOfSamples,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, HistoType);
fPavComEvolRuns = fCnaParHistos->SetPaveEvolRuns(fStartEvolRun, fStartEvolDate,
fStopEvolRun, fStopEvolDate, opt_plot, HistoType);
}
else
{
fPavComAnaRun = fCnaParHistos->SetPaveAnalysisRun(fFapAnaType, fFapNbOfSamples, fFapRunNumber, fRunType,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, "OneCol");
fPavComNbOfEvts = fCnaParHistos->SetPaveNbOfEvts(fFapNbOfEvts, fStartDate, fStopDate, "OneCol");
}
}
//.................................................... (SetAllPavesViewHisto)
if( opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
if( HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date" ||
HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" || HistoCode == "H_MCs_RuDs" ||
HistoCode == "H_LFN_RuDs" || HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs" )
{
fPavComSeveralChanging = fCnaParHistos->SetOptionSamePaveBorder("sevevol", HistoType);
fPavComEvolRuns = fCnaParHistos->SetPaveEvolRuns(fStartEvolRun, fStartEvolDate,
fStopEvolRun, fStopEvolDate, opt_plot, HistoType);
}
else
{
fPavComSeveralChanging = fCnaParHistos->SetOptionSamePaveBorder("several", HistoType);
}
}
if( opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
fPavComSeveralChanging = fCnaParHistos->SetOptionSamePaveBorder("several", HistoType);
fPavComEvolRuns = fCnaParHistos->SetPaveEvolRuns(fStartEvolRun, fStartEvolDate,
fStopEvolRun, fStopEvolDate, opt_plot, HistoType);
}
}
| void TEcnaHistos::SetAllPavesViewMatrix | ( | const TString | MatrixElement, |
| const Int_t & | StexStin_A, | ||
| const Int_t & | StexStin_B, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 10426 of file TEcnaHistos.cc.
References fBetweenSamples, fCnaParHistos, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapRunNumber, fFapStexNumber, fFlagGeneralTitle, fFlagSubDet, fHFBetweenChannels, fLFBetweenChannels, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fPavComStin, fPavComXtal, fRunType, fStartDate, fStopDate, TEcnaNumbering::Get1StexCrysFrom1StexStinAnd0StinEcha(), TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaParHistos::SetPaveAnalysisRun(), TEcnaParHistos::SetPaveCrystal(), TEcnaParHistos::SetPaveGeneralComment(), TEcnaParHistos::SetPaveNbOfEvts(), TEcnaParHistos::SetPaveStex(), TEcnaParHistos::SetPaveStin(), and TEcnaParHistos::SetPaveStinsXY().
Referenced by ViewMatrix().
{
// Put all the paves of a matrix view
fPavComGeneralTitle = fCnaParHistos->SetPaveGeneralComment(fFlagGeneralTitle);
fPavComStex = fCnaParHistos->SetPaveStex("standard", fFapStexNumber);
if(MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels)
{fPavComStin = fCnaParHistos->SetPaveStinsXY(StexStin_A, StexStin_B);}
if(MatrixElement == fBetweenSamples)
{
fPavComStin = fCnaParHistos->SetPaveStin(StexStin_A, fFapStexNumber);
if( fFlagSubDet == "EB" )
{Int_t n1StexCrys = fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha, fFapStexNumber);
fPavComXtal = fCnaParHistos->SetPaveCrystal(n1StexCrys, StexStin_A, i0StinEcha);}
if( fFlagSubDet == "EE" )
{TString Dir = fEcalNumbering->GetDeeDirViewedFromIP(fFapStexNumber);
Int_t n1StexCrys = fEcalNumbering->Get1StexCrysFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha, fFapStexNumber);
fPavComXtal = fCnaParHistos->SetPaveCrystal(n1StexCrys, StexStin_A, i0StinEcha);}
}
fPavComAnaRun = fCnaParHistos->SetPaveAnalysisRun(fFapAnaType, fFapNbOfSamples, fFapRunNumber, fRunType,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, "OneCol");
fPavComNbOfEvts = fCnaParHistos->SetPaveNbOfEvts(fFapNbOfEvts, fStartDate, fStopDate, "OneCol");
}
| void TEcnaHistos::SetAllPavesViewStas | ( | ) |
Definition at line 10514 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), fCnaParHistos, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapRunNumber, fFlagGeneralTitle, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStas, fRunType, fStartDate, fStopDate, TEcnaParHistos::SetPaveAnalysisRun(), TEcnaParHistos::SetPaveGeneralComment(), TEcnaParHistos::SetPaveNbOfEvts(), and TEcnaParHistos::SetPaveStas().
Referenced by ViewStas().
{
gStyle->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
fPavComGeneralTitle = fCnaParHistos->SetPaveGeneralComment(fFlagGeneralTitle);
fPavComStas = fCnaParHistos->SetPaveStas();
fPavComAnaRun = fCnaParHistos->SetPaveAnalysisRun(fFapAnaType, fFapNbOfSamples, fFapRunNumber, fRunType,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, "OneCol");
fPavComNbOfEvts = fCnaParHistos->SetPaveNbOfEvts(fFapNbOfEvts, fStartDate, fStopDate, "OneCol");
}
| void TEcnaHistos::SetAllPavesViewStex | ( | const TString | chopt, |
| const Int_t & | StexNumber | ||
| ) |
Definition at line 10483 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), fCnaParHistos, fFlagSubDet, fPavComCxyz, fPavComStex, TEcnaParHistos::SetPaveCxyz(), TEcnaParHistos::SetPaveStex(), and TEcnaParHistos::SetViewHistoStyle().
Referenced by DeeSCNumbering(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), and ViewStex().
{
if( chopt == "Numbering" )
{
fCnaParHistos->SetViewHistoStyle("Stex2DEENb");
gStyle->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
fPavComStex = fCnaParHistos->SetPaveStex("standStex", StexNumber);
if( fFlagSubDet == "EE" ){fPavComCxyz = fCnaParHistos->SetPaveCxyz(StexNumber);}
}
else
{
SetAllPavesViewStex(StexNumber);
}
}
| void TEcnaHistos::SetAllPavesViewStex | ( | const Int_t & | StexNumber | ) |
Definition at line 10499 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), fCnaParHistos, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapRunNumber, fFapStexName, fFlagGeneralTitle, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fRunType, fStartDate, fStopDate, TEcnaParHistos::SetPaveAnalysisRun(), TEcnaParHistos::SetPaveGeneralComment(), TEcnaParHistos::SetPaveNbOfEvts(), and TEcnaParHistos::SetPaveStex().
{
gStyle->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
fPavComGeneralTitle = fCnaParHistos->SetPaveGeneralComment(fFlagGeneralTitle);
fPavComStex = fCnaParHistos->SetPaveStex("standStex", StexNumber);
TString opt_pave_nbcol = "OneCol";
if( fFapStexName == "SM"){opt_pave_nbcol = "TwoCol";}
fPavComAnaRun = fCnaParHistos->SetPaveAnalysisRun(fFapAnaType, fFapNbOfSamples, fFapRunNumber, fRunType,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber,opt_pave_nbcol);
fPavComNbOfEvts = fCnaParHistos->SetPaveNbOfEvts(fFapNbOfEvts, fStartDate, fStopDate, opt_pave_nbcol);
}
| void TEcnaHistos::SetAllPavesViewStin | ( | const Int_t & | StexStin_A | ) |
Definition at line 10456 of file TEcnaHistos.cc.
References fCnaParHistos, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapRunNumber, fFapStexNumber, fFlagGeneralTitle, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fPavComStin, fRunType, fStartDate, fStopDate, TEcnaParHistos::SetPaveAnalysisRun(), TEcnaParHistos::SetPaveGeneralComment(), TEcnaParHistos::SetPaveNbOfEvts(), TEcnaParHistos::SetPaveStex(), and TEcnaParHistos::SetPaveStin().
Referenced by ViewStin().
{
// Put all the paves of a Stin view
fPavComGeneralTitle = fCnaParHistos->SetPaveGeneralComment(fFlagGeneralTitle);
fPavComStex = fCnaParHistos->SetPaveStex("standard", fFapStexNumber);
fPavComStin = fCnaParHistos->SetPaveStin(StexStin_A, fFapStexNumber);
fPavComAnaRun = fCnaParHistos->SetPaveAnalysisRun(fFapAnaType, fFapNbOfSamples, fFapRunNumber, fRunType,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, "OneCol");
fPavComNbOfEvts = fCnaParHistos->SetPaveNbOfEvts(fFapNbOfEvts, fStartDate, fStopDate, "OneCol");
}
| void TEcnaHistos::SetAllPavesViewStinCrysNb | ( | const Int_t & | StexNumber, |
| const Int_t & | StexStin_A | ||
| ) |
Definition at line 10470 of file TEcnaHistos.cc.
References fCnaParHistos, fFlagSubDet, fPavComCxyz, fPavComLVRB, fPavComStex, fPavComStin, TEcnaParHistos::SetPaveCxyz(), TEcnaParHistos::SetPaveLVRB(), TEcnaParHistos::SetPaveStex(), and TEcnaParHistos::SetPaveStin().
Referenced by SCCrystalNumbering(), and TowerCrystalNumbering().
{
// Put all the paves of a crystal numbering Stin view
fPavComStex = fCnaParHistos->SetPaveStex("standard", StexNumber);
fPavComStin = fCnaParHistos->SetPaveStin(StexStin_A, StexNumber);
if( fFlagSubDet == "EB")
{fPavComLVRB = fCnaParHistos->SetPaveLVRB(StexNumber, StexStin_A);}
if( fFlagSubDet == "EE")
{fPavComCxyz = fCnaParHistos->SetPaveCxyz(StexNumber);}
}
| void TEcnaHistos::SetAllYminYmaxMemoFromDefaultValues | ( | ) |
Definition at line 11420 of file TEcnaHistos.cc.
References fCnaParHistos, fFlagUserHistoMax, fFlagUserHistoMin, fUserHistoMax, fUserHistoMin, TEcnaParHistos::GetYmaxDefaultValue(), TEcnaParHistos::GetYminDefaultValue(), SetYmaxMemoFromValue(), and SetYminMemoFromValue().
Referenced by TEcnaHistos().
{
//.......... Default values for histo min and max
SetYminMemoFromValue("D_NOE_ChNb", fCnaParHistos->GetYminDefaultValue("D_NOE_ChNb"));
SetYmaxMemoFromValue("D_NOE_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_NOE_ChNb"));
SetYminMemoFromValue("D_NOE_ChDs", fCnaParHistos->GetYminDefaultValue("D_NOE_ChDs"));
SetYmaxMemoFromValue("D_NOE_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_NOE_ChDs"));
SetYminMemoFromValue("D_Ped_ChNb", fCnaParHistos->GetYminDefaultValue("D_Ped_ChNb"));
SetYmaxMemoFromValue("D_Ped_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_Ped_ChNb"));
SetYminMemoFromValue("D_Ped_ChDs", fCnaParHistos->GetYminDefaultValue("D_Ped_ChDs"));
SetYmaxMemoFromValue("D_Ped_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_Ped_ChDs"));
SetYminMemoFromValue("D_TNo_ChNb", fCnaParHistos->GetYminDefaultValue("D_TNo_ChNb"));
SetYmaxMemoFromValue("D_TNo_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_TNo_ChNb"));
SetYminMemoFromValue("D_TNo_ChDs", fCnaParHistos->GetYminDefaultValue("D_TNo_ChDs"));
SetYmaxMemoFromValue("D_TNo_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_TNo_ChDs"));
SetYminMemoFromValue("D_MCs_ChNb", fCnaParHistos->GetYminDefaultValue("D_MCs_ChNb"));
SetYmaxMemoFromValue("D_MCs_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_MCs_ChNb"));
SetYminMemoFromValue("D_MCs_ChDs", fCnaParHistos->GetYminDefaultValue("D_MCs_ChDs"));
SetYmaxMemoFromValue("D_MCs_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_MCs_ChDs"));
SetYminMemoFromValue("D_LFN_ChNb", fCnaParHistos->GetYminDefaultValue("D_LFN_ChNb"));
SetYmaxMemoFromValue("D_LFN_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_LFN_ChNb"));
SetYminMemoFromValue("D_LFN_ChDs", fCnaParHistos->GetYminDefaultValue("D_LFN_ChDs"));
SetYmaxMemoFromValue("D_LFN_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_LFN_ChDs"));
SetYminMemoFromValue("D_HFN_ChNb", fCnaParHistos->GetYminDefaultValue("D_HFN_ChNb"));
SetYmaxMemoFromValue("D_HFN_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_HFN_ChNb"));
SetYminMemoFromValue("D_HFN_ChDs", fCnaParHistos->GetYminDefaultValue("D_HFN_ChDs"));
SetYmaxMemoFromValue("D_HFN_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_HFN_ChDs"));
SetYminMemoFromValue("D_SCs_ChNb", fCnaParHistos->GetYminDefaultValue("D_SCs_ChNb"));
SetYmaxMemoFromValue("D_SCs_ChNb", fCnaParHistos->GetYmaxDefaultValue("D_SCs_ChNb"));
SetYminMemoFromValue("D_SCs_ChDs", fCnaParHistos->GetYminDefaultValue("D_SCs_ChDs"));
SetYmaxMemoFromValue("D_SCs_ChDs", fCnaParHistos->GetYmaxDefaultValue("D_SCs_ChDs"));
SetYminMemoFromValue("D_MSp_Samp", fCnaParHistos->GetYminDefaultValue("D_MSp_Samp"));
SetYmaxMemoFromValue("D_MSp_Samp", fCnaParHistos->GetYmaxDefaultValue("D_MSp_Samp"));
SetYminMemoFromValue("D_SSp_Samp", fCnaParHistos->GetYminDefaultValue("D_SSp_Samp"));
SetYmaxMemoFromValue("D_SSp_Samp", fCnaParHistos->GetYmaxDefaultValue("D_SSp_Samp"));
SetYminMemoFromValue("D_Adc_EvDs", fCnaParHistos->GetYminDefaultValue("D_Adc_EvDs"));
SetYmaxMemoFromValue("D_Adc_EvDs", fCnaParHistos->GetYmaxDefaultValue("D_Adc_EvDs"));
SetYminMemoFromValue("D_Adc_EvNb", fCnaParHistos->GetYminDefaultValue("D_Adc_EvNb"));
SetYmaxMemoFromValue("D_Adc_EvNb", fCnaParHistos->GetYmaxDefaultValue("D_Adc_EvNb"));
SetYminMemoFromValue("H_Ped_Date", fCnaParHistos->GetYminDefaultValue("H_Ped_Date"));
SetYmaxMemoFromValue("H_Ped_Date", fCnaParHistos->GetYmaxDefaultValue("H_Ped_Date"));
SetYminMemoFromValue("H_TNo_Date", fCnaParHistos->GetYminDefaultValue("H_TNo_Date"));
SetYmaxMemoFromValue("H_TNo_Date", fCnaParHistos->GetYmaxDefaultValue("H_TNo_Date"));
SetYminMemoFromValue("H_LFN_Date", fCnaParHistos->GetYminDefaultValue("H_LFN_Date"));
SetYmaxMemoFromValue("H_LFN_Date", fCnaParHistos->GetYmaxDefaultValue("H_LFN_Date"));
SetYminMemoFromValue("H_HFN_Date", fCnaParHistos->GetYminDefaultValue("H_HFN_Date"));
SetYmaxMemoFromValue("H_HFN_Date", fCnaParHistos->GetYmaxDefaultValue("H_HFN_Date"));
SetYminMemoFromValue("H_MCs_Date", fCnaParHistos->GetYminDefaultValue("H_MCs_Date"));
SetYmaxMemoFromValue("H_MCs_Date", fCnaParHistos->GetYmaxDefaultValue("H_MCs_Date"));
SetYminMemoFromValue("H_SCs_Date", fCnaParHistos->GetYminDefaultValue("H_SCs_Date"));
SetYmaxMemoFromValue("H_SCs_Date", fCnaParHistos->GetYmaxDefaultValue("H_SCs_Date"));
SetYminMemoFromValue("H_Ped_RuDs", fCnaParHistos->GetYminDefaultValue("H_Ped_RuDs"));
SetYmaxMemoFromValue("H_Ped_RuDs", fCnaParHistos->GetYmaxDefaultValue("H_Ped_RuDs"));
SetYminMemoFromValue("H_TNo_RuDs", fCnaParHistos->GetYminDefaultValue("H_TNo_RuDs"));
SetYmaxMemoFromValue("H_TNo_RuDs", fCnaParHistos->GetYmaxDefaultValue("H_TNo_RuDs"));
SetYminMemoFromValue("H_LFN_RuDs", fCnaParHistos->GetYminDefaultValue("H_LFN_RuDs"));
SetYmaxMemoFromValue("H_LFN_RuDs", fCnaParHistos->GetYmaxDefaultValue("H_LFN_RuDs"));
SetYminMemoFromValue("H_HFN_RuDs", fCnaParHistos->GetYminDefaultValue("H_HFN_RuDs"));
SetYmaxMemoFromValue("H_HFN_RuDs", fCnaParHistos->GetYmaxDefaultValue("H_HFN_RuDs"));
SetYminMemoFromValue("H_MCs_RuDs", fCnaParHistos->GetYminDefaultValue("H_MCs_RuDs"));
SetYmaxMemoFromValue("H_MCs_RuDs", fCnaParHistos->GetYmaxDefaultValue("H_MCs_RuDs"));
SetYminMemoFromValue("H_SCs_RuDs", fCnaParHistos->GetYminDefaultValue("H_SCs_RuDs"));
SetYmaxMemoFromValue("H_SCs_RuDs", fCnaParHistos->GetYmaxDefaultValue("H_SCs_RuDs"));
SetYminMemoFromValue("H2LFccMosMatrix", fCnaParHistos->GetYminDefaultValue("H2LFccMosMatrix"));
SetYmaxMemoFromValue("H2LFccMosMatrix", fCnaParHistos->GetYmaxDefaultValue("H2LFccMosMatrix"));
SetYminMemoFromValue("H2HFccMosMatrix", fCnaParHistos->GetYminDefaultValue("H2HFccMosMatrix"));
SetYmaxMemoFromValue("H2HFccMosMatrix", fCnaParHistos->GetYmaxDefaultValue("H2HFccMosMatrix"));
SetYminMemoFromValue("H2CorccInStins", fCnaParHistos->GetYminDefaultValue("H2CorccInStins"));
SetYmaxMemoFromValue("H2CorccInStins", fCnaParHistos->GetYmaxDefaultValue("H2CorccInStins"));
//........... set user's min and max flags to "OFF" and values to -1 and +1
fUserHistoMin = -1.; fFlagUserHistoMin = "OFF";
fUserHistoMax = 1.; fFlagUserHistoMax = "OFF";
}
| TString TEcnaHistos::SetCanvasName | ( | const TString | HistoCode, |
| const Int_t & | opt_scale_x, | ||
| const Int_t & | opt_scale_y, | ||
| const TString | opt_plot, | ||
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample | ||
| ) |
Definition at line 10629 of file TEcnaHistos.cc.
References fCanvSameD_Adc_EvDs, fCanvSameD_Adc_EvNb, fCanvSameD_HFN_ChDs, fCanvSameD_HFN_ChNb, fCanvSameD_LFN_ChDs, fCanvSameD_LFN_ChNb, fCanvSameD_MCs_ChDs, fCanvSameD_MCs_ChNb, fCanvSameD_MSp_Samp, fCanvSameD_NOE_ChDs, fCanvSameD_NOE_ChNb, fCanvSameD_Ped_ChDs, fCanvSameD_Ped_ChNb, fCanvSameD_SCs_ChDs, fCanvSameD_SCs_ChNb, fCanvSameD_SSp_Samp, fCanvSameD_TNo_ChDs, fCanvSameD_TNo_ChNb, fCanvSameH1SamePlus, fCanvSameH_HFN_Date, fCanvSameH_HFN_RuDs, fCanvSameH_LFN_Date, fCanvSameH_LFN_RuDs, fCanvSameH_MCs_Date, fCanvSameH_MCs_RuDs, fCanvSameH_Ped_Date, fCanvSameH_Ped_RuDs, fCanvSameH_SCs_Date, fCanvSameH_SCs_RuDs, fCanvSameH_TNo_Date, fCanvSameH_TNo_RuDs, fCdelete, fCnaParHistos, fCnew, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexName, fFapStexNumber, fFapStinName, fgMaxCar, fOnlyOnePlot, fOptScaleLinx, fOptScaleLiny, fOptScaleLogx, fOptScaleLogy, fSameOnePlot, fSeveralPlot, and TEcnaParHistos::GetHistoType().
Referenced by HistimePlot(), and HistoPlot().
{
//......... Set Canvas name *===> FOR 1D HISTO ONLY
// (for 2D histos, see inside ViewMatrix, ViewStex,...)
TString canvas_name;
Int_t MaxCar = fgMaxCar;
canvas_name.Resize(MaxCar);
canvas_name = "?";
char* f_in = new char[fgMaxCar]; fCnew++;
//......................... name_ opt_plot (Set Canvas name)
TString name_opt_plot;
MaxCar = fgMaxCar;
name_opt_plot.Resize(MaxCar);
name_opt_plot = "?";
if(opt_plot == fOnlyOnePlot){name_opt_plot = "P1";} // Only one plot
if(opt_plot == fSeveralPlot)
{
name_opt_plot = "SAME_N";
//...................................... name_same (opt_plot = fSeveralPlot)
Int_t name_same = -1;
if(HistoCode == "D_NOE_ChNb"){name_same = fCanvSameD_NOE_ChNb;}
if(HistoCode == "D_NOE_ChDs"){name_same = fCanvSameD_NOE_ChDs;}
if(HistoCode == "D_Ped_ChNb"){name_same = fCanvSameD_Ped_ChNb;}
if(HistoCode == "D_Ped_ChDs"){name_same = fCanvSameD_Ped_ChDs;}
if(HistoCode == "D_TNo_ChNb"){name_same = fCanvSameD_TNo_ChNb;}
if(HistoCode == "D_TNo_ChDs"){name_same = fCanvSameD_TNo_ChDs;}
if(HistoCode == "D_MCs_ChNb"){name_same = fCanvSameD_MCs_ChNb;}
if(HistoCode == "D_MCs_ChDs"){name_same = fCanvSameD_MCs_ChDs;}
if(HistoCode == "D_LFN_ChNb"){name_same = fCanvSameD_LFN_ChNb;}
if(HistoCode == "D_LFN_ChDs"){name_same = fCanvSameD_LFN_ChDs;}
if(HistoCode == "D_HFN_ChNb"){name_same = fCanvSameD_HFN_ChNb;}
if(HistoCode == "D_HFN_ChDs"){name_same = fCanvSameD_HFN_ChDs;}
if(HistoCode == "D_SCs_ChNb"){name_same = fCanvSameD_SCs_ChNb;}
if(HistoCode == "D_SCs_ChDs"){name_same = fCanvSameD_SCs_ChDs;}
if(HistoCode == "D_MSp_Samp"){name_same = fCanvSameD_MSp_Samp;}
if(HistoCode == "D_SSp_Samp"){name_same = fCanvSameD_SSp_Samp;}
if(HistoCode == "D_Adc_EvDs"){name_same = fCanvSameD_Adc_EvDs;}
if(HistoCode == "D_Adc_EvNb"){name_same = fCanvSameD_Adc_EvNb;}
if(HistoCode == "H_Ped_Date"){name_same = fCanvSameH_Ped_Date;}
if(HistoCode == "H_TNo_Date"){name_same = fCanvSameH_TNo_Date;}
if(HistoCode == "H_MCs_Date"){name_same = fCanvSameH_MCs_Date;}
if(HistoCode == "H_LFN_Date"){name_same = fCanvSameH_LFN_Date;}
if(HistoCode == "H_HFN_Date"){name_same = fCanvSameH_HFN_Date;}
if(HistoCode == "H_SCs_Date"){name_same = fCanvSameH_SCs_Date;}
if(HistoCode == "H_Ped_RuDs"){name_same = fCanvSameH_Ped_RuDs;}
if(HistoCode == "H_TNo_RuDs"){name_same = fCanvSameH_TNo_RuDs;}
if(HistoCode == "H_MCs_RuDs"){name_same = fCanvSameH_MCs_RuDs;}
if(HistoCode == "H_LFN_RuDs"){name_same = fCanvSameH_LFN_RuDs;}
if(HistoCode == "H_HFN_RuDs"){name_same = fCanvSameH_HFN_RuDs;}
if(HistoCode == "H_SCs_RuDs"){name_same = fCanvSameH_SCs_RuDs;}
sprintf(f_in,"%d", name_same);
TString s_name_same = f_in;
const Text_t *t_name_same = (const Text_t *)s_name_same.Data();
name_opt_plot.Append(t_name_same);
}
if(opt_plot == fSameOnePlot)
{
name_opt_plot = "SAME_Plus_N";
//...................................... name_same (opt_plot = fSeveralPlot)
Int_t name_same = fCanvSameH1SamePlus;
sprintf(f_in,"%d", name_same);
TString s_name_same = f_in;
const Text_t *t_name_same = (const Text_t *)s_name_same.Data();
name_opt_plot.Append(t_name_same);
}
//......................... name_visu (Set Canvas name)
TString name_visu;
MaxCar = fgMaxCar;
name_visu.Resize(MaxCar);
name_visu = "";
TString name_line;
MaxCar = fgMaxCar;
name_line.Resize(MaxCar);
name_line = "Line_";
TString HistoType = fCnaParHistos->GetHistoType(HistoCode.Data());
if( HistoType == "Global" && (opt_plot == fSeveralPlot || opt_plot == fSameOnePlot) ){name_line = "Polm_";}
// if(opt_visu == fOptVisLine){name_line = "Line_";}
// if(opt_visu == fOptVisPolm){name_line = "Poly_";}
const Text_t *t_line = (const Text_t *)name_line.Data();
name_visu.Append(t_line);
TString name_scale_x;
MaxCar = fgMaxCar;
name_scale_x.Resize(MaxCar);
name_scale_x = "?";
if(opt_scale_x == fOptScaleLinx){name_scale_x = "LinX_";}
if(opt_scale_x == fOptScaleLogx){name_scale_x = "LogX_";}
const Text_t *t_scale_x = (const Text_t *)name_scale_x.Data();
name_visu.Append(t_scale_x);
TString name_scale_y;
MaxCar = fgMaxCar;
name_scale_y.Resize(MaxCar);
name_scale_y = "?";
if(opt_scale_y == fOptScaleLiny){name_scale_y = "LinY";}
if(opt_scale_y == fOptScaleLogy){name_scale_y = "LogY";}
const Text_t *t_scale_y = (const Text_t *)name_scale_y.Data();
name_visu.Append(t_scale_y);
//...................................... name quantity (Set Canvas name)
TString name_quantity;
MaxCar = fgMaxCar;
name_quantity.Resize(MaxCar);
name_quantity = "?";
if(HistoCode == "D_NOE_ChNb"){name_quantity = "Nb_of_evts_as_func_of_Xtal";}
if(HistoCode == "D_NOE_ChDs"){name_quantity = "Nb_of_evts_Xtal_distrib";}
if(HistoCode == "D_Ped_ChNb"){name_quantity = "Pedestals_as_func_of_Xtal";}
if(HistoCode == "D_Ped_ChDs"){name_quantity = "Pedestals_Xtal_distrib";}
if(HistoCode == "D_TNo_ChNb"){name_quantity = "Total_Noise_as_func_of_Xtal";}
if(HistoCode == "D_TNo_ChDs"){name_quantity = "Total_Noise_Xtal_distrib";}
if(HistoCode == "D_MCs_ChNb"){name_quantity = "Mean_Corss_as_func_of_Xtal";}
if(HistoCode == "D_MCs_ChDs"){name_quantity = "Mean_Corss_Xtal_distrib";}
if(HistoCode == "D_LFN_ChNb"){name_quantity = "Low_Fq_Noise_as_func_of_Xtal";}
if(HistoCode == "D_LFN_ChDs"){name_quantity = "Low_Fq_Noise_Xtal_distrib";}
if(HistoCode == "D_HFN_ChNb"){name_quantity = "High_Fq_Noise_as_func_of_Xtal";}
if(HistoCode == "D_HFN_ChDs"){name_quantity = "High_Fq_Noise_Xtal_distrib";}
if(HistoCode == "D_SCs_ChNb"){name_quantity = "Sigma_Corss_as_func_of_Xtal";}
if(HistoCode == "D_SCs_ChDs"){name_quantity = "Sigma_Corss_Xtal_distrib";}
if(HistoCode == "D_MSp_Samp"){name_quantity = "ExpValue_of_samples";}
if(HistoCode == "D_SSp_Samp"){name_quantity = "Sigma_of_samples";}
if(HistoCode == "D_Adc_EvDs"){name_quantity = "hevt";}
if(HistoCode == "D_Adc_EvNb"){name_quantity = "ADC_as_func_of_Event";}
if(HistoCode == "H_Ped_Date"){name_quantity = "Pedestal_history";}
if(HistoCode == "H_TNo_Date"){name_quantity = "Total_Noise_history";}
if(HistoCode == "H_MCs_Date"){name_quantity = "Mean_Corss_history";}
if(HistoCode == "H_LFN_Date"){name_quantity = "Low_Fq_Noise_history";}
if(HistoCode == "H_HFN_Date"){name_quantity = "High_Fq_Noise_history";}
if(HistoCode == "H_SCs_Date"){name_quantity = "Sigma_Corss_history";}
if(HistoCode == "H_Ped_RuDs"){name_quantity = "Pedestal_run_distribution";}
if(HistoCode == "H_TNo_RuDs"){name_quantity = "Total_Noise_run_distribution";}
if(HistoCode == "H_MCs_RuDs"){name_quantity = "Mean_Corss_run_distribution";}
if(HistoCode == "H_LFN_RuDs"){name_quantity = "Low_Fq_Noise_run_distribution";}
if(HistoCode == "H_HFN_RuDs"){name_quantity = "High_Fq_Noise_run_distribution";}
if(HistoCode == "H_SCs_RuDs"){name_quantity = "Sigma_Corss_run_distribution";}
Int_t num_crys = -1;
if(HistoCode == "D_MSp_Samp"){num_crys = i0StinEcha;}
if(HistoCode == "D_SSp_Samp"){num_crys = i0StinEcha;}
if(HistoCode == "D_Adc_EvDs"){num_crys = i0StinEcha;}
if(HistoCode == "D_Adc_EvNb"){num_crys = i0StinEcha;}
if(HistoCode == "H_Ped_Date"){num_crys = i0StinEcha;}
if(HistoCode == "H_TNo_Date"){num_crys = i0StinEcha;}
if(HistoCode == "H_MCs_Date"){num_crys = i0StinEcha;}
if(HistoCode == "H_LFN_Date"){num_crys = i0StinEcha;}
if(HistoCode == "H_HFN_Date"){num_crys = i0StinEcha;}
if(HistoCode == "H_SCs_Date"){num_crys = i0StinEcha;}
if(HistoCode == "H_Ped_RuDs"){num_crys = i0StinEcha;}
if(HistoCode == "H_TNo_RuDs"){num_crys = i0StinEcha;}
if(HistoCode == "H_MCs_RuDs"){num_crys = i0StinEcha;}
if(HistoCode == "H_LFN_RuDs"){num_crys = i0StinEcha;}
if(HistoCode == "H_HFN_RuDs"){num_crys = i0StinEcha;}
if(HistoCode == "H_SCs_RuDs"){num_crys = i0StinEcha;}
Int_t num_samp = -1;
if(HistoCode == "D_Adc_EvDs"){num_samp = iSample;}
if(HistoCode == "D_Adc_EvNb"){num_samp = iSample;}
//........................................................... (Set Canvas name)
if (HistoCode == "D_NOE_ChNb" || HistoCode == "D_NOE_ChDs" ||
HistoCode == "D_Ped_ChNb" || HistoCode == "D_Ped_ChDs" ||
HistoCode == "D_TNo_ChNb" || HistoCode == "D_TNo_ChDs" ||
HistoCode == "D_MCs_ChNb" || HistoCode == "D_MCs_ChDs" ||
HistoCode == "D_LFN_ChNb" || HistoCode == "D_LFN_ChDs" ||
HistoCode == "D_HFN_ChNb" || HistoCode == "D_HFN_ChDs" ||
HistoCode == "D_SCs_ChNb" || HistoCode == "D_SCs_ChDs" )
{
sprintf(f_in, "%s_%s_S1_%d_R%d_%d_%d_%d_%s%d_%s_%s",
name_quantity.Data(), fFapAnaType.Data(),
fFapNbOfSamples, fFapRunNumber, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexName.Data(), fFapStexNumber,
name_opt_plot.Data(), name_visu.Data());
}
if (HistoCode == "D_MSp_Samp" || HistoCode == "D_SSp_Samp" ||
HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date" ||
HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" || HistoCode == "H_MCs_RuDs" ||
HistoCode == "H_LFN_RuDs" || HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs")
{
sprintf(f_in, "%s_%s_S1_%d_R%d_%d_%d_%d_%s%d_%s%d_Xtal%d_%s_%s",
name_quantity.Data(), fFapAnaType.Data(),
fFapNbOfSamples, fFapRunNumber, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexName.Data(), fFapStexNumber, fFapStinName.Data(), StexStin_A, num_crys,
name_opt_plot.Data(), name_visu.Data());
}
if (HistoCode == "D_Adc_EvNb" || HistoCode == "D_Adc_EvDs")
{
sprintf(f_in, "%s_%s_S1_%d_R%d_%d_%d_%d_%s%d_%s%d_Xtal%d_Samp%d_%s_%s",
name_quantity.Data(), fFapAnaType.Data(),
fFapNbOfSamples, fFapRunNumber, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexName.Data(), fFapStexNumber, fFapStinName.Data(), StexStin_A, num_crys, num_samp,
name_opt_plot.Data(), name_visu.Data());
}
canvas_name = f_in;
delete [] f_in; f_in = 0; fCdelete++;
return canvas_name.Data();
} // end of CanvasName()
| void TEcnaHistos::SetEcalSubDetector | ( | const TString | SubDet, |
| const TEcnaParEcal * | pEcal, | ||
| const TEcnaParHistos * | pCnaParHistos, | ||
| const TEcnaNumbering * | pEcalNumbering, | ||
| const TEcnaWrite * | pCnaWrite | ||
| ) |
Definition at line 953 of file TEcnaHistos.cc.
References fCnaParCout, fCnaParHistos, fCnaParPaths, fCnaWrite, fCnew, fEcal, fEcalNumbering, fFapEchaName, fFapStexBarrel, fFapStexDir, fFapStexName, fFapStexNumber, fFapStexType, fFapStinName, fFapStinQuadType, fFileHeader, fFlagSubDet, fgMaxCar, fMyRootFile, TEcnaParEcal::GetEcalSubDetector(), and TEcnaRead::PrintNoComment().
Referenced by TEcnaHistos().
{
// Set Subdetector (EB or EE)
fEcal = 0;
if( pEcal == 0 )
{fEcal = new TEcnaParEcal(SubDet.Data()); /*fCnew++*/ ;}
else
{fEcal = (TEcnaParEcal*)pEcal;}
Int_t MaxCar = fgMaxCar;
fFlagSubDet.Resize(MaxCar);
fFlagSubDet = fEcal->GetEcalSubDetector(); // fFlagSubDet = "EB" or "EE"
fEcalNumbering = 0;
if( pEcalNumbering == 0 )
{fEcalNumbering = new TEcnaNumbering(fFlagSubDet.Data(), fEcal); /*fCnew++*/ ;}
else
{fEcalNumbering = (TEcnaNumbering*)pEcalNumbering;}
fCnaParHistos = 0;
if( pCnaParHistos == 0 )
{fCnaParHistos = new TEcnaParHistos(fFlagSubDet.Data(), fEcal, fEcalNumbering); /* fCnew++*/ ;}
else
{fCnaParHistos = (TEcnaParHistos*)pCnaParHistos;}
fCnaWrite = 0;
if( pCnaWrite == 0 )
{fCnaWrite =
new TEcnaWrite(fFlagSubDet.Data(), fCnaParPaths, fCnaParCout, fEcal, fEcalNumbering); /*fCnew++*/ ;}
else
{fCnaWrite = (TEcnaWrite*)pCnaWrite;}
//------------------- creation objet TEcnaRead fMyRootFile (a reprendre plus clairement)
fFileHeader = 0;
fMyRootFile = new TEcnaRead(fFlagSubDet.Data(), fCnaParPaths, fCnaParCout,
fFileHeader, fEcalNumbering, fCnaWrite); fCnew++;
fMyRootFile->PrintNoComment();
//.................................. Init specific EB/EE parameters ( SetEcalSubDetector(...) )
MaxCar = fgMaxCar;
fFapStexName.Resize(MaxCar);
fFapStexName = "no info for Stex";
MaxCar = fgMaxCar;
fFapStinName.Resize(MaxCar);
fFapStinName = "no info for Stin";
MaxCar = fgMaxCar;
fFapEchaName.Resize(MaxCar);
fFapEchaName = "no info for Echa";
if( fFlagSubDet == "EB" )
{
fFapStexName = "SM";
fFapStinName = "Tower";
fFapEchaName = "Xtal";
fFapStexBarrel = fEcalNumbering->GetSMHalfBarrel(fFapStexNumber);
}
if( fFlagSubDet == "EE" )
{
fFapStexName = "Dee";
fFapStinName = "SC";
fFapEchaName = "Xtal";
fFapStexType = fEcalNumbering->GetEEDeeType(fFapStexNumber);
fFapStexDir = "right";
fFapStinQuadType = "top";
}
} // ---------------- end of SetEcalSubDetector(...) ----------------
| void TEcnaHistos::SetGeneralTitle | ( | const TString | title | ) |
Definition at line 1050 of file TEcnaHistos.cc.
References fFlagGeneralTitle.
Referenced by GeneralTitle(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals(), TEcnaGui::ViewMatrixCorrelationSamples(), TEcnaGui::ViewMatrixCovarianceSamples(), TEcnaGui::ViewMatrixHighFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixHighFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewMatrixLowFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixLowFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewSorSHighFrequencyNoise(), TEcnaGui::ViewSorSLowFrequencyNoise(), TEcnaGui::ViewSorSMeanOfCorss(), TEcnaGui::ViewSorSNumberOfEvents(), TEcnaGui::ViewSorSPedestals(), TEcnaGui::ViewSorSSigmaOfCorss(), TEcnaGui::ViewSorSTotalNoise(), TEcnaGui::ViewStexHighFrequencyCorcc(), TEcnaGui::ViewStexLowFrequencyCorcc(), TEcnaGui::ViewStexStinNumbering(), TEcnaGui::ViewStinCorrelationSamples(), TEcnaGui::ViewStinCovarianceSamples(), and TEcnaGui::ViewStinCrystalNumbering().
{
fFlagGeneralTitle = title.Data();
}
| Int_t TEcnaHistos::SetGraphFrameYminYmaxFromMemo | ( | TGraph * | g_graph0, |
| const TString | HistoCode | ||
| ) |
Definition at line 8903 of file TEcnaHistos.cc.
References fH_HFN_DateYmax, fH_HFN_DateYmin, fH_LFN_DateYmax, fH_LFN_DateYmin, fH_MCs_DateYmax, fH_MCs_DateYmin, fH_Ped_DateYmax, fH_Ped_DateYmin, fH_SCs_DateYmax, fH_SCs_DateYmin, fH_TNo_DateYmax, and fH_TNo_DateYmin.
Referenced by ViewHistime().
{
// Set min and max according to HistoCode
Int_t xFlagAutoYsupMargin = 1; // DEFAULT: 1 = min and max calulated by ROOT, 0 = by this code
if(HistoCode == "H_Ped_Date"){
if(fH_Ped_DateYmin < fH_Ped_DateYmax){xFlagAutoYsupMargin = 0;
g_graph0->SetMinimum(fH_Ped_DateYmin); g_graph0->SetMaximum(fH_Ped_DateYmax);}}
if(HistoCode == "H_TNo_Date"){
if(fH_TNo_DateYmin < fH_TNo_DateYmax){xFlagAutoYsupMargin = 0;
g_graph0->SetMinimum(fH_TNo_DateYmin); g_graph0->SetMaximum(fH_TNo_DateYmax);}}
if(HistoCode == "H_MCs_Date"){
if(fH_MCs_DateYmin < fH_MCs_DateYmax){xFlagAutoYsupMargin = 0;
g_graph0->SetMinimum(fH_MCs_DateYmin); g_graph0->SetMaximum(fH_MCs_DateYmax);}}
if(HistoCode == "H_LFN_Date"){
if(fH_LFN_DateYmin < fH_LFN_DateYmax){xFlagAutoYsupMargin = 0;
g_graph0->SetMinimum(fH_LFN_DateYmin); g_graph0->SetMaximum(fH_LFN_DateYmax);}}
if(HistoCode == "H_HFN_Date"){
if(fH_HFN_DateYmin < fH_HFN_DateYmax){xFlagAutoYsupMargin = 0;
g_graph0->SetMinimum(fH_HFN_DateYmin); g_graph0->SetMaximum(fH_HFN_DateYmax);}}
if(HistoCode == "H_SCs_Date"){
if(fH_SCs_DateYmin < fH_SCs_DateYmax){xFlagAutoYsupMargin = 0;
g_graph0->SetMinimum(fH_SCs_DateYmin); g_graph0->SetMaximum(fH_SCs_DateYmax);}}
return xFlagAutoYsupMargin;
} // end of SetGraphFrameYminYmaxFromMemo
| void TEcnaHistos::SetGraphPresentation | ( | TGraph * | graph, |
| const TString | HistoType, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 13215 of file TEcnaHistos.cc.
References fCnaParHistos, TEcnaParHistos::SetViewGraphOffsets(), TEcnaParHistos::SetViewHistoPadMargins(), and TEcnaParHistos::SetViewHistoStyle().
Referenced by HistimePlot().
{
// Set presentation (axis title offsets, title size, label size, etc...
fCnaParHistos->SetViewHistoStyle(HistoType.Data());
fCnaParHistos->SetViewHistoPadMargins(HistoType.Data(), opt_plot);
fCnaParHistos->SetViewGraphOffsets(graph, HistoType.Data());
//............................... Graph marker
graph->SetMarkerStyle(1);
if( HistoType == "Evol" ){graph->SetMarkerStyle(20);}
}
| void TEcnaHistos::SetHistoColorPalette | ( | const TString | option_palette | ) |
Definition at line 1043 of file TEcnaHistos.cc.
References fFlagColPal.
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), and TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals().
{
fFlagColPal = "Black/Red/Blue";
if ( !(option_palette == "Rainbow" || option_palette == "rainbow") ){fFlagColPal = "Black/Red/Blue";}
if ( option_palette == "Rainbow" || option_palette == "rainbow" ){fFlagColPal = "Rainbow";}
}
| Int_t TEcnaHistos::SetHistoFrameYminYmaxFromMemo | ( | TH1D * | h_his0, |
| const TString | HistoCode | ||
| ) |
Definition at line 8780 of file TEcnaHistos.cc.
References fD_Adc_EvDsYmax, fD_Adc_EvDsYmin, fD_Adc_EvNbYmax, fD_Adc_EvNbYmin, fD_HFN_ChDsYmax, fD_HFN_ChDsYmin, fD_HFN_ChNbYmax, fD_HFN_ChNbYmin, fD_LFN_ChDsYmax, fD_LFN_ChDsYmin, fD_LFN_ChNbYmax, fD_LFN_ChNbYmin, fD_MCs_ChDsYmax, fD_MCs_ChDsYmin, fD_MCs_ChNbYmax, fD_MCs_ChNbYmin, fD_MSp_SampYmax, fD_MSp_SampYmin, fD_NOE_ChDsYmax, fD_NOE_ChDsYmin, fD_NOE_ChNbYmax, fD_NOE_ChNbYmin, fD_Ped_ChDsYmax, fD_Ped_ChDsYmin, fD_Ped_ChNbYmax, fD_Ped_ChNbYmin, fD_SCs_ChDsYmax, fD_SCs_ChDsYmin, fD_SCs_ChNbYmax, fD_SCs_ChNbYmin, fD_SSp_SampYmax, fD_SSp_SampYmin, fD_TNo_ChDsYmax, fD_TNo_ChDsYmin, fD_TNo_ChNbYmax, fD_TNo_ChNbYmin, fH2CorccInStinsYmax, fH2CorccInStinsYmin, fH2HFccMosMatrixYmax, fH2HFccMosMatrixYmin, fH2LFccMosMatrixYmax, fH2LFccMosMatrixYmin, fH_HFN_RuDsYmax, fH_HFN_RuDsYmin, fH_LFN_RuDsYmax, fH_LFN_RuDsYmin, fH_MCs_RuDsYmax, fH_MCs_RuDsYmin, fH_Ped_RuDsYmax, fH_Ped_RuDsYmin, fH_SCs_RuDsYmax, fH_SCs_RuDsYmin, fH_TNo_RuDsYmax, and fH_TNo_RuDsYmin.
Referenced by StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
{
// Set min and max according to HistoCode
// if Ymin = Ymax (or Ymin > Ymax): nothing done here
// return xFlagAutoYsupMargin = 1
//
// if Ymin < Ymax: min and max calculated by h_his0->SetMinimum() and h_his0->SetMaximum()
// return xFlagAutoYsupMargin = 0
Int_t xFlagAutoYsupMargin = 1; // (SetHistoFrameYminYmaxFromMemo)
if(HistoCode == "D_NOE_ChNb"){
if(fD_NOE_ChNbYmin < fD_NOE_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_NOE_ChNbYmin); h_his0->SetMaximum(fD_NOE_ChNbYmax);}}
if(HistoCode == "D_NOE_ChDs"){
if(fD_NOE_ChDsYmin < fD_NOE_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_NOE_ChDsYmin); h_his0->SetMaximum(fD_NOE_ChDsYmax);}}
if(HistoCode == "D_Ped_ChNb"){
if(fD_Ped_ChNbYmin < fD_Ped_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_Ped_ChNbYmin); h_his0->SetMaximum(fD_Ped_ChNbYmax);}}
if(HistoCode == "D_Ped_ChDs"){
if(fD_Ped_ChDsYmin < fD_Ped_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_Ped_ChDsYmin); h_his0->SetMaximum(fD_Ped_ChDsYmax);}}
if(HistoCode == "D_TNo_ChNb"){
if(fD_TNo_ChNbYmin < fD_TNo_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_TNo_ChNbYmin); h_his0->SetMaximum(fD_TNo_ChNbYmax);}}
if(HistoCode == "D_TNo_ChDs"){
if(fD_TNo_ChDsYmin < fD_TNo_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_TNo_ChDsYmin); h_his0->SetMaximum(fD_TNo_ChDsYmax);}}
if(HistoCode == "D_MCs_ChNb"){
if(fD_MCs_ChNbYmin < fD_MCs_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_MCs_ChNbYmin); h_his0->SetMaximum(fD_MCs_ChNbYmax);}}
if(HistoCode == "D_MCs_ChDs"){
if(fD_MCs_ChDsYmin < fD_MCs_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_MCs_ChDsYmin); h_his0->SetMaximum(fD_MCs_ChDsYmax);}}
if(HistoCode == "D_LFN_ChNb"){
if(fD_LFN_ChNbYmin < fD_LFN_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_LFN_ChNbYmin); h_his0->SetMaximum(fD_LFN_ChNbYmax);}}
if(HistoCode == "D_LFN_ChDs"){
if(fD_LFN_ChDsYmin < fD_LFN_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_LFN_ChDsYmin); h_his0->SetMaximum(fD_LFN_ChDsYmax);}}
if(HistoCode == "D_HFN_ChNb"){
if(fD_HFN_ChNbYmin < fD_HFN_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_HFN_ChNbYmin); h_his0->SetMaximum(fD_HFN_ChNbYmax);}}
if(HistoCode == "D_HFN_ChDs"){
if(fD_HFN_ChDsYmin < fD_HFN_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_HFN_ChDsYmin); h_his0->SetMaximum(fD_HFN_ChDsYmax);}}
if(HistoCode == "D_SCs_ChNb"){
if(fD_SCs_ChNbYmin < fD_SCs_ChNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_SCs_ChNbYmin); h_his0->SetMaximum(fD_SCs_ChNbYmax);}}
if(HistoCode == "D_SCs_ChDs"){
if(fD_SCs_ChDsYmin < fD_SCs_ChDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_SCs_ChDsYmin); h_his0->SetMaximum(fD_SCs_ChDsYmax);}}
if(HistoCode == "D_MSp_Samp"){
if(fD_MSp_SampYmin < fD_MSp_SampYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_MSp_SampYmin); h_his0->SetMaximum(fD_MSp_SampYmax);}}
if(HistoCode == "D_SSp_Samp"){
if(fD_SSp_SampYmin < fD_SSp_SampYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_SSp_SampYmin); h_his0->SetMaximum(fD_SSp_SampYmax);}}
if(HistoCode == "D_Adc_EvNb"){
if(fD_Adc_EvNbYmin < fD_Adc_EvNbYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_Adc_EvNbYmin); h_his0->SetMaximum(fD_Adc_EvNbYmax);}}
if(HistoCode == "D_Adc_EvDs"){
if(fD_Adc_EvDsYmin < fD_Adc_EvDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fD_Adc_EvDsYmin); h_his0->SetMaximum(fD_Adc_EvDsYmax);}}
if(HistoCode == "H2CorccInStins"){
if(fH2CorccInStinsYmin < fH2CorccInStinsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH2CorccInStinsYmin); h_his0->SetMaximum(fH2CorccInStinsYmax);}}
if(HistoCode == "H2LFccMosMatrix"){
if(fH2LFccMosMatrixYmin < fH2LFccMosMatrixYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH2LFccMosMatrixYmin); h_his0->SetMaximum(fH2LFccMosMatrixYmax);}}
if(HistoCode == "H2HFccMosMatrix"){
if(fH2HFccMosMatrixYmin < fH2HFccMosMatrixYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH2HFccMosMatrixYmin); h_his0->SetMaximum(fH2HFccMosMatrixYmax);}}
if(HistoCode == "H_Ped_RuDs"){
if(fH_Ped_RuDsYmin < fH_Ped_RuDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH_Ped_RuDsYmin); h_his0->SetMaximum(fH_Ped_RuDsYmax);}}
if(HistoCode == "H_TNo_RuDs"){
if(fH_TNo_RuDsYmin < fH_TNo_RuDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH_TNo_RuDsYmin); h_his0->SetMaximum(fH_TNo_RuDsYmax);}}
if(HistoCode == "H_MCs_RuDs"){
if(fH_MCs_RuDsYmin < fH_MCs_RuDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH_MCs_RuDsYmin); h_his0->SetMaximum(fH_MCs_RuDsYmax);}}
if(HistoCode == "H_LFN_RuDs"){
if(fH_LFN_RuDsYmin < fH_LFN_RuDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH_LFN_RuDsYmin); h_his0->SetMaximum(fH_LFN_RuDsYmax);}}
if(HistoCode == "H_HFN_RuDs"){
if(fH_HFN_RuDsYmin < fH_HFN_RuDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH_HFN_RuDsYmin); h_his0->SetMaximum(fH_HFN_RuDsYmax);}}
if(HistoCode == "H_SCs_RuDs"){
if(fH_SCs_RuDsYmin < fH_SCs_RuDsYmax){xFlagAutoYsupMargin = 0;
h_his0->SetMinimum(fH_SCs_RuDsYmin); h_his0->SetMaximum(fH_SCs_RuDsYmax);}}
return xFlagAutoYsupMargin;
} // end of SetHistoFrameYminYmaxFromMemo
| void TEcnaHistos::SetHistoMax | ( | const Double_t & | value | ) |
Definition at line 11415 of file TEcnaHistos.cc.
References fFlagUserHistoMax, fUserHistoMax, and relativeConstraints::value.
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals(), TEcnaGui::ViewMatrixCorrelationSamples(), TEcnaGui::ViewMatrixCovarianceSamples(), TEcnaGui::ViewMatrixHighFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixHighFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewMatrixLowFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixLowFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewSorSHighFrequencyNoise(), TEcnaGui::ViewSorSLowFrequencyNoise(), TEcnaGui::ViewSorSMeanOfCorss(), TEcnaGui::ViewSorSNumberOfEvents(), TEcnaGui::ViewSorSPedestals(), TEcnaGui::ViewSorSSigmaOfCorss(), TEcnaGui::ViewSorSTotalNoise(), TEcnaGui::ViewStexHighFrequencyCorcc(), TEcnaGui::ViewStexLowFrequencyCorcc(), TEcnaGui::ViewStinCorrelationSamples(), and TEcnaGui::ViewStinCovarianceSamples().
{fUserHistoMax = value; fFlagUserHistoMax = "ON";}
| void TEcnaHistos::SetHistoMax | ( | ) |
Definition at line 11418 of file TEcnaHistos.cc.
References fFlagUserHistoMax.
{fFlagUserHistoMax = "AUTO";}
| void TEcnaHistos::SetHistoMin | ( | const Double_t & | value | ) |
Definition at line 11414 of file TEcnaHistos.cc.
References fFlagUserHistoMin, fUserHistoMin, and relativeConstraints::value.
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals(), TEcnaGui::ViewMatrixCorrelationSamples(), TEcnaGui::ViewMatrixCovarianceSamples(), TEcnaGui::ViewMatrixHighFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixHighFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewMatrixLowFrequencyCorrelationsBetweenChannels(), TEcnaGui::ViewMatrixLowFrequencyMeanCorrelationsBetweenStins(), TEcnaGui::ViewSorSHighFrequencyNoise(), TEcnaGui::ViewSorSLowFrequencyNoise(), TEcnaGui::ViewSorSMeanOfCorss(), TEcnaGui::ViewSorSNumberOfEvents(), TEcnaGui::ViewSorSPedestals(), TEcnaGui::ViewSorSSigmaOfCorss(), TEcnaGui::ViewSorSTotalNoise(), TEcnaGui::ViewStexHighFrequencyCorcc(), TEcnaGui::ViewStexLowFrequencyCorcc(), TEcnaGui::ViewStinCorrelationSamples(), and TEcnaGui::ViewStinCovarianceSamples().
{fUserHistoMin = value; fFlagUserHistoMin = "ON";}
| void TEcnaHistos::SetHistoMin | ( | ) |
Definition at line 11417 of file TEcnaHistos.cc.
References fFlagUserHistoMin.
{fFlagUserHistoMin = "AUTO";}
| void TEcnaHistos::SetHistoPresentation | ( | TH1D * | histo, |
| const TString | HistoType | ||
| ) |
Definition at line 13196 of file TEcnaHistos.cc.
References fCnaParHistos, TEcnaParHistos::SetViewHistoOffsets(), TEcnaParHistos::SetViewHistoPadMargins(), TEcnaParHistos::SetViewHistoStats(), and TEcnaParHistos::SetViewHistoStyle().
Referenced by DeeSCNumbering(), HistoPlot(), SCCrystalNumbering(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
{
// Set presentation (axis title offsets, title size, label size, etc...
fCnaParHistos->SetViewHistoStyle(HistoType.Data());
fCnaParHistos->SetViewHistoPadMargins(HistoType.Data(), " ");
fCnaParHistos->SetViewHistoOffsets(histo, HistoType.Data(), " ");
fCnaParHistos->SetViewHistoStats(histo, HistoType.Data());
}
| void TEcnaHistos::SetHistoPresentation | ( | TH1D * | histo, |
| const TString | HistoType, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 13205 of file TEcnaHistos.cc.
References fCnaParHistos, TEcnaParHistos::SetViewHistoOffsets(), TEcnaParHistos::SetViewHistoPadMargins(), TEcnaParHistos::SetViewHistoStats(), and TEcnaParHistos::SetViewHistoStyle().
{
// Set presentation (axis title offsets, title size, label size, etc...
fCnaParHistos->SetViewHistoStyle(HistoType.Data());
fCnaParHistos->SetViewHistoPadMargins(HistoType.Data(), opt_plot.Data());
fCnaParHistos->SetViewHistoOffsets(histo, HistoType.Data(), opt_plot.Data());
fCnaParHistos->SetViewHistoStats(histo, HistoType.Data());
}
| void TEcnaHistos::SetHistoScaleX | ( | const TString | option_scale | ) |
Definition at line 1033 of file TEcnaHistos.cc.
References fFlagScaleX.
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), and TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals().
{
fFlagScaleX = "LIN";
if ( option_scale == "LOG" ){fFlagScaleX = "LOG";}
}
| void TEcnaHistos::SetHistoScaleY | ( | const TString | option_scale | ) |
Definition at line 1038 of file TEcnaHistos.cc.
References fFlagScaleY.
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), TEcnaGui::ViewHistimeCrystalMeanOfCorss(), TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), TEcnaGui::ViewHistimeCrystalPedestals(), TEcnaGui::ViewHistimeCrystalPedestalsRuns(), TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), TEcnaGui::ViewHistimeCrystalTotalNoise(), TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), TEcnaGui::ViewHistoCrystalSampleMeans(), TEcnaGui::ViewHistoCrystalSampleValues(), TEcnaGui::ViewHistoCrystalSigmasOfSamples(), TEcnaGui::ViewHistoSampleEventDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution(), TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals(), TEcnaGui::ViewHistoSorSMeanOfCorssDistribution(), TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSNumberOfEventsDistribution(), TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals(), TEcnaGui::ViewHistoSorSPedestalsDistribution(), TEcnaGui::ViewHistoSorSPedestalsOfCrystals(), TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution(), TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals(), TEcnaGui::ViewHistoSorSTotalNoiseDistribution(), and TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals().
{
fFlagScaleY = "LIN";
if ( option_scale == "LOG" ){fFlagScaleY = "LOG";}
}
| TString TEcnaHistos::SetHistoXAxisTitle | ( | const TString | HistoCode | ) |
Definition at line 11006 of file TEcnaHistos.cc.
References fFapStexNumber, and fFlagSubDet.
Referenced by HistimePlot(), and HistoPlot().
{
// Set histo X axis title
TString axis_x_var_name;
if(HistoCode == "D_NOE_ChNb" || HistoCode == "D_Ped_ChNb" ||
HistoCode == "D_TNo_ChNb" || HistoCode == "D_MCs_ChNb" ||
HistoCode == "D_LFN_ChNb" || HistoCode == "D_HFN_ChNb" ||
HistoCode == "D_SCs_ChNb" )
{
if( fFapStexNumber > 0 )
{
if( fFlagSubDet == "EB" ){axis_x_var_name = "Xtal (electronic channel number)";}
if( fFlagSubDet == "EE" ){axis_x_var_name = "Xtal";}
}
if( fFapStexNumber == 0 )
{
if( fFlagSubDet == "EB" ){axis_x_var_name = "Tower number";}
if( fFlagSubDet == "EE" ){axis_x_var_name = "SC number";}
}
}
if(HistoCode == "D_NOE_ChDs"){axis_x_var_name = "Number of events";}
if(HistoCode == "D_Ped_ChDs"){axis_x_var_name = "Pedestal";}
if(HistoCode == "D_TNo_ChDs"){axis_x_var_name = "Total Noise";}
if(HistoCode == "D_MCs_ChDs"){axis_x_var_name = "Mean Cor(s,s')";}
if(HistoCode == "D_LFN_ChDs"){axis_x_var_name = "Low Frequency Noise";}
if(HistoCode == "D_HFN_ChDs"){axis_x_var_name = "High Frequency Noise";}
if(HistoCode == "D_SCs_ChDs"){axis_x_var_name = "Sigmas Cor(s,s')";}
if(HistoCode == "D_MSp_Samp"){axis_x_var_name = "Sample";}
if(HistoCode == "D_SSp_Samp"){axis_x_var_name = "Sample";}
if(HistoCode == "D_Adc_EvDs"){axis_x_var_name = "ADC";}
if(HistoCode == "D_Adc_EvNb"){axis_x_var_name = "Event number";}
if(HistoCode == "H_Ped_Date" || HistoCode == "H_TNo_Date" || HistoCode == "H_MCs_Date" ||
HistoCode == "H_LFN_Date" || HistoCode == "H_HFN_Date" || HistoCode == "H_SCs_Date")
{axis_x_var_name = "Time";}
if(HistoCode == "H_Ped_RuDs"){axis_x_var_name = "Pedestal";}
if(HistoCode == "H_TNo_RuDs"){axis_x_var_name = "Total Noise";}
if(HistoCode == "H_MCs_RuDs"){axis_x_var_name = "Mean Cor(s,s')";}
if(HistoCode == "H_LFN_RuDs"){axis_x_var_name = "Low Frequency Noise";}
if(HistoCode == "H_HFN_RuDs"){axis_x_var_name = "High Frequency Noise";}
if(HistoCode == "H_SCs_RuDs"){axis_x_var_name = "Sigmas Cor(s,s')";}
return axis_x_var_name;
}
| TString TEcnaHistos::SetHistoYAxisTitle | ( | const TString | HistoCode | ) |
Definition at line 11053 of file TEcnaHistos.cc.
References fFapStexNumber, and fFlagSubDet.
Referenced by HistimePlot(), and HistoPlot().
{
// Set histo Y axis title
TString axis_y_var_name;
if(HistoCode == "D_NOE_ChNb"){axis_y_var_name = "number of found events";}
if(HistoCode == "D_Ped_ChNb"){axis_y_var_name = "pedestal";}
if(HistoCode == "D_TNo_ChNb"){axis_y_var_name = "total noise";}
if(HistoCode == "D_MCs_ChNb"){axis_y_var_name = "mean of cor(s,s')";}
if(HistoCode == "D_LFN_ChNb"){axis_y_var_name = "low frequency noise";}
if(HistoCode == "D_HFN_ChNb"){axis_y_var_name = "high frequency noise";}
if(HistoCode == "D_SCs_ChNb"){axis_y_var_name = "sigma of cor(s,s')";}
if(HistoCode == "D_NOE_ChDs" ||
HistoCode == "D_Ped_ChDs" || HistoCode == "D_TNo_ChDs" || HistoCode == "D_MCs_ChDs" ||
HistoCode == "D_LFN_ChDs" || HistoCode == "D_HFN_ChDs" || HistoCode == "D_SCs_ChDs" )
{
if( fFapStexNumber > 0 ){axis_y_var_name = "number of crystals";}
if( fFapStexNumber == 0 )
{
if( fFlagSubDet == "EB" ){axis_y_var_name = "number of towers";}
if( fFlagSubDet == "EE" ){axis_y_var_name = "number of SC's";}
}
}
if(HistoCode == "D_MSp_Samp"){axis_y_var_name = "Sample mean";}
if(HistoCode == "D_SSp_Samp"){axis_y_var_name = "Sample sigma";}
if(HistoCode == "D_Adc_EvDs"){axis_y_var_name = "number of events";}
if(HistoCode == "D_Adc_EvNb"){axis_y_var_name = "Sample ADC value";}
if(HistoCode == "H_Ped_Date"){axis_y_var_name = "Pedestal";}
if(HistoCode == "H_TNo_Date"){axis_y_var_name = "Total noise";}
if(HistoCode == "H_MCs_Date"){axis_y_var_name = "Mean cor(s,s')";}
if(HistoCode == "H_LFN_Date"){axis_y_var_name = "Low frequency noise";}
if(HistoCode == "H_HFN_Date"){axis_y_var_name = "High frequency noise";}
if(HistoCode == "H_SCs_Date"){axis_y_var_name = "Sigma cor(s,s')";}
if(HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" || HistoCode == "H_MCs_RuDs" ||
HistoCode == "H_LFN_RuDs" || HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs" )
{axis_y_var_name = "number of runs";}
return axis_y_var_name;
}
| void TEcnaHistos::SetNbBinsMemo | ( | const TString | HistoCode, |
| const TString | opt_plot, | ||
| const Int_t & | nb_bins | ||
| ) |
Definition at line 11933 of file TEcnaHistos.cc.
References fNbBinsMemoD_Adc_EvDs, fNbBinsMemoD_Adc_EvNb, fNbBinsMemoD_HFN_ChDs, fNbBinsMemoD_HFN_ChNb, fNbBinsMemoD_LFN_ChDs, fNbBinsMemoD_LFN_ChNb, fNbBinsMemoD_MCs_ChDs, fNbBinsMemoD_MCs_ChNb, fNbBinsMemoD_MSp_Samp, fNbBinsMemoD_NOE_ChDs, fNbBinsMemoD_NOE_ChNb, fNbBinsMemoD_Ped_ChDs, fNbBinsMemoD_Ped_ChNb, fNbBinsMemoD_SCs_ChDs, fNbBinsMemoD_SCs_ChNb, fNbBinsMemoD_SSp_Samp, fNbBinsMemoD_TNo_ChDs, fNbBinsMemoD_TNo_ChNb, fNbBinsMemoH1SamePlus, fNbBinsMemoH_HFN_Date, fNbBinsMemoH_HFN_RuDs, fNbBinsMemoH_LFN_Date, fNbBinsMemoH_LFN_RuDs, fNbBinsMemoH_MCs_Date, fNbBinsMemoH_MCs_RuDs, fNbBinsMemoH_Ped_Date, fNbBinsMemoH_Ped_RuDs, fNbBinsMemoH_SCs_Date, fNbBinsMemoH_SCs_RuDs, fNbBinsMemoH_TNo_Date, fNbBinsMemoH_TNo_RuDs, fOnlyOnePlot, fSameOnePlot, and fSeveralPlot.
Referenced by ViewHisto().
{
if( opt_plot == fSameOnePlot ){fNbBinsMemoH1SamePlus = nb_bins;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if( HistoCode == "D_NOE_ChNb"){fNbBinsMemoD_NOE_ChNb = nb_bins;}
if( HistoCode == "D_NOE_ChDs"){fNbBinsMemoD_NOE_ChDs = nb_bins;}
if( HistoCode == "D_Ped_ChNb"){fNbBinsMemoD_Ped_ChNb = nb_bins;}
if( HistoCode == "D_Ped_ChDs"){fNbBinsMemoD_Ped_ChDs = nb_bins;}
if( HistoCode == "D_TNo_ChNb"){fNbBinsMemoD_TNo_ChNb = nb_bins;}
if( HistoCode == "D_TNo_ChDs"){fNbBinsMemoD_TNo_ChDs = nb_bins;}
if( HistoCode == "D_MCs_ChNb"){fNbBinsMemoD_MCs_ChNb = nb_bins;}
if( HistoCode == "D_MCs_ChDs"){fNbBinsMemoD_MCs_ChDs = nb_bins;}
if( HistoCode == "D_LFN_ChNb"){fNbBinsMemoD_LFN_ChNb = nb_bins;}
if( HistoCode == "D_LFN_ChDs"){fNbBinsMemoD_LFN_ChDs = nb_bins;}
if( HistoCode == "D_HFN_ChNb"){fNbBinsMemoD_HFN_ChNb = nb_bins;}
if( HistoCode == "D_HFN_ChDs"){fNbBinsMemoD_HFN_ChDs = nb_bins;}
if( HistoCode == "D_SCs_ChNb"){fNbBinsMemoD_SCs_ChNb = nb_bins;}
if( HistoCode == "D_SCs_ChDs"){fNbBinsMemoD_SCs_ChDs = nb_bins;}
if( HistoCode == "D_MSp_Samp"){fNbBinsMemoD_MSp_Samp = nb_bins;}
if( HistoCode == "D_SSp_Samp"){fNbBinsMemoD_SSp_Samp = nb_bins;}
if( HistoCode == "D_Adc_EvDs"){fNbBinsMemoD_Adc_EvDs = nb_bins;}
if( HistoCode == "D_Adc_EvNb"){fNbBinsMemoD_Adc_EvNb = nb_bins;}
if( HistoCode == "H_Ped_Date"){fNbBinsMemoH_Ped_Date = nb_bins;}
if( HistoCode == "H_TNo_Date"){fNbBinsMemoH_TNo_Date = nb_bins;}
if( HistoCode == "H_MCs_Date"){fNbBinsMemoH_MCs_Date = nb_bins;}
if( HistoCode == "H_LFN_Date"){fNbBinsMemoH_LFN_Date = nb_bins;}
if( HistoCode == "H_HFN_Date"){fNbBinsMemoH_HFN_Date = nb_bins;}
if( HistoCode == "H_SCs_Date"){fNbBinsMemoH_SCs_Date = nb_bins;}
if( HistoCode == "H_Ped_RuDs"){fNbBinsMemoH_Ped_RuDs = nb_bins;}
if( HistoCode == "H_TNo_RuDs"){fNbBinsMemoH_TNo_RuDs = nb_bins;}
if( HistoCode == "H_MCs_RuDs"){fNbBinsMemoH_MCs_RuDs = nb_bins;}
if( HistoCode == "H_LFN_RuDs"){fNbBinsMemoH_LFN_RuDs = nb_bins;}
if( HistoCode == "H_HFN_RuDs"){fNbBinsMemoH_HFN_RuDs = nb_bins;}
if( HistoCode == "H_SCs_RuDs"){fNbBinsMemoH_SCs_RuDs = nb_bins;}
}
}// end of SetNbBinsMemo(...)
| void TEcnaHistos::SetParametersCanvas | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 12203 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxTopY(), fCanvD_Adc_EvDs, fCanvD_Adc_EvNb, fCanvD_HFN_ChDs, fCanvD_HFN_ChNb, fCanvD_LFN_ChDs, fCanvD_LFN_ChNb, fCanvD_MCs_ChDs, fCanvD_MCs_ChNb, fCanvD_MSp_Samp, fCanvD_NOE_ChDs, fCanvD_NOE_ChNb, fCanvD_Ped_ChDs, fCanvD_Ped_ChNb, fCanvD_SCs_ChDs, fCanvD_SCs_ChNb, fCanvD_SSp_Samp, fCanvD_TNo_ChDs, fCanvD_TNo_ChNb, fCanvH1SamePlus, fCanvH_HFN_Date, fCanvH_HFN_RuDs, fCanvH_LFN_Date, fCanvH_LFN_RuDs, fCanvH_MCs_Date, fCanvH_MCs_RuDs, fCanvH_Ped_Date, fCanvH_Ped_RuDs, fCanvH_SCs_Date, fCanvH_SCs_RuDs, fCanvH_TNo_Date, fCanvH_TNo_RuDs, fCnaParHistos, fImpD_Adc_EvDs, fImpD_Adc_EvNb, fImpD_HFN_ChDs, fImpD_HFN_ChNb, fImpD_LFN_ChDs, fImpD_LFN_ChNb, fImpD_MCs_ChDs, fImpD_MCs_ChNb, fImpD_MSp_Samp, fImpD_NOE_ChDs, fImpD_NOE_ChNb, fImpD_Ped_ChDs, fImpD_Ped_ChNb, fImpD_SCs_ChDs, fImpD_SCs_ChNb, fImpD_SSp_Samp, fImpD_TNo_ChDs, fImpD_TNo_ChNb, fImpH1SamePlus, fImpH_HFN_Date, fImpH_HFN_RuDs, fImpH_LFN_Date, fImpH_LFN_RuDs, fImpH_MCs_Date, fImpH_MCs_RuDs, fImpH_Ped_Date, fImpH_Ped_RuDs, fImpH_SCs_Date, fImpH_SCs_RuDs, fImpH_TNo_Date, fImpH_TNo_RuDs, fMemoColorD_Adc_EvDs, fMemoColorD_Adc_EvNb, fMemoColorD_HFN_ChDs, fMemoColorD_HFN_ChNb, fMemoColorD_LFN_ChDs, fMemoColorD_LFN_ChNb, fMemoColorD_MCs_ChDs, fMemoColorD_MCs_ChNb, fMemoColorD_MSp_Samp, fMemoColorD_NOE_ChDs, fMemoColorD_NOE_ChNb, fMemoColorD_Ped_ChDs, fMemoColorD_Ped_ChNb, fMemoColorD_SCs_ChDs, fMemoColorD_SCs_ChNb, fMemoColorD_SSp_Samp, fMemoColorD_TNo_ChDs, fMemoColorD_TNo_ChNb, fMemoColorH1SamePlus, fMemoColorH_HFN_Date, fMemoColorH_HFN_RuDs, fMemoColorH_LFN_Date, fMemoColorH_LFN_RuDs, fMemoColorH_MCs_Date, fMemoColorH_MCs_RuDs, fMemoColorH_Ped_Date, fMemoColorH_Ped_RuDs, fMemoColorH_SCs_Date, fMemoColorH_SCs_RuDs, fMemoColorH_TNo_Date, fMemoColorH_TNo_RuDs, fMemoPlotD_Adc_EvDs, fMemoPlotD_Adc_EvNb, fMemoPlotD_HFN_ChDs, fMemoPlotD_HFN_ChNb, fMemoPlotD_LFN_ChDs, fMemoPlotD_LFN_ChNb, fMemoPlotD_MCs_ChDs, fMemoPlotD_MCs_ChNb, fMemoPlotD_MSp_Samp, fMemoPlotD_NOE_ChDs, fMemoPlotD_NOE_ChNb, fMemoPlotD_Ped_ChDs, fMemoPlotD_Ped_ChNb, fMemoPlotD_SCs_ChDs, fMemoPlotD_SCs_ChNb, fMemoPlotD_SSp_Samp, fMemoPlotD_TNo_ChDs, fMemoPlotD_TNo_ChNb, fMemoPlotH1SamePlus, fMemoPlotH_HFN_Date, fMemoPlotH_HFN_RuDs, fMemoPlotH_LFN_Date, fMemoPlotH_LFN_RuDs, fMemoPlotH_MCs_Date, fMemoPlotH_MCs_RuDs, fMemoPlotH_Ped_Date, fMemoPlotH_Ped_RuDs, fMemoPlotH_SCs_Date, fMemoPlotH_SCs_RuDs, fMemoPlotH_TNo_Date, fMemoPlotH_TNo_RuDs, fOnlyOnePlot, fPadD_Adc_EvDs, fPadD_Adc_EvNb, fPadD_HFN_ChDs, fPadD_HFN_ChNb, fPadD_LFN_ChDs, fPadD_LFN_ChNb, fPadD_MCs_ChDs, fPadD_MCs_ChNb, fPadD_MSp_Samp, fPadD_NOE_ChDs, fPadD_NOE_ChNb, fPadD_Ped_ChDs, fPadD_Ped_ChNb, fPadD_SCs_ChDs, fPadD_SCs_ChNb, fPadD_SSp_Samp, fPadD_TNo_ChDs, fPadD_TNo_ChNb, fPadH1SamePlus, fPadH_HFN_Date, fPadH_HFN_RuDs, fPadH_LFN_Date, fPadH_LFN_RuDs, fPadH_MCs_Date, fPadH_MCs_RuDs, fPadH_Ped_Date, fPadH_Ped_RuDs, fPadH_SCs_Date, fPadH_SCs_RuDs, fPadH_TNo_Date, fPadH_TNo_RuDs, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), and HistoPlot().
{
// Set parameters canvas according to HistoCode
Double_t x_margin_factor = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_margin_factor = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
if( opt_plot == fSameOnePlot )
{
fImpH1SamePlus = (TRootCanvas*)fCanvH1SamePlus->GetCanvasImp();
fCanvH1SamePlus->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH1SamePlus = gPad;
fMemoPlotH1SamePlus = 1; fMemoColorH1SamePlus = 0;
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb")
{
fImpD_NOE_ChNb = (TRootCanvas*)fCanvD_NOE_ChNb->GetCanvasImp();
fCanvD_NOE_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_NOE_ChNb = gPad;
fMemoPlotD_NOE_ChNb = 1; fMemoColorD_NOE_ChNb = 0;
}
if(HistoCode == "D_NOE_ChDs") // (SetParametersCanvas)
{
fImpD_NOE_ChDs = (TRootCanvas*)fCanvD_NOE_ChDs->GetCanvasImp();
fCanvD_NOE_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_NOE_ChDs = gPad;
fMemoPlotD_NOE_ChDs = 1; fMemoColorD_NOE_ChDs = 0;
}
if(HistoCode == "D_Ped_ChNb")
{
fImpD_Ped_ChNb = (TRootCanvas*)fCanvD_Ped_ChNb->GetCanvasImp();
fCanvD_Ped_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_Ped_ChNb = gPad;
fMemoPlotD_Ped_ChNb = 1; fMemoColorD_Ped_ChNb = 0;
}
if(HistoCode == "D_Ped_ChDs")
{
fImpD_Ped_ChDs = (TRootCanvas*)fCanvD_Ped_ChDs->GetCanvasImp();
fCanvD_Ped_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_Ped_ChDs = gPad;
fMemoPlotD_Ped_ChDs = 1; fMemoColorD_Ped_ChDs = 0;
}
if(HistoCode == "D_TNo_ChNb")
{
fImpD_TNo_ChNb = (TRootCanvas*)fCanvD_TNo_ChNb->GetCanvasImp();
fCanvD_TNo_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_TNo_ChNb = gPad;
fMemoPlotD_TNo_ChNb = 1; fMemoColorD_TNo_ChNb = 0;
}
if(HistoCode == "D_TNo_ChDs") // (SetParametersCanvas)
{
fImpD_TNo_ChDs = (TRootCanvas*)fCanvD_TNo_ChDs->GetCanvasImp();
fCanvD_TNo_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_TNo_ChDs = gPad;
fMemoPlotD_TNo_ChDs = 1; fMemoColorD_TNo_ChDs = 0;
}
if(HistoCode == "D_MCs_ChNb")
{
fImpD_MCs_ChNb = (TRootCanvas*)fCanvD_MCs_ChNb->GetCanvasImp();
fCanvD_MCs_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_MCs_ChNb = gPad;
fMemoPlotD_MCs_ChNb = 1; fMemoColorD_MCs_ChNb = 0;
}
if(HistoCode == "D_MCs_ChDs")
{
fImpD_MCs_ChDs = (TRootCanvas*)fCanvD_MCs_ChDs->GetCanvasImp();
fCanvD_MCs_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_MCs_ChDs = gPad;
fMemoPlotD_MCs_ChDs = 1; fMemoColorD_MCs_ChDs = 0;
}
if(HistoCode == "D_LFN_ChNb") // (SetParametersCanvas)
{
fImpD_LFN_ChNb = (TRootCanvas*)fCanvD_LFN_ChNb->GetCanvasImp();
fCanvD_LFN_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_LFN_ChNb = gPad;
fMemoPlotD_LFN_ChNb = 1; fMemoColorD_LFN_ChNb = 0;
}
if(HistoCode == "D_LFN_ChDs")
{
fImpD_LFN_ChDs = (TRootCanvas*)fCanvD_LFN_ChDs->GetCanvasImp();
fCanvD_LFN_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_LFN_ChDs = gPad;
fMemoPlotD_LFN_ChDs = 1; fMemoColorD_LFN_ChDs = 0;
}
if(HistoCode == "D_HFN_ChNb")
{
fImpD_HFN_ChNb = (TRootCanvas*)fCanvD_HFN_ChNb->GetCanvasImp();
fCanvD_HFN_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_HFN_ChNb = gPad;
fMemoPlotD_HFN_ChNb = 1; fMemoColorD_HFN_ChNb = 0;
}
if(HistoCode == "D_HFN_ChDs")
{
fImpD_HFN_ChDs = (TRootCanvas*)fCanvD_HFN_ChDs->GetCanvasImp();
fCanvD_HFN_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_HFN_ChDs = gPad;
fMemoPlotD_HFN_ChDs = 1; fMemoColorD_HFN_ChDs = 0;
}
if(HistoCode == "D_SCs_ChNb") // (SetParametersCanvas)
{
fImpD_SCs_ChNb = (TRootCanvas*)fCanvD_SCs_ChNb->GetCanvasImp();
fCanvD_SCs_ChNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_SCs_ChNb = gPad;
fMemoPlotD_SCs_ChNb = 1; fMemoColorD_SCs_ChNb = 0;
}
if(HistoCode == "D_SCs_ChDs")
{
fImpD_SCs_ChDs = (TRootCanvas*)fCanvD_SCs_ChDs->GetCanvasImp();
fCanvD_SCs_ChDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_SCs_ChDs = gPad;
fMemoPlotD_SCs_ChDs = 1; fMemoColorD_SCs_ChDs = 0;
}
if(HistoCode == "D_MSp_Samp")
{
fImpD_MSp_Samp = (TRootCanvas*)fCanvD_MSp_Samp->GetCanvasImp();
fCanvD_MSp_Samp->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_MSp_Samp = gPad;
fMemoPlotD_MSp_Samp = 1; fMemoColorD_MSp_Samp = 0;
}
if(HistoCode == "D_SSp_Samp") // (SetParametersCanvas)
{
fImpD_SSp_Samp = (TRootCanvas*)fCanvD_SSp_Samp->GetCanvasImp();
fCanvD_SSp_Samp->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_SSp_Samp = gPad;
fMemoPlotD_SSp_Samp = 1; fMemoColorD_SSp_Samp = 0;
}
if(HistoCode == "D_Adc_EvDs")
{
fImpD_Adc_EvDs = (TRootCanvas*)fCanvD_Adc_EvDs->GetCanvasImp();
fCanvD_Adc_EvDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_Adc_EvDs = gPad;
fMemoPlotD_Adc_EvDs = 1; fMemoColorD_Adc_EvDs = 0;
}
if(HistoCode == "D_Adc_EvNb")
{
fImpD_Adc_EvNb = (TRootCanvas*)fCanvD_Adc_EvNb->GetCanvasImp();
fCanvD_Adc_EvNb->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadD_Adc_EvNb = gPad;
fMemoPlotD_Adc_EvNb = 1; fMemoColorD_Adc_EvNb = 0;
}
if(HistoCode == "H_Ped_Date") // (SetParametersCanvas)
{
fImpH_Ped_Date = (TRootCanvas*)fCanvH_Ped_Date->GetCanvasImp();
fCanvH_Ped_Date->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_Ped_Date = gPad;
fMemoPlotH_Ped_Date = 1; fMemoColorH_Ped_Date = 0;
}
if(HistoCode == "H_TNo_Date")
{
fImpH_TNo_Date = (TRootCanvas*)fCanvH_TNo_Date->GetCanvasImp();
fCanvH_TNo_Date->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_TNo_Date = gPad;
fMemoPlotH_TNo_Date = 1; fMemoColorH_TNo_Date = 0;
}
if(HistoCode == "H_MCs_Date")
{
fImpH_MCs_Date = (TRootCanvas*)fCanvH_MCs_Date->GetCanvasImp();
fCanvH_MCs_Date->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_MCs_Date = gPad;
fMemoPlotH_MCs_Date = 1; fMemoColorH_MCs_Date = 0;
}
if(HistoCode == "H_LFN_Date") // (SetParametersCanvas)
{
fImpH_LFN_Date = (TRootCanvas*)fCanvH_LFN_Date->GetCanvasImp();
fCanvH_LFN_Date->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_LFN_Date = gPad;
fMemoPlotH_LFN_Date = 1; fMemoColorH_LFN_Date = 0;
}
if(HistoCode == "H_HFN_Date")
{
fImpH_HFN_Date = (TRootCanvas*)fCanvH_HFN_Date->GetCanvasImp();
fCanvH_HFN_Date->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_HFN_Date = gPad;
fMemoPlotH_HFN_Date = 1; fMemoColorH_HFN_Date = 0;
}
if(HistoCode == "H_SCs_Date")
{
fImpH_SCs_Date = (TRootCanvas*)fCanvH_SCs_Date->GetCanvasImp();
fCanvH_SCs_Date->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_SCs_Date = gPad;
fMemoPlotH_SCs_Date = 1; fMemoColorH_SCs_Date = 0;
}
if(HistoCode == "H_Ped_RuDs") // (SetParametersCanvas)
{
fImpH_Ped_RuDs = (TRootCanvas*)fCanvH_Ped_RuDs->GetCanvasImp();
fCanvH_Ped_RuDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_Ped_RuDs = gPad;
fMemoPlotH_Ped_RuDs = 1; fMemoColorH_Ped_RuDs = 0;
}
if(HistoCode == "H_TNo_RuDs")
{
fImpH_TNo_RuDs = (TRootCanvas*)fCanvH_TNo_RuDs->GetCanvasImp();
fCanvH_TNo_RuDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_TNo_RuDs = gPad;
fMemoPlotH_TNo_RuDs = 1; fMemoColorH_TNo_RuDs = 0;
}
if(HistoCode == "H_MCs_RuDs")
{
fImpH_MCs_RuDs = (TRootCanvas*)fCanvH_MCs_RuDs->GetCanvasImp();
fCanvH_MCs_RuDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_MCs_RuDs = gPad;
fMemoPlotH_MCs_RuDs = 1; fMemoColorH_MCs_RuDs = 0;
}
if(HistoCode == "H_LFN_RuDs") // (SetParametersCanvas)
{
fImpH_LFN_RuDs = (TRootCanvas*)fCanvH_LFN_RuDs->GetCanvasImp();
fCanvH_LFN_RuDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_LFN_RuDs = gPad;
fMemoPlotH_LFN_RuDs = 1; fMemoColorH_LFN_RuDs = 0;
}
if(HistoCode == "H_HFN_RuDs")
{
fImpH_HFN_RuDs = (TRootCanvas*)fCanvH_HFN_RuDs->GetCanvasImp();
fCanvH_HFN_RuDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_HFN_RuDs = gPad;
fMemoPlotH_HFN_RuDs = 1; fMemoColorH_HFN_RuDs = 0;
}
if(HistoCode == "H_SCs_RuDs")
{
fImpH_SCs_RuDs = (TRootCanvas*)fCanvH_SCs_RuDs->GetCanvasImp();
fCanvH_SCs_RuDs->Divide(1, 1, x_margin_factor , y_margin_factor); gPad->cd(1);
fPadH_SCs_RuDs = gPad;
fMemoPlotH_SCs_RuDs = 1; fMemoColorH_SCs_RuDs = 0;
}
}
}
| void TEcnaHistos::SetParametersPavTxt | ( | const TString | HistoCode, |
| const TString | opt_plot | ||
| ) |
Definition at line 12667 of file TEcnaHistos.cc.
References fOnlyOnePlot, fPavComSeveralChanging, fPavTxtD_Adc_EvDs, fPavTxtD_Adc_EvNb, fPavTxtD_HFN_ChDs, fPavTxtD_HFN_ChNb, fPavTxtD_LFN_ChDs, fPavTxtD_LFN_ChNb, fPavTxtD_MCs_ChDs, fPavTxtD_MCs_ChNb, fPavTxtD_MSp_Samp, fPavTxtD_NOE_ChDs, fPavTxtD_NOE_ChNb, fPavTxtD_Ped_ChDs, fPavTxtD_Ped_ChNb, fPavTxtD_SCs_ChDs, fPavTxtD_SCs_ChNb, fPavTxtD_SSp_Samp, fPavTxtD_TNo_ChDs, fPavTxtD_TNo_ChNb, fPavTxtH1SamePlus, fPavTxtH_HFN_Date, fPavTxtH_HFN_RuDs, fPavTxtH_LFN_Date, fPavTxtH_LFN_RuDs, fPavTxtH_MCs_Date, fPavTxtH_MCs_RuDs, fPavTxtH_Ped_Date, fPavTxtH_Ped_RuDs, fPavTxtH_SCs_Date, fPavTxtH_SCs_RuDs, fPavTxtH_TNo_Date, fPavTxtH_TNo_RuDs, fSameOnePlot, and fSeveralPlot.
Referenced by HistimePlot(), and HistoPlot().
{
// Set parameters pave "sevearl changing" according to HistoCode
if( opt_plot == fSameOnePlot ){fPavTxtH1SamePlus = fPavComSeveralChanging;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb"){fPavTxtD_NOE_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_NOE_ChDs"){fPavTxtD_NOE_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_Ped_ChNb"){fPavTxtD_Ped_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_Ped_ChDs"){fPavTxtD_Ped_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_TNo_ChNb"){fPavTxtD_TNo_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_TNo_ChDs"){fPavTxtD_TNo_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_MCs_ChNb"){fPavTxtD_MCs_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_MCs_ChDs"){fPavTxtD_MCs_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_LFN_ChNb"){fPavTxtD_LFN_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_LFN_ChDs"){fPavTxtD_LFN_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_HFN_ChNb"){fPavTxtD_HFN_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_HFN_ChDs"){fPavTxtD_HFN_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_SCs_ChNb"){fPavTxtD_SCs_ChNb = fPavComSeveralChanging;}
if(HistoCode == "D_SCs_ChDs"){fPavTxtD_SCs_ChDs = fPavComSeveralChanging;}
if(HistoCode == "D_MSp_Samp"){fPavTxtD_MSp_Samp = fPavComSeveralChanging;}
if(HistoCode == "D_SSp_Samp"){fPavTxtD_SSp_Samp = fPavComSeveralChanging;}
if(HistoCode == "D_Adc_EvNb"){fPavTxtD_Adc_EvNb = fPavComSeveralChanging;}
if(HistoCode == "D_Adc_EvDs"){fPavTxtD_Adc_EvDs = fPavComSeveralChanging;}
if(HistoCode == "H_Ped_Date"){fPavTxtH_Ped_Date = fPavComSeveralChanging;}
if(HistoCode == "H_TNo_Date"){fPavTxtH_TNo_Date = fPavComSeveralChanging;}
if(HistoCode == "H_MCs_Date"){fPavTxtH_MCs_Date = fPavComSeveralChanging;}
if(HistoCode == "H_LFN_Date"){fPavTxtH_LFN_Date = fPavComSeveralChanging;}
if(HistoCode == "H_HFN_Date"){fPavTxtH_HFN_Date = fPavComSeveralChanging;}
if(HistoCode == "H_SCs_Date"){fPavTxtH_SCs_Date = fPavComSeveralChanging;}
if(HistoCode == "H_Ped_RuDs"){fPavTxtH_Ped_RuDs = fPavComSeveralChanging;}
if(HistoCode == "H_TNo_RuDs"){fPavTxtH_TNo_RuDs = fPavComSeveralChanging;}
if(HistoCode == "H_MCs_RuDs"){fPavTxtH_MCs_RuDs = fPavComSeveralChanging;}
if(HistoCode == "H_LFN_RuDs"){fPavTxtH_LFN_RuDs = fPavComSeveralChanging;}
if(HistoCode == "H_HFN_RuDs"){fPavTxtH_HFN_RuDs = fPavComSeveralChanging;}
if(HistoCode == "H_SCs_RuDs"){fPavTxtH_SCs_RuDs = fPavComSeveralChanging;}
}
}
| void TEcnaHistos::SetRunNumberFromList | ( | const Int_t & | xArgIndexRun, |
| const Int_t & | MaxNbOfRuns | ||
| ) |
Definition at line 8610 of file TEcnaHistos.cc.
References gather_cfg::cout, fFapRunNumber, fT1DRunNumber, and InitSpecParBeforeFileReading().
Referenced by ViewHistime().
{
// Set run number for the xArgIndexRun_th run in the list of runs (evolution plots)
// The array fT1DRunNumber[] have been obtained from a previous call
// to GetHistoryRunListParameters(xFileNameRunList, HistoCode)
if( xArgIndexRun >= 0 && xArgIndexRun < MaxNbOfRuns)
{
fFapRunNumber = fT1DRunNumber[xArgIndexRun];
if( xArgIndexRun == 0 ){InitSpecParBeforeFileReading();}
}
else
{
cout << "!TEcnaHistos::SetRunNumberFromList(...)> **** ERROR **** Run index out of range in list of runs. xArgIndexRun = "
<< xArgIndexRun << " (MaxNbOfRuns = "<< MaxNbOfRuns << ")" << endl;
}
}
| void TEcnaHistos::SetViewGraphColors | ( | TGraph * | g_graph0, |
| const TString | HistoCode, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 13043 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), TEcnaParHistos::ColorTab(), fCnaParHistos, fMemoColorH1SamePlus, fMemoColorH_HFN_Date, fMemoColorH_LFN_Date, fMemoColorH_MCs_Date, fMemoColorH_Ped_Date, fMemoColorH_SCs_Date, fMemoColorH_TNo_Date, fOnlyOnePlot, fSameOnePlot, fSeveralPlot, and TEcnaParHistos::GetMaxNbOfColors().
Referenced by HistimePlot().
{
// Set colors for histo view
Int_t MaxNbOfColors = fCnaParHistos->GetMaxNbOfColors();
if( opt_plot == fSameOnePlot )
{
g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH1SamePlus));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH1SamePlus));
fMemoColorH1SamePlus++;
if(fMemoColorH1SamePlus>MaxNbOfColors){fMemoColorH1SamePlus = 0;}
gPad->SetGrid(1,1);
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "H_Ped_Date")
{
if(opt_plot == fOnlyOnePlot){g_graph0->SetMarkerColor(fCnaParHistos->ColorDefinition("bleu38"));}
if(opt_plot == fSeveralPlot )
{g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_Ped_Date));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_Ped_Date));
fMemoColorH_Ped_Date++;
if(fMemoColorH_Ped_Date>MaxNbOfColors){fMemoColorH_Ped_Date = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_TNo_Date")
{
if(opt_plot == fOnlyOnePlot){g_graph0->SetMarkerColor(fCnaParHistos->ColorDefinition("rouge48"));}
if(opt_plot == fSeveralPlot)
{g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_TNo_Date));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_TNo_Date));
fMemoColorH_TNo_Date++;
if(fMemoColorH_TNo_Date>MaxNbOfColors){fMemoColorH_TNo_Date = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_MCs_Date")
{
if(opt_plot == fOnlyOnePlot){g_graph0->SetMarkerColor(fCnaParHistos->ColorDefinition("vert31"));}
if(opt_plot == fSeveralPlot)
{g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_MCs_Date));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_MCs_Date));
fMemoColorH_MCs_Date++;
if(fMemoColorH_MCs_Date>MaxNbOfColors){fMemoColorH_MCs_Date = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_LFN_Date")
{
if(opt_plot == fOnlyOnePlot){g_graph0->SetMarkerColor(fCnaParHistos->ColorDefinition("bleu38"));}
if(opt_plot == fSeveralPlot )
{g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_LFN_Date));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_LFN_Date));
fMemoColorH_LFN_Date++;
if(fMemoColorH_LFN_Date>MaxNbOfColors){fMemoColorH_LFN_Date = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_HFN_Date")
{
if(opt_plot == fOnlyOnePlot){g_graph0->SetMarkerColor(fCnaParHistos->ColorDefinition("rouge48"));}
if(opt_plot == fSeveralPlot)
{g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_HFN_Date));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_HFN_Date));
fMemoColorH_HFN_Date++;
if(fMemoColorH_HFN_Date>MaxNbOfColors){fMemoColorH_HFN_Date = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_SCs_Date")
{
if(opt_plot == fOnlyOnePlot){g_graph0->SetMarkerColor(fCnaParHistos->ColorDefinition("vert31"));}
if(opt_plot == fSeveralPlot)
{g_graph0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_SCs_Date));
g_graph0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_SCs_Date));
fMemoColorH_SCs_Date++;
if(fMemoColorH_SCs_Date>MaxNbOfColors){fMemoColorH_SCs_Date = 0;}}
gPad->SetGrid(1,1);
}
}
//if(opt_plot == fSeveralPlot){g_graph0->SetLineWidth(2);}
}
| void TEcnaHistos::SetViewHistoColors | ( | TH1D * | h_his0, |
| const TString | HistoCode, | ||
| const TString | opt_plot | ||
| ) |
Definition at line 12783 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), TEcnaParHistos::ColorTab(), fCnaParHistos, fMemoColorD_Adc_EvDs, fMemoColorD_Adc_EvNb, fMemoColorD_HFN_ChDs, fMemoColorD_HFN_ChNb, fMemoColorD_LFN_ChDs, fMemoColorD_LFN_ChNb, fMemoColorD_MCs_ChDs, fMemoColorD_MCs_ChNb, fMemoColorD_MSp_Samp, fMemoColorD_NOE_ChDs, fMemoColorD_NOE_ChNb, fMemoColorD_Ped_ChDs, fMemoColorD_Ped_ChNb, fMemoColorD_SCs_ChDs, fMemoColorD_SCs_ChNb, fMemoColorD_SSp_Samp, fMemoColorD_TNo_ChDs, fMemoColorD_TNo_ChNb, fMemoColorH1SamePlus, fMemoColorH_HFN_RuDs, fMemoColorH_LFN_RuDs, fMemoColorH_MCs_RuDs, fMemoColorH_Ped_RuDs, fMemoColorH_SCs_RuDs, fMemoColorH_TNo_RuDs, fOnlyOnePlot, fSameOnePlot, fSeveralPlot, TEcnaParHistos::GetHistoType(), and TEcnaParHistos::GetMaxNbOfColors().
Referenced by HistoPlot().
{
// Set colors, fill, marker, line style for histo view
TString HistoType = fCnaParHistos->GetHistoType(HistoCode.Data());
if( HistoType == "Global" ){h_his0->SetMarkerStyle(1);}
Int_t MaxNbOfColors = fCnaParHistos->GetMaxNbOfColors();
if( opt_plot == fSameOnePlot )
{
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH1SamePlus));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH1SamePlus));
fMemoColorH1SamePlus++;
if(fMemoColorH1SamePlus>MaxNbOfColors){fMemoColorH1SamePlus = 0;}
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{
if(HistoCode == "D_NOE_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rose"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_NOE_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_NOE_ChNb));
fMemoColorD_NOE_ChNb++;
if(fMemoColorD_NOE_ChNb>MaxNbOfColors){fMemoColorD_NOE_ChNb = 0;}}
}
if(HistoCode == "D_NOE_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rose"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_NOE_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_NOE_ChDs));
fMemoColorD_NOE_ChDs++;
if(fMemoColorD_NOE_ChDs>MaxNbOfColors){fMemoColorD_NOE_ChDs = 0;}}
}
if(HistoCode == "D_Ped_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("bleu38"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_Ped_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_Ped_ChNb));
fMemoColorD_Ped_ChNb++;
if(fMemoColorD_Ped_ChNb>MaxNbOfColors){fMemoColorD_Ped_ChNb = 0;}}
}
if(HistoCode == "D_Ped_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("bleu38"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_Ped_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_Ped_ChDs));
fMemoColorD_Ped_ChDs++;
if(fMemoColorD_Ped_ChDs>MaxNbOfColors){fMemoColorD_Ped_ChDs = 0;}}
}
if(HistoCode == "D_TNo_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge48"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_TNo_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_TNo_ChNb));
fMemoColorD_TNo_ChNb++;
if(fMemoColorD_TNo_ChNb>MaxNbOfColors){fMemoColorD_TNo_ChNb = 0;}}
}
if(HistoCode == "D_TNo_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge48"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_TNo_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_TNo_ChDs));
fMemoColorD_TNo_ChDs++;
if(fMemoColorD_TNo_ChDs>MaxNbOfColors){fMemoColorD_TNo_ChDs = 0;}}
}
if(HistoCode == "D_MCs_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("vert31"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_MCs_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_MCs_ChNb));
fMemoColorD_MCs_ChNb++;
if(fMemoColorD_MCs_ChNb>MaxNbOfColors){fMemoColorD_MCs_ChNb = 0;}}
}
if(HistoCode == "D_MCs_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("vert31"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_MCs_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_MCs_ChDs));
fMemoColorD_MCs_ChDs++;
if(fMemoColorD_MCs_ChDs>MaxNbOfColors){fMemoColorD_MCs_ChDs = 0;}}
}
if(HistoCode == "D_LFN_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge44"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_LFN_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_LFN_ChNb));
fMemoColorD_LFN_ChNb++;
if(fMemoColorD_LFN_ChNb>MaxNbOfColors){fMemoColorD_LFN_ChNb = 0;}}
}
if(HistoCode == "D_LFN_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge44"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_LFN_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_LFN_ChDs));
fMemoColorD_LFN_ChDs++;
if(fMemoColorD_LFN_ChDs>MaxNbOfColors){fMemoColorD_LFN_ChDs = 0;}}
}
if(HistoCode == "D_HFN_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge50"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_HFN_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_HFN_ChNb));
fMemoColorD_HFN_ChNb++;
if(fMemoColorD_HFN_ChNb>MaxNbOfColors){fMemoColorD_HFN_ChNb = 0;}}
}
if(HistoCode == "D_HFN_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge50"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_HFN_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_HFN_ChDs));
fMemoColorD_HFN_ChDs++;
if(fMemoColorD_HFN_ChDs>MaxNbOfColors){fMemoColorD_HFN_ChDs = 0;}}
}
if(HistoCode == "D_SCs_ChNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("marron23"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_SCs_ChNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_SCs_ChNb));
fMemoColorD_SCs_ChNb++;
if(fMemoColorD_SCs_ChNb>MaxNbOfColors){fMemoColorD_SCs_ChNb = 0;}}
}
if(HistoCode == "D_SCs_ChDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("marron23"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_SCs_ChDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_SCs_ChDs));
fMemoColorD_SCs_ChDs++;
if(fMemoColorD_SCs_ChDs>MaxNbOfColors){fMemoColorD_SCs_ChDs = 0;}}
}
if(HistoCode == "D_MSp_Samp")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("bleu38"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_MSp_Samp));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_MSp_Samp));
fMemoColorD_MSp_Samp++;
if(fMemoColorD_MSp_Samp>MaxNbOfColors){fMemoColorD_MSp_Samp = 0;}}
}
if(HistoCode == "D_SSp_Samp")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge50"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_SSp_Samp));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_SSp_Samp));
fMemoColorD_SSp_Samp++;
if(fMemoColorD_SSp_Samp>MaxNbOfColors){fMemoColorD_SSp_Samp = 0;}}
}
if(HistoCode == "D_Adc_EvDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("orange42"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_Adc_EvDs));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_Adc_EvDs));
fMemoColorD_Adc_EvDs++;
if(fMemoColorD_Adc_EvDs>MaxNbOfColors){fMemoColorD_Adc_EvDs = 0;}}
}
if(HistoCode == "D_Adc_EvNb")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("orange42"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorD_Adc_EvNb));
h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorD_Adc_EvNb));
fMemoColorD_Adc_EvNb++;
if(fMemoColorD_Adc_EvNb>MaxNbOfColors){fMemoColorD_Adc_EvNb = 0;}}
gPad->SetGrid(1,0);
}
if(HistoCode == "H_Ped_RuDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("bleu38"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_Ped_RuDs));
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_Ped_RuDs));
fMemoColorH_Ped_RuDs++;
if(fMemoColorH_Ped_RuDs>MaxNbOfColors){fMemoColorH_Ped_RuDs = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_TNo_RuDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge48"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_TNo_RuDs));
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_TNo_RuDs));
fMemoColorH_TNo_RuDs++;
if(fMemoColorH_TNo_RuDs>MaxNbOfColors){fMemoColorH_TNo_RuDs = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_MCs_RuDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("vert31"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_MCs_RuDs));
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_MCs_RuDs));
fMemoColorH_MCs_RuDs++;
if(fMemoColorH_MCs_RuDs>MaxNbOfColors){fMemoColorH_MCs_RuDs = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_LFN_RuDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge44"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_LFN_RuDs));
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_LFN_RuDs));
fMemoColorH_LFN_RuDs++;
if(fMemoColorH_LFN_RuDs>MaxNbOfColors){fMemoColorH_LFN_RuDs = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_HFN_RuDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("rouge50"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_HFN_RuDs));
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_HFN_RuDs));
fMemoColorH_HFN_RuDs++;
if(fMemoColorH_HFN_RuDs>MaxNbOfColors){fMemoColorH_HFN_RuDs = 0;}}
gPad->SetGrid(1,1);
}
if(HistoCode == "H_SCs_RuDs")
{
if(opt_plot == fOnlyOnePlot){h_his0->SetFillColor(fCnaParHistos->ColorDefinition("marron23"));}
if(opt_plot == fSeveralPlot )
{h_his0->SetMarkerColor(fCnaParHistos->ColorTab(fMemoColorH_SCs_RuDs));
h_his0->SetLineColor(fCnaParHistos->ColorTab(fMemoColorH_SCs_RuDs));
fMemoColorH_SCs_RuDs++;
if(fMemoColorH_SCs_RuDs>MaxNbOfColors){fMemoColorH_SCs_RuDs = 0;}}
gPad->SetGrid(1,1);
}
}
// if(opt_plot == fSeveralPlot || opt_plot == fSameOnePlot){h_his0->SetLineWidth(2);}
}
| void TEcnaHistos::SetXinfMemoFromValue | ( | const TString | HistoCode, |
| const Double_t & | value | ||
| ) |
Definition at line 11253 of file TEcnaHistos.cc.
References fD_Adc_EvDsXinf, fD_HFN_ChDsXinf, fD_HFN_ChNbXinf, fD_LFN_ChDsXinf, fD_LFN_ChNbXinf, fD_MCs_ChDsXinf, fD_MCs_ChNbXinf, fD_NOE_ChDsXinf, fD_NOE_ChNbXinf, fD_Ped_ChDsXinf, fD_Ped_ChNbXinf, fD_SCs_ChDsXinf, fD_SCs_ChNbXinf, fD_TNo_ChDsXinf, fD_TNo_ChNbXinf, fH_HFN_DateXinf, fH_HFN_RuDsXinf, fH_LFN_DateXinf, fH_LFN_RuDsXinf, fH_MCs_DateXinf, fH_MCs_RuDsXinf, fH_Ped_DateXinf, fH_Ped_RuDsXinf, fH_SCs_DateXinf, fH_SCs_RuDsXinf, fH_TNo_DateXinf, fH_TNo_RuDsXinf, and relativeConstraints::value.
Referenced by ViewHistime(), and ViewHisto().
{
if( HistoCode == "D_NOE_ChNb"){fD_NOE_ChNbXinf = value;}
if( HistoCode == "D_NOE_ChDs"){fD_NOE_ChDsXinf = value;}
if( HistoCode == "D_Ped_ChNb"){fD_Ped_ChNbXinf = value;}
if( HistoCode == "D_Ped_ChDs"){fD_Ped_ChDsXinf = value;}
if( HistoCode == "D_TNo_ChNb"){fD_TNo_ChNbXinf = value;}
if( HistoCode == "D_TNo_ChDs"){fD_TNo_ChDsXinf = value;}
if( HistoCode == "D_MCs_ChNb"){fD_MCs_ChNbXinf = value;}
if( HistoCode == "D_MCs_ChDs"){fD_MCs_ChDsXinf = value;}
if( HistoCode == "D_LFN_ChNb"){fD_LFN_ChNbXinf = value;}
if( HistoCode == "D_LFN_ChDs"){fD_LFN_ChDsXinf = value;}
if( HistoCode == "D_HFN_ChNb"){fD_HFN_ChNbXinf = value;}
if( HistoCode == "D_HFN_ChDs"){fD_HFN_ChDsXinf = value;}
if( HistoCode == "D_SCs_ChNb"){fD_SCs_ChNbXinf = value;}
if( HistoCode == "D_SCs_ChDs"){fD_SCs_ChDsXinf = value;}
if( HistoCode == "D_MSp_Samp"){fD_Ped_ChNbXinf = value;}
if( HistoCode == "D_SSp_Samp"){fD_TNo_ChNbXinf = value;}
if( HistoCode == "D_Adc_EvDs"){fD_Adc_EvDsXinf = value;}
if( HistoCode == "D_Adc_EvNb"){fD_Ped_ChNbXinf = value;}
if( HistoCode == "H_Ped_Date"){fH_Ped_DateXinf = value;}
if( HistoCode == "H_TNo_Date"){fH_TNo_DateXinf = value;}
if( HistoCode == "H_MCs_Date"){fH_MCs_DateXinf = value;}
if( HistoCode == "H_LFN_Date"){fH_LFN_DateXinf = value;}
if( HistoCode == "H_HFN_Date"){fH_HFN_DateXinf = value;}
if( HistoCode == "H_SCs_Date"){fH_SCs_DateXinf = value;}
if( HistoCode == "H_Ped_RuDs"){fH_Ped_RuDsXinf = value;}
if( HistoCode == "H_TNo_RuDs"){fH_TNo_RuDsXinf = value;}
if( HistoCode == "H_MCs_RuDs"){fH_MCs_RuDsXinf = value;}
if( HistoCode == "H_LFN_RuDs"){fH_LFN_RuDsXinf = value;}
if( HistoCode == "H_HFN_RuDs"){fH_HFN_RuDsXinf = value;}
if( HistoCode == "H_SCs_RuDs"){fH_SCs_RuDsXinf = value;}
}// end of SetXinfMemoFromValue(...)
| void TEcnaHistos::SetXinfMemoFromValue | ( | const Double_t & | value | ) |
Definition at line 11287 of file TEcnaHistos.cc.
References fH1SameOnePlotXinf, and relativeConstraints::value.
{fH1SameOnePlotXinf = value;}
| void TEcnaHistos::SetXsupMemoFromValue | ( | const Double_t & | value | ) |
Definition at line 11324 of file TEcnaHistos.cc.
References fH1SameOnePlotXsup, and relativeConstraints::value.
{fH1SameOnePlotXsup = value;}
| void TEcnaHistos::SetXsupMemoFromValue | ( | const TString | HistoCode, |
| const Double_t & | value | ||
| ) |
Definition at line 11290 of file TEcnaHistos.cc.
References fD_Adc_EvDsXsup, fD_HFN_ChDsXsup, fD_HFN_ChNbXsup, fD_LFN_ChDsXsup, fD_LFN_ChNbXsup, fD_MCs_ChDsXsup, fD_MCs_ChNbXsup, fD_NOE_ChDsXsup, fD_NOE_ChNbXsup, fD_Ped_ChDsXsup, fD_Ped_ChNbXsup, fD_SCs_ChDsXsup, fD_SCs_ChNbXsup, fD_TNo_ChDsXsup, fD_TNo_ChNbXsup, fH_HFN_DateXsup, fH_HFN_RuDsXsup, fH_LFN_DateXsup, fH_LFN_RuDsXsup, fH_MCs_DateXsup, fH_MCs_RuDsXsup, fH_Ped_DateXsup, fH_Ped_RuDsXsup, fH_SCs_DateXsup, fH_SCs_RuDsXsup, fH_TNo_DateXsup, fH_TNo_RuDsXsup, and relativeConstraints::value.
Referenced by ViewHistime(), and ViewHisto().
{
if( HistoCode == "D_NOE_ChNb"){fD_NOE_ChNbXsup = value;}
if( HistoCode == "D_NOE_ChDs"){fD_NOE_ChDsXsup = value;}
if( HistoCode == "D_Ped_ChNb"){fD_Ped_ChNbXsup = value;}
if( HistoCode == "D_Ped_ChDs"){fD_Ped_ChDsXsup = value;}
if( HistoCode == "D_TNo_ChNb"){fD_TNo_ChNbXsup = value;}
if( HistoCode == "D_TNo_ChDs"){fD_TNo_ChDsXsup = value;}
if( HistoCode == "D_MCs_ChNb"){fD_MCs_ChNbXsup = value;}
if( HistoCode == "D_MCs_ChDs"){fD_MCs_ChDsXsup = value;}
if( HistoCode == "D_LFN_ChNb"){fD_LFN_ChNbXsup = value;}
if( HistoCode == "D_LFN_ChDs"){fD_LFN_ChDsXsup = value;}
if( HistoCode == "D_HFN_ChNb"){fD_HFN_ChNbXsup = value;}
if( HistoCode == "D_HFN_ChDs"){fD_HFN_ChDsXsup = value;}
if( HistoCode == "D_SCs_ChNb"){fD_SCs_ChNbXsup = value;}
if( HistoCode == "D_SCs_ChDs"){fD_SCs_ChDsXsup = value;}
if( HistoCode == "D_MSp_Samp"){fD_Ped_ChNbXsup = value;}
if( HistoCode == "D_SSp_Samp"){fD_TNo_ChNbXsup = value;}
if( HistoCode == "D_Adc_EvDs"){fD_Adc_EvDsXsup = value;}
if( HistoCode == "D_Adc_EvNb"){fD_Ped_ChNbXsup = value;}
if( HistoCode == "H_Ped_Date"){fH_Ped_DateXsup = value;}
if( HistoCode == "H_TNo_Date"){fH_TNo_DateXsup = value;}
if( HistoCode == "H_MCs_Date"){fH_MCs_DateXsup = value;}
if( HistoCode == "H_LFN_Date"){fH_LFN_DateXsup = value;}
if( HistoCode == "H_HFN_Date"){fH_HFN_DateXsup = value;}
if( HistoCode == "H_SCs_Date"){fH_SCs_DateXsup = value;}
if( HistoCode == "H_Ped_RuDs"){fH_Ped_RuDsXsup = value;}
if( HistoCode == "H_TNo_RuDs"){fH_TNo_RuDsXsup = value;}
if( HistoCode == "H_MCs_RuDs"){fH_MCs_RuDsXsup = value;}
if( HistoCode == "H_LFN_RuDs"){fH_LFN_RuDsXsup = value;}
if( HistoCode == "H_HFN_RuDs"){fH_HFN_RuDsXsup = value;}
if( HistoCode == "H_SCs_RuDs"){fH_SCs_RuDsXsup = value;}
}// end of SetXsupMemoFromValue(...)
| void TEcnaHistos::SetXVarMemo | ( | const TString | HistoCode, |
| const TString | opt_plot, | ||
| const TString | xvar | ||
| ) |
Definition at line 11769 of file TEcnaHistos.cc.
References fOnlyOnePlot, fSameOnePlot, fSeveralPlot, fXMemoD_Adc_EvDs, fXMemoD_Adc_EvNb, fXMemoD_HFN_ChDs, fXMemoD_HFN_ChNb, fXMemoD_LFN_ChDs, fXMemoD_LFN_ChNb, fXMemoD_MCs_ChDs, fXMemoD_MCs_ChNb, fXMemoD_MSp_Samp, fXMemoD_NOE_ChDs, fXMemoD_NOE_ChNb, fXMemoD_Ped_ChDs, fXMemoD_Ped_ChNb, fXMemoD_SCs_ChDs, fXMemoD_SCs_ChNb, fXMemoD_SSp_Samp, fXMemoD_TNo_ChDs, fXMemoD_TNo_ChNb, fXMemoH1SamePlus, fXMemoH_HFN_Date, fXMemoH_HFN_RuDs, fXMemoH_LFN_Date, fXMemoH_LFN_RuDs, fXMemoH_MCs_Date, fXMemoH_MCs_RuDs, fXMemoH_Ped_Date, fXMemoH_Ped_RuDs, fXMemoH_SCs_Date, fXMemoH_SCs_RuDs, fXMemoH_TNo_Date, and fXMemoH_TNo_RuDs.
Referenced by ViewHistime(), and ViewHisto().
{
if( opt_plot == fSameOnePlot ){fXMemoH1SamePlus = xvar;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if( HistoCode == "D_NOE_ChNb"){fXMemoD_NOE_ChNb = xvar;}
if( HistoCode == "D_NOE_ChDs"){fXMemoD_NOE_ChDs = xvar;}
if( HistoCode == "D_Ped_ChNb"){fXMemoD_Ped_ChNb = xvar;}
if( HistoCode == "D_Ped_ChDs"){fXMemoD_Ped_ChDs = xvar;}
if( HistoCode == "D_TNo_ChNb"){fXMemoD_TNo_ChNb = xvar;}
if( HistoCode == "D_TNo_ChDs"){fXMemoD_TNo_ChDs = xvar;}
if( HistoCode == "D_MCs_ChNb"){fXMemoD_MCs_ChNb = xvar;}
if( HistoCode == "D_MCs_ChDs"){fXMemoD_MCs_ChDs = xvar;}
if( HistoCode == "D_LFN_ChNb"){fXMemoD_LFN_ChNb = xvar;}
if( HistoCode == "D_LFN_ChDs"){fXMemoD_LFN_ChDs = xvar;}
if( HistoCode == "D_HFN_ChNb"){fXMemoD_HFN_ChNb = xvar;}
if( HistoCode == "D_HFN_ChDs"){fXMemoD_HFN_ChDs = xvar;}
if( HistoCode == "D_SCs_ChNb"){fXMemoD_SCs_ChNb = xvar;}
if( HistoCode == "D_SCs_ChDs"){fXMemoD_SCs_ChDs = xvar;}
if( HistoCode == "D_MSp_Samp"){fXMemoD_MSp_Samp = xvar;}
if( HistoCode == "D_SSp_Samp"){fXMemoD_SSp_Samp = xvar;}
if( HistoCode == "D_Adc_EvDs"){fXMemoD_Adc_EvDs = xvar;}
if( HistoCode == "D_Adc_EvNb"){fXMemoD_Adc_EvNb = xvar;}
if( HistoCode == "H_Ped_Date"){fXMemoH_Ped_Date = xvar;}
if( HistoCode == "H_TNo_Date"){fXMemoH_TNo_Date = xvar;}
if( HistoCode == "H_MCs_Date"){fXMemoH_MCs_Date = xvar;}
if( HistoCode == "H_LFN_Date"){fXMemoH_LFN_Date = xvar;}
if( HistoCode == "H_HFN_Date"){fXMemoH_HFN_Date = xvar;}
if( HistoCode == "H_SCs_Date"){fXMemoH_SCs_Date = xvar;}
if( HistoCode == "H_Ped_RuDs"){fXMemoH_Ped_RuDs = xvar;}
if( HistoCode == "H_TNo_RuDs"){fXMemoH_TNo_RuDs = xvar;}
if( HistoCode == "H_MCs_RuDs"){fXMemoH_MCs_RuDs = xvar;}
if( HistoCode == "H_LFN_RuDs"){fXMemoH_LFN_RuDs = xvar;}
if( HistoCode == "H_HFN_RuDs"){fXMemoH_HFN_RuDs = xvar;}
if( HistoCode == "H_SCs_RuDs"){fXMemoH_SCs_RuDs = xvar;}
}
}// end of SetXVarMemo(...)
| void TEcnaHistos::SetYmaxMemoFromPreviousMemo | ( | const TString | HistoCode | ) |
Definition at line 11729 of file TEcnaHistos.cc.
References fD_Adc_EvDsYmax, fD_Adc_EvNbYmax, fD_HFN_ChDsYmax, fD_HFN_ChNbYmax, fD_LFN_ChDsYmax, fD_LFN_ChNbYmax, fD_MCs_ChDsYmax, fD_MCs_ChNbYmax, fD_MSp_SampYmax, fD_NOE_ChDsYmax, fD_NOE_ChNbYmax, fD_Ped_ChDsYmax, fD_Ped_ChNbYmax, fD_SCs_ChDsYmax, fD_SCs_ChNbYmax, fD_SSp_SampYmax, fD_TNo_ChDsYmax, fD_TNo_ChNbYmax, fH2CorccInStinsYmax, fH2HFccMosMatrixYmax, fH2LFccMosMatrixYmax, fH_HFN_DateYmax, fH_HFN_RuDsYmax, fH_LFN_DateYmax, fH_LFN_RuDsYmax, fH_MCs_DateYmax, fH_MCs_RuDsYmax, fH_Ped_DateYmax, fH_Ped_RuDsYmax, fH_SCs_DateYmax, fH_SCs_RuDsYmax, fH_TNo_DateYmax, fH_TNo_RuDsYmax, and GetYmaxValueFromMemo().
Referenced by ViewHistime(), ViewHisto(), and ViewMatrix().
{
// InitQuantity Ymax
if( HistoCode == "D_NOE_ChNb" ){fD_NOE_ChNbYmax = GetYmaxValueFromMemo("D_NOE_ChNb");}
if( HistoCode == "D_NOE_ChDs" ){fD_NOE_ChDsYmax = GetYmaxValueFromMemo("D_NOE_ChDs");}
if( HistoCode == "D_Ped_ChNb" ){fD_Ped_ChNbYmax = GetYmaxValueFromMemo("D_Ped_ChNb");}
if( HistoCode == "D_Ped_ChDs" ){fD_Ped_ChDsYmax = GetYmaxValueFromMemo("D_Ped_ChDs");}
if( HistoCode == "D_TNo_ChNb" ){fD_TNo_ChNbYmax = GetYmaxValueFromMemo("D_TNo_ChNb");}
if( HistoCode == "D_TNo_ChDs" ){fD_TNo_ChDsYmax = GetYmaxValueFromMemo("D_TNo_ChDs");}
if( HistoCode == "D_MCs_ChNb" ){fD_MCs_ChNbYmax = GetYmaxValueFromMemo("D_MCs_ChNb");}
if( HistoCode == "D_MCs_ChDs" ){fD_MCs_ChDsYmax = GetYmaxValueFromMemo("D_MCs_ChDs");}
if( HistoCode == "D_LFN_ChNb" ){fD_LFN_ChNbYmax = GetYmaxValueFromMemo("D_LFN_ChNb");}
if( HistoCode == "D_LFN_ChDs" ){fD_LFN_ChDsYmax = GetYmaxValueFromMemo("D_LFN_ChDs");}
if( HistoCode == "D_HFN_ChNb" ){fD_HFN_ChNbYmax = GetYmaxValueFromMemo("D_HFN_ChNb");}
if( HistoCode == "D_HFN_ChDs" ){fD_HFN_ChDsYmax = GetYmaxValueFromMemo("D_HFN_ChDs");}
if( HistoCode == "D_SCs_ChNb" ){fD_SCs_ChNbYmax = GetYmaxValueFromMemo("D_SCs_ChNb");}
if( HistoCode == "D_SCs_ChDs" ){fD_SCs_ChDsYmax = GetYmaxValueFromMemo("D_SCs_ChDs");}
if( HistoCode == "D_MSp_Samp" ){fD_MSp_SampYmax = GetYmaxValueFromMemo("D_MSp_Samp");}
if( HistoCode == "D_SSp_Samp" ){fD_SSp_SampYmax = GetYmaxValueFromMemo("D_SSp_Samp");}
if( HistoCode == "D_Adc_EvDs" ){fD_Adc_EvDsYmax = GetYmaxValueFromMemo("D_Adc_EvDs");}
if( HistoCode == "D_Adc_EvNb" ){fD_Adc_EvNbYmax = GetYmaxValueFromMemo("D_Adc_EvNb");}
if( HistoCode == "H_Ped_Date" ){fH_Ped_DateYmax = GetYmaxValueFromMemo("H_Ped_Date");}
if( HistoCode == "H_TNo_Date" ){fH_TNo_DateYmax = GetYmaxValueFromMemo("H_TNo_Date");}
if( HistoCode == "H_MCs_Date" ){fH_MCs_DateYmax = GetYmaxValueFromMemo("H_MCs_Date");}
if( HistoCode == "H_LFN_Date" ){fH_LFN_DateYmax = GetYmaxValueFromMemo("H_LFN_Date");}
if( HistoCode == "H_HFN_Date" ){fH_HFN_DateYmax = GetYmaxValueFromMemo("H_HFN_Date");}
if( HistoCode == "H_SCs_Date" ){fH_SCs_DateYmax = GetYmaxValueFromMemo("H_SCs_Date");}
if( HistoCode == "H_Ped_RuDs" ){fH_Ped_RuDsYmax = GetYmaxValueFromMemo("H_Ped_RuDs");}
if( HistoCode == "H_TNo_RuDs" ){fH_TNo_RuDsYmax = GetYmaxValueFromMemo("H_TNo_RuDs");}
if( HistoCode == "H_MCs_RuDs" ){fH_MCs_RuDsYmax = GetYmaxValueFromMemo("H_MCs_RuDs");}
if( HistoCode == "H_LFN_RuDs" ){fH_LFN_RuDsYmax = GetYmaxValueFromMemo("H_LFN_RuDs");}
if( HistoCode == "H_HFN_RuDs" ){fH_HFN_RuDsYmax = GetYmaxValueFromMemo("H_HFN_RuDs");}
if( HistoCode == "H_SCs_RuDs" ){fH_SCs_RuDsYmax = GetYmaxValueFromMemo("H_SCs_RuDs");}
if( HistoCode == "H2LFccMosMatrix" ){fH2LFccMosMatrixYmax = GetYmaxValueFromMemo("H2LFccMosMatrix");}
if( HistoCode == "H2HFccMosMatrix" ){fH2HFccMosMatrixYmax = GetYmaxValueFromMemo("H2HFccMosMatrix");}
if( HistoCode == "H2CorccInStins" ){fH2CorccInStinsYmax = GetYmaxValueFromMemo("H2CorccInStins");}
}// end of SetYmaxMemoFromPreviousMemo(...)
| void TEcnaHistos::SetYmaxMemoFromValue | ( | const TString | HistoCode, |
| const Double_t & | value | ||
| ) |
Definition at line 11571 of file TEcnaHistos.cc.
References fD_Adc_EvDsYmax, fD_HFN_ChDsYmax, fD_HFN_ChNbYmax, fD_LFN_ChDsYmax, fD_LFN_ChNbYmax, fD_MCs_ChDsYmax, fD_MCs_ChNbYmax, fD_NOE_ChDsYmax, fD_NOE_ChNbYmax, fD_Ped_ChDsYmax, fD_Ped_ChNbYmax, fD_SCs_ChDsYmax, fD_SCs_ChNbYmax, fD_TNo_ChDsYmax, fD_TNo_ChNbYmax, fH2CorccInStinsYmax, fH2HFccMosMatrixYmax, fH2LFccMosMatrixYmax, fH_HFN_DateYmax, fH_HFN_RuDsYmax, fH_LFN_DateYmax, fH_LFN_RuDsYmax, fH_MCs_DateYmax, fH_MCs_RuDsYmax, fH_Ped_DateYmax, fH_Ped_RuDsYmax, fH_SCs_DateYmax, fH_SCs_RuDsYmax, fH_TNo_DateYmax, fH_TNo_RuDsYmax, and relativeConstraints::value.
Referenced by SetAllYminYmaxMemoFromDefaultValues(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
{
if( HistoCode == "D_NOE_ChNb" ){fD_NOE_ChNbYmax = value;}
if( HistoCode == "D_NOE_ChDs" ){fD_NOE_ChDsYmax = value;}
if( HistoCode == "D_Ped_ChNb" ){fD_Ped_ChNbYmax = value;}
if( HistoCode == "D_Ped_ChDs" ){fD_Ped_ChDsYmax = value;}
if( HistoCode == "D_TNo_ChNb" ){fD_TNo_ChNbYmax = value;}
if( HistoCode == "D_TNo_ChDs" ){fD_TNo_ChDsYmax = value;}
if( HistoCode == "D_MCs_ChNb" ){fD_MCs_ChNbYmax = value;}
if( HistoCode == "D_MCs_ChDs" ){fD_MCs_ChDsYmax = value;}
if( HistoCode == "D_LFN_ChNb" ){fD_LFN_ChNbYmax = value;}
if( HistoCode == "D_LFN_ChDs" ){fD_LFN_ChDsYmax = value;}
if( HistoCode == "D_HFN_ChNb" ){fD_HFN_ChNbYmax = value;}
if( HistoCode == "D_HFN_ChDs" ){fD_HFN_ChDsYmax = value;}
if( HistoCode == "D_SCs_ChNb" ){fD_SCs_ChNbYmax = value;}
if( HistoCode == "D_SCs_ChDs" ){fD_SCs_ChDsYmax = value;}
if( HistoCode == "D_MSp_Samp" ){fD_Ped_ChNbYmax = value;}
if( HistoCode == "D_SSp_Samp" ){fD_TNo_ChNbYmax = value;}
if( HistoCode == "D_Adc_EvDs" ){fD_Adc_EvDsYmax = value;}
if( HistoCode == "D_Adc_EvNb" ){fD_Ped_ChNbYmax = value;}
if( HistoCode == "H_Ped_Date" ){fH_Ped_DateYmax = value;}
if( HistoCode == "H_TNo_Date" ){fH_TNo_DateYmax = value;}
if( HistoCode == "H_MCs_Date" ){fH_MCs_DateYmax = value;}
if( HistoCode == "H_LFN_Date" ){fH_LFN_DateYmax = value;}
if( HistoCode == "H_HFN_Date" ){fH_HFN_DateYmax = value;}
if( HistoCode == "H_SCs_Date" ){fH_SCs_DateYmax = value;}
if( HistoCode == "H_Ped_RuDs" ){fH_Ped_RuDsYmax = value;}
if( HistoCode == "H_TNo_RuDs" ){fH_TNo_RuDsYmax = value;}
if( HistoCode == "H_MCs_RuDs" ){fH_MCs_RuDsYmax = value;}
if( HistoCode == "H_LFN_RuDs" ){fH_LFN_RuDsYmax = value;}
if( HistoCode == "H_HFN_RuDs" ){fH_HFN_RuDsYmax = value;}
if( HistoCode == "H_SCs_RuDs" ){fH_SCs_RuDsYmax = value;}
if( HistoCode == "H2LFccMosMatrix" ){fH2LFccMosMatrixYmax = value;}
if( HistoCode == "H2HFccMosMatrix" ){fH2HFccMosMatrixYmax = value;}
if( HistoCode == "H2CorccInStins" ){fH2CorccInStinsYmax = value;}
}// end of SetYmaxMemoFromValue(...)
| void TEcnaHistos::SetYminMemoFromPreviousMemo | ( | const TString | HistoCode | ) |
Definition at line 11690 of file TEcnaHistos.cc.
References fD_Adc_EvDsYmin, fD_Adc_EvNbYmin, fD_HFN_ChDsYmin, fD_HFN_ChNbYmin, fD_LFN_ChDsYmin, fD_LFN_ChNbYmin, fD_MCs_ChDsYmin, fD_MCs_ChNbYmin, fD_MSp_SampYmin, fD_NOE_ChDsYmin, fD_NOE_ChNbYmin, fD_Ped_ChDsYmin, fD_Ped_ChNbYmin, fD_SCs_ChDsYmin, fD_SCs_ChNbYmin, fD_SSp_SampYmin, fD_TNo_ChDsYmin, fD_TNo_ChNbYmin, fH2CorccInStinsYmin, fH2HFccMosMatrixYmin, fH2LFccMosMatrixYmin, fH_HFN_DateYmin, fH_HFN_RuDsYmin, fH_LFN_DateYmin, fH_LFN_RuDsYmin, fH_MCs_DateYmin, fH_MCs_RuDsYmin, fH_Ped_DateYmin, fH_Ped_RuDsYmin, fH_SCs_DateYmin, fH_SCs_RuDsYmin, fH_TNo_DateYmin, fH_TNo_RuDsYmin, and GetYminValueFromMemo().
Referenced by ViewHistime(), ViewHisto(), and ViewMatrix().
{
// InitQuantity Ymin
if( HistoCode == "D_NOE_ChNb" ){fD_NOE_ChNbYmin = GetYminValueFromMemo("D_NOE_ChNb");}
if( HistoCode == "D_NOE_ChDs" ){fD_NOE_ChDsYmin = GetYminValueFromMemo("D_NOE_ChDs");}
if( HistoCode == "D_Ped_ChNb" ){fD_Ped_ChNbYmin = GetYminValueFromMemo("D_Ped_ChNb");}
if( HistoCode == "D_Ped_ChDs" ){fD_Ped_ChDsYmin = GetYminValueFromMemo("D_Ped_ChDs");}
if( HistoCode == "D_TNo_ChNb" ){fD_TNo_ChNbYmin = GetYminValueFromMemo("D_TNo_ChNb");}
if( HistoCode == "D_TNo_ChDs" ){fD_TNo_ChDsYmin = GetYminValueFromMemo("D_TNo_ChDs");}
if( HistoCode == "D_MCs_ChNb" ){fD_MCs_ChNbYmin = GetYminValueFromMemo("D_MCs_ChNb");}
if( HistoCode == "D_MCs_ChDs" ){fD_MCs_ChDsYmin = GetYminValueFromMemo("D_MCs_ChDs");}
if( HistoCode == "D_LFN_ChNb" ){fD_LFN_ChNbYmin = GetYminValueFromMemo("D_LFN_ChNb");}
if( HistoCode == "D_LFN_ChDs" ){fD_LFN_ChDsYmin = GetYminValueFromMemo("D_LFN_ChDs");}
if( HistoCode == "D_HFN_ChNb" ){fD_HFN_ChNbYmin = GetYminValueFromMemo("D_HFN_ChNb");}
if( HistoCode == "D_HFN_ChDs" ){fD_HFN_ChDsYmin = GetYminValueFromMemo("D_HFN_ChDs");}
if( HistoCode == "D_SCs_ChNb" ){fD_SCs_ChNbYmin = GetYminValueFromMemo("D_SCs_ChNb");}
if( HistoCode == "D_SCs_ChDs" ){fD_SCs_ChDsYmin = GetYminValueFromMemo("D_SCs_ChDs");}
if( HistoCode == "D_MSp_Samp" ){fD_MSp_SampYmin = GetYminValueFromMemo("D_MSp_Samp");}
if( HistoCode == "D_SSp_Samp" ){fD_SSp_SampYmin = GetYminValueFromMemo("D_SSp_Samp");}
if( HistoCode == "D_Adc_EvDs" ){fD_Adc_EvDsYmin = GetYminValueFromMemo("D_Adc_EvDs");}
if( HistoCode == "D_Adc_EvNb" ){fD_Adc_EvNbYmin = GetYminValueFromMemo("D_Adc_EvNb");}
if( HistoCode == "H_Ped_Date" ){fH_Ped_DateYmin = GetYminValueFromMemo("H_Ped_Date");}
if( HistoCode == "H_TNo_Date" ){fH_TNo_DateYmin = GetYminValueFromMemo("H_TNo_Date");}
if( HistoCode == "H_MCs_Date" ){fH_MCs_DateYmin = GetYminValueFromMemo("H_MCs_Date");}
if( HistoCode == "H_LFN_Date" ){fH_LFN_DateYmin = GetYminValueFromMemo("H_LFN_Date");}
if( HistoCode == "H_HFN_Date" ){fH_HFN_DateYmin = GetYminValueFromMemo("H_HFN_Date");}
if( HistoCode == "H_SCs_Date" ){fH_SCs_DateYmin = GetYminValueFromMemo("H_SCs_Date");}
if( HistoCode == "H_Ped_RuDs" ){fH_Ped_RuDsYmin = GetYminValueFromMemo("H_Ped_RuDs");}
if( HistoCode == "H_TNo_RuDs" ){fH_TNo_RuDsYmin = GetYminValueFromMemo("H_TNo_RuDs");}
if( HistoCode == "H_MCs_RuDs" ){fH_MCs_RuDsYmin = GetYminValueFromMemo("H_MCs_RuDs");}
if( HistoCode == "H_LFN_RuDs" ){fH_LFN_RuDsYmin = GetYminValueFromMemo("H_LFN_RuDs");}
if( HistoCode == "H_HFN_RuDs" ){fH_HFN_RuDsYmin = GetYminValueFromMemo("H_HFN_RuDs");}
if( HistoCode == "H_SCs_RuDs" ){fH_SCs_RuDsYmin = GetYminValueFromMemo("H_SCs_RuDs");}
if( HistoCode == "H2LFccMosMatrix" ){fH2LFccMosMatrixYmin = GetYminValueFromMemo("H2LFccMosMatrix");}
if( HistoCode == "H2HFccMosMatrix" ){fH2HFccMosMatrixYmin = GetYminValueFromMemo("H2HFccMosMatrix");}
if( HistoCode == "H2CorccInStins" ){fH2CorccInStinsYmin = GetYminValueFromMemo("H2CorccInStins");}
}// end of SetYminMemoFromPreviousMemo(...)
| void TEcnaHistos::SetYminMemoFromValue | ( | const TString | HistoCode, |
| const Double_t & | value | ||
| ) |
Definition at line 11534 of file TEcnaHistos.cc.
References fD_Adc_EvDsYmin, fD_HFN_ChDsYmin, fD_HFN_ChNbYmin, fD_LFN_ChDsYmin, fD_LFN_ChNbYmin, fD_MCs_ChDsYmin, fD_MCs_ChNbYmin, fD_NOE_ChDsYmin, fD_NOE_ChNbYmin, fD_Ped_ChDsYmin, fD_Ped_ChNbYmin, fD_SCs_ChDsYmin, fD_SCs_ChNbYmin, fD_TNo_ChDsYmin, fD_TNo_ChNbYmin, fH2CorccInStinsYmin, fH2HFccMosMatrixYmin, fH2LFccMosMatrixYmin, fH_HFN_DateYmin, fH_HFN_RuDsYmin, fH_LFN_DateYmin, fH_LFN_RuDsYmin, fH_MCs_DateYmin, fH_MCs_RuDsYmin, fH_Ped_DateYmin, fH_Ped_RuDsYmin, fH_SCs_DateYmin, fH_SCs_RuDsYmin, fH_TNo_DateYmin, fH_TNo_RuDsYmin, and relativeConstraints::value.
Referenced by SetAllYminYmaxMemoFromDefaultValues(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
{
if( HistoCode == "D_NOE_ChNb" ){fD_NOE_ChNbYmin = value;}
if( HistoCode == "D_NOE_ChDs" ){fD_NOE_ChDsYmin = value;}
if( HistoCode == "D_Ped_ChNb" ){fD_Ped_ChNbYmin = value;}
if( HistoCode == "D_Ped_ChDs" ){fD_Ped_ChDsYmin = value;}
if( HistoCode == "D_TNo_ChNb" ){fD_TNo_ChNbYmin = value;}
if( HistoCode == "D_TNo_ChDs" ){fD_TNo_ChDsYmin = value;}
if( HistoCode == "D_MCs_ChNb" ){fD_MCs_ChNbYmin = value;}
if( HistoCode == "D_MCs_ChDs" ){fD_MCs_ChDsYmin = value;}
if( HistoCode == "D_LFN_ChNb" ){fD_LFN_ChNbYmin = value;}
if( HistoCode == "D_LFN_ChDs" ){fD_LFN_ChDsYmin = value;}
if( HistoCode == "D_HFN_ChNb" ){fD_HFN_ChNbYmin = value;}
if( HistoCode == "D_HFN_ChDs" ){fD_HFN_ChDsYmin = value;}
if( HistoCode == "D_SCs_ChNb" ){fD_SCs_ChNbYmin = value;}
if( HistoCode == "D_SCs_ChDs" ){fD_SCs_ChDsYmin = value;}
if( HistoCode == "D_MSp_Samp" ){fD_Ped_ChNbYmin = value;}
if( HistoCode == "D_SSp_Samp" ){fD_TNo_ChNbYmin = value;}
if( HistoCode == "D_Adc_EvDs" ){fD_Adc_EvDsYmin = value;}
if( HistoCode == "D_Adc_EvNb" ){fD_Ped_ChNbYmin = value;}
if( HistoCode == "H_Ped_Date" ){fH_Ped_DateYmin = value;}
if( HistoCode == "H_TNo_Date" ){fH_TNo_DateYmin = value;}
if( HistoCode == "H_MCs_Date" ){fH_MCs_DateYmin = value;}
if( HistoCode == "H_LFN_Date" ){fH_LFN_DateYmin = value;}
if( HistoCode == "H_HFN_Date" ){fH_HFN_DateYmin = value;}
if( HistoCode == "H_SCs_Date" ){fH_SCs_DateYmin = value;}
if( HistoCode == "H_Ped_RuDs" ){fH_Ped_RuDsYmin = value;}
if( HistoCode == "H_TNo_RuDs" ){fH_TNo_RuDsYmin = value;}
if( HistoCode == "H_MCs_RuDs" ){fH_MCs_RuDsYmin = value;}
if( HistoCode == "H_LFN_RuDs" ){fH_LFN_RuDsYmin = value;}
if( HistoCode == "H_HFN_RuDs" ){fH_HFN_RuDsYmin = value;}
if( HistoCode == "H_SCs_RuDs" ){fH_SCs_RuDsYmin = value;}
if( HistoCode == "H2LFccMosMatrix" ){fH2LFccMosMatrixYmin = value;}
if( HistoCode == "H2HFccMosMatrix" ){fH2HFccMosMatrixYmin = value;}
if( HistoCode == "H2CorccInStins" ){fH2CorccInStinsYmin = value;}
}// end of SetYminMemoFromValue(...)
| void TEcnaHistos::SetYVarMemo | ( | const TString | HistoCode, |
| const TString | opt_plot, | ||
| const TString | yvar | ||
| ) |
Definition at line 11852 of file TEcnaHistos.cc.
References fOnlyOnePlot, fSameOnePlot, fSeveralPlot, fYMemoD_Adc_EvDs, fYMemoD_Adc_EvNb, fYMemoD_HFN_ChDs, fYMemoD_HFN_ChNb, fYMemoD_LFN_ChDs, fYMemoD_LFN_ChNb, fYMemoD_MCs_ChDs, fYMemoD_MCs_ChNb, fYMemoD_MSp_Samp, fYMemoD_NOE_ChDs, fYMemoD_NOE_ChNb, fYMemoD_Ped_ChDs, fYMemoD_Ped_ChNb, fYMemoD_SCs_ChDs, fYMemoD_SCs_ChNb, fYMemoD_SSp_Samp, fYMemoD_TNo_ChDs, fYMemoD_TNo_ChNb, fYMemoH1SamePlus, fYMemoH_HFN_Date, fYMemoH_HFN_RuDs, fYMemoH_LFN_Date, fYMemoH_LFN_RuDs, fYMemoH_MCs_Date, fYMemoH_MCs_RuDs, fYMemoH_Ped_Date, fYMemoH_Ped_RuDs, fYMemoH_SCs_Date, fYMemoH_SCs_RuDs, fYMemoH_TNo_Date, and fYMemoH_TNo_RuDs.
Referenced by ViewHistime(), and ViewHisto().
{
if( opt_plot == fSameOnePlot ){fYMemoH1SamePlus = yvar;}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
if( HistoCode == "D_NOE_ChNb"){fYMemoD_NOE_ChNb = yvar;}
if( HistoCode == "D_NOE_ChDs"){fYMemoD_NOE_ChDs = yvar;}
if( HistoCode == "D_Ped_ChNb"){fYMemoD_Ped_ChNb = yvar;}
if( HistoCode == "D_Ped_ChDs"){fYMemoD_Ped_ChDs = yvar;}
if( HistoCode == "D_TNo_ChNb"){fYMemoD_TNo_ChNb = yvar;}
if( HistoCode == "D_TNo_ChDs"){fYMemoD_TNo_ChDs = yvar;}
if( HistoCode == "D_MCs_ChNb"){fYMemoD_MCs_ChNb = yvar;}
if( HistoCode == "D_MCs_ChDs"){fYMemoD_MCs_ChDs = yvar;}
if( HistoCode == "D_LFN_ChNb"){fYMemoD_LFN_ChNb = yvar;}
if( HistoCode == "D_LFN_ChDs"){fYMemoD_LFN_ChDs = yvar;}
if( HistoCode == "D_HFN_ChNb"){fYMemoD_HFN_ChNb = yvar;}
if( HistoCode == "D_HFN_ChDs"){fYMemoD_HFN_ChDs = yvar;}
if( HistoCode == "D_SCs_ChNb"){fYMemoD_SCs_ChNb = yvar;}
if( HistoCode == "D_SCs_ChDs"){fYMemoD_SCs_ChDs = yvar;}
if( HistoCode == "D_MSp_Samp"){fYMemoD_MSp_Samp = yvar;}
if( HistoCode == "D_SSp_Samp"){fYMemoD_SSp_Samp = yvar;}
if( HistoCode == "D_Adc_EvDs"){fYMemoD_Adc_EvDs = yvar;}
if( HistoCode == "D_Adc_EvNb"){fYMemoD_Adc_EvNb = yvar;}
if( HistoCode == "H_Ped_Date"){fYMemoH_Ped_Date = yvar;}
if( HistoCode == "H_TNo_Date"){fYMemoH_TNo_Date = yvar;}
if( HistoCode == "H_MCs_Date"){fYMemoH_MCs_Date = yvar;}
if( HistoCode == "H_LFN_Date"){fYMemoH_LFN_Date = yvar;}
if( HistoCode == "H_HFN_Date"){fYMemoH_HFN_Date = yvar;}
if( HistoCode == "H_SCs_Date"){fYMemoH_SCs_Date = yvar;}
if( HistoCode == "H_Ped_RuDs"){fYMemoH_Ped_RuDs = yvar;}
if( HistoCode == "H_TNo_RuDs"){fYMemoH_TNo_RuDs = yvar;}
if( HistoCode == "H_MCs_RuDs"){fYMemoH_MCs_RuDs = yvar;}
if( HistoCode == "H_LFN_RuDs"){fYMemoH_LFN_RuDs = yvar;}
if( HistoCode == "H_HFN_RuDs"){fYMemoH_HFN_RuDs = yvar;}
if( HistoCode == "H_SCs_RuDs"){fYMemoH_SCs_RuDs = yvar;}
}
}// end of SetYVarMemo(...)
| void TEcnaHistos::SMEtaPhiHighFrequencyCorcc | ( | ) |
Definition at line 3086 of file TEcnaHistos.cc.
References StexHocoVecoLHFCorcc().
{StexHocoVecoLHFCorcc("HF");}
| void TEcnaHistos::SMEtaPhiHighFrequencyNoise | ( | ) |
Definition at line 2810 of file TEcnaHistos.cc.
References StexHocoVecoHighFrequencyNoise().
| void TEcnaHistos::SMEtaPhiLowFrequencyCorcc | ( | ) |
Definition at line 3085 of file TEcnaHistos.cc.
References StexHocoVecoLHFCorcc().
{StexHocoVecoLHFCorcc("LF");}
| void TEcnaHistos::SMEtaPhiLowFrequencyNoise | ( | ) |
Definition at line 2809 of file TEcnaHistos.cc.
References StexHocoVecoLowFrequencyNoise().
| void TEcnaHistos::SMEtaPhiMeanOfCorss | ( | ) |
Definition at line 2808 of file TEcnaHistos.cc.
References StexHocoVecoMeanOfCorss().
| void TEcnaHistos::SMEtaPhiNumberOfEvents | ( | ) |
Definition at line 2805 of file TEcnaHistos.cc.
References StexHocoVecoNumberOfEvents().
| void TEcnaHistos::SMEtaPhiPedestals | ( | ) |
Definition at line 2806 of file TEcnaHistos.cc.
References StexHocoVecoPedestals().
| void TEcnaHistos::SMEtaPhiSigmaOfCorss | ( | ) |
Definition at line 2811 of file TEcnaHistos.cc.
References StexHocoVecoSigmaOfCorss().
| void TEcnaHistos::SMEtaPhiTotalNoise | ( | ) |
Definition at line 2807 of file TEcnaHistos.cc.
References StexHocoVecoTotalNoise().
| void TEcnaHistos::SMHighFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 6028 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
{StexHighFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::SMHighFrequencyNoiseXtals | ( | ) |
Definition at line 6025 of file TEcnaHistos.cc.
References StexHighFrequencyNoiseXtals().
| void TEcnaHistos::SMLowFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5990 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
{StexLowFrequencyNoiseXtals(PlotOption);}
| void TEcnaHistos::SMLowFrequencyNoiseXtals | ( | ) |
Definition at line 5987 of file TEcnaHistos.cc.
References StexLowFrequencyNoiseXtals().
| void TEcnaHistos::SMMeanOfCorssXtals | ( | ) |
Definition at line 5949 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals();}
| void TEcnaHistos::SMMeanOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 5952 of file TEcnaHistos.cc.
References StexMeanOfCorssXtals().
{StexMeanOfCorssXtals(PlotOption);}
| void TEcnaHistos::SMNumberOfEventsXtals | ( | ) |
Definition at line 5835 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
| void TEcnaHistos::SMNumberOfEventsXtals | ( | const TString | PlotOption | ) |
Definition at line 5838 of file TEcnaHistos.cc.
References StexNumberOfEventsXtals().
{StexNumberOfEventsXtals(PlotOption);}
| void TEcnaHistos::SMPedestalsXtals | ( | const TString | PlotOption | ) |
Definition at line 5876 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals(PlotOption);}
| void TEcnaHistos::SMPedestalsXtals | ( | ) |
Definition at line 5873 of file TEcnaHistos.cc.
References StexPedestalsXtals().
{StexPedestalsXtals();}
| void TEcnaHistos::SMSigmaOfCorssXtals | ( | ) |
Definition at line 6063 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
| void TEcnaHistos::SMSigmaOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 6066 of file TEcnaHistos.cc.
References StexSigmaOfCorssXtals().
{StexSigmaOfCorssXtals(PlotOption);}
| void TEcnaHistos::SMTotalNoiseXtals | ( | ) |
Definition at line 5911 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals();}
| void TEcnaHistos::SMTotalNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5914 of file TEcnaHistos.cc.
References StexTotalNoiseXtals().
{StexTotalNoiseXtals(PlotOption);}
| void TEcnaHistos::SMTowerNumbering | ( | const Int_t & | SMNumber | ) |
Definition at line 3430 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, fCdelete, fCdeleteRoot, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapStexBarrel, fgMaxCar, fPavComStex, fTTBELL, TEcnaNumbering::GetSMHalfBarrel(), TEcnaParEcal::MaxCrysEtaInTow(), TEcnaParEcal::MaxCrysPhiInTow(), TEcnaParEcal::MaxSMInEB(), TEcnaParEcal::MaxTowEtaInSM(), TEcnaParEcal::MaxTowPhiInSM(), SetAllPavesViewStex(), SetHistoPresentation(), and ViewSMTowerNumberingPad().
Referenced by StexStinNumbering().
{
//display the tower numbering of the super-module
if( (SMNumber > 0) && (SMNumber <= fEcal->MaxSMInEB()) )
{
Int_t GeoBidSizeEta = fEcal->MaxTowEtaInSM()*fEcal->MaxCrysEtaInTow();
Int_t GeoBidSizePhi = fEcal->MaxTowPhiInSM()*fEcal->MaxCrysPhiInTow();
Int_t nb_binx = GeoBidSizeEta;
Int_t nb_biny = GeoBidSizePhi;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeEta;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizePhi;
TString axis_x_var_name = " #eta ";
TString axis_y_var_name = " #varphi ";
//------------------------------------------------------------------- SMTowerNumbering
//............. matrices reading and histogram filling
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
sprintf(f_in_mat_tit, "SM tower numbering");
// il faut tracer un bidim vide pour pouvoir tracer la grille et les axes
TH2D* h_empty_bid = new TH2D("grid_bidim_eta_phi", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_empty_bid->Reset();
h_empty_bid->GetXaxis()->SetTitle(axis_x_var_name);
h_empty_bid->GetYaxis()->SetTitle(axis_y_var_name);
// ------------------------------------------------ P L O T S (SMTowerNumbering)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_h = fCnaParHistos->CanvasFormatH("etaphiSM");
UInt_t canv_w = fCnaParHistos->CanvasFormatW("etaphiSM");
//............................................... options generales
fFapStexBarrel = fEcalNumbering->GetSMHalfBarrel(SMNumber);
//............................................... paves commentaires (SMTowerNumbering)
SetAllPavesViewStex("Numbering", SMNumber);
//------------------------------------ Canvas name ----------------- (SMTowerNumbering)
sprintf(f_in, "tower_numbering_for_SuperModule_SM%d", SMNumber);
SetHistoPresentation((TH1D*)h_empty_bid,"Stex2DEB");
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w, canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistosEB::ViewSM(...)> Plot is displayed on canvas ----> " << f_in << endl;
delete [] f_in; f_in = 0; fCdelete++;
//------------------------ Canvas draw and update ------------ (SMTowerNumbering)
fPavComStex->Draw();
Double_t x_margin = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_margin = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
MainCanvas->Divide(1, 1, x_margin, y_margin);
gPad->cd(1);
h_empty_bid->DrawCopy("COL"); // il faut tracer un bidim vide pour pouvoir tracer la grille et les axes
ViewSMTowerNumberingPad(SMNumber);
gPad->Update();
//..................... retour aux options standard
Bool_t b_true = 1;
h_empty_bid->SetStats(b_true);
h_empty_bid->Delete(); h_empty_bid = 0; fCdeleteRoot++;
// delete MainCanvas; fCdeleteRoot++;
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
}
else
{
cout << "!TEcnaHistos::SMTowerNumbering(...)> SM = " << SMNumber
<< ". Out of range ( range = [1," << fEcal->MaxSMInEB() << "] )" << fTTBELL << endl;
}
}
| void TEcnaHistos::SMXtalsHighFrequencyNoise | ( | ) |
Definition at line 6006 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
| void TEcnaHistos::SMXtalsHighFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 6009 of file TEcnaHistos.cc.
References StexXtalsHighFrequencyNoise().
{StexXtalsHighFrequencyNoise(PlotOption);}
| void TEcnaHistos::SMXtalsLowFrequencyNoise | ( | ) |
Definition at line 5968 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
| void TEcnaHistos::SMXtalsLowFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 5971 of file TEcnaHistos.cc.
References StexXtalsLowFrequencyNoise().
{StexXtalsLowFrequencyNoise(PlotOption);}
| void TEcnaHistos::SMXtalsMeanOfCorss | ( | const TString | PlotOption | ) |
Definition at line 5933 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss(PlotOption);}
| void TEcnaHistos::SMXtalsMeanOfCorss | ( | ) |
Definition at line 5930 of file TEcnaHistos.cc.
References StexXtalsMeanOfCorss().
{StexXtalsMeanOfCorss();}
| void TEcnaHistos::SMXtalsNumberOfEvents | ( | ) |
Definition at line 5816 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
| void TEcnaHistos::SMXtalsNumberOfEvents | ( | const TString | PlotOption | ) |
Definition at line 5819 of file TEcnaHistos.cc.
References StexXtalsNumberOfEvents().
{StexXtalsNumberOfEvents(PlotOption);}
| void TEcnaHistos::SMXtalsPedestals | ( | const TString | PlotOption | ) |
Definition at line 5857 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals(PlotOption);}
| void TEcnaHistos::SMXtalsPedestals | ( | ) |
Definition at line 5854 of file TEcnaHistos.cc.
References StexXtalsPedestals().
{StexXtalsPedestals();}
| void TEcnaHistos::SMXtalsSigmaOfCorss | ( | ) |
Definition at line 6044 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
| void TEcnaHistos::SMXtalsSigmaOfCorss | ( | const TString | PlotOption | ) |
Definition at line 6047 of file TEcnaHistos.cc.
References StexXtalsSigmaOfCorss().
{StexXtalsSigmaOfCorss(PlotOption);}
| void TEcnaHistos::SMXtalsTotalNoise | ( | const TString | PlotOption | ) |
Definition at line 5895 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise(PlotOption);}
| void TEcnaHistos::SMXtalsTotalNoise | ( | ) |
Definition at line 5892 of file TEcnaHistos.cc.
References StexXtalsTotalNoise().
{StexXtalsTotalNoise();}
| void TEcnaHistos::SqrtContourLevels | ( | const Int_t & | nb_niv, |
| Double_t * | cont_niv | ||
| ) |
Definition at line 4457 of file TEcnaHistos.cc.
References gather_cfg::cout, and fTTBELL.
{
//Calculation of levels in z coordinate for 3D plots. Square root scale
Int_t nb_niv2 = (nb_niv+1)/2;
for (Int_t num_niv = 0; num_niv < nb_niv2; num_niv++)
{
Int_t ind_niv = num_niv + nb_niv2 - 1;
if ( ind_niv < 0 || ind_niv > nb_niv )
{
cout << "!TEcnaHistos::ContourLevels(...)> *** ERROR *** "
<< "wrong contour levels for correlation matrix"
<< fTTBELL << endl;
}
else
{
cont_niv[ind_niv] =
(Double_t)(num_niv*num_niv)/
((Double_t)((nb_niv2-1)*(nb_niv2-1)));
}
}
for (Int_t num_niv = -1; num_niv > -nb_niv2; num_niv--)
{
Int_t ind_niv = num_niv + nb_niv2 - 1;
if ( ind_niv < 0 || ind_niv > nb_niv )
{
cout << "!TEcnaHistos::ContourLevels(...)> *** ERROR *** "
<< "wrong contour levels for correlation matrix"
<< fTTBELL << endl;
}
else
{
cont_niv[ind_niv] =
-(Double_t)(num_niv*num_niv)/
((Double_t)((nb_niv2-1)*(nb_niv2-1)));
}
}
}
| void TEcnaHistos::StasHocoVecoAveragedHighFrequencyNoise | ( | ) |
Definition at line 4579 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedHighFrequencyNoise(), EEIXIYAveragedHighFrequencyNoise(), and TEcnaGui::ViewSorSHighFrequencyNoise().
{ViewStas("D_HFN_ChNb");}
| void TEcnaHistos::StasHocoVecoAveragedLowFrequencyNoise | ( | ) |
Definition at line 4575 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedLowFrequencyNoise(), EEIXIYAveragedLowFrequencyNoise(), and TEcnaGui::ViewSorSLowFrequencyNoise().
{ViewStas("D_LFN_ChNb");}
| void TEcnaHistos::StasHocoVecoAveragedMeanOfCorss | ( | ) |
Definition at line 4571 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedMeanOfCorss(), EEIXIYAveragedMeanOfCorss(), and TEcnaGui::ViewSorSMeanOfCorss().
{ViewStas("D_MCs_ChNb");}
| void TEcnaHistos::StasHocoVecoAveragedNumberOfEvents | ( | ) |
Definition at line 4559 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedNumberOfEvents(), EEIXIYAveragedNumberOfEvents(), and TEcnaGui::ViewSorSNumberOfEvents().
{ViewStas("D_NOE_ChNb");}
| void TEcnaHistos::StasHocoVecoAveragedPedestals | ( | ) |
Definition at line 4563 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedPedestals(), EEIXIYAveragedPedestals(), and TEcnaGui::ViewSorSPedestals().
{ViewStas("D_Ped_ChNb");}
| void TEcnaHistos::StasHocoVecoAveragedSigmaOfCorss | ( | ) |
Definition at line 4583 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedSigmaOfCorss(), EEIXIYAveragedSigmaOfCorss(), and TEcnaGui::ViewSorSSigmaOfCorss().
{ViewStas("D_SCs_ChNb");}
| void TEcnaHistos::StasHocoVecoAveragedTotalNoise | ( | ) |
Definition at line 4567 of file TEcnaHistos.cc.
References ViewStas().
Referenced by EBEtaPhiAveragedTotalNoise(), EEIXIYAveragedTotalNoise(), and TEcnaGui::ViewSorSTotalNoise().
{ViewStas("D_TNo_ChNb");}
| Bool_t TEcnaHistos::StatusDataExist | ( | ) |
Definition at line 1057 of file TEcnaHistos.cc.
References fStatusDataExist.
Referenced by TEcnaGui::MessageCnaCommandReplyB().
{return fStatusDataExist;}
| Bool_t TEcnaHistos::StatusFileFound | ( | ) |
Definition at line 1056 of file TEcnaHistos.cc.
References fStatusFileFound.
Referenced by TEcnaGui::MessageCnaCommandReplyB().
{return fStatusFileFound;}
| void TEcnaHistos::StexHighFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 6039 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSHighFrequencyNoiseDistribution().
| void TEcnaHistos::StexHighFrequencyNoiseXtals | ( | ) |
Definition at line 6038 of file TEcnaHistos.cc.
Referenced by DeeHighFrequencyNoiseXtals(), EBAveragedHighFrequencyNoiseXtals(), EEAveragedHighFrequencyNoiseXtals(), and SMHighFrequencyNoiseXtals().
{StexHighFrequencyNoiseXtals("ONLYONE");}
| void TEcnaHistos::StexHocoVecoHighFrequencyNoise | ( | ) |
Definition at line 2826 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYHighFrequencyNoise(), SMEtaPhiHighFrequencyNoise(), and TEcnaGui::ViewSorSHighFrequencyNoise().
{ViewStex("D_HFN_ChNb");}
| void TEcnaHistos::StexHocoVecoLHFCorcc | ( | const TString | Freq | ) |
Definition at line 3091 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxBottomY(), TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxRightX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, TEcnaRead::DataExist(), fCdelete, fCdeleteRoot, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexBarrel, fFapStexName, fFapStexNumber, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fgMaxCar, fMyRootFile, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fRunType, fStartDate, fStatusDataExist, fStatusFileFound, fStopDate, fTTBELL, fUserHistoMax, fUserHistoMin, GetNumberOfEvents(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetRootFileNameShort(), TEcnaRead::GetRunType(), TEcnaRead::GetStartDate(), TEcnaNumbering::GetStexHalfStas(), TEcnaRead::GetStopDate(), TEcnaParHistos::GetYmaxDefaultValue(), TEcnaParHistos::GetYminDefaultValue(), i, j, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaParEcal::MaxCrysInStin(), TEcnaParEcal::MaxStinEcnaInStex(), TEcnaParEcal::MaxStinHocoInStex(), TEcnaParEcal::MaxStinVecoInStex(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadHighFrequencyCorrelationsBetweenChannels(), TEcnaRead::ReadLowFrequencyCorrelationsBetweenChannels(), TEcnaRead::ReadStinNumbers(), SetAllPavesViewStex(), SetHistoFrameYminYmaxFromMemo(), SetHistoPresentation(), SetYmaxMemoFromValue(), SetYminMemoFromValue(), and ViewStexGrid().
Referenced by DeeIXIYHighFrequencyCorcc(), DeeIXIYLowFrequencyCorcc(), SMEtaPhiHighFrequencyCorcc(), SMEtaPhiLowFrequencyCorcc(), TEcnaGui::ViewStexHighFrequencyCorcc(), and TEcnaGui::ViewStexLowFrequencyCorcc().
{
// (Hoco, Veco) matrices for all the Stins of a Stex
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (StexHocoVecoLHFCorcc)
{
fStatusFileFound = kTRUE;
fFapNbOfEvts = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
TString fp_name_short = fMyRootFile->GetRootFileNameShort();
//cout << "*TEcnaHistos::StexHocoVecoLHFCorcc(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
fStartDate = fMyRootFile->GetStartDate();
fStopDate = fMyRootFile->GetStopDate();
fRunType = fMyRootFile->GetRunType();
//......................... matrix title
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
if( fFlagSubDet == "EB" && Freq == "LF" )
{sprintf(f_in_mat_tit, "LF Cor(Xtal,Xtal') for each tower in SM");}
if( fFlagSubDet == "EB" && Freq == "HF" )
{sprintf(f_in_mat_tit, "HF Cor(Xtal,Xtal') for each tower in SM");}
if( fFlagSubDet == "EE" && Freq == "LF" )
{sprintf(f_in_mat_tit, "LF Cor(Xtal,Xtal') for each SC in Dee");}
if( fFlagSubDet == "EE" && Freq == "HF" )
{sprintf(f_in_mat_tit, "HF Cor(Xtal,Xtal') for each SC in Dee");}
//................................. Axis parameters
Int_t GeoBidSizeHoco = fEcal->MaxStinHocoInStex()*fEcal->MaxCrysInStin();
Int_t GeoBidSizeVeco = fEcal->MaxStinVecoInStex()*fEcal->MaxCrysInStin();
Int_t nb_binx = GeoBidSizeHoco;
Int_t nb_biny = GeoBidSizeVeco;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeHoco;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizeVeco;
TString axis_x_var_name = " #Hoco ";
TString axis_y_var_name = " #varVeco ";
//--------------------------------------------------------- (StexHocoVecoLHFCorcc)
//............. matrices reading and histogram filling
TH2D* h_geo_bid = new TH2D("geobidim_Hoco_Veco", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_geo_bid->Reset();
//======================================================== (StexHocoVecoLHFCorcc)
TVectorD Stin_numbers(fEcal->MaxStinEcnaInStex());
for(Int_t i=0; i<fEcal->MaxStinEcnaInStex(); i++){Stin_numbers(i)=(Double_t)0.;}
Stin_numbers = fMyRootFile->ReadStinNumbers(fEcal->MaxStinEcnaInStex());
if ( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
TMatrixD partial_matrix(fEcal->MaxCrysEcnaInStex(), fEcal->MaxCrysEcnaInStex());
for(Int_t i=0; i<fEcal->MaxCrysEcnaInStex(); i++)
{for(Int_t j=0; j<fEcal->MaxCrysEcnaInStex(); j++){partial_matrix(i,j)=(Double_t)0.;}}
if( Freq == "LF")
{partial_matrix = fMyRootFile->ReadLowFrequencyCorrelationsBetweenChannels(fEcal->MaxCrysEcnaInStex());}
if( Freq == "HF")
{partial_matrix = fMyRootFile->ReadHighFrequencyCorrelationsBetweenChannels(fEcal->MaxCrysEcnaInStex());}
if ( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
fFapStexBarrel = fEcalNumbering->GetStexHalfStas(fFapStexNumber);
for(Int_t i0StexStinEcna=0; i0StexStinEcna<fEcal->MaxStinEcnaInStex(); i0StexStinEcna++)
{
Int_t StexStin = (Int_t)Stin_numbers(i0StexStinEcna);
Int_t offset_x = ((StexStin-1)/fEcal->MaxStinVecoInStex())*fEcal->MaxCrysInStin();
Int_t offset_y = ((StexStin-1)%fEcal->MaxStinVecoInStex())*fEcal->MaxCrysInStin();
if (StexStin != -1)
{
//================================================= (StexHocoVecoLHFCorcc)
//------------------ Geographical bidim filling
for(Int_t i0StinEcha=0; i0StinEcha<fEcal->MaxCrysInStin(); i0StinEcha++)
{
for(Int_t j0StinEcha=0; j0StinEcha<fEcal->MaxCrysInStin(); j0StinEcha++)
{
Int_t i_xgeo = offset_x + i0StinEcha;
Int_t i_ygeo = offset_y + j0StinEcha;
if(i_xgeo >=0 && i_xgeo < nb_binx && i_ygeo >=0 && i_ygeo < nb_biny)
{
Int_t iEcha = (StexStin-1)*fEcal->MaxCrysInStin() + i0StinEcha;
Int_t jEcha = (StexStin-1)*fEcal->MaxCrysInStin() + j0StinEcha;
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)i_ygeo,
(Double_t)partial_matrix(iEcha, jEcha));
}
}
}
}
}
//=============== H I S T O M I N / M A X M A N A G E M E N T ============ (StexHocoVecoLHFCorcc)
TString HistoCode = "H2CorccInStins";
//................................ Put histo min max values
//.......... default if flag not set to "ON"
SetYminMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
SetYmaxMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
if( fUserHistoMin == fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//.......... user's value if flag set to "ON"
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(HistoCode.Data(), h_geo_bid->GetMinimum()); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(HistoCode.Data(), h_geo_bid->GetMaximum()); fFlagUserHistoMax = "OFF";}
//...................................... histo set ymin and ymax
Int_t xFlagAutoYsupMargin = 0;
xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_geo_bid, HistoCode);
// ----------------------------------- P L O T S (StexHocoVecoLHFCorcc)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
if( fFlagSubDet == "EB")
{canv_h = fCnaParHistos->CanvasFormatH("etaphiSM");
canv_w = fCnaParHistos->CanvasFormatW("etaphiSM");}
if( fFlagSubDet == "EE")
{canv_h = fCnaParHistos->CanvasFormatH("IXIYDee");
canv_w = fCnaParHistos->CanvasFormatW("IXIYDee");}
//..................................... paves commentaires (StexHocoVecoLHFCorcc)
SetAllPavesViewStex(fFapStexNumber);
//----------------- Canvas name ------- (StexHocoVecoLHFCorcc)
TString name_cov_cor;
Int_t MaxCar = fgMaxCar;
name_cov_cor.Resize(MaxCar);
if( Freq == "LF" ){name_cov_cor = "StexLFCorcc";}
if( Freq == "HF" ){name_cov_cor = "StexHFCorcc";}
TString name_visu;
MaxCar = fgMaxCar;
name_visu.Resize(MaxCar);
name_visu = "colz";
sprintf(f_in, "%s_%s_S1_%d_R%d_%d_%d_Stex%s%d_%s_HocoVeco",
name_cov_cor.Data(), fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapStexName.Data(), fFapStexNumber,
name_visu.Data());
if( fFlagSubDet == "EB" ){SetHistoPresentation((TH1D*)h_geo_bid, "Stex2DEB");}
if( fFlagSubDet == "EE" ){SetHistoPresentation((TH1D*)h_geo_bid, "Stex2DEE");}
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w, canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistos::StexHocoVecoLHFCorcc(...)> Plot is displayed on canvas ----> "
// << f_in << endl;
delete [] f_in; f_in = 0; fCdelete++;
//------------ Canvas draw and update ------ (StexHocoVecoLHFCorcc)
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStex->Draw();
fPavComAnaRun->Draw();
fPavComNbOfEvts->Draw();
//----------------------------------------------------------- pad margins
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("bottom_left_box") + 0.005;
Double_t x_margin = x_low;
Double_t y_margin = y_low;
MainCanvas->Divide( 1, 1, x_margin, y_margin);
// Divide(nx, ny, x_margin, y_margin, color);
gPad->cd(1);
//........................... specific EE
if( fFlagSubDet == "EE" )
{Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("top_left_box_Dee") - 0.005;
TVirtualPad* main_subpad = gPad;
main_subpad->SetPad(x_low, y_low, x_up, y_up);}
// Double_t x_margin = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
// Double_t y_margin = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
// MainCanvas->Divide(1, 1, x_margin, y_margin);
// gPad->cd(1);
h_geo_bid->GetXaxis()->SetTitle(axis_x_var_name);
h_geo_bid->GetYaxis()->SetTitle(axis_y_var_name);
h_geo_bid->DrawCopy("COLZ");
// trace de la grille: un rectangle = une tour (StexHocoVecoLHFCorcc)
ViewStexGrid(fFapStexNumber, "corcc");
gPad->Draw();
gPad->Update();
//..................... retour aux options standard
Bool_t b_true = 1;
h_geo_bid->SetStats(b_true);
h_geo_bid->Delete(); h_geo_bid = 0; fCdeleteRoot++;
// delete MainCanvas; fCdeleteRoot++;
}
}
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::StexHocoVecoLHFCorcc(...)> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << endl;
}
} // end of StexHocoVecoLHFCorcc
| void TEcnaHistos::StexHocoVecoLowFrequencyNoise | ( | ) |
Definition at line 2825 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYLowFrequencyNoise(), SMEtaPhiLowFrequencyNoise(), and TEcnaGui::ViewSorSLowFrequencyNoise().
{ViewStex("D_LFN_ChNb");}
| void TEcnaHistos::StexHocoVecoMeanOfCorss | ( | ) |
Definition at line 2824 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYMeanOfCorss(), SMEtaPhiMeanOfCorss(), and TEcnaGui::ViewSorSMeanOfCorss().
{ViewStex("D_MCs_ChNb");}
| void TEcnaHistos::StexHocoVecoNumberOfEvents | ( | ) |
Definition at line 2821 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYNumberOfEvents(), SMEtaPhiNumberOfEvents(), and TEcnaGui::ViewSorSNumberOfEvents().
{ViewStex("D_NOE_ChNb");}
| void TEcnaHistos::StexHocoVecoPedestals | ( | ) |
Definition at line 2822 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYPedestals(), SMEtaPhiPedestals(), and TEcnaGui::ViewSorSPedestals().
{ViewStex("D_Ped_ChNb");}
| void TEcnaHistos::StexHocoVecoSigmaOfCorss | ( | ) |
Definition at line 2827 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYSigmaOfCorss(), SMEtaPhiSigmaOfCorss(), and TEcnaGui::ViewSorSSigmaOfCorss().
{ViewStex("D_SCs_ChNb");}
| void TEcnaHistos::StexHocoVecoTotalNoise | ( | ) |
Definition at line 2823 of file TEcnaHistos.cc.
References ViewStex().
Referenced by DeeIXIYTotalNoise(), SMEtaPhiTotalNoise(), and TEcnaGui::ViewSorSTotalNoise().
{ViewStex("D_TNo_ChNb");}
| void TEcnaHistos::StexLowFrequencyNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 6001 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSLowFrequencyNoiseDistribution().
| void TEcnaHistos::StexLowFrequencyNoiseXtals | ( | ) |
Definition at line 6000 of file TEcnaHistos.cc.
Referenced by DeeLowFrequencyNoiseXtals(), EBAveragedLowFrequencyNoiseXtals(), EEAveragedLowFrequencyNoiseXtals(), and SMLowFrequencyNoiseXtals().
{StexLowFrequencyNoiseXtals("ONLYONE");}
| void TEcnaHistos::StexMeanOfCorssXtals | ( | ) |
Definition at line 5962 of file TEcnaHistos.cc.
Referenced by DeeMeanOfCorssXtals(), EBAveragedMeanOfCorssXtals(), EEAveragedMeanOfCorssXtals(), and SMMeanOfCorssXtals().
{StexMeanOfCorssXtals("ONLYONE");}
| void TEcnaHistos::StexMeanOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 5963 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSMeanOfCorssDistribution().
| void TEcnaHistos::StexNumberOfEventsXtals | ( | const TString | PlotOption | ) |
Definition at line 5849 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSNumberOfEventsDistribution().
| void TEcnaHistos::StexNumberOfEventsXtals | ( | ) |
Definition at line 5848 of file TEcnaHistos.cc.
Referenced by DeeNumberOfEventsXtals(), EBAveragedNumberOfEventsXtals(), EEAveragedNumberOfEventsXtals(), and SMNumberOfEventsXtals().
{StexNumberOfEventsXtals("ONLYONE");}
| TString TEcnaHistos::StexNumberToString | ( | const Int_t & | StexNumber | ) |
Definition at line 9675 of file TEcnaHistos.cc.
References fFlagSubDet.
Referenced by HistimePlot(), and HistoPlot().
{
// Convert Int_t StexNumber into TString: "StexNumber" if StexNumber in [-18,36]
// or into TString: "EB" or "EE" if StexNumber = 0.
TString sFapStexNumber = "?";
if( StexNumber == -1 ){sFapStexNumber = " -1";}
if( StexNumber == -2 ){sFapStexNumber = " -2";}
if( StexNumber == -3 ){sFapStexNumber = " -3";}
if( StexNumber == -4 ){sFapStexNumber = " -4";}
if( StexNumber == -5 ){sFapStexNumber = " -5";}
if( StexNumber == -6 ){sFapStexNumber = " -6";}
if( StexNumber == -7 ){sFapStexNumber = " -7";}
if( StexNumber == -8 ){sFapStexNumber = " -8";}
if( StexNumber == -9 ){sFapStexNumber = " -9";}
if( StexNumber == -10 ){sFapStexNumber = "-10";}
if( StexNumber == -11 ){sFapStexNumber = "-11";}
if( StexNumber == -12 ){sFapStexNumber = "-12";}
if( StexNumber == -13 ){sFapStexNumber = "-13";}
if( StexNumber == -14 ){sFapStexNumber = "-14";}
if( StexNumber == -15 ){sFapStexNumber = "-15";}
if( StexNumber == -16 ){sFapStexNumber = "-16";}
if( StexNumber == -17 ){sFapStexNumber = "-17";}
if( StexNumber == -18 ){sFapStexNumber = "-18";}
if( StexNumber == 0 ){sFapStexNumber = fFlagSubDet;}
if( StexNumber == 1 ){sFapStexNumber = " 1";}
if( StexNumber == 2 ){sFapStexNumber = " 2";}
if( StexNumber == 3 ){sFapStexNumber = " 3";}
if( StexNumber == 4 ){sFapStexNumber = " 4";}
if( StexNumber == 5 ){sFapStexNumber = " 5";}
if( StexNumber == 6 ){sFapStexNumber = " 6";}
if( StexNumber == 7 ){sFapStexNumber = " 7";}
if( StexNumber == 8 ){sFapStexNumber = " 8";}
if( StexNumber == 9 ){sFapStexNumber = " 9";}
if( StexNumber == 10 ){sFapStexNumber = " 10";}
if( StexNumber == 11 ){sFapStexNumber = " 11";}
if( StexNumber == 12 ){sFapStexNumber = " 12";}
if( StexNumber == 13 ){sFapStexNumber = " 13";}
if( StexNumber == 14 ){sFapStexNumber = " 14";}
if( StexNumber == 15 ){sFapStexNumber = " 15";}
if( StexNumber == 16 ){sFapStexNumber = " 16";}
if( StexNumber == 17 ){sFapStexNumber = " 17";}
if( StexNumber == 18 ){sFapStexNumber = " 18";}
if( StexNumber == 19 ){sFapStexNumber = " -1";}
if( StexNumber == 20 ){sFapStexNumber = " -2";}
if( StexNumber == 21 ){sFapStexNumber = " -3";}
if( StexNumber == 22 ){sFapStexNumber = " -4";}
if( StexNumber == 23 ){sFapStexNumber = " -5";}
if( StexNumber == 24 ){sFapStexNumber = " -6";}
if( StexNumber == 25 ){sFapStexNumber = " -7";}
if( StexNumber == 26 ){sFapStexNumber = " -8";}
if( StexNumber == 27 ){sFapStexNumber = " -9";}
if( StexNumber == 28 ){sFapStexNumber = "-10";}
if( StexNumber == 29 ){sFapStexNumber = "-11";}
if( StexNumber == 30 ){sFapStexNumber = "-12";}
if( StexNumber == 31 ){sFapStexNumber = "-13";}
if( StexNumber == 32 ){sFapStexNumber = "-14";}
if( StexNumber == 33 ){sFapStexNumber = "-15";}
if( StexNumber == 34 ){sFapStexNumber = "-16";}
if( StexNumber == 35 ){sFapStexNumber = "-17";}
if( StexNumber == 36 ){sFapStexNumber = "-18";}
return sFapStexNumber;
}
| void TEcnaHistos::StexPedestalsXtals | ( | ) |
Definition at line 5886 of file TEcnaHistos.cc.
Referenced by DeePedestalsXtals(), EBAveragedPedestalsXtals(), EEAveragedPedestalsXtals(), and SMPedestalsXtals().
{StexPedestalsXtals("ONLYONE");}
| void TEcnaHistos::StexPedestalsXtals | ( | const TString | PlotOption | ) |
Definition at line 5887 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSPedestalsDistribution().
| void TEcnaHistos::StexSigmaOfCorssXtals | ( | ) |
Definition at line 6076 of file TEcnaHistos.cc.
Referenced by DeeSigmaOfCorssXtals(), EBAveragedSigmaOfCorssXtals(), EEAveragedSigmaOfCorssXtals(), and SMSigmaOfCorssXtals().
{StexSigmaOfCorssXtals("ONLYONE");}
| void TEcnaHistos::StexSigmaOfCorssXtals | ( | const TString | PlotOption | ) |
Definition at line 6077 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSSigmaOfCorssDistribution().
| void TEcnaHistos::StexStinNumbering | ( | const Int_t & | StexNumber | ) |
Definition at line 3388 of file TEcnaHistos.cc.
References DeeSCNumbering(), fFlagSubDet, and SMTowerNumbering().
Referenced by TEcnaGui::ViewStexStinNumbering().
{
//display the Stin numbering of the Stex
if( fFlagSubDet == "EB" ){SMTowerNumbering(StexNumber);}
if( fFlagSubDet == "EE" ){DeeSCNumbering(StexNumber);}
}
| void TEcnaHistos::StexTotalNoiseXtals | ( | ) |
Definition at line 5924 of file TEcnaHistos.cc.
Referenced by DeeTotalNoiseXtals(), EBAveragedTotalNoiseXtals(), EEAveragedTotalNoiseXtals(), and SMTotalNoiseXtals().
{StexTotalNoiseXtals("ONLYONE");}
| void TEcnaHistos::StexTotalNoiseXtals | ( | const TString | PlotOption | ) |
Definition at line 5925 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSTotalNoiseDistribution().
| void TEcnaHistos::StexXtalsHighFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 6020 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSHighFrequencyNoiseOfCrystals().
| void TEcnaHistos::StexXtalsHighFrequencyNoise | ( | ) |
Definition at line 6019 of file TEcnaHistos.cc.
Referenced by DeeXtalsHighFrequencyNoise(), EBXtalsAveragedHighFrequencyNoise(), EEXtalsAveragedHighFrequencyNoise(), and SMXtalsHighFrequencyNoise().
{StexXtalsHighFrequencyNoise("ONLYONE");}
| void TEcnaHistos::StexXtalsLowFrequencyNoise | ( | const TString | PlotOption | ) |
Definition at line 5982 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSLowFrequencyNoiseOfCrystals().
| void TEcnaHistos::StexXtalsLowFrequencyNoise | ( | ) |
Definition at line 5981 of file TEcnaHistos.cc.
Referenced by DeeXtalsLowFrequencyNoise(), EBXtalsAveragedLowFrequencyNoise(), EEXtalsAveragedLowFrequencyNoise(), and SMXtalsLowFrequencyNoise().
{StexXtalsLowFrequencyNoise("ONLYONE");}
| void TEcnaHistos::StexXtalsMeanOfCorss | ( | const TString | PlotOption | ) |
Definition at line 5944 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSMeanOfCorssOfCrystals().
| void TEcnaHistos::StexXtalsMeanOfCorss | ( | ) |
Definition at line 5943 of file TEcnaHistos.cc.
Referenced by DeeXtalsMeanOfCorss(), EBXtalsAveragedMeanOfCorss(), EEXtalsAveragedMeanOfCorss(), and SMXtalsMeanOfCorss().
{StexXtalsMeanOfCorss("ONLYONE");}
| void TEcnaHistos::StexXtalsNumberOfEvents | ( | ) |
Definition at line 5829 of file TEcnaHistos.cc.
Referenced by DeeXtalsNumberOfEvents(), EBXtalsAveragedNumberOfEvents(), EEXtalsAveragedNumberOfEvents(), and SMXtalsNumberOfEvents().
{StexXtalsNumberOfEvents("ONLYONE");}
| void TEcnaHistos::StexXtalsNumberOfEvents | ( | const TString | PlotOption | ) |
Definition at line 5830 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSNumberOfEventsOfCrystals().
| void TEcnaHistos::StexXtalsPedestals | ( | const TString | PlotOption | ) |
Definition at line 5868 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSPedestalsOfCrystals().
| void TEcnaHistos::StexXtalsPedestals | ( | ) |
Definition at line 5867 of file TEcnaHistos.cc.
Referenced by DeeXtalsPedestals(), EBXtalsAveragedPedestals(), EEXtalsAveragedPedestals(), and SMXtalsPedestals().
{StexXtalsPedestals("ONLYONE");}
| void TEcnaHistos::StexXtalsSigmaOfCorss | ( | const TString | PlotOption | ) |
Definition at line 6058 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSSigmaOfCorssOfCrystals().
| void TEcnaHistos::StexXtalsSigmaOfCorss | ( | ) |
Definition at line 6057 of file TEcnaHistos.cc.
Referenced by DeeXtalsSigmaOfCorss(), EBXtalsAveragedSigmaOfCorss(), EEXtalsAveragedSigmaOfCorss(), and SMXtalsSigmaOfCorss().
{StexXtalsSigmaOfCorss("ONLYONE");}
| void TEcnaHistos::StexXtalsTotalNoise | ( | const TString | PlotOption | ) |
Definition at line 5906 of file TEcnaHistos.cc.
References fZerv, and ViewHisto().
Referenced by TEcnaGui::ViewHistoSorSTotalNoiseOfCrystals().
| void TEcnaHistos::StexXtalsTotalNoise | ( | ) |
Definition at line 5905 of file TEcnaHistos.cc.
Referenced by DeeXtalsTotalNoise(), EBXtalsAveragedTotalNoise(), EEXtalsAveragedTotalNoise(), and SMXtalsTotalNoise().
{StexXtalsTotalNoise("ONLYONE");}
| void TEcnaHistos::StinCrystalNumbering | ( | const Int_t & | StexNumber, |
| const Int_t & | cStexStin | ||
| ) |
Definition at line 2059 of file TEcnaHistos.cc.
References fFlagSubDet, SCCrystalNumbering(), and TowerCrystalNumbering().
Referenced by TEcnaGui::ViewStinCrystalNumbering().
{
//display the crystal numbering of one Stin
// cStexStin = Tower number in case of EB or SC number for construction in case of EE
if( fFlagSubDet == "EB" ){TowerCrystalNumbering(StexNumber, cStexStin);}
if( fFlagSubDet == "EE" ){SCCrystalNumbering(StexNumber, cStexStin);}
}
| void TEcnaHistos::TopAxisForHistos | ( | TH1D * | h_his0, |
| const TString | opt_plot, | ||
| const Int_t & | xMemoPlotSame, | ||
| const Int_t & | min_value, | ||
| const Int_t & | max_value, | ||
| const Int_t & | xFlagAutoYsupMargin, | ||
| const Int_t & | HisSize | ||
| ) |
Definition at line 10285 of file TEcnaHistos.cc.
References fCnewRoot, fFapStexNumber, fFlagSubDet, fgMaxCar, fOnlyOnePlot, fSameOnePlot, fSeveralPlot, and prof2calltree::ticks.
Referenced by HistoPlot().
{
// Axis on top of the plot to indicate the Stin numbers
if( opt_plot == fOnlyOnePlot ||
( (opt_plot == fSeveralPlot) && (xMemoPlotSame == 0) ) ||
( (opt_plot == fSameOnePlot) && (xMemoPlotSame == 0) ) )
{
Double_t Maxih = (Double_t)h_his0->GetMaximum();
Double_t Minih = (Double_t)h_his0->GetMinimum();
if(xFlagAutoYsupMargin == 1)
{
if( Minih >= Maxih ){Minih = (Double_t)0.; Maxih += Maxih;} // ROOT default if ymin >= ymax
Double_t MaxMarginFactor = (Double_t)0.05; // frame top line = 5% above the maximum
Maxih += (Maxih-Minih)*MaxMarginFactor; // ROOT default if ymin < ymax
}
Double_t v_min = min_value;
Double_t v_max = max_value+1;
Int_t ndiv = 50207;
TString opt = "B-";
Double_t Xbegin = 0.;
Double_t Xend = (Double_t)HisSize;
Double_t ticks = 0.05;
if( fFapStexNumber == 0 && fFlagSubDet == "EE" )
{
v_min = 0;
v_max = max_value;
ndiv = 4;
opt = "CSU"; // first draw axis with ticksize and no label
Xbegin = (Double_t)HisSize;
Xend = 0.;
}
if( fFapStexNumber > 0 && fFlagSubDet == "EE" )
{
ticks = 0;
if( fFapStexNumber == 1 )
{
v_min = min_value;
v_max = max_value+0.5;
Xbegin = (Double_t)HisSize;
Xend = 0.;
opt = "CSU"; // first draw axis with no ticksize and no label
}
if( fFapStexNumber == 2 )
{
v_min = min_value+0.5;
v_max = max_value+1.;
Xbegin = (Double_t)HisSize;
Xend = 0.;
opt = "CSU"; // first draw axis with no ticksize and no label
}
if( fFapStexNumber == 3 )
{
v_min = min_value+0.5;
v_max = max_value+1.;
Xbegin = 0.;
Xend = (Double_t)HisSize;
opt = "-CSU"; // first draw axis with no ticksize and no label
}
if( fFapStexNumber == 4 )
{
v_min = min_value;
v_max = max_value+0.5;
Xbegin = 0.;
Xend = (Double_t)HisSize;
opt = "-CSU"; // first draw axis with no ticksize and no label
}
v_min -= 1;
v_max -= 1;
ndiv = 5;
}
TGaxis* top_axis_x = 0;
top_axis_x = new TGaxis(Xbegin, Maxih, Xend, Maxih,
v_min, v_max, ndiv, opt, 0.); fCnewRoot++;
top_axis_x->SetTickSize(ticks);
top_axis_x->SetTitleOffset((Float_t)(1.2));
top_axis_x->SetLabelOffset((Float_t)(0.005));
TString x_var_name = "?";
Int_t MaxCar = fgMaxCar;
x_var_name.Resize(MaxCar);
if( fFapStexNumber > 0 )
{
if( fFlagSubDet == "EB"){x_var_name = "Tower number";}
if( fFlagSubDet == "EE")
{
x_var_name = " ";
// x_var_name = " Data sector"; // don't remove the space characters !
}
}
if( fFapStexNumber == 0 )
{
if( fFlagSubDet == "EB"){x_var_name = "SM number";}
if( fFlagSubDet == "EE"){x_var_name = " ";}
}
top_axis_x->SetTitle(x_var_name);
top_axis_x->Draw("SAME");
if( fFlagSubDet == "EE" )
{
// redraw axis with ticksize = 0, with labelOffset<0 or >0 and div centered in middle division
opt = "-MS";
if(fFapStexNumber == 1 || fFapStexNumber == 2 ){opt = "-MS";}
if(fFapStexNumber == 3 || fFapStexNumber == 4 ){opt = "MS";}
ndiv = 4;
if( fFapStexNumber > 0 ){ndiv = 5;}
TGaxis* top_axis_x_bis = 0;
top_axis_x_bis = new TGaxis(Xbegin, Maxih, Xend, Maxih,
v_min+1, v_max+1, ndiv, opt, 0.); fCnewRoot++;
top_axis_x_bis->SetTickSize(0.);
Float_t lab_siz_x = top_axis_x->GetLabelSize();
top_axis_x_bis->SetLabelSize(lab_siz_x);
top_axis_x_bis->SetLabelOffset(-0.1);
top_axis_x_bis->SetLabelOffset((Float_t)(9999.));
// if(fFapStexNumber == 1 || fFapStexNumber == 2 ){top_axis_x_bis->SetLabelOffset(-0.07);}
// if(fFapStexNumber == 3 || fFapStexNumber == 4 ){top_axis_x_bis->SetLabelOffset(-0.05);}
// if(fFapStexNumber == 0 )
// {top_axis_x_bis->SetLabelOffset((Float_t)(9999.));} // keep the tick and remove the value
top_axis_x_bis->Draw("SAME");
}
}
} // end of TopAxisForHistos
| void TEcnaHistos::TowerCrystalNumbering | ( | const Int_t & | SMNumber, |
| const Int_t & | n1SMTow | ||
| ) |
Definition at line 2075 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, reco::tau::disc::Eta(), fCdelete, fCdeleteRoot, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapStexBarrel, fFapStexName, fFapStinName, fgMaxCar, fPavComLVRB, fPavComStex, fPavComStin, fTTBELL, TEcnaNumbering::Get0SMEchaFrom1SMTowAnd0TowEcha(), TEcnaNumbering::Get1SMCrysFrom1SMTowAnd0TowEcha(), TEcnaNumbering::GetEta(), TEcnaNumbering::GetHashedNumberFromIEtaAndIPhi(), TEcnaNumbering::GetPhi(), TEcnaNumbering::GetSMHalfBarrel(), TEcnaNumbering::GetTowerLvrbType(), GetXSampInStin(), GetYSampInStin(), TEcnaParEcal::MaxCrysEtaInTow(), TEcnaParEcal::MaxCrysInTow(), TEcnaParEcal::MaxCrysPhiInTow(), TEcnaParEcal::MaxSampADC(), TEcnaParEcal::MaxSMInEB(), colinearityKinematic::Phi, SetAllPavesViewStinCrysNb(), TEcnaParHistos::SetColorsForNumbers(), SetHistoPresentation(), TEcnaParHistos::SetViewHistoStyle(), and ViewStinGrid().
Referenced by StinCrystalNumbering().
{
//display the crystal numbering of one tower
if( (SMNumber > 0) && (SMNumber <= fEcal->MaxSMInEB()) )
{
fFapStexBarrel = fEcalNumbering->GetSMHalfBarrel(SMNumber);
Int_t MatSize = fEcal->MaxSampADC();
Int_t size_eta = fEcal->MaxCrysEtaInTow();
Int_t size_phi = fEcal->MaxCrysPhiInTow();
//---------------------------------- bidim
Int_t nb_bins = fEcal->MaxSampADC();
Int_t nx_gbins = nb_bins*size_eta;
Int_t ny_gbins = nb_bins*size_phi;
Axis_t xinf_gbid = (Axis_t)0.;
Axis_t xsup_gbid = (Axis_t)fEcal->MaxSampADC()*size_eta;
Axis_t yinf_gbid = (Axis_t)0.;
Axis_t ysup_gbid = (Axis_t)fEcal->MaxSampADC()*size_phi;
TString fg_name = "M0' crystals";
TString fg_tit = "Xtal numbering (chan. in tow, chan. in SM, Xtal in SM, hashed)";
//----------------------- empty 2D histo for pave coordinates registration
TH2D *h_gbid;
h_gbid = new TH2D(fg_name.Data(), fg_tit.Data(),
nx_gbins, xinf_gbid, xsup_gbid,
ny_gbins, yinf_gbid, ysup_gbid); fCnewRoot++;
h_gbid->Reset();
//----------------- T R A C E D E S P L O T S ------ (TowerCrystalNumbering)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
//........................................ couleurs
Color_t couleur_noir = fCnaParHistos->SetColorsForNumbers("crystal");
Color_t couleur_rouge = fCnaParHistos->SetColorsForNumbers("lvrb_top");
Color_t couleur_bleu_fonce = fCnaParHistos->SetColorsForNumbers("lvrb_bottom");
gStyle->SetPalette(1,0); // Rainbow spectrum
//.................................... options generales
fCnaParHistos->SetViewHistoStyle("Stin");
//.................................... paves commentaires (TowerCrystalNumbering)
SetAllPavesViewStinCrysNb(SMNumber, n1SMTow);
//---------------------------------------------- (TowerCrystalNumbering)
//..................... Canvas name
sprintf(f_in, "Crystal_Numbering_for_%s_X_%d_%s%d",
fFapStinName.Data(), n1SMTow, fFapStexName.Data(), SMNumber);
SetHistoPresentation((TH1D*)h_gbid, "Stin");
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w , canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistosEB::TowerCrystalNumbering(...)> Plot is displayed on canvas ----> "
// << f_in << endl;
Double_t x_margin = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_margin = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
MainCanvas->Divide(1, 1, x_margin, y_margin);
fPavComStex->Draw();
fPavComStin->Draw();
fPavComLVRB->Draw();
Bool_t b_true = 1;
Bool_t b_false = 0;
gPad->cd(1);
gStyle->SetMarkerColor(couleur_rouge);
Int_t logy = 0;
gPad->SetLogy(logy);
//............................... bidim .......... (TowerCrystalNumbering)
h_gbid->SetStats(b_false);
h_gbid->DrawCopy("COLZ");
//..... Ecriture des numeros de channels dans la grille..... (TowerCrystalNumbering)
// et des numeros SM des cristaux
//............... prepa arguments fixes appels [TText]->DrawText()
char* f_in_elec = new char[fgMaxCar]; fCnew++;
TString TowerLvrbType = fEcalNumbering->GetTowerLvrbType(n1SMTow) ;
TText *text_elec_num = new TText(); fCnewRoot++;
if ( TowerLvrbType == "top" ){text_elec_num->SetTextColor(couleur_rouge);}
if ( TowerLvrbType == "bottom" ){text_elec_num->SetTextColor(couleur_bleu_fonce);}
text_elec_num->SetTextSize(0.04);
char* f_in_sme = new char[fgMaxCar]; fCnew++;
TText *text_sme_num = new TText(); fCnewRoot++;
if ( TowerLvrbType == "top" ){text_sme_num->SetTextColor(couleur_rouge);}
if ( TowerLvrbType == "bottom" ){text_sme_num->SetTextColor(couleur_bleu_fonce);}
text_sme_num->SetTextSize(0.03);
char* f_in_sm = new char[fgMaxCar]; fCnew++;
TText *text_sm_num = new TText(); fCnewRoot++;
text_sm_num->SetTextColor(couleur_noir);
text_sm_num->SetTextSize(0.03);
char* f_in_hsd = new char[fgMaxCar]; fCnew++;
TText *text_hsd_num = new TText(); fCnewRoot++;
text_hsd_num->SetTextColor(couleur_noir);
text_hsd_num->SetTextSize(0.03);
//............... prepa arguments fixes appels GetXGeo(...) et GetYGeo(...)
Int_t i_samp = 0;
//Double_t off_set = (Double_t)(fEcal->MaxSampADC()/4);
Double_t off_set = (Double_t)1.;
//------------------ LOOP ON THE CRYSTAL ELECTRONIC CHANNEL NUMBER (TowerCrystalNumbering)
for (Int_t i_chan = 0; i_chan < fEcal->MaxCrysInTow(); i_chan++)
{
Int_t i_xgeo = GetXSampInStin(SMNumber, n1SMTow, i_chan, i_samp);
Int_t i_ygeo = GetYSampInStin(SMNumber, n1SMTow, i_chan, i_samp);
Double_t xgi = i_xgeo + 3.*off_set;
Double_t ygj = i_ygeo + 7.*off_set;
Double_t xgi_sme = i_xgeo + 3.*off_set;
Double_t ygj_sme = i_ygeo + 5.*off_set;
Double_t xgi_sm = i_xgeo + 3.*off_set;
Double_t ygj_sm = i_ygeo + 3.*off_set;
Double_t xgi_hsd = i_xgeo + 3.*off_set;
Double_t ygj_hsd = i_ygeo + 1.*off_set;
Int_t i_crys_sme = fEcalNumbering->Get0SMEchaFrom1SMTowAnd0TowEcha(n1SMTow, i_chan);
Int_t i_crys_sm = fEcalNumbering->Get1SMCrysFrom1SMTowAnd0TowEcha(n1SMTow, i_chan);
Double_t Eta = fEcalNumbering->GetEta(SMNumber, n1SMTow, i_chan);
Double_t Phi = fEcalNumbering->GetPhi(SMNumber, n1SMTow, i_chan);
Int_t i_crys_hsd = fEcalNumbering->GetHashedNumberFromIEtaAndIPhi((Int_t)Eta, (Int_t)Phi);
//------------------------------------------------------- TowerCrystalNumbering
sprintf(f_in_elec, "%d", i_chan);
text_elec_num->DrawText(xgi, ygj, f_in_elec);
sprintf(f_in_sme, "%d", i_crys_sme);
text_sme_num->DrawText(xgi_sme, ygj_sme, f_in_sme);
sprintf(f_in_sm, "%d", i_crys_sm);
text_sm_num->DrawText(xgi_sm, ygj_sm, f_in_sm);
sprintf(f_in_hsd, "%d", i_crys_hsd);
text_sm_num->DrawText(xgi_hsd, ygj_hsd, f_in_hsd);
}
text_sm_num->Delete(); text_sm_num = 0; fCdeleteRoot++;
text_sme_num->Delete(); text_sme_num = 0; fCdeleteRoot++;
text_elec_num->Delete(); text_elec_num = 0; fCdeleteRoot++;
text_hsd_num->Delete(); text_hsd_num = 0; fCdeleteRoot++;
ViewStinGrid(SMNumber, n1SMTow, MatSize, size_eta, size_phi, "CrystalNumbering");
gPad->Update();
h_gbid->SetStats(b_true);
h_gbid->Delete(); h_gbid = 0; fCdeleteRoot++;
delete [] f_in; f_in = 0; fCdelete++;
delete [] f_in_sm; f_in_sm = 0; fCdelete++;
delete [] f_in_sme; f_in_sme = 0; fCdelete++;
delete [] f_in_elec; f_in_elec = 0; fCdelete++;
}
else
{
cout << "!TEcnaHistos::TowerCrystalNumbering(...)> SM = " << SMNumber
<< ". Out of range ( range = [1," << fEcal->MaxSMInEB() << "] )" << fTTBELL << endl;
}
}
| void TEcnaHistos::ViewDeeGrid | ( | const Int_t & | DeeNumber, |
| const TString | c_option | ||
| ) |
Definition at line 4302 of file TEcnaHistos.cc.
References EEDataSectors(), EEGridAxis(), fCnewRoot, fEcal, i, j, TEcnaParEcal::MaxCrysInSC(), TEcnaParEcal::MaxCrysIXInSC(), TEcnaParEcal::MaxCrysIYInSC(), TEcnaParEcal::MaxSCIXInDee(), and TEcnaParEcal::MaxSCIYInDee().
Referenced by ViewDeeSCNumberingPad(), and ViewStexGrid().
{
//Grid of one Dee with axis IX and IY
Int_t GeoBidSizeIX = fEcal->MaxSCIXInDee()*fEcal->MaxCrysIXInSC();
Int_t GeoBidSizeIY = fEcal->MaxSCIYInDee()*fEcal->MaxCrysIYInSC();
if ( c_option == "corcc")
{
GeoBidSizeIX = fEcal->MaxSCIXInDee()*fEcal->MaxCrysInSC();
GeoBidSizeIY = fEcal->MaxSCIYInDee()*fEcal->MaxCrysInSC();
}
Int_t nb_binx = GeoBidSizeIX;
Int_t nb_biny = GeoBidSizeIY;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeIX;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizeIY;
Double_t ymid_bid = (Double_t)(ysup_bid-yinf_bid)/2.;
//---------------- trace de la grille: un rectangle = un super-cristal
Int_t size_IX = fEcal->MaxCrysIXInSC();
Int_t size_IY = fEcal->MaxCrysIYInSC();
if ( c_option == "corcc"){size_IX = fEcal->MaxCrysInSC(); size_IY = fEcal->MaxCrysInSC();}
Int_t max_x = nb_binx/size_IX;
Int_t max_y = nb_biny/size_IY;
Int_t max_yd = max_y/2;
//= SURLIGNAGES (unite de coordonnees: le cristal ou 5 fois le cristal si option corcc)
//........................... multplicative coefficient for corcc option
Int_t coefcc_x = 1;
Int_t coefcc_y = 1;
if ( c_option == "corcc"){coefcc_x = fEcal->MaxCrysIXInSC(); coefcc_y = fEcal->MaxCrysIYInSC();}
//............................. lignes horizontales
Double_t yline = (Double_t)yinf_bid - (Double_t)size_IY;
Double_t xline_beg = (Double_t)xinf_bid;
Double_t xline_end = (Double_t)xsup_bid;
// k = 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,10
Int_t x_min[11] = {11,11, 7, 0, 0, 0, 0, 0, 0, 0, 0};
Int_t x_max[11] = {50,50,47,45,45,42,37,35,30,15,50};
for(Int_t i=0;i<11;i++){x_min[i] = coefcc_x*x_min[i]; x_max[i] = coefcc_x*x_max[i];}
for( Int_t j = 0 ; j < max_y ; j++)
{
if( j < max_yd ) // j = 0,1,2,3,4,5,6,7,8,9
{
if( DeeNumber == 1 || DeeNumber == 3 )
{
xline_beg = xinf_bid + (Double_t)x_min[10-j];
xline_end = xinf_bid + (Double_t)x_max[10-j];
}
if( DeeNumber == 2 || DeeNumber == 4 )
{
xline_beg = xsup_bid - (Double_t)x_max[10-j];
xline_end = xsup_bid - (Double_t)x_min[10-j];
}
}
if( j == max_yd ) // j = 10
{
if( DeeNumber == 1 || DeeNumber == 3 )
{
xline_beg = xinf_bid + (Double_t)x_min[0];
xline_end = xinf_bid + (Double_t)x_max[0];
}
if( DeeNumber == 2 || DeeNumber == 4 )
{
xline_beg = xsup_bid - (Double_t)x_max[0];
xline_end = xsup_bid - (Double_t)x_min[0];
}
}
if( j > max_yd ) // j = 11,12,13,14,15,16,17,18,19,20
{
if( DeeNumber == 1 || DeeNumber == 3 )
{
xline_beg = xinf_bid + (Double_t)x_min[j-10];
xline_end = xinf_bid + (Double_t)x_max[j-10];
}
if( DeeNumber == 2 || DeeNumber == 4 )
{
xline_beg = xsup_bid - (Double_t)x_max[j-10];
xline_end = xsup_bid - (Double_t)x_min[j-10];
}
}
yline = yline + (Double_t)size_IY;
TLine *lin;
lin = new TLine(xline_beg, yline, xline_end, yline); fCnewRoot++;
lin->Draw();
//lin->Delete(); // => si on delete, pas de trace de la ligne
// delete lin; fCdeleteRoot++;
}
//.......................... lignes verticales
Double_t xline = (Double_t)xinf_bid - (Double_t)size_IX;
Double_t yline_haut_bot = (Double_t)ymid_bid;
Double_t yline_haut_top = (Double_t)ysup_bid;
Double_t yline_bas_bot = (Double_t)yinf_bid;
Double_t yline_bas_top = (Double_t)ymid_bid;
// coordonnees demi-lignes
// l = 0, 1, 2, 3, 4, 5, 6, 7, 8, 9,10
Int_t y_min[11] = { 0,11, 7, 0, 0, 0, 0, 0, 0, 0, 0};
Int_t y_max[11] = {50,50,47,45,45,42,38,35,30,15,10};
for(Int_t i=0;i<11;i++){y_min[i] = coefcc_y*y_min[i]; y_max[i] = coefcc_y*y_max[i];}
gStyle->SetTextSize(0.075); // ===> pourquoi pas avant?
for( Int_t i = 0 ; i <= max_x ; i++)
{
if( DeeNumber == 1 || DeeNumber == 3 )
{
yline_haut_bot = ymid_bid + (Double_t)y_min[i];
yline_haut_top = ymid_bid + (Double_t)y_max[i];
}
if( DeeNumber == 2 || DeeNumber == 4 )
{
yline_haut_bot = ymid_bid + (Double_t)y_min[10-i];
yline_haut_top = ymid_bid + (Double_t)y_max[10-i];
}
yline_bas_bot = ysup_bid - yline_haut_top;
yline_bas_top = ysup_bid - yline_haut_bot;
xline = xline + (Double_t)size_IX;
TLine *lin_haut;
lin_haut = new TLine(xline, yline_haut_bot, xline, yline_haut_top); fCnewRoot++;
lin_haut->Draw();
// delete lin_haut; fCdeleteRoot++;
TLine *lin_bas;
lin_bas = new TLine(xline, yline_bas_bot, xline, yline_bas_top); fCnewRoot++;
lin_bas->Draw();
// delete lin_bas; fCdeleteRoot++;
}
EEDataSectors(coefcc_x, coefcc_y, DeeNumber, "Dee");
EEGridAxis(coefcc_x, coefcc_y, DeeNumber, "Dee", c_option);
} // end of ViewDeeGrid
| void TEcnaHistos::ViewDeeSCNumberingPad | ( | const Int_t & | DeeNumber | ) |
Definition at line 3981 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), fCdelete, fCnaParHistos, fCnew, fCnewRoot, fEcal, fEcalNumbering, fgMaxCar, TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(), TEcnaNumbering::GetDSSCFrom1DeeSCEcna(), TEcnaNumbering::GetEEDeeEndcap(), GetSCColor(), TEcnaNumbering::GetSCQuadFrom1DeeSCEcna(), GetXCrysInStex(), GetYCrysInStex(), TEcnaParEcal::MaxSCEcnaInDee(), and ViewDeeGrid().
Referenced by DeeSCNumbering(), and ViewStexStinNumberingPad().
{
//display the SC numbering of the Dee in a Pad
gStyle->SetTitleW(0.4); // taille titre histos
gStyle->SetTitleH(0.08);
ViewDeeGrid(DeeNumber, " ");
//..... SC numbers writing in the grid .... (ViewDeeSCNumberingPad)
char* f_in = new char[fgMaxCar]; fCnew++;
gStyle->SetTextSize(0.0325);
//------------------ LOOP ON THE Dee_SC NUMBER (ViewDeeSCNumberingPad)
Int_t x_channel = 0; // => defined here after according to DeeDir and SCQuadType
TText *text_DSSC_num = new TText(); fCnewRoot++;
TText *text_DeeSCCons_num = new TText(); fCnewRoot++;
for (Int_t n1DeeSCEcna = 1; n1DeeSCEcna <= fEcal->MaxSCEcnaInDee(); n1DeeSCEcna++)
{
TString DeeDir = fEcalNumbering->GetDeeDirViewedFromIP(DeeNumber);
TString SCQuadType = fEcalNumbering->GetSCQuadFrom1DeeSCEcna(n1DeeSCEcna);
if( SCQuadType == "top" && DeeDir == "right"){x_channel = 13;}
if( SCQuadType == "top" && DeeDir == "left" ){x_channel = 7;}
if( SCQuadType == "bottom" && DeeDir == "left" ){x_channel = 11;}
if( SCQuadType == "bottom" && DeeDir == "right"){x_channel = 17;}
Int_t i_SCEcha = (Int_t)x_channel;
Double_t x_from_IX = (Double_t)GetXCrysInStex(DeeNumber, n1DeeSCEcna, i_SCEcha);
Double_t y_from_IY = (Double_t)GetYCrysInStex(DeeNumber, n1DeeSCEcna, i_SCEcha);
TString DeeEndcap = fEcalNumbering->GetEEDeeEndcap(DeeNumber);
Color_t couleur_SC = GetSCColor(DeeEndcap, DeeDir, SCQuadType);
text_DSSC_num->SetTextColor(couleur_SC);
text_DeeSCCons_num->SetTextColor((Color_t)1);
Int_t i_DSSC = fEcalNumbering->GetDSSCFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna);
Int_t i_DeeSCCons = fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna);
if( i_DSSC > 0 )
{
if(
//.................................................... (D2,S9) , (D4,S1)
!(i_DeeSCCons == 33 && n1DeeSCEcna == 60) &&
!(i_DeeSCCons == 33 && n1DeeSCEcna == 119) &&
//................................................... (D2,S8) , (D4,S2)
!(i_DeeSCCons == 29 && n1DeeSCEcna == 32) && // !(29c and 58c)
!(i_DeeSCCons == 29 && n1DeeSCEcna == 138) &&
!(i_DeeSCCons == 29 && n1DeeSCEcna == 157) &&
!(i_DeeSCCons == 58 && n1DeeSCEcna == 176) &&
!(i_DeeSCCons == 58 && n1DeeSCEcna == 193) &&
//.................................................... (D2,S7) , (D4,S3)
!(i_DeeSCCons == 149 && n1DeeSCEcna == 188) &&
//.................................................... (D2,S6) , (D4,S4)
!(i_DeeSCCons == 112 && n1DeeSCEcna == 29) &&
!(i_DeeSCCons == 112 && n1DeeSCEcna == 144) &&
!(i_DeeSCCons == 112 && n1DeeSCEcna == 165) &&
!(i_DeeSCCons == 119 && n1DeeSCEcna == 102) &&
!(i_DeeSCCons == 119 && n1DeeSCEcna == 123) &&
//.................................................... (D2,S5) , (D4,S5)
!(i_DeeSCCons == 132 && n1DeeSCEcna == 41) &&
//----------------------------------------------------------------------
//.................................................... (D1,S1) , (D3,S9)
!(i_DeeSCCons == 182 && n1DeeSCEcna == 60) &&
!(i_DeeSCCons == 182 && n1DeeSCEcna == 119) &&
//.................................................... (D1,S2) , (D3,S8)
!(i_DeeSCCons == 178 && n1DeeSCEcna == 32) && // !(178c and 207c)
!(i_DeeSCCons == 178 && n1DeeSCEcna == 138) &&
!(i_DeeSCCons == 178 && n1DeeSCEcna == 157) &&
!(i_DeeSCCons == 207 && n1DeeSCEcna == 176) &&
!(i_DeeSCCons == 207 && n1DeeSCEcna == 193) &&
//.................................................... (D1,S3) , (D3,S7)
!(i_DeeSCCons == 298 && n1DeeSCEcna == 188) &&
//.................................................... (D1,S4) , (D3,S6)
!(i_DeeSCCons == 261 && n1DeeSCEcna == 29) && // !(261a and 268a)
!(i_DeeSCCons == 261 && n1DeeSCEcna == 144) &&
!(i_DeeSCCons == 261 && n1DeeSCEcna == 165) &&
!(i_DeeSCCons == 268 && n1DeeSCEcna == 102) &&
!(i_DeeSCCons == 268 && n1DeeSCEcna == 123) &&
//.................................................... (D1,S5) , (D3,S5)
!(i_DeeSCCons == 281 && n1DeeSCEcna == 41)
)
{
sprintf(f_in, "%d", i_DSSC);
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in); // <=== DrawText: prend du temps
sprintf(f_in, "%d", i_DeeSCCons);
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in); // <=== DrawText: prend du temps
}
//.................................................... (D2,S9) , (D4,S1)
if( i_DeeSCCons == 33 && n1DeeSCEcna == 60 )
{
sprintf(f_in, "30a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "33a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 33 && n1DeeSCEcna == 119 )
{
sprintf(f_in, "30b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "33b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D2,S8) , (D4,S2)
if( i_DeeSCCons == 29 && n1DeeSCEcna == 32 )
{
sprintf(f_in, " 3c-25c");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "29c-58c");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 29 && n1DeeSCEcna == 138 )
{
sprintf(f_in, "3a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "29a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 29 && n1DeeSCEcna == 157 )
{
sprintf(f_in, "3b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "29b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 58 && n1DeeSCEcna == 176 )
{
sprintf(f_in, "25a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "58a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 58 && n1DeeSCEcna == 193 )
{
sprintf(f_in, "25b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "58b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D2,S7) , (D4,S3)
if( i_DeeSCCons == 149 && n1DeeSCEcna == 188 )
{
sprintf(f_in, "34a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "149a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D2,S6) , (D4,S4)
if( i_DeeSCCons == 112 && n1DeeSCEcna == 29 )
{
sprintf(f_in, " 14a-21a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "112a-119a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 112 && n1DeeSCEcna == 144 )
{
sprintf(f_in, "14c");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "112c");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 112 && n1DeeSCEcna == 165 )
{
sprintf(f_in, "14a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "112b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 119 && n1DeeSCEcna == 102 )
{
sprintf(f_in, "21c");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "119c");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 119 && n1DeeSCEcna == 123 )
{
sprintf(f_in, "21b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "119b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D2,S5) , (D4,S5)
if( i_DeeSCCons == 132 && n1DeeSCEcna == 41 )
{
sprintf(f_in, "3a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "132a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D1,S1) , (D3,S9)
if( i_DeeSCCons == 182 && n1DeeSCEcna == 60 )
{
sprintf(f_in, "30a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "182a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 182 && n1DeeSCEcna == 119 )
{
sprintf(f_in, "30b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "182b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D1,S2) , (D3,S8)
if( i_DeeSCCons == 178 && n1DeeSCEcna == 32 )
{
sprintf(f_in, " 3c-25c");
text_DSSC_num->DrawText(x_from_IX-6, y_from_IY+1, f_in);
sprintf(f_in, "178c-207c");
text_DeeSCCons_num->DrawText(x_from_IX-6, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 178 && n1DeeSCEcna == 138 )
{
sprintf(f_in, "3a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "178a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 178 && n1DeeSCEcna == 157 )
{
sprintf(f_in, "3b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "178b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 207 && n1DeeSCEcna == 176 )
{
sprintf(f_in, "25a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "207a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 207 && n1DeeSCEcna == 193 )
{
sprintf(f_in, "25b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "207b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D1,S3) , (D3,S7)
if( i_DeeSCCons == 298 && n1DeeSCEcna == 188 )
{
sprintf(f_in, "34a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "298a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D1,S4) , (D3,S6)
if( i_DeeSCCons == 261 && n1DeeSCEcna == 29 )
{
sprintf(f_in, " 14a-21a");
text_DSSC_num->DrawText(x_from_IX-6, y_from_IY+1, f_in);
sprintf(f_in, "261a-268a");
text_DeeSCCons_num->DrawText(x_from_IX-6, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 261 && n1DeeSCEcna == 144 )
{
sprintf(f_in, "14a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "261c");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 261 && n1DeeSCEcna == 165 )
{
sprintf(f_in, "14b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "261b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 268 && n1DeeSCEcna == 102 )
{
sprintf(f_in, "21c");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "268c");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
if( i_DeeSCCons == 268 && n1DeeSCEcna == 123 )
{
sprintf(f_in, "21b");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "268b");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
//.................................................... (D1,S5) , (D3,S5)
if( i_DeeSCCons == 281 && n1DeeSCEcna == 41 )
{
sprintf(f_in, "20a");
text_DSSC_num->DrawText(x_from_IX, y_from_IY+1, f_in);
sprintf(f_in, "281a");
text_DeeSCCons_num->DrawText(x_from_IX, y_from_IY-1, f_in);
}
}
}
// delete text_DSSC_num; fCdeleteRoot++;
//......................... mention "color, black"
Color_t coul_textcolors = fCnaParHistos->ColorDefinition("noir");
sprintf( f_in, "color: nb in Data Sector, black: nb for construction");
Int_t x_colors = 3;
Int_t y_colors = -14;
TText *text_colors = new TText(x_colors, y_colors, f_in); fCnewRoot++;
text_colors->SetTextSize(0.03);
text_colors->SetTextColor(coul_textcolors);
text_colors->Draw();
delete [] f_in; f_in = 0; fCdelete++;
Color_t couleur_noir = fCnaParHistos->ColorDefinition("noir");
gStyle->SetTextColor(couleur_noir);
}
| void TEcnaHistos::ViewEBGrid | ( | ) |
Definition at line 5018 of file TEcnaHistos.cc.
References TEcnaParHistos::AxisLabelOffset(), TEcnaParHistos::AxisLabelSize(), TEcnaParHistos::AxisTickSize(), TEcnaParHistos::AxisTitleOffset(), TEcnaParHistos::AxisTitleSize(), TEcnaParHistos::ColorDefinition(), connectstrParser::f1, fCdelete, fCnaParHistos, fCnew, fCnewRoot, fEcal, fEcalNumbering, fgMaxCar, GetHocoVecoAxisTitle(), TEcnaNumbering::GetXDirectionEB(), i, j, TEcnaParEcal::MaxSMEtaInEB(), TEcnaParEcal::MaxSMPhiInEB(), TEcnaParEcal::MaxTowEtaInSM(), and TEcnaParEcal::MaxTowPhiInSM().
Referenced by ViewStasGrid().
{
//Grid of EB with axis Hoco and Veco
Int_t GeoBidSizeEta = fEcal->MaxSMEtaInEB()*fEcal->MaxTowEtaInSM();
Int_t GeoBidSizePhi = fEcal->MaxSMPhiInEB()*fEcal->MaxTowPhiInSM();
Int_t size_y = fEcal->MaxTowEtaInSM();
Int_t size_x = fEcal->MaxTowPhiInSM();
Int_t nb_binx = GeoBidSizePhi;
Int_t nb_biny = GeoBidSizeEta;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)nb_binx;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)nb_biny;
//---------------- trace de la grille: un rectangle = un SM
Int_t max_x = nb_binx/size_x; // = fEcal->MaxSMPhiInEB()
Int_t max_y = nb_biny/size_y; // = fEcal->MaxSMEtaInEB()
//............................. lignes horizontales (ViewEBGrid)
Double_t yline = (Double_t)yinf_bid;
Double_t xline_left = (Double_t)xinf_bid;
Double_t xline_right = (Double_t)xsup_bid;
for( Int_t j = 0 ; j < max_y ; j++)
{
yline = yline + (Double_t)size_y;
TLine *lin;
lin = new TLine(xline_left, yline, xline_right, yline); fCnewRoot++;
lin->Draw();
// delete lin; fCdeleteRoot++;
}
//-------------------------------- lignes verticales
Double_t xline = (Double_t)xinf_bid - (Double_t)size_x;
Double_t yline_bot = (Double_t)yinf_bid;
Double_t yline_top = (Double_t)ysup_bid;
for( Int_t i = 0 ; i < max_x ; i++)
{
xline = xline + (Double_t)size_x;
TLine *lin;
lin = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
lin->Draw();
}
//-------------------------------- Numeros des SM
Double_t yTextBot = yline_bot - (yline_top - yline_bot)/25.;
Double_t yTextTop = yline_top + (yline_top - yline_bot)/120.;
xline = (Double_t)xinf_bid - (Double_t)size_x;
char* f_in = new char[fgMaxCar]; fCnew++;
TText *text_SM = new TText(); fCnewRoot++;
for( Int_t i = 0 ; i < max_x ; i++)
{
xline = xline + (Double_t)size_x;
text_SM->SetTextColor(fCnaParHistos->ColorDefinition("bleu_fonce"));
text_SM->SetTextSize((Double_t)0.03);
sprintf( f_in, " +%d", i+1 );
text_SM->DrawText(xline, yTextTop, f_in);
sprintf( f_in, " %d", -i-1 );
text_SM->DrawText(xline, yTextBot, f_in);
}
delete [] f_in; fCdelete++;
//------------------ trace axes en eta et phi --------------- ViewEBGrid
Int_t SMNumber = 1;
//...................................................... Axe i(phi) (bottom x) ViewEBGrid
Int_t MatSize = fEcal->MaxTowPhiInSM();
Int_t size_x_eb = fEcal->MaxSMPhiInEB();
Double_t phi_min = 0;
Double_t phi_max = 360;
TString x_var_name = GetHocoVecoAxisTitle("iphiEB");;
TString x_direction = fEcalNumbering->GetXDirectionEB(SMNumber);
TF1 *f1 = new TF1("f1", x_direction.Data(), phi_min, phi_max); fCnewRoot++;
TGaxis* sup_axis_x = 0;
if( x_direction == "-x" ) // NEVER IN THIS CASE: xmin->xmax <=> right->left ("-x") direction
{sup_axis_x = new TGaxis( (Float_t)0., (Float_t)0., (Float_t)(size_x_eb*MatSize), (Float_t)0.,
"f1", size_x_eb, "SC" , 0.); fCnewRoot++;}
if( x_direction == "x" ) // ALWAYS IN THIS CASE: xmin->xmax <=> left->right ("x") direction
{sup_axis_x = new TGaxis( (Float_t)0., (Float_t)0., (Float_t)(size_x_eb*MatSize), (Float_t)0.,
"f1", size_x_eb, "SC" , 0.); fCnewRoot++;}
Float_t tit_siz_x = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_x = fCnaParHistos->AxisLabelSize("EBx");
Float_t tic_siz_x = fCnaParHistos->AxisTickSize("SMx");
Float_t tit_off_x = fCnaParHistos->AxisTitleOffset("EBx");
Float_t lab_off_x = fCnaParHistos->AxisLabelOffset("EBx");
sup_axis_x->SetTitle(x_var_name);
sup_axis_x->SetTitleSize(tit_siz_x);
sup_axis_x->SetTitleOffset(tit_off_x);
sup_axis_x->SetLabelSize(lab_siz_x);
sup_axis_x->SetLabelOffset(lab_off_x);
sup_axis_x->SetTickSize(tic_siz_x);
sup_axis_x->Draw("SAME");
f1 = 0;
//...................................................... Axe eta (y) ViewEBGrid
MatSize = fEcal->MaxTowEtaInSM();
Int_t size_y_eb = fEcal->MaxSMEtaInEB();
Double_t eta_min = (Double_t)(-85.);
Double_t eta_max = (Double_t)85.;
TString y_var_name = GetHocoVecoAxisTitle("ietaEB");
TGaxis* sup_axis_y = 0;
sup_axis_y = new TGaxis((Float_t)0., (Float_t)0.,
(Float_t)0., (Float_t)(size_y_eb*MatSize),
eta_min, eta_max, MatSize/2, "SC", 0.); fCnewRoot++;
Float_t tit_siz_y = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_y = fCnaParHistos->AxisLabelSize("EBy");
Float_t tic_siz_y = fCnaParHistos->AxisTickSize("SMy");
Float_t tit_off_y = fCnaParHistos->AxisTitleOffset("EBy");
Float_t lab_off_y = fCnaParHistos->AxisLabelOffset("EBy");
sup_axis_y->SetTitle(y_var_name);
sup_axis_y->SetTitleSize(tit_siz_y);
sup_axis_y->SetTitleOffset(tit_off_y);
sup_axis_y->SetLabelColor(1);
sup_axis_y->SetLabelSize(lab_siz_y);
sup_axis_y->SetLabelOffset(lab_off_y);
sup_axis_y->SetTickSize(tic_siz_y);
sup_axis_y->Draw("SAME");
//f2 = 0;
gStyle->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
} // end of ViewEBGrid
| void TEcnaHistos::ViewEEGrid | ( | const Int_t & | vertic_empty_strips | ) |
Definition at line 5163 of file TEcnaHistos.cc.
References EEDataSectors(), EEGridAxis(), fCnewRoot, fEcal, TEcnaParEcal::MaxCrysIXInDee(), TEcnaParEcal::MaxCrysIXInSC(), and TEcnaParEcal::MaxCrysIYInDee().
Referenced by ViewStasGrid().
{
//Grid of EE with axis Hoco and Veco
Float_t coefcc_x = (Float_t)1./(Float_t)5.;
Float_t coefcc_y = (Float_t)1./(Float_t)5.;
for( Int_t DeeNumber = 1; DeeNumber <= 4; DeeNumber++)
{
EEDataSectors(coefcc_x, coefcc_y, DeeNumber, "EE");
EEGridAxis(coefcc_x, coefcc_y, DeeNumber, "EE", " ");
}
// vertical line between the two endcaps
Double_t xline = coefcc_x*( 2*fEcal->MaxCrysIXInDee()
+ ((Double_t)vertic_empty_strips)/2.*fEcal->MaxCrysIXInSC() );
Double_t yline_bot = coefcc_y*(Double_t)0.;
Double_t yline_top = coefcc_y*(Double_t)fEcal->MaxCrysIYInDee();
TLine *lin;
lin = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
lin->Draw();
// vertical line in the midles of the two endcaps
// xline = xline + coefcc_x*( fEcal->MaxCrysIXInDee()+ 0.5*fEcal->MaxCrysIXInSC() );
xline = coefcc_x*(3*fEcal->MaxCrysIXInDee()
+ ((Double_t)vertic_empty_strips-1.)*fEcal->MaxCrysIXInSC() );
TLine *lin12;
lin12 = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
lin12->SetLineStyle(2);
lin12->Draw();
xline = coefcc_x*(fEcal->MaxCrysIXInDee()
+ ((Double_t)vertic_empty_strips)/3.*fEcal->MaxCrysIXInSC() );
TLine *lin34;
lin34 = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
lin34->SetLineStyle(2);
lin34->Draw();
// horizontal line at IY = 50
Double_t xline_end = coefcc_x*( 4*fEcal->MaxCrysIXInDee() + vertic_empty_strips*fEcal->MaxCrysIXInSC());
Double_t yline_mid = coefcc_x*fEcal->MaxCrysIYInDee()/2;
TLine *linh;
linh = new TLine( 0., yline_mid, xline_end, yline_mid); fCnewRoot++;
linh->SetLineStyle(2);
linh->Draw();
} // end of ViewEEGrid
| void TEcnaHistos::ViewHistime | ( | const TString | list_of_run_file_name, |
| const Int_t & | StexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | HistoCode, | ||
| const TString | opt_plot_arg | ||
| ) |
Definition at line 7756 of file TEcnaHistos.cc.
References ActivePad(), gather_cfg::cout, fCdelete, fCdeleteRoot, fCfgHistoryRunListFilePath, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fEcal, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapStexName, fFapStexNumber, fFlagColPal, fFlagScaleX, fFlagScaleY, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fHistoCodeFirst, fMyRootFile, fNbBinsProj, fNbOfExistingRuns, fOnlyOnePlot, fOptScaleLinx, fOptScaleLiny, fOptScaleLogx, fOptScaleLogy, fSameOnePlot, fSeveralPlot, fStartEvolDate, fStartEvolRun, fStartEvolTime, fStatusFileFound, fStopEvolDate, fStopEvolRun, fStopEvolTime, fT1DRunNumber, fTTBELL, fUserHistoMax, fUserHistoMin, TEcnaNumbering::Get0StexEchaFrom1StexStinAnd0StinEcha(), GetHistoryRunListParameters(), TEcnaParHistos::GetHistoType(), GetListFileNumber(), TEcnaParHistos::GetMarginAutoMinMax(), GetMemoFlag(), GetOkViewHisto(), TEcnaParHistos::GetQuantityName(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetStartDate(), TEcnaRead::GetStartTime(), GetXinfValueFromMemo(), GetXsupValueFromMemo(), GetXVarFromMemo(), TEcnaParHistos::GetXVarHisto(), TEcnaParHistos::GetYmaxDefaultValue(), GetYmaxFromGraphFrameAndMarginValue(), GetYmaxFromHistoFrameAndMarginValue(), GetYmaxValueFromMemo(), TEcnaParHistos::GetYminDefaultValue(), GetYminFromGraphFrameAndMarginValue(), GetYminValueFromMemo(), GetYVarFromMemo(), TEcnaParHistos::GetYVarHisto(), HistimePlot(), HistoPlot(), i, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaParEcal::MaxStexInStas(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadHighFrequencyNoise(), TEcnaRead::ReadLowFrequencyNoise(), TEcnaRead::ReadMeanOfCorrelationsBetweenSamples(), TEcnaRead::ReadPedestals(), TEcnaRead::ReadSigmaOfCorrelationsBetweenSamples(), TEcnaRead::ReadTotalNoise(), ReInitCanvas(), TEcnaParHistos::SetColorPalette(), SetGraphFrameYminYmaxFromMemo(), SetRunNumberFromList(), SetXinfMemoFromValue(), SetXsupMemoFromValue(), SetXVarMemo(), SetYmaxMemoFromPreviousMemo(), SetYmaxMemoFromValue(), SetYminMemoFromPreviousMemo(), SetYminMemoFromValue(), and SetYVarMemo().
Referenced by XtalHighFrequencyNoiseRuns(), XtalLowFrequencyNoiseRuns(), XtalMeanOfCorssRuns(), XtalPedestalsRuns(), XtalSigmaOfCorssRuns(), XtalTimeHighFrequencyNoise(), XtalTimeLowFrequencyNoise(), XtalTimeMeanOfCorss(), XtalTimePedestals(), XtalTimeSigmaOfCorss(), XtalTimeTotalNoise(), and XtalTotalNoiseRuns().
{
//Histogram of the quantities as a function of time (several runs)
TString opt_plot = opt_plot_arg;
if( opt_plot_arg == "ONLYONE" ){opt_plot = fOnlyOnePlot;}
if( opt_plot_arg == "SEVERAL" ){opt_plot = fSeveralPlot;}
if( opt_plot_arg == "SAMEONE" ){opt_plot = fSameOnePlot;}
Int_t OKHisto = 0;
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Canvas already closed in option SAME %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t xCanvasExists = 1; // a priori ==> SAME plot // (ViewHistime)
if( opt_plot != fOnlyOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
TVirtualPad* main_subpad = 0;
//---------------- Call to ActivePad
//if( (TRootCanvas*)fCanv<HISTOCODE>->GetCanvasImp() == fImp<HISTOCODE> ){
// main_subpad = fPad<HISTOCODE>;} (return main_subpad)
main_subpad = ActivePad(HistoCode.Data(), opt_plot.Data()); // => return 0 if canvas has been closed
if( main_subpad == 0 )
{
cout << "*TEcnaHistos::ViewHistime(...)> WARNING ===> Canvas has been closed in option SAME or SAME n."
<< endl
<< " Please, restart with a new canvas."
<< fTTBELL << endl;
ReInitCanvas(HistoCode, opt_plot);
xCanvasExists = 0;
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
TString XVarHisto = fCnaParHistos->GetXVarHisto(HistoCode.Data(), fFlagSubDet.Data(), fFapStexNumber);
TString YVarHisto = fCnaParHistos->GetYVarHisto(HistoCode.Data(), fFlagSubDet.Data(), fFapStexNumber);
TString HistoType = fCnaParHistos->GetHistoType(HistoCode);
//%%%%%%%%%%%%%%%%%%%%% Change of X variable in option SAME n with no proj %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t SameXVarMemo = 1; // a priori ==> SAME n option: X variable OK (ViewHistime)
if( !( HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj") )
{
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
SetXVarMemo(HistoCode, opt_plot, XVarHisto); SetYVarMemo(HistoCode, opt_plot, YVarHisto); SameXVarMemo = 1;
}
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
TString XVariableMemo = GetXVarFromMemo(HistoCode, opt_plot);
TString YVariableMemo = GetYVarFromMemo(HistoCode, opt_plot);
if( XVarHisto != XVariableMemo )
{
cout << "!TEcnaHistos::ViewHistime(...)> *** ERROR *** ===> X coordinate changed in option SAME n." << endl
<< " Present X = " << XVarHisto << endl
<< " Present Y = " << YVarHisto << endl
<< " Previous X = " << XVariableMemo << endl
<< " Previous Y = " << YVariableMemo
<< fTTBELL << endl;
SameXVarMemo = 0;
}
else
{SetYVarMemo(HistoCode, opt_plot, YVarHisto);}
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//%%%%%%%%%%%%%%%%%%%%%%% Change of Y variable in option SAME n with proj %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t SameYVarMemo = 1; // a priori ==> SAME n option: Y variable OK (ViewHistime)
if( HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj" )
{
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
SetYVarMemo(HistoCode, opt_plot, YVarHisto); SetYVarMemo(HistoCode, opt_plot, YVarHisto); SameYVarMemo = 1;
}
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
TString XVariableMemo = GetXVarFromMemo(HistoCode, opt_plot);
TString YVariableMemo = GetYVarFromMemo(HistoCode, opt_plot);
if( YVarHisto != YVariableMemo )
{
cout << "!TEcnaHistos::ViewHistime(...)> *** ERROR *** ===> Y coordinate changed in option SAME n." << endl
<< " Present X = " << XVarHisto << endl
<< " Present Y = " << YVarHisto << endl
<< " Previous X = " << XVariableMemo << endl
<< " Previous Y = " << YVariableMemo
<< fTTBELL << endl;
SameYVarMemo = 0;
}
else
{SetYVarMemo(HistoCode, opt_plot, YVarHisto);}
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
if( xCanvasExists == 1 && SameXVarMemo == 1 && SameYVarMemo == 1 ){OKHisto = 1;}
//======================== Histime accepted
if( OKHisto == 1 )
{
// fMyRootFile->PrintNoComment();
fCnaParHistos->SetColorPalette(fFlagColPal);
//................................. Init YMin and YMax of histo // (ViewHistime)
if((opt_plot == fOnlyOnePlot) ||
(opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free"))
{SetYminMemoFromPreviousMemo(HistoCode); SetYmaxMemoFromPreviousMemo(HistoCode);}
//........ GetHistoryRunListParameters(...) : performs the allocation of the array fT1DRunNumber[]
// at first call of the present method ViewHistime
// increments the number of read file (fNbOfListFileEvolXXX) for option SAME
// and read the values fT1DRunNumber[0 to max] from the file list_of_run_file_name
// return the number of runs in the list of the file
//............... Get the run parameters
Int_t nb_of_runs_in_list = GetHistoryRunListParameters(list_of_run_file_name.Data(), HistoCode);
if( nb_of_runs_in_list > 0 )
{
//.............................. prepa x axis: time in hours
//Double_t sec_in_day = (Double_t)86400.; //===> (number of seconds in a day)
Double_t margin_frame_xaxis = (Double_t)25.; //===> margin in x coordinates
Double_t thstart_evol = (Double_t)0.;
Double_t thstop_evol = (Double_t)0.;
Int_t* exist_indic = new Int_t[nb_of_runs_in_list]; fCnew++;
//===================================== FIRST LOOP BEGINNING ===================================
//-------------------------------------------------------------------------------- (ViewHistime)
//
// FIRST LOOP: read the "HistoryRunList" file. Check the existence of the runs
// and determine the number of existing runs.
//
//--------------------------------------------------------------------------------
fNbOfExistingRuns = (Int_t)0;
if( fFapStexNumber > 0 )
{
for(Int_t i_run = 0; i_run < nb_of_runs_in_list; i_run++)
{
exist_indic[i_run] = 0;
// ==> set the attribute value relative to the run (fFapRunNumber)
SetRunNumberFromList(i_run, nb_of_runs_in_list);
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType.Data(), fFapNbOfSamples,
fT1DRunNumber[i_run], fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewHistime, 1rst loop)
{
fStatusFileFound = kTRUE;
//------ At first HistoryRunList file: set fStartEvol... and fStopEvol... quantities
if( GetListFileNumber(HistoCode) == 1 )
{
if( fNbOfExistingRuns == 0 )
{
// start time of the first existing run of the list
fStartEvolTime = fMyRootFile->GetStartTime();
fStartEvolDate = fMyRootFile->GetStartDate();
fStartEvolRun = fT1DRunNumber[i_run];
// start time of the last existing run of the list
// (in case of only one existing run in the list)
fStopEvolTime = fMyRootFile->GetStartTime();
fStopEvolDate = fMyRootFile->GetStartDate();
fStopEvolRun = fT1DRunNumber[i_run];
}
else
{
// start time of the last existing run of the list
fStopEvolTime = fMyRootFile->GetStartTime();
fStopEvolDate = fMyRootFile->GetStartDate();
fStopEvolRun = fT1DRunNumber[i_run];
}
}
//---- set flag of run existence and increase number of existing runs
// (for the first HistoryRunList file)
exist_indic[i_run] = 1;
fNbOfExistingRuns++;
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewHistime(...)> *ERROR* =====> "
<< " ROOT file not found for run " << fT1DRunNumber[i_run]
<< fTTBELL << endl << endl;
}
} // end of for(Int_t i_run = 0; i_run < nb_of_runs_in_list; i_run++)
//===================================== FIRST LOOP END =========================== (ViewHistime)
if( fNbOfExistingRuns > 0 )
{
//-------------------- recover the array after removing non existing ROOT files
Int_t i_existing_run = (Int_t)0;
for( Int_t i_run = 0; i_run < nb_of_runs_in_list; i_run++)
{
if( exist_indic[i_run] == 1 )
{
fT1DRunNumber[i_existing_run] = fT1DRunNumber[i_run];
i_existing_run++;
}
}
//---------------------- Get start and stop time values to set the axis limits (ViewHistime)
thstart_evol = (Double_t)fStartEvolTime;
thstop_evol = (Double_t)fStopEvolTime;
Double_t xinf_lim = thstart_evol-(thstop_evol-thstart_evol)/margin_frame_xaxis;
Double_t xsup_lim = thstop_evol +(thstop_evol-thstart_evol)/margin_frame_xaxis;
Axis_t xinf_his = (Axis_t)(xinf_lim);
Axis_t xsup_his = (Axis_t)(xsup_lim);
//............................. i0StexEcha, iSample
Int_t i0StexEcha = fEcalNumbering->Get0StexEchaFrom1StexStinAnd0StinEcha(StexStin_A, i0StinEcha);
Int_t iSample = 0;
Double_t* time_coordx = new Double_t[fNbOfExistingRuns]; fCnew++;
Double_t* hval_coordy = new Double_t[fNbOfExistingRuns]; fCnew++;
//........... Set values to -1
for( Int_t i_run = 0; i_run < fNbOfExistingRuns; i_run++)
{
time_coordx[i_run] = (Double_t)(-1);
hval_coordy[i_run] = (Double_t)(-1);
}
//========================== SECOND LOOP BEGINNING =====================================
//----------------------------------------------------------------------- (ViewHistime)
//
// SECOND LOOP OVER THE EXISTING RUNS : FILL THE GRAPH COORDINATES
//
//-----------------------------------------------------------------------
for (Int_t i_run = 0; i_run < fNbOfExistingRuns; i_run++)
{
// => set the attribute value relative to the run (fFapRunNumber)
SetRunNumberFromList(i_run, fNbOfExistingRuns);
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType.Data(), fFapNbOfSamples,
fT1DRunNumber[i_run], fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewHistime, 2nd loop)
{
fStatusFileFound = kTRUE;
Bool_t ok_view_histo = GetOkViewHisto(fMyRootFile, StexStin_A, i0StinEcha, iSample, HistoCode);
//............... F I L L G R A P H C O O R D I N A T E S (ViewHistime)
if( ok_view_histo == kTRUE )
{
//................................................. x coordinate
time_t xStartTime = fMyRootFile->GetStartTime();
Double_t thstart = (Double_t)xStartTime;
time_coordx[i_run] = (Double_t)(thstart - xinf_lim);
//................................................. y coordinate
TVectorD read_histo(fEcal->MaxCrysEcnaInStex());
for(Int_t i=0; i<fEcal->MaxCrysEcnaInStex(); i++){read_histo(i)=(Double_t)0.;}
if(HistoCode == "H_Ped_Date" || HistoCode == "H_Ped_RuDs")
{read_histo = fMyRootFile->ReadPedestals(fEcal->MaxCrysEcnaInStex());}
if(HistoCode == "H_TNo_Date" || HistoCode == "H_TNo_RuDs")
{read_histo = fMyRootFile->ReadTotalNoise(fEcal->MaxCrysEcnaInStex());}
if(HistoCode == "H_MCs_Date" || HistoCode == "H_MCs_RuDs")
{read_histo = fMyRootFile->ReadMeanOfCorrelationsBetweenSamples(fEcal->MaxCrysEcnaInStex());}
if(HistoCode == "H_LFN_Date" || HistoCode == "H_LFN_RuDs")
{read_histo = fMyRootFile->ReadLowFrequencyNoise(fEcal->MaxCrysEcnaInStex());}
if(HistoCode == "H_HFN_Date" || HistoCode == "H_HFN_RuDs")
{read_histo = fMyRootFile->ReadHighFrequencyNoise(fEcal->MaxCrysEcnaInStex());}
if(HistoCode == "H_SCs_Date" || HistoCode == "H_SCs_RuDs")
{read_histo = fMyRootFile->ReadSigmaOfCorrelationsBetweenSamples(fEcal->MaxCrysEcnaInStex());}
hval_coordy[i_run] = (Double_t)read_histo(i0StexEcha);
}
else
{
cout << "!TEcnaHistos::ViewHistime(...)> Histo not available. "
<< fTTBELL << endl;
}
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
}
}
//========================== END OF SECOND LOOP ===========================================
//.................................................................... SCALE x and y
Int_t opt_scale_x = fOptScaleLinx;
if (fFlagScaleX == "LIN" ){opt_scale_x = fOptScaleLinx;}
if (fFlagScaleX == "LOG" ){opt_scale_x = fOptScaleLogx;}
Int_t opt_scale_y = fOptScaleLiny;
if (fFlagScaleY == "LIN" ){opt_scale_y = fOptScaleLiny;}
if (fFlagScaleY == "LOG" ){opt_scale_y = fOptScaleLogy;}
//------------------------------------------------- G R A P H (ViewHistime)
TGraph* g_graph0 = new TGraph(fNbOfExistingRuns, time_coordx, hval_coordy); fCnewRoot++;
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot)
{g_graph0->SetTitle(fCnaParHistos->GetQuantityName(HistoCode));}
if( opt_plot == fSameOnePlot )
{g_graph0->SetTitle(";");}
//... Ymin and ymax default values will be taken if fFlagUserHistoMin/Max = "OFF"
// (and if "Free" for "SAME" and "SAME n" options)
if((opt_plot == fOnlyOnePlot) ||
(opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
{
SetYminMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
SetYmaxMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
}
//................................ Put min max values (ViewHistime)
//.......... default if flag not set to "ON"
//SetYminMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
//SetYmaxMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
g_graph0->Set(fNbOfExistingRuns);
Double_t graph_ymin =
GetYminFromGraphFrameAndMarginValue(g_graph0, fCnaParHistos->GetMarginAutoMinMax());
Double_t graph_ymax =
GetYmaxFromGraphFrameAndMarginValue(g_graph0, fCnaParHistos->GetMarginAutoMinMax());
//---------------------------------- G R A P H P L O T ---------------------------- (ViewHistime)
if( HistoType == "Evol" )
{
//----------------- G R A P H Y M I N / Y M A X M A N A G E M E N T
if((opt_plot == fOnlyOnePlot) ||
(opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
{
if( opt_plot == fSameOnePlot ){fHistoCodeFirst = HistoCode;} // registration of first HistoCode
if( fUserHistoMin >= fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//.......... user's value if flag set to "ON"
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(HistoCode.Data(), graph_ymin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(HistoCode.Data(), graph_ymax); fFlagUserHistoMax = "OFF";}
//................................. Init Ymin and Ymax for graph
SetYminMemoFromPreviousMemo(HistoCode);
SetYmaxMemoFromPreviousMemo(HistoCode);
}
//--- Set ymin and ymax to the first HistoCode values for option SAME n
if( opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
Double_t ymin = GetYminValueFromMemo(fHistoCodeFirst.Data());
SetYminMemoFromValue(HistoCode.Data(), ymin);
Double_t ymax = GetYmaxValueFromMemo(fHistoCodeFirst.Data());
SetYmaxMemoFromValue(HistoCode.Data(), ymax);
}
//..... graph set ymin and ymax and consequently margin at top of the plot
Int_t xFlagAutoYsupMargin = SetGraphFrameYminYmaxFromMemo(g_graph0, HistoCode);
HistimePlot(g_graph0, xinf_his, xsup_his,
HistoCode.Data(), HistoType.Data(),
StexStin_A, i0StinEcha, iSample,
opt_scale_x, opt_scale_y, opt_plot, xFlagAutoYsupMargin);
// g_graph0->Delete(); fCdeleteRoot++; // *===> NE PAS DELETER LE GRAPH SINON CA EFFACE TOUT!
//--- Recover ymin and ymax from user's values in option SAME n
if( opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin);
SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax);
}
}
//---------- H I S T O Y P R O J E C T I O N P L O T ---------------------- (ViewHistime)
//====== G R A P H P R O J X I N F / X S U P M A N A G E M E N T ======= (ViewHistime)
//
// must be done before booking because of the x <-> y permutation in case of "Proj"
//
//-----------------------------------------------------------------------------------------
//
// CASE: HistoType == "Proj" OR HistoType == "SampProj"
//
// Xinf and Xsup must be calculated from ymin and ymax
// of the direct graph
//
//-----------------------------------------------------------------------------------------
if( HistoType == "EvolProj" )
{
Int_t HisSizeEvolProj = fNbBinsProj;
TVectorD histo_for_plot(HisSizeEvolProj);
for(Int_t i=0; i<HisSizeEvolProj; i++){histo_for_plot[i]=(Double_t)0.;}
//graph_ymin = GetYminValueFromMemo(HistoCode.Data());
//graph_ymax = GetYmaxValueFromMemo(HistoCode.Data());
TString HistoCodi = HistoCode; // HistoCodi = direct histo
if( HistoCode == "H_Ped_RuDs" ){HistoCodi = "H_Ped_Date";}
if( HistoCode == "H_TNo_RuDs" ){HistoCodi = "H_TNo_Date";}
if( HistoCode == "H_LFN_RuDs" ){HistoCodi = "H_LFN_Date";}
if( HistoCode == "H_HFN_RuDs" ){HistoCodi = "H_HFN_Date";}
if( HistoCode == "H_MCs_RuDs" ){HistoCodi = "H_MCs_Date";}
if( HistoCode == "H_SCs_RuDs" ){HistoCodi = "H_SCs_Date";}
if( fUserHistoMin >= fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//--------------------------------------------------------------------------- (ViewHistime)
//
// fOnlyOnePlot => compute Xinf and Xsup at each time
// fSeveralPlot => compute Xinf and Xsup once when flag = "Free" for each HistoCode
// fSameOnePlot => compute Xinf and Xsup once
//
//--------------------------------------------------------------------------------------
if( (opt_plot == fOnlyOnePlot) ||
( (opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, fSeveralPlot) == "Free" ) ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, fSameOnePlot) == "Free" ) ) )
{
Double_t XinfProj =(Double_t)0;
Double_t XsupProj =(Double_t)0;
//...................................................................... (ViewHistime)
if( fFlagUserHistoMin == "AUTO" || fFlagUserHistoMax == "AUTO" )
{
//... Get direct graph ymin and/or ymax and keep them as xinf and xsup
// in memo for the plotted histo
XinfProj = fUserHistoMin;
XsupProj = fUserHistoMax;
if( fFlagUserHistoMin == "AUTO" ){XinfProj = GetYminValueFromMemo(HistoCodi.Data());}
if( fFlagUserHistoMax == "AUTO" ){XsupProj = GetYmaxValueFromMemo(HistoCodi.Data());}
} // end of if( fFlagUserHistoMin == "AUTO" || fFlagUserHistoMax == "AUTO" )
else
{
if( fFlagUserHistoMin == "OFF" )
{
SetYminMemoFromValue(HistoCode.Data(),
fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
XinfProj = GetYminValueFromMemo(HistoCode.Data());
}
if( fFlagUserHistoMax == "OFF" )
{
SetYmaxMemoFromValue(HistoCode.Data(),
fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
XsupProj = GetYmaxValueFromMemo(HistoCode.Data());
}
if( fFlagUserHistoMin == "ON" ){XinfProj = fUserHistoMin;}
if( fFlagUserHistoMax == "ON" ){XsupProj = fUserHistoMax;}
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
SetXinfMemoFromValue(HistoCode.Data(), XinfProj);
SetXsupMemoFromValue(HistoCode.Data(), XsupProj);
}
else
{
SetXinfMemoFromValue(XinfProj);
SetXsupMemoFromValue(XsupProj);
}
} // end of if( (opt_plot == fOnlyOnePlot) ||
// (opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
// (opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
Double_t cXinf = (Double_t)0.;
Double_t cXsup = (Double_t)0.;
//.......... Set Xinf and Xsup at each time because of simultaneous SAME options (ViewHistime)
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
cXinf = GetXinfValueFromMemo(HistoCode.Data());
cXsup = GetXsupValueFromMemo(HistoCode.Data());
}
else
{
cXinf = GetXinfValueFromMemo();
cXsup = GetXsupValueFromMemo();
}
//....... In case of only one run: in order to have cXinf < cXsup for "EvolProj" plot
if( cXinf >= cXsup ){cXinf -= 1.; cXsup +=1.;}
//.............................. histogram booking (ViewHisto)
Axis_t xinf_his = cXinf; // ancillary variables since no const in arguments of TH1D
Axis_t xsup_his = cXsup;
TString TitleHisto = ";";
if( opt_plot != fSameOnePlot )
{TitleHisto = fCnaParHistos->GetQuantityName(HistoCode.Data());}
//........ fill array histo_for_plot from hval_coordy (ViewHistime)
for(Int_t i_run=0; i_run<fNbOfExistingRuns; i_run++)
{
Double_t XFromYGraph = hval_coordy[i_run];
Double_t binXProjY = (Double_t)HisSizeEvolProj*(XFromYGraph - cXinf)/(cXsup - cXinf);
Int_t ibinXProjY = (Int_t)binXProjY;
if( ibinXProjY >= 0 && ibinXProjY<HisSizeEvolProj ){histo_for_plot[ibinXProjY]++;}
}
TH1D* h_his_evol_proj = new TH1D("histevolproj", TitleHisto.Data(),
HisSizeEvolProj, xinf_his, xsup_his); fCnewRoot++;
h_his_evol_proj->Reset();
//.... direct histogram filling (ViewHistime)
for(Int_t i=0; i<HisSizeEvolProj; i++)
{
Double_t yi = (Double_t)i/(Double_t)HisSizeEvolProj*(cXsup-cXinf) + cXinf;
Double_t his_val = (Double_t)histo_for_plot[i];
h_his_evol_proj->Fill(yi, his_val);
}
//------- H I S T O P R O J Y M I N / Y M A X M A N A G E M E N T
if( fUserHistoMin >= fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//.......... user's value if flag set to "ON"
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(HistoCode.Data(), graph_ymin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(HistoCode.Data(), graph_ymax); fFlagUserHistoMax = "OFF";}
//................................. Init Ymin and Ymax for graph
SetYminMemoFromPreviousMemo(HistoCode);
SetYmaxMemoFromPreviousMemo(HistoCode);
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//.......... Find maximum in case of Proj (LIN scale only) // PS: EvolProj => in ViewHistime
if( fFlagScaleY == "LIN" )
{
SetYmaxMemoFromValue
(HistoCode.Data(),
GetYmaxFromHistoFrameAndMarginValue(h_his_evol_proj, fCnaParHistos->GetMarginAutoMinMax()));
}
//--- Set ymin and ymax to the first HistoCode values for option SAME n
if( opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
Double_t ymin = GetYminValueFromMemo(fHistoCodeFirst.Data());
SetYminMemoFromValue(HistoCode.Data(), ymin);
Double_t ymax = GetYmaxValueFromMemo(fHistoCodeFirst.Data());
SetYmaxMemoFromValue(HistoCode.Data(), ymax);
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//..... graph set ymin and ymax and consequently margin at top of the plot
Int_t xFlagAutoYsupMargin = SetGraphFrameYminYmaxFromMemo(g_graph0, HistoCode);
HistoPlot(h_his_evol_proj, HisSizeEvolProj,
xinf_his, xsup_his,
HistoCode.Data(), HistoType.Data(),
StexStin_A, i0StinEcha, iSample,
opt_scale_x, opt_scale_y, opt_plot, xFlagAutoYsupMargin);
h_his_evol_proj->Delete(); h_his_evol_proj = 0; fCdeleteRoot++;
//*===> deleter l'histo sinon "Replacing existing histo (potential memory leak)" a l'execution
} // end of if( HistoType == "EvolProj" )
//---------------------------------------------------------------------------------- (ViewHistime)
delete [] time_coordx; time_coordx = 0; fCdelete++;
delete [] hval_coordy; hval_coordy = 0; fCdelete++;
}
else
{
cout << "!TEcnaHistos::ViewHistime(...)> The list of runs in file: " << list_of_run_file_name
<< " has " << nb_of_runs_in_list << " run numbers" << endl
<< " but none of them correspond to an existing ROOT file."
<< fTTBELL << endl;
}
} // end of if( fFapStexNumber > 0 )
else
{
cout << "!TEcnaHistos::ViewHistime(...)> *ERROR* =====> "
<< fFapStexName << " number = " << fFapStexNumber << ". "
<< fFapStexName << " number must be in range [1," << fEcal->MaxStexInStas() << "] ";
if( fFlagSubDet == "EB" ){cout << " (or [-18,+18])";}
cout << fTTBELL << endl;
}
delete [] exist_indic; exist_indic = 0; fCdelete++;
} // end of if( nb_of_runs_in_list > 0 )
else
{
if( nb_of_runs_in_list == 0 )
{
cout << "!TEcnaHistos::ViewHistime(...)> The list of runs in file: " << list_of_run_file_name
<< " is empty !" << fTTBELL << endl;
}
if( nb_of_runs_in_list < 0 )
{
cout << "!TEcnaHistos::ViewHistime(...)> " << list_of_run_file_name
<< ": file not found in directory: " << fCfgHistoryRunListFilePath.Data() << fTTBELL << endl;
}
}
} // end of if( OKHisto == 1 )
} // end of ViewHistime
| void TEcnaHistos::ViewHisto | ( | const Int_t & | StexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const TString | HistoCode, | ||
| const TString | opt_plot_arg | ||
| ) |
Definition at line 6179 of file TEcnaHistos.cc.
References ActivePad(), gather_cfg::cout, TEcnaRead::DataExist(), fCdelete, fCdeleteRoot, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fEcal, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexName, fFapStexNumber, fFlagColPal, fFlagScaleX, fFlagScaleY, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fHistoCodeFirst, FillHisto(), fMyRootFile, fOnlyOnePlot, fOptScaleLinx, fOptScaleLiny, fOptScaleLogx, fOptScaleLogy, fRunType, fSameOnePlot, fSeveralPlot, fStartDate, fStartTime, fStatusDataExist, fStatusFileFound, fStopDate, fStopTime, fTTBELL, fUserHistoMax, fUserHistoMin, TEcnaNumbering::Get1SCEchaFrom0DeeEcha(), TEcnaNumbering::GetDeeDirViewedFromIP(), TEcnaNumbering::GetDSFrom1DeeSCEcna(), GetDSOffset(), TEcnaNumbering::GetDSSCFrom1DeeSCEcna(), GetHistoNumberOfBins(), GetHistoSize(), TEcnaParHistos::GetHistoType(), GetHistoValues(), GetHistoXinf(), GetHistoXsup(), TEcnaParHistos::GetMarginAutoMinMax(), TEcnaNumbering::GetMaxSCInDS(), GetMemoFlag(), GetNbBinsFromMemo(), GetNumberOfEvents(), GetOkViewHisto(), TEcnaParHistos::GetQuantityName(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetRootFileNameShort(), TEcnaRead::GetRunType(), GetSCOffset(), TEcnaNumbering::GetSCType(), TEcnaRead::GetStartDate(), TEcnaRead::GetStartTime(), TEcnaRead::GetStopDate(), TEcnaRead::GetStopTime(), GetXinfValueFromMemo(), GetXsupValueFromMemo(), GetXVarFromMemo(), TEcnaParHistos::GetXVarHisto(), TEcnaParHistos::GetYmaxDefaultValue(), GetYmaxFromHistoFrameAndMarginValue(), GetYmaxValueFromMemo(), TEcnaParHistos::GetYminDefaultValue(), GetYminFromHistoFrameAndMarginValue(), GetYminValueFromMemo(), GetYVarFromMemo(), TEcnaParHistos::GetYVarHisto(), HistoPlot(), i, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysEcnaInDee(), TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaParEcal::MaxCrysInSC(), TEcnaParEcal::MaxSCEcnaInDee(), TEcnaParEcal::MaxSCForConsInDee(), TEcnaParEcal::MaxStexInStas(), TEcnaParEcal::MaxStinEcnaInStex(), ModifiedSCEchaForNotConnectedSCs(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadAveragedHighFrequencyNoise(), TEcnaRead::ReadAveragedLowFrequencyNoise(), TEcnaRead::ReadAveragedMeanOfCorrelationsBetweenSamples(), TEcnaRead::ReadAveragedNumberOfEvents(), TEcnaRead::ReadAveragedPedestals(), TEcnaRead::ReadAveragedSigmaOfCorrelationsBetweenSamples(), TEcnaRead::ReadAveragedTotalNoise(), ReInitCanvas(), TEcnaParHistos::SetColorPalette(), SetHistoFrameYminYmaxFromMemo(), SetNbBinsMemo(), SetXinfMemoFromValue(), SetXsupMemoFromValue(), SetXVarMemo(), SetYmaxMemoFromPreviousMemo(), SetYmaxMemoFromValue(), SetYminMemoFromPreviousMemo(), SetYminMemoFromValue(), SetYVarMemo(), and WriteHistoAscii().
Referenced by SampleADCEvents(), StexHighFrequencyNoiseXtals(), StexLowFrequencyNoiseXtals(), StexMeanOfCorssXtals(), StexNumberOfEventsXtals(), StexPedestalsXtals(), StexSigmaOfCorssXtals(), StexTotalNoiseXtals(), StexXtalsHighFrequencyNoise(), StexXtalsLowFrequencyNoise(), StexXtalsMeanOfCorss(), StexXtalsNumberOfEvents(), StexXtalsPedestals(), StexXtalsSigmaOfCorss(), StexXtalsTotalNoise(), XtalSamplesEv(), XtalSamplesSigma(), and XtalSampleValues().
{
//Histogram of the quantities (one run)
//.......................................
TString opt_plot = opt_plot_arg;
Int_t OKHisto = 0;
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Canvas already closed in option SAME %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t xCanvasExists = 1; // a priori ==> Canvas exists // (ViewHisto)
if( opt_plot != fOnlyOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
TVirtualPad* main_subpad = 0;
//---------------- Call to ActivePad
//if( (TRootCanvas*)fCanv<HISTOCODE>->GetCanvasImp() == fImp<HISTOCODE> ){
// main_subpad = fPad<HISTOCODE>;} (return main_subpad)
main_subpad = ActivePad(HistoCode.Data(), opt_plot.Data()); // => return 0 if canvas has been closed
if( main_subpad == 0 )
{
cout << "*TEcnaHistos::ViewHisto(...)> WARNING ===> Canvas has been closed in option SAME or SAME n."
<< endl
<< " Please, restart with a new canvas."
<< fTTBELL << endl;
ReInitCanvas(HistoCode, opt_plot);
xCanvasExists = 0;
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
TString XVarHisto = fCnaParHistos->GetXVarHisto(HistoCode.Data(), fFlagSubDet.Data(), fFapStexNumber);
TString YVarHisto = fCnaParHistos->GetYVarHisto(HistoCode.Data(), fFlagSubDet.Data(), fFapStexNumber);
TString HistoType = fCnaParHistos->GetHistoType(HistoCode.Data());
//%%%%%%%%%%%%%%%%%%%%%%%% Change of X variable in option SAME n with no proj %%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t SameXVarMemo = 1; // a priori ==> SAME n option: X variable OK (ViewHisto)
if( !( HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj") )
{
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
SetXVarMemo(HistoCode, opt_plot, XVarHisto); SetYVarMemo(HistoCode, opt_plot, YVarHisto); SameXVarMemo = 1;
}
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
TString XVariableMemo = GetXVarFromMemo(HistoCode, opt_plot);
TString YVariableMemo = GetYVarFromMemo(HistoCode, opt_plot);
if( XVarHisto != XVariableMemo )
{
cout << "!TEcnaHistos::ViewHisto(...)> *** ERROR *** ===> X coordinate changed in option SAME n." << endl
<< " Present X = " << XVarHisto << endl
<< " Present Y = " << YVarHisto << endl
<< " Previous X = " << XVariableMemo << endl
<< " Previous Y = " << YVariableMemo
<< fTTBELL << endl;
SameXVarMemo = 0;
}
else
{SetYVarMemo(HistoCode, opt_plot, YVarHisto);}
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% Change of Y variable in option SAME n %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t SameYVarMemo = 1; // a priori ==> SAME n option: Y variable OK (ViewHisto)
if( HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj" )
{
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
SetYVarMemo(HistoCode, opt_plot, YVarHisto); SetYVarMemo(HistoCode, opt_plot, YVarHisto); SameYVarMemo = 1;
}
if( (opt_plot == fSameOnePlot ) && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
TString XVariableMemo = GetXVarFromMemo(HistoCode, opt_plot);
TString YVariableMemo = GetYVarFromMemo(HistoCode, opt_plot);
if( YVarHisto != YVariableMemo )
{
cout << "!TEcnaHistos::ViewHisto(...)> *** ERROR *** ===> Y coordinate changed in option SAME n." << endl
<< " Present X = " << XVarHisto << endl
<< " Present Y = " << YVarHisto << endl
<< " Previous X = " << XVariableMemo << endl
<< " Previous Y = " << YVariableMemo
<< fTTBELL << endl;
SameYVarMemo = 0;
}
else
{SetYVarMemo(HistoCode, opt_plot, YVarHisto);}
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
//%%%%%%%%%%%%%%%%%%%%%%%%%%% Number of bins change in option SAME or SAME n %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
Int_t OkBinsMemoSameOne = 1; // a priori ==> SAME n option: Nb bins OK (ViewHisto)
Int_t SizeForPlot = GetHistoSize(HistoCode.Data(), "plot");
Int_t xNbBins = GetHistoNumberOfBins(HistoCode.Data(), SizeForPlot);
if( (opt_plot == fSameOnePlot || opt_plot == fSeveralPlot) && GetMemoFlag(HistoCode, opt_plot) == "Free" )
{
SetNbBinsMemo(HistoCode, opt_plot, xNbBins); OkBinsMemoSameOne = 1;
}
if( (opt_plot == fSameOnePlot || opt_plot == fSeveralPlot) && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
Int_t NbBinsMemo = GetNbBinsFromMemo(HistoCode, opt_plot);
if( xNbBins != NbBinsMemo )
{
cout << "!TEcnaHistos::ViewHisto(...)> *** ERROR *** ===> Number of bins changed in option SAME or SAME n."
<< " Present number = " << xNbBins << ", requested number = " << NbBinsMemo << fTTBELL << endl;
OkBinsMemoSameOne = 0;
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
if( xCanvasExists == 1 && SameXVarMemo == 1 && SameYVarMemo == 1 && OkBinsMemoSameOne == 1 ){OKHisto = 1;}
//======================== Histo accepted (ViewHisto)
if( OKHisto == 1 )
{
Int_t opt_scale_x = fOptScaleLinx;
if (fFlagScaleX == "LIN" ){opt_scale_x = fOptScaleLinx;}
if (fFlagScaleX == "LOG" ){opt_scale_x = fOptScaleLogx;}
Int_t opt_scale_y = fOptScaleLiny;
if (fFlagScaleY == "LIN" ){opt_scale_y = fOptScaleLiny;}
if (fFlagScaleY == "LOG" ){opt_scale_y = fOptScaleLogy;}
fCnaParHistos->SetColorPalette(fFlagColPal);
TString fp_name_short = " ";
//-------------------- read_histo size
Int_t SizeForRead = GetHistoSize(HistoCode.Data(), "read");
//............................................... allocation/init read_histo
TVectorD histo_for_plot(SizeForPlot);
for(Int_t i=0; i<SizeForPlot; i++){histo_for_plot[i]=(Double_t)0;}
TVectorD histo_for_plot_memo(SizeForPlot);
for(Int_t i=0; i<SizeForPlot; i++){histo_for_plot_memo[i]=(Double_t)0;}
Int_t i_data_exist = 0;
Int_t OKPlot = 0;
//-------------------------------------------------------- histos Global and Proj
if( HistoType == "Global" || HistoType == "Proj" || HistoType == "SampGlobal" || HistoType == "SampProj" )
{
if( (fFapStexNumber == 0) )
{
//--------------------------------------------------------------------- Stas Histo (ViewHisto)
Int_t CounterExistingFile = 0;
Int_t CounterDataExist = 0;
Int_t* xFapNbOfEvts = new Int_t[fEcal->MaxStexInStas()]; fCnew++;
for(Int_t i=0; i<fEcal->MaxStexInStas(); i++){xFapNbOfEvts[i]=0;}
Int_t* NOFE_int = new Int_t[fEcal->MaxCrysEcnaInStex()]; fCnew++;
for(Int_t iStasStex=0; iStasStex<fEcal->MaxStexInStas(); iStasStex++)
{
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
iStasStex+1, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewHisto, Stas)
{
fStatusFileFound = kTRUE;
CounterExistingFile++;
xFapNbOfEvts[iStasStex] = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
//----------------------------------------------------------------------------- file reading
fp_name_short = fMyRootFile->GetRootFileNameShort();
// cout << "*TEcnaHistos::ViewHisto(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
//....................... search for first and last dates
if( iStasStex == 0 )
{
fStartTime = fMyRootFile->GetStartTime();
fStopTime = fMyRootFile->GetStopTime();
fStartDate = fMyRootFile->GetStartDate();
fStopDate = fMyRootFile->GetStopDate();
}
else
{
time_t xStartTime = fMyRootFile->GetStartTime();
time_t xStopTime = fMyRootFile->GetStopTime();
TString xStartDate = fMyRootFile->GetStartDate();
TString xStopDate = fMyRootFile->GetStopDate();
if( xStartTime < fStartTime ){fStartTime = xStartTime; fStartDate = xStartDate;}
if( xStopTime > fStopTime ){fStopTime = xStopTime; fStopDate = xStopDate;}
}
fRunType = fMyRootFile->GetRunType();
//............................................... histo reading (ViewHisto, Stas)
TVectorD read_histo(fEcal->MaxStinEcnaInStex());
for(Int_t i=0; i<fEcal->MaxStinEcnaInStex(); i++){read_histo(i)=(Double_t)0.;}
if( HistoCode == "D_NOE_ChNb" || HistoCode == "D_NOE_ChDs" ){
read_histo = fMyRootFile->ReadAveragedNumberOfEvents(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_Ped_ChNb" || HistoCode == "D_Ped_ChDs" ){
read_histo = fMyRootFile->ReadAveragedPedestals(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_TNo_ChNb" || HistoCode == "D_TNo_ChDs" ){
read_histo = fMyRootFile->ReadAveragedTotalNoise(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_MCs_ChNb" || HistoCode == "D_MCs_ChDs" ){
read_histo = fMyRootFile->ReadAveragedMeanOfCorrelationsBetweenSamples(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_LFN_ChNb" || HistoCode == "D_LFN_ChDs" ){
read_histo = fMyRootFile->ReadAveragedLowFrequencyNoise(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_HFN_ChNb" || HistoCode == "D_HFN_ChDs" ){
read_histo = fMyRootFile->ReadAveragedHighFrequencyNoise(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_SCs_ChNb" || HistoCode == "D_SCs_ChDs" ){
read_histo = fMyRootFile->ReadAveragedSigmaOfCorrelationsBetweenSamples(fEcal->MaxStinEcnaInStex());}
//...........................................................
if( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
CounterDataExist++;
for(Int_t i0StexStinEcna=0; i0StexStinEcna<fEcal->MaxStinEcnaInStex(); i0StexStinEcna++)
{
//Int_t n1StexStinEcna = i0StexStinEcna+1;
//-------------------------------------- Stas histo filling (ViewHisto, Stas)
Int_t i_xgeo = -1;
//...................................... EB
if( fFlagSubDet == "EB" )
{
i_xgeo = iStasStex*fEcal->MaxStinEcnaInStex() + i0StexStinEcna;
if( i_xgeo >= 0 && i_xgeo < SizeForPlot )
{
histo_for_plot[i_xgeo] = read_histo[i0StexStinEcna];
}
else
{
cout << "!TEcnaHistos::ViewHisto(...)> <EB> i_xgeo = " << i_xgeo
<< ". OUT OF RANGE ( range = [0,"<< SizeForPlot << "] " << endl;
}
}
//...................................... EE (ViewHisto)
//-------> Dee order: D4, D3, D2, D1
if( fFlagSubDet == "EE" )
{
Int_t DeeOffset = 0;
Int_t DSOffset = 0;
Int_t DeeNumber = iStasStex+1;
Int_t n1DeeSCEcna = i0StexStinEcna+1;
//................................................ Dee offset
if( DeeNumber == 3 ){DeeOffset += fEcal->MaxSCForConsInDee();} // 149
if( DeeNumber == 2 ){DeeOffset += 3*fEcal->MaxSCForConsInDee()-1;} // 446
if( DeeNumber == 1 ){DeeOffset += 4*fEcal->MaxSCForConsInDee()-1;} // 595
//................................................ Data Sector offset (ViewHisto)
Int_t StexDataSector = fEcalNumbering->GetDSFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna);
//.... returns 0 if n1DeeSCEcna corresponds to an empty "ECNA-SC"
//................................................ SC final coordinate (ViewHisto)
Int_t StexDSStin = fEcalNumbering->GetDSSCFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna);
//--> return StexDSStin = 25 (not 3) for n1DeeSCEcna = 32
//--> return StexDSStin = 14 (not 21) for n1DeeSCEcna = 29
//--> return StexDSStin = -1 for n1DeeSCEcna = 10 and n1DeeSCEcna = 11
if( StexDataSector >= 1 && StexDataSector <= 9 )
{
if( DeeNumber == 4 ) // Sectors 1,2,3,4,5a
{
for(Int_t is=2; is<=5; is++)
{ if( StexDataSector >= is )
{DSOffset += fEcalNumbering->GetMaxSCInDS(is-1);}}
}
if( DeeNumber == 3 ) // Sectors 5b,6,7,8,9
{
if( StexDataSector >= 6 )
{DSOffset += fEcalNumbering->GetMaxSCInDS(5)/2;}
for(Int_t is=7; is<=9; is++)
{ if( StexDataSector >= is )
{DSOffset += fEcalNumbering->GetMaxSCInDS(is-1);}}
}
if( DeeNumber == 2 ) // Sectors 9,8,7,6,5a
{
if( StexDataSector >= 6 )
{DSOffset -= fEcalNumbering->GetMaxSCInDS(5)/2;}
for(Int_t is=7; is<=9; is++)
{if( StexDataSector >= is )
{DSOffset -= fEcalNumbering->GetMaxSCInDS(is-1);}}
}
if( DeeNumber == 1 ) // Sectors 5b,4,3,2,1
{
for(Int_t is=2; is<=5; is++)
{ if( StexDataSector >= is )
{DSOffset -= fEcalNumbering->GetMaxSCInDS(is-1);}}
}
if( StexDSStin >=1 && StexDSStin <= fEcalNumbering->GetMaxSCInDS(StexDataSector) )
{
if( DeeNumber == 4 ) // Sectors 1,2,3,4,5a
{
if(StexDataSector != 5)
{i_xgeo = DeeOffset + DSOffset + (StexDSStin - 1);}
if( StexDataSector == 5)
{i_xgeo = DeeOffset + DSOffset + (StexDSStin - 1);}
}
if( DeeNumber == 3 ) // Sectors 5b,6,7,8,9
{
if(StexDataSector != 5)
{i_xgeo = DeeOffset + DSOffset + (StexDSStin - 1);}
if( StexDataSector == 5)
{i_xgeo = DeeOffset + DSOffset + (StexDSStin-17) - 1;}
}
if( DeeNumber == 2 ) // Sectors 5a,6,7,8,9
{
if(StexDataSector != 5)
{i_xgeo = DeeOffset + DSOffset
- fEcalNumbering->GetMaxSCInDS(StexDataSector) + StexDSStin;}
if( StexDataSector == 5)
{i_xgeo = DeeOffset + DSOffset
- fEcalNumbering->GetMaxSCInDS(StexDataSector)/2 + StexDSStin;}
}
if( DeeNumber == 1 ) // Sectors 1,2,3,4,5b
{
if(StexDataSector != 5)
{i_xgeo = DeeOffset + DSOffset
- fEcalNumbering->GetMaxSCInDS(StexDataSector) + StexDSStin;}
if( StexDataSector == 5)
{i_xgeo = DeeOffset + DSOffset
- fEcalNumbering->GetMaxSCInDS(StexDataSector)/2 +(StexDSStin-17);}
}
}// end of if(StexDSStin >=1 && StexDSStin <= fEcalNumbering->GetMaxSCInDS(StexDataSector))
else
{
cout << "!TEcnaHistos::ViewHisto(...)> <EE> StexDSStin = " << StexDSStin
<< ". OUT OF RANGE ( range = [1,"
<< fEcalNumbering->GetMaxSCInDS(StexDataSector)
<< "]. DeeNumber = " << DeeNumber
<< ", n1DeeSCEcna = " << n1DeeSCEcna
<< ", StexDataSector = " << StexDataSector
<< ", i_xgeo = " << i_xgeo << endl;
}
}// end of if( StexDataSector >= 1 && StexDataSector <= 9 )
else
{
//cout << "!TEcnaHistos::ViewHisto(...)> <EE> StexDataSector = " << StexDataSector
// << ". OUT OF RANGE ( range = [1,9]. DeeNumber = " << DeeNumber
// << ", n1DeeSCEcna = " << n1DeeSCEcna
// << ", i_xgeo = " << i_xgeo << endl;
}
//......................................... transfert read_histo -> histo_for_plot
if( i_xgeo >= -1 && i_xgeo < SizeForPlot )
{
// special treatement for not connected & mixed SC's
if( n1DeeSCEcna == 29 || n1DeeSCEcna == 32 || // 261a, 207c, 268a, 178c
// [ 14a, 25c, 21a, 3c]
n1DeeSCEcna == 144 || n1DeeSCEcna == 165 || // 261c, 261b [14c, 14b]
n1DeeSCEcna == 176 || n1DeeSCEcna == 193 || // 207a, 207b [25a, 25b]
n1DeeSCEcna == 60 || n1DeeSCEcna == 119 || // 182a, 182b [30a, 30b]
n1DeeSCEcna == 102 || n1DeeSCEcna == 123 || // 268c, 268b [21c, 21b]
n1DeeSCEcna == 138 || n1DeeSCEcna == 157 ) // 178a, 178b [ 3a, 3b]
{
//--------------- DSSC 14
if( n1DeeSCEcna == 29 && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] += read_histo[i0StexStinEcna]/(Double_t)5.;}
if( (n1DeeSCEcna == 144 || n1DeeSCEcna == 165) && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] +=
read_histo[i0StexStinEcna]*(Double_t)10./(Double_t)25.;}
//--------------- DSSC 25
if( n1DeeSCEcna == 32 && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] += read_histo[i0StexStinEcna]/(Double_t)5.;}
if( (n1DeeSCEcna == 176 || n1DeeSCEcna == 193) && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] +=
read_histo[i0StexStinEcna]*(Double_t)10./(Double_t)25.;}
//--------------- DSSC 30
if( (n1DeeSCEcna == 60 || n1DeeSCEcna == 119) && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] += read_histo[i0StexStinEcna]/(Double_t)2.;}
//--------------- DSSC 21 (Add SC translated at 10-1 only once, i_xgeo = -1 accepted)
if( n1DeeSCEcna == 102 )
{histo_for_plot[i_xgeo] += read_histo[9]/(Double_t)21.
+ read_histo[i0StexStinEcna]*(Double_t)10./(Double_t)21.;}
if( n1DeeSCEcna == 123 && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] +=
read_histo[i0StexStinEcna]*(Double_t)10./(Double_t)21.;}
//--------------- DSSC 3 (Add SC translated at 11-1 only once, i_xgeo = -1 accepted)
if( n1DeeSCEcna == 138 )
{histo_for_plot[i_xgeo] += read_histo[10]/(Double_t)21.
+ read_histo[i0StexStinEcna]*(Double_t)10./(Double_t)21.;}
if( n1DeeSCEcna == 157 && i_xgeo >= 0 )
{histo_for_plot[i_xgeo] +=
read_histo[i0StexStinEcna]*(Double_t)10./(Double_t)21.;}
}
else
{
if( i_xgeo >= 0 )
{histo_for_plot[i_xgeo] += read_histo[i0StexStinEcna];} // standard treatment
}
} // end of if( i_xgeo >= -1 && i_xgeo < SizeForPlot )
else
{
//cout << "!TEcnaHistos::ViewHisto(...)> <EE> i_xgeo = " << i_xgeo
// << ". OUT OF RANGE ( range = [0,"<< SizeForPlot << "] " << endl;
}
}// end of if( fFlagSubDet == "EE" )
}// end of for(Int_t i0StexStinEcna=0; i0StexStinEcna<fEcal->MaxStinEcnaInStex(); i0StexStinEcna++)
}
else
{
cout << "!TEcnaHistos::ViewHisto(...)> "
<< " Data not available for " << fFapStexName << " " << iStasStex+1
<< " (Quantity not present in the ROOT file)" << endl;
}
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE ) (ViewHisto/Stas)
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewHisto(...)> "
<< " Data not available for " << fFapStexName << " " << iStasStex+1
<< " (ROOT file not found)" << endl;
}
if( fFapNbOfEvts <= xFapNbOfEvts[iStasStex] ){fFapNbOfEvts = xFapNbOfEvts[iStasStex];}
} // end of for(Int_t iStasStex=0; iStasStex<fEcal->MaxStexInStas(); iStasStex++)
delete [] NOFE_int; NOFE_int = 0; fCdelete++;
delete [] xFapNbOfEvts; xFapNbOfEvts = 0; fCdelete++;
if( CounterExistingFile > 0 && CounterDataExist > 0 ){OKPlot = 1;}
} // end of if( fFapStexNumber == 0 )
//---------------------------------------------------------------------------- (ViewHisto [Stex])
if( fFapStexNumber > 0 )
{
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewHisto, Stex)
{
fStatusFileFound = kTRUE;
//---------------------------------------------------------------------------- (ViewHisto [Stex])
fFapNbOfEvts = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
fp_name_short = fMyRootFile->GetRootFileNameShort();
// cout << "*TEcnaHistos::ViewHisto(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
Bool_t ok_view_histo =
GetOkViewHisto(fMyRootFile, StexStin_A, i0StinEcha, iSample, HistoCode.Data());
if( ok_view_histo == kTRUE )
{
//------------ EB or EE with SampGlobal or SampProj (histo_for_plot = read_histo)
if( fFlagSubDet == "EB" ||
( fFlagSubDet == "EE" && ( HistoType == "SampGlobal" || HistoType == "SampProj" ) ) )
{
histo_for_plot = GetHistoValues(fMyRootFile, HistoCode.Data(), SizeForPlot, SizeForRead,
StexStin_A, i0StinEcha, iSample, i_data_exist);
if( i_data_exist > 0 ){OKPlot = 1;}
if( OKPlot == 1 && opt_plot == "ASCII" && ( HistoType == "Global" || HistoType == "Proj" ) )
{WriteHistoAscii(HistoCode.Data(), SizeForPlot, histo_for_plot);}
}
//------------ EE except for SampGlobal and SampProj) (histo_for_plot # read_histo)
if( fFlagSubDet == "EE" && !( HistoType == "SampGlobal" || HistoType == "SampProj" ) )
{
TVectorD read_histo(SizeForRead);
for(Int_t i=0; i<SizeForRead; i++){read_histo(i)=(Double_t)0.;}
read_histo = GetHistoValues(fMyRootFile, HistoCode.Data(), SizeForRead, SizeForRead,
StexStin_A, i0StinEcha, iSample, i_data_exist);
if( i_data_exist > 0 ){OKPlot = 1;}
if( OKPlot == 1 && opt_plot == "ASCII" )
{
WriteHistoAscii(HistoCode.Data(), fEcal->MaxCrysEcnaInDee(), read_histo);
}
if( OKPlot == 1 && opt_plot != "ASCII" )
{
//..................... Build histo_for_plot from read_histo (ViewHisto [Stex])
Int_t DeeNumber = fFapStexNumber;
TString DeeDir = fEcalNumbering->GetDeeDirViewedFromIP(DeeNumber);
//%%%%%%%%%%%%%%%%%%%%%%%%%%%% LOOP ON Echa (Ecna) %%%%%%%%%%%%%%%%%%%%%%%%%% (ViewHisto [Stex])
for(Int_t i0DeeEcha=0; i0DeeEcha<fEcal->MaxCrysEcnaInDee(); i0DeeEcha++)
{
Int_t n1SCEcha = fEcalNumbering->Get1SCEchaFrom0DeeEcha(i0DeeEcha);
Int_t n1DeeSCEcna = i0DeeEcha/fEcal->MaxCrysInSC()+1;
Int_t DataSector = fEcalNumbering->GetDSFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna);
Int_t SC_in_DS = fEcalNumbering->GetDSSCFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna, n1SCEcha);
Int_t i_xgeo = -1;
if( n1SCEcha >= 1 && n1SCEcha <= fEcal->MaxCrysInSC() )
{
if( n1DeeSCEcna >= 1 && n1DeeSCEcna <= fEcal->MaxSCEcnaInDee() )
{
if( DataSector >= 1 && DataSector <= 9 )
{
if( SC_in_DS >= 1 && SC_in_DS <= fEcalNumbering->GetMaxSCInDS(DataSector) )
{
if( read_histo[i0DeeEcha] != 0 )
{
//................................... Data Sector offset
Int_t DSOffset = GetDSOffset(DeeNumber, DataSector);
//........................ Super-Crystal (SC) offset (ViewHisto [Stex])
Int_t SCOffset = GetSCOffset(DeeNumber, DataSector, SC_in_DS);
//........................ Xtal final bin
Int_t nSCCons = fEcalNumbering->
GetDeeSCConsFrom1DeeSCEcna(DeeNumber, n1DeeSCEcna, n1SCEcha);
Int_t n1FinalSCEcha = n1SCEcha;
if( fEcalNumbering->GetSCType(nSCCons) == "NotConnected" ||
fEcalNumbering->GetSCType(nSCCons) == "NotComplete" )
{ //----- not complete and not connected SC's
// no i_xgeo value if SC = 14 or 25 and channel 11
if( !( (SC_in_DS == 14 || SC_in_DS == 25 ) && n1SCEcha == 11 ) )
{
n1FinalSCEcha =
ModifiedSCEchaForNotConnectedSCs(DeeNumber, nSCCons, SC_in_DS,
n1DeeSCEcna, n1SCEcha);
i_xgeo = DSOffset + SCOffset + (n1FinalSCEcha-1);
}
// change SC 14 -> 21 and channel 11 -> 21
if( SC_in_DS == 14 && n1SCEcha == 11 )
{
SCOffset = GetSCOffset(DeeNumber, DataSector, 21);
n1FinalSCEcha = 21;
i_xgeo = DSOffset + SCOffset + (n1FinalSCEcha-1);
}
// change SC 25 -> 3 for channel 11 -> 21
if( SC_in_DS == 25 && n1SCEcha == 11 )
{
SCOffset = GetSCOffset(DeeNumber, DataSector, 3);
n1FinalSCEcha = 21;
i_xgeo = DSOffset + SCOffset + (n1FinalSCEcha-1);
}
}
else
{ //----------- Complete SCs
i_xgeo = DSOffset + SCOffset + (n1FinalSCEcha-1);
}
histo_for_plot_memo[i_xgeo]++;
if( histo_for_plot_memo[i_xgeo] >= 2 )
{
cout << "! histo_memo[" << i_xgeo
<< "] = " << histo_for_plot_memo[i_xgeo]
<< ", nSCCons = " << nSCCons
<< ", SC_in_DS = " << SC_in_DS
<< ", DSOffset = " << DSOffset
<< ", SCOffset = " << SCOffset
<< ", n1DeeSCEcna = " << n1DeeSCEcna
<< ", n1SCEcha = " << n1SCEcha
<< ", n1FinalSCEcha = " << n1FinalSCEcha << endl;
}
//.............................. transfert read_histo -> histo_for_plot
if( i_xgeo >= 0 && i_xgeo < SizeForPlot )
{
if( n1FinalSCEcha > 0 )
{histo_for_plot[i_xgeo] += read_histo[i0DeeEcha];}
}
else
{
cout << "!TEcnaHistos::ViewHisto(...)> <EE> i_xgeo = " << i_xgeo
<< ". OUT OF RANGE ( range = [0,"<< SizeForPlot << "] " << endl;
}
} // end of if( read_histo[i0DeeEcha] > 0 )
} // end of if( SC_in_DS >= 1 && SC_in_DS <= fEcalNumbering->GetMaxSCInDS(DataSector) )
else
{
cout << "!TEcnaHistos::ViewHisto(...)> <EE> SC_in_DS = " << SC_in_DS
<< ". OUT OF RANGE ( range = [1,"
<< fEcalNumbering->GetMaxSCInDS(DataSector) << "] "
<< ", DataSector = " << DataSector
<< ", n1DeeSCEcna = " << n1DeeSCEcna
<< ", n1SCEcha = " << n1SCEcha
<< ", i0DeeEcha = " << i0DeeEcha
<< endl;
}
} // end of if( DataSector >= 1 && DataSector <= 9 )
else
{
if( DataSector != 0 )
{
cout << "!TEcnaHistos::ViewHisto(...)> <EE> DataSector = " << DataSector
<< ". OUT OF RANGE ( range = [1,9] "
<< ", n1DeeSCEcna = " << n1DeeSCEcna
<< ", n1SCEcha = " << n1SCEcha
<< ", i0DeeEcha = " << i0DeeEcha
<< endl;
}
}
} // end of if( n1DeeSCEcna >= 1 && n1DeeSCEcna <= fEcal->MaxSCEcnaInDee() )
else
{
cout << "!TEcnaHistos::ViewHisto(...)> <EE> n1DeeSCEcna = " << n1DeeSCEcna
<< ". OUT OF RANGE ( range = [1,"<< fEcal->MaxSCEcnaInDee() << "] "
<< ", n1SCEcha = " << n1SCEcha
<< ", i0DeeEcha = " << i0DeeEcha
<< endl;
}
} // end of if(n1SCEcha >= 1 && n1SCEcha <= fEcal->MaxCrysInSC() )
else
{
cout << "!TEcnaHistos::ViewHisto(...)> <EE> n1SCEcha = " << n1SCEcha
<< ". OUT OF RANGE ( range = [1,"<< fEcal->MaxCrysInSC() << "] "
<< ", i0DeeEcha = " << i0DeeEcha
<< endl;
}
}
} // end of if( OKPlot == 1 && opt_plot != "ASCII" )
} // end of if(fFlagSubDet == "EE")
} // end of if(ok_view_histo == kTRUE)
else
{
cout << "!TEcnaHistos::ViewHisto(...)> *ERROR* =====> "
<< " ok_view_histo != kTRUE " << fTTBELL << endl;
}
} // end of if(fMyRootFile->LookAtRootFile() == kTRUE)
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewHisto(...)> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << endl;
}
} // end of if(fFapStexNumber > 0)
} // end of if( HistoType == "Global" || HistoType == "Proj" || HistoType == "SampGlobal" || HistoType == "SampProj" )
else
{
//--------------------------------------------------------------------- not Global-Proj Histo
if( (fFapStexNumber > 0) && (fFapStexNumber <= fEcal->MaxStexInStas()) )
{
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewHisto, not Global-Proj)
{
fStatusFileFound = kTRUE;
fFapNbOfEvts = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
for(Int_t i=0; i<SizeForPlot; i++){histo_for_plot[i]=(Double_t)0;}
histo_for_plot = GetHistoValues(fMyRootFile, HistoCode.Data(), SizeForPlot, SizeForRead,
StexStin_A, i0StinEcha, iSample, i_data_exist);
if( i_data_exist > 0 ){OKPlot = 1;}
}
else
{
cout << "!TEcnaHistos::ViewHisto(...)> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << endl;
}
}
else
{
cout << "!TEcnaHistos::ViewHisto(...)> " << fFapStexName.Data()
<< " = " << fFapStexNumber << ". Out of range (range = [1,"
<< fEcal->MaxStexInStas() << "]) " << fTTBELL << endl;
}
}
//%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% PLOT accepted
if( ( HistoType == "Global" || HistoType == "Proj" || HistoType == "SampGlobal" || HistoType == "SampProj") ||
( !( HistoType == "Global" || HistoType == "Proj" || HistoType == "SampGlobal" || HistoType == "SampProj") &&
( (fFapStexNumber > 0) && (fFapStexNumber <= fEcal->MaxStexInStas()) ) ) )
{
if( opt_plot != "ASCII" )
{
if( OKPlot > 0 )
{
//... Ymin and ymax default values will be taken if fFlagUserHistoMin/Max = "OFF"
// and if "Free" for "SAME" and "SAME n" options
if((opt_plot == fOnlyOnePlot) ||
(opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
{
SetYminMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
SetYmaxMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
}
//==== H I S T O P R O J X I N F / X S U P M A N A G E M E N T ======== (ViewHisto)
//
// must be done before booking because of the x <-> y permutation in case of "Proj"
//
//-----------------------------------------------------------------------------------------
//
// CASE: HistoType == "Proj" OR HistoType == "SampProj"
//
// Xinf and Xsup must be calculated from ymin and ymax
// of the direct ("Global") histo
//
//-----------------------------------------------------------------------------------------
if( HistoType == "Proj" || HistoType == "SampProj" )
{
TString HistoCodi = HistoCode; // HistoCodi = direct histo
if( HistoCode == "D_NOE_ChDs" ){HistoCodi = "D_NOE_ChNb";}
if( HistoCode == "D_Ped_ChDs" ){HistoCodi = "D_Ped_ChNb";}
if( HistoCode == "D_TNo_ChDs" ){HistoCodi = "D_TNo_ChNb";}
if( HistoCode == "D_MCs_ChDs" ){HistoCodi = "D_MCs_ChNb";}
if( HistoCode == "D_LFN_ChDs" ){HistoCodi = "D_LFN_ChNb";}
if( HistoCode == "D_HFN_ChDs" ){HistoCodi = "D_HFN_ChNb";}
if( HistoCode == "D_SCs_ChDs" ){HistoCodi = "D_SCs_ChNb";}
if( HistoCode == "D_Adc_EvDs" ){HistoCodi = "D_Adc_EvNb";}
TString TitleHisto = ";";
if( opt_plot != fSameOnePlot )
{TitleHisto = fCnaParHistos->GetQuantityName(HistoCodi);}
if( fUserHistoMin >= fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//--------------------------------------------------------------------------- (ViewHisto)
//
// fOnlyOnePlot => compute Xinf and Xsup at each time
// fSeveralPlot => compute Xinf and Xsup once when flag = "Free" for each HistoCode
// fSameOnePlot => compute Xinf and Xsup once
//
//--------------------------------------------------------------------------------------
if( (opt_plot == fOnlyOnePlot) ||
( (opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, fSeveralPlot) == "Free" ) ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, fSameOnePlot) == "Free" ) ) )
{
Double_t XinfProj =(Double_t)0;
Double_t XsupProj =(Double_t)0;
//...................................................................... (ViewHisto)
if( fFlagUserHistoMin == "AUTO" || fFlagUserHistoMax == "AUTO" )
{
Int_t HisSiza = GetHistoSize(HistoCodi.Data(), "plot");
Int_t ReadHisSiza = HisSiza;
//.............................. prepa direct histogram booking (ViewHisto)
Axis_t xinf_hisa = GetHistoXinf(HistoCodi.Data(), HisSiza, opt_plot);
Axis_t xsup_hisa = GetHistoXsup(HistoCodi.Data(), HisSiza, opt_plot);
Int_t nb_binxa = GetHistoNumberOfBins(HistoCodi.Data(), HisSiza);
//.............................. direct ("Global") histogram booking (ViewHisto)
TH1D* h_hisa =
new TH1D("histoa", TitleHisto.Data(), nb_binxa, xinf_hisa, xsup_hisa); fCnewRoot++;
h_hisa->Reset();
//.... direct histogram filling to get its ymin (=> xminProj) and ymax (=> xmaxProj)
FillHisto(h_hisa, histo_for_plot, HistoCodi.Data(), ReadHisSiza);
//... Get direct histo ymin and/or ymax and keep them as xinf and xsup
// in memo for the plotted histo
XinfProj = fUserHistoMin;
XsupProj = fUserHistoMax;
if( fFlagUserHistoMin == "AUTO" ){XinfProj = h_hisa->GetMinimum();}
if( fFlagUserHistoMax == "AUTO" ){XsupProj = h_hisa->GetMaximum();}
h_hisa->Delete(); h_hisa = 0; fCdeleteRoot++;
} // end of if( fFlagUserHistoMin == "AUTO" || fFlagUserHistoMax == "AUTO" )
else
{
if( fFlagUserHistoMin == "OFF" )
{
SetYminMemoFromValue(HistoCode.Data(),
fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
XinfProj = GetYminValueFromMemo(HistoCode.Data());
}
if( fFlagUserHistoMax == "OFF" )
{
SetYmaxMemoFromValue(HistoCode.Data(),
fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
XsupProj = GetYmaxValueFromMemo(HistoCode.Data());
}
if( fFlagUserHistoMin == "ON" ){XinfProj = fUserHistoMin;}
if( fFlagUserHistoMax == "ON" ){XsupProj = fUserHistoMax;}
}
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
SetXinfMemoFromValue(HistoCode.Data(), XinfProj);
SetXsupMemoFromValue(HistoCode.Data(), XsupProj);
}
else
{
SetXinfMemoFromValue(XinfProj);
SetXsupMemoFromValue(XsupProj);
}
} // end of if( (opt_plot == fOnlyOnePlot) ||
// (opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
// (opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
} // end of if( HistoType == "Proj" || HistoType == "SampProj" )
//=============== H I S T O B O O K I N G A N D F I L L I N G ======== (ViewHisto)
//.............................. prepa histogram booking (ViewHisto)
//.......... Set number of bins: forcing to fNbBinsProj if "HistoType" == "Proj"
Int_t xNbBins = GetHistoNumberOfBins(HistoCode.Data(), SizeForPlot);
Double_t cXinf = (Double_t)0.;
Double_t cXsup = (Double_t)0.;
//.......... Set Xinf and Xsup at each time because of simultaneous SAME options
if( HistoType == "Proj" || HistoType == "SampProj" )
{
if( opt_plot == fOnlyOnePlot || opt_plot == fSeveralPlot )
{
cXinf = GetXinfValueFromMemo(HistoCode.Data());
cXsup = GetXsupValueFromMemo(HistoCode.Data());
}
else
{
cXinf = GetXinfValueFromMemo();
cXsup = GetXsupValueFromMemo();
}
}
else
{
cXinf = GetHistoXinf(HistoCode.Data(), SizeForPlot, opt_plot);
cXsup = GetHistoXsup(HistoCode.Data(), SizeForPlot, opt_plot);
}
//.............................. histogram booking (ViewHisto)
Axis_t xinf_his = cXinf; // ancillary variables since no const in arguments of TH1D
Axis_t xsup_his = cXsup;
Int_t nb_binx = xNbBins;
TString TitleHisto = ";";
if( opt_plot != fSameOnePlot )
{TitleHisto = fCnaParHistos->GetQuantityName(HistoCode.Data());}
TH1D* h_his0 = new TH1D("histo", TitleHisto.Data(), nb_binx, xinf_his, xsup_his); fCnewRoot++;
h_his0->Reset();
//............................... histogram filling
FillHisto(h_his0, histo_for_plot, HistoCode.Data(), SizeForPlot);
//=============== H I S T O Y M I N / Y M A X M A N A G E M E N T =========== (ViewHisto)
if( opt_plot == fOnlyOnePlot ||
(opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
(opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
{
if( opt_plot == fSameOnePlot ){fHistoCodeFirst = HistoCode;} // registration of first HistoCode
//................................. Automatic min and/or max for other options than "Proj"
if( HistoType != "Proj" && HistoType != "SampProj" )
{
if( fUserHistoMin >= fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//................................. user's min and/or max
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{
//.............. no bottom margin if ymin = 0
Double_t ymin = GetYminFromHistoFrameAndMarginValue(h_his0, (Double_t)0.);
if( ymin != (Double_t)0. )
{ymin =
GetYminFromHistoFrameAndMarginValue(h_his0, fCnaParHistos->GetMarginAutoMinMax());}
SetYminMemoFromValue(HistoCode.Data(),ymin);
fFlagUserHistoMin = "OFF";
}
if( fFlagUserHistoMax == "AUTO" )
{
Double_t ymax =
GetYmaxFromHistoFrameAndMarginValue(h_his0,fCnaParHistos->GetMarginAutoMinMax());
SetYmaxMemoFromValue(HistoCode.Data(),ymax);
fFlagUserHistoMax = "OFF";
}
//................................. Set YMin and YMax of histo (ViewHisto)
SetYminMemoFromPreviousMemo(HistoCode);
SetYmaxMemoFromPreviousMemo(HistoCode);
} // end of if( HistoType != "Proj" && HistoType != "SampProj" )
//.......... Find maximum in case of Proj (LIN scale only) // PS: EvolProj => in ViewHistime
if( ( HistoType == "Proj" || HistoType == "SampProj" ) && fFlagScaleY == "LIN" )
{
SetYmaxMemoFromValue
(HistoCode.Data(),
GetYmaxFromHistoFrameAndMarginValue(h_his0, fCnaParHistos->GetMarginAutoMinMax()));
}
} // end of if( opt_plot == fOnlyOnePlot ||
// (opt_plot == fSeveralPlot && GetMemoFlag(HistoCode, opt_plot) == "Free") ||
// (opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Free") )
//--- Set ymin and ymax to the first HistoCode values for option SAME n
if( opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
Double_t ymin = GetYminValueFromMemo(fHistoCodeFirst.Data());
SetYminMemoFromValue(HistoCode.Data(), ymin);
Double_t ymax = GetYmaxValueFromMemo(fHistoCodeFirst.Data());
SetYmaxMemoFromValue(HistoCode.Data(), ymax);
}
//... histogram set ymin and ymax and consequently margin at top of the plot
Int_t xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo(h_his0, HistoCode);
//==================================== P L O T ============================== (ViewHisto)
HistoPlot(h_his0, SizeForPlot, xinf_his, xsup_his,
HistoCode.Data(), HistoType.Data(),
StexStin_A, i0StinEcha, iSample,
opt_scale_x, opt_scale_y, opt_plot, xFlagAutoYsupMargin);
h_his0->Delete(); h_his0 = 0; fCdeleteRoot++;
//===========================================================================
//--- Recover ymin and ymax from user's values in option SAME n
if( opt_plot == fSameOnePlot && GetMemoFlag(HistoCode, opt_plot) == "Busy" )
{
SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin);
SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax);
}
} // end of if( OKPlot > 0 )
else
{
cout << "!TEcnaHistos::ViewHisto(...)> Histo not available."
<< fTTBELL << endl;
}
}
}
} // end of if( OKHisto == 1 )
} // end of ViewHisto(...)
| void TEcnaHistos::ViewMatrix | ( | const Int_t & | StexStin_A, |
| const Int_t & | StexStin_B, | ||
| const Int_t & | MatrixBinIndex, | ||
| const TString | MatrixProbaNature, | ||
| const TString | MatrixElement, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 1231 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, TEcnaRead::DataExist(), fBetweenSamples, fCdelete, fCdeleteRoot, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fCorrelationMatrix, fCovarianceMatrix, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexBarrel, fFapStexName, fFapStexNumber, fFapStexType, fFapStinName, fFapStinQuadType, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fgMaxCar, fHFBetweenChannels, fHFBetweenStins, fLFBetweenChannels, fLFBetweenStins, fMyRootFile, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fPavComStin, fPavComXtal, fRunType, fStartDate, fStatusDataExist, fStatusFileFound, fStopDate, fTTBELL, fUserHistoMax, fUserHistoMin, TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(), TEcnaNumbering::GetEEDeeType(), GetNumberOfEvents(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetRootFileNameShort(), TEcnaRead::GetRunType(), TEcnaNumbering::GetSCQuadFrom1DeeSCEcna(), TEcnaNumbering::GetSMHalfBarrel(), TEcnaRead::GetStartDate(), TEcnaRead::GetStopDate(), TEcnaParHistos::GetYmaxDefaultValue(), TEcnaParHistos::GetYminDefaultValue(), i, j, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysInStin(), TEcnaParEcal::MaxSampADC(), TEcnaParEcal::MaxStexInStas(), TEcnaParEcal::MaxStinEcnaInStex(), TEcnaParEcal::MaxStinInStex(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadCorrelationsBetweenSamples(), TEcnaRead::ReadCovariancesBetweenSamples(), TEcnaRead::ReadHighFrequencyCorrelationsBetweenChannels(), TEcnaRead::ReadHighFrequencyCovariancesBetweenChannels(), TEcnaRead::ReadHighFrequencyMeanCorrelationsBetweenStins(), TEcnaRead::ReadLowFrequencyCorrelationsBetweenChannels(), TEcnaRead::ReadLowFrequencyCovariancesBetweenChannels(), TEcnaRead::ReadLowFrequencyMeanCorrelationsBetweenStins(), TEcnaRead::ReadStinNumbers(), SetAllPavesViewMatrix(), SetHistoFrameYminYmaxFromMemo(), SetHistoPresentation(), SetYmaxMemoFromPreviousMemo(), SetYmaxMemoFromValue(), SetYminMemoFromPreviousMemo(), SetYminMemoFromValue(), and WriteMatrixAscii().
Referenced by CorrelationsBetweenSamples(), CovariancesBetweenSamples(), HighFrequencyCorrelationsBetweenChannels(), HighFrequencyCovariancesBetweenChannels(), HighFrequencyMeanCorrelationsBetweenStins(), LowFrequencyCorrelationsBetweenChannels(), LowFrequencyCovariancesBetweenChannels(), and LowFrequencyMeanCorrelationsBetweenStins().
{
//Plot correlation or covariance matrix between samples or channels or Stins
if( (fFapStexNumber > 0) && (fFapStexNumber <= fEcal->MaxStexInStas()) )
{
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewMatrix)
{
fStatusFileFound = kTRUE;
fFapNbOfEvts = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
TString fp_name_short = fMyRootFile->GetRootFileNameShort();
// cout << "*TEcnaHistos::ViewMatrix(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
//...................................................................... (ViewMatrix)
TVectorD vStin(fEcal->MaxStinEcnaInStex());
for(Int_t i=0; i<fEcal->MaxStinEcnaInStex(); i++){vStin(i)=(Double_t)0.;}
vStin = fMyRootFile->ReadStinNumbers(fEcal->MaxStinEcnaInStex());
if( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
Int_t Stin_X_ok = 0;
Int_t Stin_Y_ok = 0;
if( (MatrixElement == fLFBetweenStins) || (MatrixElement == fHFBetweenStins) )
{Stin_X_ok = 1; Stin_Y_ok = 1;}
if( MatrixElement == fBetweenSamples )
{Stin_Y_ok = 1;}
for (Int_t index_Stin = 0; index_Stin < fEcal->MaxStinEcnaInStex(); index_Stin++)
{
if ( vStin(index_Stin) == StexStin_A ){Stin_X_ok = 1;}
if ( vStin(index_Stin) == StexStin_B ){Stin_Y_ok = 1;}
}
//................................................................. (ViewMatrix)
if( Stin_X_ok == 1 && Stin_Y_ok == 1 )
{
fStartDate = fMyRootFile->GetStartDate();
fStopDate = fMyRootFile->GetStopDate();
fRunType = fMyRootFile->GetRunType();
Int_t MatSize = -1;
Int_t ReadMatSize = -1;
Int_t i0StinEcha = -1;
//-------------------------- Set values of ReadMatSize, MatSize, i0StinEcha
if( MatrixElement == fBetweenSamples )
{ReadMatSize = fFapNbOfSamples; MatSize = fEcal->MaxSampADC(); i0StinEcha=(Int_t)MatrixBinIndex;}
if( MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels )
{ReadMatSize = fEcal->MaxCrysInStin(); MatSize = fEcal->MaxCrysInStin(); /*i0Sample=MatrixBinIndex;*/}
if( (MatrixElement == fLFBetweenStins) || (MatrixElement == fHFBetweenStins) )
{ReadMatSize = fEcal->MaxStinEcnaInStex(); MatSize = fEcal->MaxStinInStex();}
//------------------------------------------------------------------------------------- (ViewMatrix)
if( ( MatrixElement == fLFBetweenStins || MatrixElement == fHFBetweenStins ) ||
( MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels
/* && (i0Sample >= 0) && (i0Sample < fFapNbOfSamples ) */ ) ||
( (MatrixElement == fBetweenSamples) && (i0StinEcha >= 0) && (i0StinEcha < fEcal->MaxCrysInStin()) ) )
{
TMatrixD read_matrix(ReadMatSize, ReadMatSize);
for(Int_t i=0; i<ReadMatSize; i++)
{for(Int_t j=0; j<ReadMatSize; j++){read_matrix(i,j)=(Double_t)0.;}}
if ( MatrixElement == fBetweenSamples && MatrixProbaNature == fCovarianceMatrix )
{read_matrix =
fMyRootFile->ReadCovariancesBetweenSamples(StexStin_A, i0StinEcha, ReadMatSize);}
if ( MatrixElement == fBetweenSamples && MatrixProbaNature == fCorrelationMatrix )
{read_matrix =
fMyRootFile->ReadCorrelationsBetweenSamples(StexStin_A, i0StinEcha, ReadMatSize);}
if ( MatrixElement == fLFBetweenChannels && MatrixProbaNature == fCovarianceMatrix )
{read_matrix =
fMyRootFile->ReadLowFrequencyCovariancesBetweenChannels(StexStin_A, StexStin_B, ReadMatSize);}
if ( MatrixElement == fLFBetweenChannels && MatrixProbaNature == fCorrelationMatrix )
{read_matrix =
fMyRootFile->ReadLowFrequencyCorrelationsBetweenChannels(StexStin_A, StexStin_B, ReadMatSize);}
if ( MatrixElement == fHFBetweenChannels && MatrixProbaNature == fCovarianceMatrix )
{read_matrix =
fMyRootFile->ReadHighFrequencyCovariancesBetweenChannels(StexStin_A, StexStin_B, ReadMatSize);}
if ( MatrixElement == fHFBetweenChannels && MatrixProbaNature == fCorrelationMatrix )
{read_matrix =
fMyRootFile->ReadHighFrequencyCorrelationsBetweenChannels(StexStin_A, StexStin_B, ReadMatSize);}
if ( MatrixElement == fLFBetweenStins && MatrixProbaNature == fCorrelationMatrix )
{read_matrix =
fMyRootFile->ReadLowFrequencyMeanCorrelationsBetweenStins(ReadMatSize);}
if ( MatrixElement == fHFBetweenStins && MatrixProbaNature == fCorrelationMatrix )
{read_matrix =
fMyRootFile->ReadHighFrequencyMeanCorrelationsBetweenStins(ReadMatSize);}
//.......................................................... (ViewMatrix)
if( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
if( PlotOption == "ASCII" )
{
WriteMatrixAscii(MatrixElement, MatrixProbaNature,
StexStin_A, MatrixBinIndex, ReadMatSize, read_matrix);
}
else
{
//......................... matrix title (ViewMatrix)
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
if( MatrixElement == fBetweenSamples && MatrixProbaNature == fCovarianceMatrix )
{sprintf(f_in_mat_tit, "Covariance(Sample, Sample')");}
if( MatrixElement == fBetweenSamples && MatrixProbaNature == fCorrelationMatrix )
{sprintf(f_in_mat_tit, "Correlation(Sample, Sample')");}
if(fFlagSubDet == "EB" )
{
if( MatrixElement == fLFBetweenStins && MatrixProbaNature == fCorrelationMatrix )
{sprintf(f_in_mat_tit,
"Mean LF |Cor(Xtal,Xtal')| for each (Tower,Tower')");}
if( MatrixElement == fHFBetweenStins && MatrixProbaNature == fCorrelationMatrix )
{sprintf(f_in_mat_tit,
"Mean HF |Cor(Xtal,Xtal')| for each (Tower,Tower')");}
}
if(fFlagSubDet == "EE" )
{
if( MatrixElement == fLFBetweenStins && MatrixProbaNature == fCorrelationMatrix )
{sprintf(f_in_mat_tit,
"Mean LF |Cor(Xtal,Xtal')| for each (SC,SC')");}
if( MatrixElement == fHFBetweenStins && MatrixProbaNature == fCorrelationMatrix )
{sprintf(f_in_mat_tit,
"Mean HF |Cor(Xtal,Xtal')| for each (SC,SC')");}
}
if( MatrixElement == fLFBetweenChannels && MatrixProbaNature == fCorrelationMatrix )
{
if( fFlagSubDet == "EB" )
{sprintf(f_in_mat_tit, "LF Cor(Xtal,Xtal') matrix elts for (Tow,Tow')");}
if( fFlagSubDet == "EE" )
{sprintf(f_in_mat_tit, "LF Cor(Xtal,Xtal') matrix elts for (SC,SC')");}
}
if( MatrixElement == fHFBetweenChannels && MatrixProbaNature == fCorrelationMatrix )
{
if( fFlagSubDet == "EB" )
{sprintf(f_in_mat_tit, "HF Cor(Xtal,Xtal') matrix elts for (Tow,Tow')");}
if( fFlagSubDet == "EE" )
{sprintf(f_in_mat_tit, "LF Cor(Xtal,Xtal') matrix elts for (SC,SC')");}
}
//................................. Axis parameters (ViewMatrix)
TString axis_x_var_name;
TString axis_y_var_name;
char* f_in_axis_x = new char[fgMaxCar]; fCnew++;
char* f_in_axis_y = new char[fgMaxCar]; fCnew++;
if( MatrixElement == fLFBetweenStins || MatrixElement == fHFBetweenStins )
{
if( fFlagSubDet == "EB" )
{sprintf(f_in_axis_x, " %s number ", fFapStinName.Data());}
if( fFlagSubDet == "EE" )
{sprintf(f_in_axis_x, " %s number for construction ", fFapStinName.Data());}
axis_x_var_name = f_in_axis_x; axis_y_var_name = f_in_axis_x;
}
if( MatrixElement == fBetweenSamples)
{
axis_x_var_name = " Sample "; axis_y_var_name = " Sample ";
}
if( MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels ){
sprintf(f_in_axis_x, " Crystal %s %d ", fFapStinName.Data(), StexStin_A);
sprintf(f_in_axis_y, " Crystal %s %d ", fFapStinName.Data(),StexStin_B);
axis_x_var_name = f_in_axis_x; axis_y_var_name = f_in_axis_y;}
Int_t nb_binx = MatSize;
Int_t nb_biny = MatSize;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)MatSize;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)MatSize;
if( (fFlagSubDet == "EE") &&
(MatrixElement == fLFBetweenStins || MatrixElement == fHFBetweenStins) )
{
if( fFapStexNumber == 1 || fFapStexNumber == 3 )
{
xinf_bid += fEcal->MaxStinInStex();
xsup_bid += fEcal->MaxStinInStex();
yinf_bid += fEcal->MaxStinInStex();
ysup_bid += fEcal->MaxStinInStex();
}
}
//................................................... histogram booking (ViewMatrix)
TH2D* h_fbid0 = new TH2D("bidim", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_fbid0->Reset();
h_fbid0->GetXaxis()->SetTitle(axis_x_var_name);
h_fbid0->GetYaxis()->SetTitle(axis_y_var_name);
//------------------------------------------------ F I L L H I S T O
if( (fFlagSubDet == "EE") &&
(MatrixElement == fLFBetweenStins || MatrixElement == fHFBetweenStins) )
{
for(Int_t i = 0 ; i < ReadMatSize ; i++)
{
for(Int_t j = 0 ; j < ReadMatSize ; j++)
{
Double_t xi_bid =
(Double_t)fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, i+1);
Double_t xj_bid =
(Double_t)fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, j+1);
if( xi_bid > 0 && xj_bid > 0 )
{h_fbid0->Fill(xi_bid-1, xj_bid-1, read_matrix(i,j));}
}
}
}
else
{
for(Int_t i = 0 ; i < ReadMatSize ; i++)
{
Double_t xi = (Double_t)i;
for(Int_t j = 0 ; j < ReadMatSize ; j++)
{
Double_t xj = (Double_t)j;
Double_t mat_val = (Double_t)read_matrix(i,j);
h_fbid0->Fill(xi, xj, (Double_t)mat_val);
}
}
}
//--------------- H I S T O M I N / M A X M A N A G E M E N T (ViewMatrix)
//................................ Put histo min max values
TString quantity_code = "D_MCs_ChNb";
if ( MatrixProbaNature == fCorrelationMatrix )
{
if( MatrixElement == fBetweenSamples ){quantity_code = "D_MCs_ChNb";}
if( MatrixElement == fLFBetweenChannels ){quantity_code = "H2LFccMosMatrix";}
if( MatrixElement == fHFBetweenChannels ){quantity_code = "H2HFccMosMatrix";}
if( MatrixElement == fLFBetweenStins ){quantity_code = "H2LFccMosMatrix";}
if( MatrixElement == fHFBetweenStins ){quantity_code = "H2HFccMosMatrix";}
}
if( MatrixProbaNature == fCovarianceMatrix ){quantity_code = "H2HFccMosMatrix";}
//.......... default if flag not set to "ON"
SetYminMemoFromValue(quantity_code, fCnaParHistos->GetYminDefaultValue(quantity_code));
SetYmaxMemoFromValue(quantity_code, fCnaParHistos->GetYmaxDefaultValue(quantity_code));
if( fUserHistoMin == fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//................................. User's min and/or max
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(quantity_code, fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(quantity_code, fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(quantity_code, h_fbid0->GetMinimum()); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(quantity_code, h_fbid0->GetMaximum()); fFlagUserHistoMax = "OFF";}
//...................................... histo set ymin and ymax (ViewMatrix)
Int_t xFlagAutoYsupMargin = 0;
if( MatrixProbaNature == fCorrelationMatrix )
{
if(MatrixElement == fBetweenSamples)
{xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_fbid0, "D_MCs_ChNb");}
if( MatrixElement == fLFBetweenStins || MatrixElement == fLFBetweenChannels )
{xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_fbid0, "H2LFccMosMatrix");}
if( MatrixElement == fHFBetweenStins || MatrixElement == fHFBetweenChannels )
{xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_fbid0, "H2HFccMosMatrix");}
//************************** A GARDER EN RESERVE ******************************
//............. special contour level for correlations (square root wise scale)
// Int_t nb_niv = 9;
// Double_t* cont_niv = new Double_t[nb_niv]; fCnew++;
// SqrtContourLevels(nb_niv, &cont_niv[0]);
// h_fbid0->SetContour(nb_niv, &cont_niv[0]);
// delete [] cont_niv; fCdelete++;
//******************************** (FIN RESERVE) ******************************
}
if( MatrixProbaNature == fCovarianceMatrix )
{
if (MatrixElement == fBetweenSamples)
{SetYminMemoFromPreviousMemo("D_TNo_ChNb"); // covariance => same level as sigmas
SetYmaxMemoFromPreviousMemo("D_TNo_ChNb");
xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_fbid0, "D_TNo_ChNb");}
if ( MatrixElement == fLFBetweenStins || MatrixElement == fHFBetweenStins ||
MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels )
{xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_fbid0, "H2HFccMosMatrix");}
}
// ----------------------------------------------- P L O T S (ViewMatrix)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
//............................. options generales
TString HistoType;
Int_t MaxCar = fgMaxCar;
HistoType.Resize(MaxCar);
HistoType = "(no quantity type info)";
if (PlotOption == "COLZ" ){HistoType = "colz";}
if (PlotOption == "BOX" ){HistoType = "colz";}
if (PlotOption == "TEXT" ){HistoType = "colz";}
if (PlotOption == "CONTZ" ){HistoType = "colz";}
if (PlotOption == "LEGO2Z"){HistoType = "lego";}
if (PlotOption == "SURF1Z"){HistoType = "surf";}
if (PlotOption == "SURF2Z"){HistoType = "surf";}
if (PlotOption == "SURF3Z"){HistoType = "surf";}
if (PlotOption == "SURF4" ){HistoType = "surf";}
if( fFlagSubDet == "EB" )
{
fFapStexBarrel = fEcalNumbering->GetSMHalfBarrel(fFapStexNumber);
SetAllPavesViewMatrix(MatrixElement.Data(), StexStin_A, StexStin_B, i0StinEcha);
}
if( fFlagSubDet == "EE" )
{
fFapStexType = fEcalNumbering->GetEEDeeType(fFapStexNumber);
fFapStinQuadType = fEcalNumbering->GetSCQuadFrom1DeeSCEcna(StexStin_A);
SetAllPavesViewMatrix(MatrixElement.Data(), StexStin_A, StexStin_B, i0StinEcha);
}
//---------------------------------------- Canvas name (ViewMatrix)
TString name_cov_cor;
MaxCar = fgMaxCar;
name_cov_cor.Resize(MaxCar);
name_cov_cor = "?";
if( MatrixProbaNature == fCovarianceMatrix){name_cov_cor = "Covariance";}
if( MatrixProbaNature == fCorrelationMatrix){name_cov_cor = "Correlation";}
TString name_chan_samp;
MaxCar = fgMaxCar;
name_chan_samp.Resize(MaxCar);
name_chan_samp = "?";
if( MatrixElement == fLFBetweenStins ){name_chan_samp = "LFccMos";}
if( MatrixElement == fHFBetweenStins ){name_chan_samp = "HFccMos"; }
if( MatrixElement == fLFBetweenChannels ){name_chan_samp = "LF_cc";}
if( MatrixElement == fHFBetweenChannels ){name_chan_samp = "HF_cc";}
if(MatrixElement == fBetweenSamples)
{
name_chan_samp = "Between_Samples"; // MatrixBinIndex = i0StinEcha
}
TString name_visu;
MaxCar = fgMaxCar;
name_visu.Resize(MaxCar);
name_visu = "?";
name_visu = PlotOption;
if( (MatrixElement == fLFBetweenStins) || (MatrixElement == fHFBetweenStins) ){
sprintf(f_in, "%s_%s_%s_S1_%d_R%d_%d_%d_%s%d_%s",
name_cov_cor.Data(), name_chan_samp.Data(),
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber,
fFapStexName.Data(), fFapStexNumber,
name_visu.Data());}
if( MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels ){
sprintf(f_in, "%s_%s_%s_S1_%d_R%d_%d_%d_%s%d_%sX%d_%sY%d_%s",
name_cov_cor.Data(), name_chan_samp.Data(),
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber,
fFapStexName.Data(), fFapStexNumber,
fFapStexName.Data(), StexStin_A, fFapStexName.Data(), StexStin_B,
name_visu.Data());}
if( MatrixElement == fBetweenSamples ){
sprintf(f_in, "%s_%s_%s_S1_%d_R%d_%d_%d_%s%d_%sX%d_%sY%d_ElecChannel_%d_%s",
name_cov_cor.Data(), name_chan_samp.Data(),
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber,
fFapStexName.Data(), fFapStexNumber,
fFapStexName.Data(), StexStin_A, fFapStexName.Data(), StexStin_B,
MatrixBinIndex,
name_visu.Data());}
//---------------------------------------------------------- (ViewMatrix)
SetHistoPresentation((TH1D*)h_fbid0, HistoType);
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w , canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistos::ViewMatrix(...)> Plot is displayed on canvas ----> "
// << fCurrentCanvasName << endl;
// cout << "*TEcnaHistos::ViewMatrix(...)> fCurrentCanvas = " << fCurrentCanvas << endl;
delete [] f_in; f_in = 0; fCdelete++;
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStex->Draw();
if(MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels)
{fPavComStin->Draw();}
if(MatrixElement == fBetweenSamples)
{fPavComStin->Draw(); fPavComXtal->Draw();}
fPavComAnaRun->Draw();
fPavComNbOfEvts->Draw();
Double_t x_margin = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_margin = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
MainCanvas->Divide(1, 1, x_margin, y_margin);
gPad->cd(1);
//---------------------------------------------------------- (ViewMatrix)
Int_t logy = 0;
gPad->SetLogy(logy);
if( (MatrixElement == fLFBetweenStins) ||
(MatrixElement == fHFBetweenStins) ){gPad->SetGrid(1,1);}
h_fbid0->DrawCopy(PlotOption);
h_fbid0->SetStats((Bool_t)1);
gPad->Update();
h_fbid0->Delete(); h_fbid0 = 0; fCdeleteRoot++;
//MainCanvas->Delete(); fCdeleteRoot++;
delete [] f_in_axis_x; f_in_axis_x = 0; fCdelete++;
delete [] f_in_axis_y; f_in_axis_y = 0; fCdelete++;
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
}
} // end of if ( fMyRootFile->DataExist() == kTRUE )
else
{
fStatusDataExist = kFALSE;
}
} // end of if ((MatrixElement == fLFBetweenStins) || (MatrixElement == fHFBetweenStins) ) ||
//( (MatrixElement == fBetweenSamples) && (i0StinEcha>= 0) && (i0StinEcha<fEcal->MaxCrysInStin())) ||
//( (MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels)
// /* && (i0Sample >= 0) && (i0Sample < fFapNbOfSamples ) */ ) )
else
{
if(MatrixElement == fBetweenSamples)
{
cout << "*TEcnaHistos::ViewMatrix(...)> *ERROR* ==> Wrong channel number in "
<< fFapStinName.Data() << ". Value = "
<< i0StinEcha << " (required range: [0, "
<< fEcal->MaxCrysInStin()-1 << "] )"
<< fTTBELL << endl;
}
// if( MatrixElement == fLFBetweenChannels || MatrixElement == fHFBetweenChannels )
// {
// cout << "*TEcnaHistos::ViewMatrix(...)> *ERROR* ==> Wrong sample index. Value = "
// << i0Sample << " (required range: [0, "
// << fFapNbOfSamples-1 << "] )"
// << fTTBELL << endl;
//}
}
}
else // else of the if ( Stin_X_ok ==1 && Stin_Y_ok ==1 )
{
//---------------------------------------------------------- (ViewMatrix)
if ( Stin_X_ok != 1 )
{
cout << "*TEcnaHistos::ViewMatrix(...)> *ERROR* =====> "
<< fFapStinName.Data() << " "
<< fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, StexStin_A) << ", "
<< fFapStinName.Data() << " not found. Available numbers = ";
for(Int_t i = 0; i < fEcal->MaxStinEcnaInStex(); i++)
{
if( vStin(i) > 0 )
{
cout << fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, (Int_t)vStin(i)) << ", ";
}
}
cout << fTTBELL << endl;
}
if ( Stin_Y_ok != 1 )
{
cout << "*TEcnaHistos::ViewMatrix(...)> *ERROR* =====> "
<< fFapStinName.Data() << " "
<< fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, StexStin_B) << ", "
<< fFapStinName.Data() << " not found. Available numbers = ";
for(Int_t i = 0; i < fEcal->MaxStinEcnaInStex(); i++)
{
if( vStin(i) > 0 )
{
cout << fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, (Int_t)vStin(i)) << ", ";
}
}
cout << fTTBELL << endl;
}
}
} // end of if ( fMyRootFile->DataExist() == kTRUE )
else
{
fStatusDataExist = kFALSE;
}
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewMatrix(...)> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << endl;
}
} // ---- end of if( (fFapStexNumber > 0) && (fFapStexNumber <= fEcal->MaxStexInStas()) ) -----
else
{
cout << "!TEcnaHistos::ViewMatrix(...)> " << fFapStexName.Data()
<< " = " << fFapStexNumber << ". Out of range (range = [1,"
<< fEcal->MaxStexInStas() << "]) " << fTTBELL << endl;
}
} // end of ViewMatrix(...)
| void TEcnaHistos::ViewSCGrid | ( | const Int_t & | DeeNumber, |
| const Int_t & | n1DeeSCEcna, | ||
| const Int_t & | MatSize, | ||
| const Int_t & | size_IX, | ||
| const Int_t & | size_IY, | ||
| const TString | chopt | ||
| ) |
Definition at line 2664 of file TEcnaHistos.cc.
References TEcnaParHistos::AxisLabelOffset(), TEcnaParHistos::AxisLabelSize(), TEcnaParHistos::AxisTickSize(), TEcnaParHistos::AxisTitleOffset(), TEcnaParHistos::AxisTitleSize(), connectstrParser::f1, connectstrParser::f2, fCnaParHistos, fCnewRoot, fEcalNumbering, TEcnaNumbering::GetIIXMax(), TEcnaNumbering::GetIIXMin(), GetIXIYAxisTitle(), TEcnaNumbering::GetJIYMax(), TEcnaNumbering::GetJIYMin(), TEcnaNumbering::GetJYDirectionEE(), TEcnaNumbering::GetXDirectionEE(), i, and j.
Referenced by ViewStinGrid().
{
//Grid of one SC with axis IX and IY
//.......................... lignes verticales
Double_t xline = 0.;
Double_t yline_bot = 0.;
Double_t yline_top = (Double_t)(MatSize*size_IX);
for( Int_t i = 0 ; i < size_IX ; i++)
{
xline = xline + (Double_t)MatSize;
TLine *lin;
lin = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
lin->Draw();
// delete lin; fCdeleteRoot++;
}
//............................. lignes horizontales
Double_t xline_left = 0;
Double_t xline_right = (Double_t)(MatSize*size_IX);
Double_t yline = -(Double_t)MatSize;
for( Int_t j = 0 ; j < size_IX+1 ; j++)
{
yline = yline + (Double_t)MatSize;
TLine *lin;
lin = new TLine(xline_left, yline, xline_right, yline); fCnewRoot++;
lin->Draw();
// delete lin; fCdeleteRoot++;
}
//------------------ trace axes en IX et IY --------------- ViewSCGrid
//...................................................... Axe i(IX) (x bottom) (ViewSCGrid)
Double_t IX_min = fEcalNumbering->GetIIXMin(n1DeeSCEcna) - 0.5;
Double_t IX_max = fEcalNumbering->GetIIXMax(n1DeeSCEcna) + 0.5;
Float_t axis_x_inf = 0;
Float_t axis_x_sup = 0;
Float_t axis_y_inf = 0;
Float_t axis_y_sup = 0;
Int_t axis_nb_div = 1;
Double_t IX_values_min = 0;
Double_t IX_values_max = 0;
Option_t* axis_chopt = "CS";
Float_t tit_siz_x = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_x = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_x = fCnaParHistos->AxisTickSize();
Float_t tit_off_x = fCnaParHistos->AxisTitleOffset("SCx");
Float_t lab_off_x = fCnaParHistos->AxisLabelOffset("SCx");
TString StrDee = "iIXSC";
if( DeeNumber == 1 ){StrDee = "iIXDee1";}
if( DeeNumber == 2 ){StrDee = "iIXDee2";}
if( DeeNumber == 3 ){StrDee = "iIXDee3";}
if( DeeNumber == 4 ){StrDee = "iIXDee4";}
TString x_var_name = GetIXIYAxisTitle(StrDee.Data());
TString x_direction = fEcalNumbering->GetXDirectionEE(DeeNumber);
TGaxis* sup_axis_x = 0;
if( DeeNumber == 1 ) // -xmin -> -xmax <=> left->right
{
axis_x_inf = 0; axis_y_inf = 0; axis_x_sup = size_IX*MatSize; axis_y_sup = 0;
axis_nb_div = size_IX;
IX_values_min = -IX_min ; IX_values_max = -IX_max; axis_chopt = "CS";
}
if( DeeNumber == 2 ) // xmin -> xmax <=> right->left
{
axis_x_inf = 0; axis_y_inf = 0; axis_x_sup = size_IX*MatSize; axis_y_sup = 0;
axis_nb_div = size_IX;
IX_values_min = IX_min ; IX_values_max = IX_max; axis_chopt = "CS";
}
if( DeeNumber == 3 ) // xmin -> xmax <=> left->right
{
axis_x_inf = 0; axis_y_inf = 0; axis_x_sup = size_IX*MatSize; axis_y_sup = 0;
axis_nb_div = size_IX;
IX_values_min = IX_min ; IX_values_max = IX_max; axis_chopt = "CS";
}
if( DeeNumber == 4 ) // -xmin -> -xmax <=> right->left
{
axis_x_inf = 0; axis_y_inf = 0; axis_x_sup = size_IX*MatSize; axis_y_sup = 0;
axis_nb_div = size_IX;
IX_values_min = -IX_min ; IX_values_max = -IX_max; axis_chopt = "CS";
}
TF1 *f1 = new TF1("f1", x_direction.Data(), IX_values_min, IX_values_max); fCnewRoot++;
sup_axis_x = new TGaxis( axis_x_inf, axis_y_inf, axis_x_sup, axis_y_sup,
"f1", axis_nb_div, axis_chopt , 0.); fCnewRoot++;
sup_axis_x->SetTitle(x_var_name);
sup_axis_x->SetTitleSize(tit_siz_x);
sup_axis_x->SetTitleOffset(tit_off_x);
sup_axis_x->SetLabelSize(lab_siz_x);
sup_axis_x->SetLabelOffset(lab_off_x);
sup_axis_x->SetTickSize(tic_siz_x); // <===== NE MARCHE QU'AVEC L'OPTION "S"
sup_axis_x->Draw("SAME");
f1 = 0;
//...................................................... Axe j(IY) (ViewSCGrid)
Float_t tit_siz_y = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_y = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_y = fCnaParHistos->AxisTickSize();
Float_t tit_off_y = fCnaParHistos->AxisTitleOffset("SCy");
Float_t lab_off_y = fCnaParHistos->AxisLabelOffset("SCy");
Double_t j_IY_min = fEcalNumbering->GetJIYMin(DeeNumber, n1DeeSCEcna) - 0.5;
Double_t j_IY_max = fEcalNumbering->GetJIYMax(DeeNumber, n1DeeSCEcna) + 0.5;
TString jy_var_name = GetIXIYAxisTitle("jIYSC");
TString jy_direction = fEcalNumbering->GetJYDirectionEE(DeeNumber);
TF1 *f2 = new TF1("f2", jy_direction.Data(), j_IY_min, j_IY_max); fCnewRoot++;
TGaxis* sup_axis_jy = new TGaxis( (Float_t)0., (Float_t)0.,
(Float_t)0., (Float_t)(size_IY*MatSize),
"f2", size_IY, "CS", 0.); fCnewRoot++;
sup_axis_jy->SetTitle(jy_var_name);
sup_axis_jy->SetTitleSize(tit_siz_y);
sup_axis_jy->SetTitleOffset(tit_off_y);
sup_axis_jy->SetLabelSize(lab_siz_y);
sup_axis_jy->SetLabelOffset(lab_off_y);
sup_axis_jy->SetTickSize(tic_siz_y); // <===== NE MARCHE QU'AVEC L'OPTION "S"
sup_axis_jy->Draw();
f2 = 0;
} // end of ViewSCGrid
| void TEcnaHistos::ViewSMGrid | ( | const Int_t & | SMNumber, |
| const TString | c_option | ||
| ) |
Definition at line 3660 of file TEcnaHistos.cc.
References TEcnaParHistos::AxisLabelOffset(), TEcnaParHistos::AxisLabelSize(), TEcnaParHistos::AxisTickSize(), TEcnaParHistos::AxisTitleOffset(), TEcnaParHistos::AxisTitleSize(), TEcnaParHistos::ColorDefinition(), connectstrParser::f1, connectstrParser::f2, connectstrParser::f3, fCdelete, fCnaParHistos, fCnew, fCnewRoot, fEcal, fEcalNumbering, fgMaxCar, GetEtaPhiAxisTitle(), GetHocoVecoAxisTitle(), TEcnaNumbering::GetIEtaMax(), TEcnaNumbering::GetIEtaMin(), TEcnaNumbering::GetJPhiMax(), TEcnaNumbering::GetJPhiMin(), TEcnaNumbering::GetJYDirectionEB(), TEcnaNumbering::GetPhiMax(), TEcnaNumbering::GetPhiMin(), TEcnaNumbering::GetSMHalfBarrel(), TEcnaNumbering::GetXDirectionEB(), TEcnaNumbering::GetYDirectionEB(), i, j, TEcnaParEcal::MaxCrysEtaInTow(), TEcnaParEcal::MaxCrysInTow(), TEcnaParEcal::MaxCrysPhiInTow(), TEcnaParEcal::MaxTowEtaInSM(), and TEcnaParEcal::MaxTowPhiInSM().
Referenced by ViewSMTowerNumberingPad(), and ViewStexGrid().
{
//Grid of one supermodule with axis eta and phi
Int_t GeoBidSizeEta = fEcal->MaxTowEtaInSM()*fEcal->MaxCrysEtaInTow();
Int_t GeoBidSizePhi = fEcal->MaxTowPhiInSM()*fEcal->MaxCrysPhiInTow();
if ( c_option == "corcc")
{
GeoBidSizeEta = fEcal->MaxTowEtaInSM()*fEcal->MaxCrysInTow();
GeoBidSizePhi = fEcal->MaxTowPhiInSM()*fEcal->MaxCrysInTow();
}
Int_t nb_binx = GeoBidSizeEta;
Int_t nb_biny = GeoBidSizePhi;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeEta;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizePhi;
//---------------- trace de la grille: un rectangle = une tour
Int_t size_eta = fEcal->MaxCrysEtaInTow();
Int_t size_phi = fEcal->MaxCrysPhiInTow();
if ( c_option == "corcc")
{
size_eta = fEcal->MaxCrysInTow();
size_phi = fEcal->MaxCrysInTow();
}
Int_t max_x = nb_binx/size_eta;
Int_t max_y = nb_biny/size_phi;
//............................. lignes horizontales
Double_t yline = (Double_t)yinf_bid;
Double_t xline_left = (Double_t)xinf_bid;
Double_t xline_right = (Double_t)xsup_bid;
for( Int_t j = 0 ; j < max_y ; j++)
{
yline = yline + (Double_t)size_phi;
TLine *lin;
lin = new TLine(xline_left, yline, xline_right, yline); fCnewRoot++;
lin->Draw();
// delete lin; fCdeleteRoot++;
}
//.......................... lignes verticales
Double_t xline = (Double_t)xinf_bid - (Double_t)size_eta;
Double_t yline_bot = (Double_t)yinf_bid;
Double_t yline_top = (Double_t)ysup_bid;
Color_t coul_surligne = fCnaParHistos->ColorDefinition("noir");
Color_t coul_textmodu = fCnaParHistos->ColorDefinition("vert36");
//............................ Mj text
gStyle->SetTextColor(coul_textmodu);
gStyle->SetTextSize(0.075);
char* f_in = new char[fgMaxCar]; fCnew++;
for( Int_t i = 0 ; i < max_x ; i++)
{
xline = xline + (Double_t)size_eta;
TLine *lin;
lin = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
//............. Surlignage separateur des modules
if( (fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-") && (i == 4 || i == 8 || i == 12) )
{lin->SetLineWidth(2); lin->SetLineColor(coul_surligne);}
if( (fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+") && (i == 5 || i == 9 || i == 13) )
{lin->SetLineWidth(2); lin->SetLineColor(coul_surligne);}
lin->Draw();
// delete lin; fCdeleteRoot++;
//............. Numeros des modules
if( (fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-") && (i == 2 || i == 6 || i == 10 || i == 14) )
{
if( i == 2 ){sprintf( f_in, "M4");}
if( i == 6 ){sprintf( f_in, "M3");}
if( i == 10 ){sprintf( f_in, "M2");}
if( i == 14 ){sprintf( f_in, "M1");}
TText *text_num_module = new TText(xline + 1, yline_top + 1, f_in); fCnewRoot++;
text_num_module->Draw();
//text_num_module->Delete(); text_num_module = 0; fCdeleteRoot++;
}
if( (fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+") && (i == 3 || i == 7 || i == 11 || i == 15) )
{
if( i == 3 ){sprintf( f_in, "M1");}
if( i == 7 ){sprintf( f_in, "M2");}
if( i == 11 ){sprintf( f_in, "M3");}
if( i == 15 ){sprintf( f_in, "M4");}
TText *text_num_module = new TText(xline, yline_top + 1, f_in); fCnewRoot++;
text_num_module->Draw();
//text_num_module->Delete(); text_num_module = 0; fCdeleteRoot++;
}
}
delete [] f_in; f_in = 0; fCdelete++;
//------------------ trace axes en eta et phi --------------- ViewSMGrid
Int_t MatSize = fEcal->MaxCrysEtaInTow();
if ( c_option == "corcc"){MatSize = fEcal->MaxCrysInTow();}
Int_t size_eta_sm = fEcal->MaxTowEtaInSM();
Int_t size_phi_sm = fEcal->MaxTowPhiInSM();
//...................................................... Axe i(eta) (bottom x) ViewSMGrid
Double_t eta_min = fEcalNumbering->GetIEtaMin(SMNumber);
Double_t eta_max = fEcalNumbering->GetIEtaMax(SMNumber);
TString x_var_name = GetHocoVecoAxisTitle("ietaSM");;
TString x_direction = fEcalNumbering->GetXDirectionEB(SMNumber);
Float_t tit_siz_x = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_x = fCnaParHistos->AxisLabelSize("SMx");
Float_t tic_siz_x = fCnaParHistos->AxisTickSize("SMx");
Float_t tit_off_x = fCnaParHistos->AxisTitleOffset("SMx");
Float_t lab_off_x = fCnaParHistos->AxisLabelOffset("SMx");
TF1 *f1 = new TF1("f1", x_direction.Data(), eta_min, eta_max); fCnewRoot++;
TGaxis* sup_axis_x = 0;
if( x_direction == "-x" ) // NEVER IN THIS CASE: xmin->xmax <=> right->left ("-x") direction
{sup_axis_x = new TGaxis( (Float_t)0., (Float_t)0., (Float_t)(size_eta_sm*MatSize), (Float_t)0.,
"f1", size_eta_sm, "SC" , 0.); fCnewRoot++;}
if( x_direction == "x" ) // ALWAYS IN THIS CASE: xmin->xmax <=> left->right ("x") direction
{sup_axis_x = new TGaxis( (Float_t)0., (Float_t)0., (Float_t)(size_eta_sm*MatSize), (Float_t)0.,
"f1", size_eta_sm, "SC" , 0.); fCnewRoot++;}
sup_axis_x->SetTitle(x_var_name);
sup_axis_x->SetTitleSize(tit_siz_x);
sup_axis_x->SetTitleOffset(tit_off_x);
sup_axis_x->SetLabelSize(lab_siz_x);
sup_axis_x->SetLabelOffset(lab_off_x);
sup_axis_x->SetTickSize(tic_siz_x);
sup_axis_x->Draw("SAME");
//...................................................... Axe phi (y) ViewSMGrid
Double_t phi_min = fEcalNumbering->GetPhiMin(SMNumber);
Double_t phi_max = fEcalNumbering->GetPhiMax(SMNumber);
TString y_var_name = GetHocoVecoAxisTitle("phi");
TString y_direction = fEcalNumbering->GetYDirectionEB(SMNumber);
Float_t tit_siz_y = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_y = fCnaParHistos->AxisLabelSize("SMy");
Float_t tic_siz_y = fCnaParHistos->AxisTickSize("SMy");
Float_t tit_off_y = fCnaParHistos->AxisTitleOffset("SMy");
Float_t lab_off_y = fCnaParHistos->AxisLabelOffset("SMy");
TF1 *f2 = new TF1("f2", y_direction.Data(), phi_min, phi_max); fCnewRoot++;
TGaxis* sup_axis_y = 0;
if ( y_direction == "-x" ) // ALWAYS IN THIS CASE: ymin->ymax <=> top->bottom ("-x") direction
{sup_axis_y = new TGaxis(-(Float_t)1.5*(Float_t)size_eta, (Float_t)0.,
-(Float_t)1.5*(Float_t)size_eta, (Float_t)(size_phi_sm*MatSize),
"f2", (Int_t)size_phi_sm, "SC", 0.); fCnewRoot++;}
if ( y_direction == "x" ) // NEVER IN THIS CASE: ymin->ymax <=> bottom->top ("x") direction
{sup_axis_y = new TGaxis(-(Float_t)1.5*(Float_t)size_eta, (Float_t)0.,
-(Float_t)1.5*(Float_t)size_eta, (Float_t)(size_phi_sm*MatSize),
"f2", (Int_t)size_phi_sm, "SC", 0.); fCnewRoot++;}
sup_axis_y->SetTitle(y_var_name);
sup_axis_y->SetTitleSize(tit_siz_y);
sup_axis_y->SetTitleOffset(tit_off_y);
sup_axis_y->SetLabelSize(lab_siz_y);
sup_axis_y->SetLabelOffset(lab_off_y);
sup_axis_y->SetTickSize(tic_siz_y);
sup_axis_y->Draw("SAME");
//...................................................... Axe jphi (jy) ViewSMGrid
Double_t jphi_min = fEcalNumbering->GetJPhiMin(SMNumber);
Double_t jphi_max = fEcalNumbering->GetJPhiMax(SMNumber);
TString jy_var_name = " ";
TString jy_direction = fEcalNumbering->GetJYDirectionEB(SMNumber);
TF1 *f3 = new TF1("f3", jy_direction.Data(), jphi_min, jphi_max); fCnewRoot++;
TGaxis* sup_axis_jy = 0;
//............; essai
sup_axis_jy = new TGaxis((Float_t)0., (Float_t)0.,
(Float_t)0., (Float_t)(size_phi_sm*MatSize),
"f3", (Int_t)size_phi_sm, "SC", 0.); fCnewRoot++;
if ( jy_direction == "-x" ) // IN THIS CASE FOR EB+: ymin->ymax <=> top->bottom ("-x") direction
{jy_var_name = GetEtaPhiAxisTitle("jphiSMB+");}
if ( jy_direction == "x" ) // IN THIS CASE FOR EB-: ymin->ymax <=> bottom->top ("x") direction
{jy_var_name = GetEtaPhiAxisTitle("jphiSMB-");}
lab_off_y = fCnaParHistos->AxisLabelOffset("SMyInEB");
sup_axis_jy->SetTitle(jy_var_name);
sup_axis_jy->SetTitleSize(tit_siz_y);
sup_axis_jy->SetTitleOffset(tit_off_y);
sup_axis_jy->SetLabelSize(lab_siz_y);
sup_axis_jy->SetLabelOffset(lab_off_y);
sup_axis_jy->SetTickSize(tic_siz_y);
sup_axis_jy->Draw("SAME");
//--------------------------- ViewSMGrid
f1 = 0;
f2 = 0;
f3 = 0;
gStyle->SetTextColor(fCnaParHistos->ColorDefinition("noir"));
} // end of ViewSMGrid
| void TEcnaHistos::ViewSMTowerNumberingPad | ( | const Int_t & | SMNumber | ) |
Definition at line 3526 of file TEcnaHistos.cc.
References TEcnaParHistos::ColorDefinition(), fCdelete, fCdeleteRoot, fCnaParHistos, fCnew, fCnewRoot, fEcal, fEcalNumbering, fgMaxCar, TEcnaNumbering::GetEta(), TEcnaNumbering::GetPhi(), TEcnaNumbering::GetPhiMin(), TEcnaNumbering::GetSMHalfBarrel(), TEcnaNumbering::GetTowerLvrbType(), TEcnaParEcal::MaxCrysEtaInTow(), TEcnaParEcal::MaxCrysPhiInTow(), TEcnaParEcal::MaxTowEtaInSM(), TEcnaParEcal::MaxTowInSM(), TEcnaParEcal::MaxTowPhiInSM(), TEcnaParHistos::SetColorsForNumbers(), and ViewSMGrid().
Referenced by SMTowerNumbering(), and ViewStexStinNumberingPad().
{
//display the tower numbering of the super-module in a Pad
gStyle->SetTitleW(0.2); // taille titre histos
gStyle->SetTitleH(0.07);
ViewSMGrid(SMNumber, " ");
Color_t couleur_rouge = fCnaParHistos->SetColorsForNumbers("lvrb_top");
Color_t couleur_bleu_fonce = fCnaParHistos->SetColorsForNumbers("lvrb_bottom");
//..... Ecriture des numeros de tours dans la grille..... (ViewSMTowerNumberingPad)
char* f_in = new char[fgMaxCar]; fCnew++;
gStyle->SetTextSize(0.075);
// x_channel, y_channel: coordinates of the text "Txx"
Int_t y_channel = 12;
Int_t x_channel = 12;
Int_t max_tow_phi = fEcal->MaxTowPhiInSM()*fEcal->MaxCrysPhiInTow();
//------------------ LOOP ON THE SM_TOWER NUMBER (ViewSMTowerNumberingPad)
TText *text_SMtow_num = new TText(); fCnewRoot++;
for (Int_t i_SMtow = 1; i_SMtow <= fEcal->MaxTowInSM(); i_SMtow++)
{
if(fEcalNumbering->GetTowerLvrbType(i_SMtow) == "top")
{text_SMtow_num->SetTextColor(couleur_rouge);}
if(fEcalNumbering->GetTowerLvrbType(i_SMtow) == "bottom")
{text_SMtow_num->SetTextColor(couleur_bleu_fonce);}
//................................ x from eta
Double_t x_from_eta = fEcalNumbering->GetEta(SMNumber, i_SMtow, x_channel) - (Double_t)1;
if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-")
{x_from_eta = fEcal->MaxTowEtaInSM()*fEcal->MaxCrysEtaInTow() + x_from_eta + (Double_t)1;}
//................................ y from phi
Double_t y_from_phi = max_tow_phi - 1
- (fEcalNumbering->GetPhi(SMNumber, i_SMtow, y_channel) - fEcalNumbering->GetPhiMin(SMNumber));
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-")
{y_from_phi = - y_from_phi + fEcal->MaxTowPhiInSM()*fEcal->MaxCrysPhiInTow() - (Double_t)1;}
sprintf(f_in, "%d", i_SMtow);
text_SMtow_num->DrawText(x_from_eta, y_from_phi, f_in); // <=== prend du temps si on mets "T%d" dans le sprintf
}
text_SMtow_num->Delete(); text_SMtow_num = 0; fCdeleteRoot++;
//.................................................... legende (ViewSMTowerNumberingPad)
Double_t offset_tow_tex_eta = (Double_t)8.;
Double_t offset_tow_tex_phi = (Double_t)15.;
Color_t couleur_noir = fCnaParHistos->ColorDefinition("noir");
Double_t x_legend = (Double_t)0.;
Double_t y_legend = (Double_t)0.;
Int_t ref_tower = fEcal->MaxTowInSM();
//................................................. LVRB TOP (ViewSMTowerNumberingPad)
gStyle->SetTextSize(0.075);
gStyle->SetTextColor(couleur_rouge);
x_legend = fEcalNumbering->GetEta(SMNumber, ref_tower, x_channel);
y_legend = fEcalNumbering->GetPhi(SMNumber, ref_tower, y_channel) - fEcalNumbering->GetPhiMin(SMNumber);
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+" )
{
x_legend = x_legend + offset_tow_tex_eta;
y_legend = y_legend + offset_tow_tex_phi;
}
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-" )
{
x_legend = -x_legend + offset_tow_tex_eta;
y_legend = y_legend + offset_tow_tex_phi;
}
sprintf( f_in, "xx");
TText *text_legend_rouge = new TText(x_legend, y_legend, f_in); fCnewRoot++;
text_legend_rouge->Draw();
gStyle->SetTextSize(0.05);
x_legend = x_legend - (Double_t)3.5;
y_legend = y_legend - (Double_t)2.;
sprintf(f_in, " LVRB ");
TText *text_legend_rouge_expl = new TText(x_legend, y_legend, f_in); fCnewRoot++;
text_legend_rouge_expl->Draw();
y_legend = y_legend - (Double_t)1.75;
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+" ){sprintf(f_in, " <--- ");}
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-" ){sprintf(f_in, " ---> ");}
TText *text_legend_rouge_expm = new TText(x_legend, y_legend, f_in); fCnewRoot++;
text_legend_rouge_expm->Draw();
//text_legend_rouge_expl->Delete(); text_legend_rouge_expl = 0; fCdeleteRoot++;
//................................................. LVRB BOTTOM (ViewSMTowerNumberingPad)
gStyle->SetTextSize(0.075);
gStyle->SetTextColor(couleur_bleu_fonce);
x_legend = fEcalNumbering->GetEta(SMNumber, ref_tower, x_channel);
y_legend = fEcalNumbering->GetPhi(SMNumber, ref_tower, y_channel) - fEcalNumbering->GetPhiMin(SMNumber);
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+" )
{
x_legend = x_legend + offset_tow_tex_eta;
y_legend = y_legend + offset_tow_tex_phi/3;
}
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-" )
{
x_legend = -x_legend + offset_tow_tex_eta;
y_legend = y_legend + offset_tow_tex_phi/3;
}
sprintf(f_in, "xx");
TText *text_legend_bleu = new TText(x_legend, y_legend, f_in); fCnewRoot++;
text_legend_bleu->Draw();
//text_legend_bleu->Delete(); text_legend_bleu = 0; fCdeleteRoot++;
gStyle->SetTextSize(0.05);
x_legend = x_legend - (Double_t)3.5;
y_legend = y_legend - (Double_t)2.;
sprintf( f_in, " LVRB ");
TText *text_legend_bleu_expl = new TText(x_legend, y_legend, f_in); fCnewRoot++;
text_legend_bleu_expl->Draw();
y_legend = y_legend - (Double_t)1.75;
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+" ){sprintf( f_in, " ---> ");}
if( fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-" ){sprintf( f_in, " <--- ");}
TText *text_legend_bleu_expm = new TText(x_legend, y_legend, f_in); fCnewRoot++;
text_legend_bleu_expm->Draw();
//text_legend_bleu_expl->Delete(); text_legend_bleu_expl = 0; fCdeleteRoot++;
delete [] f_in; f_in = 0; fCdelete++;
gStyle->SetTextColor(couleur_noir);
}
| void TEcnaHistos::ViewStas | ( | const TString | HistoCode | ) |
Definition at line 4593 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxBottomY(), TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxRightX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, TEcnaRead::DataExist(), fCdelete, fCdeleteRoot, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexName, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fgMaxCar, fMyRootFile, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStas, fRunType, fStartDate, fStartTime, fStatusDataExist, fStatusFileFound, fStopDate, fStopTime, fTTBELL, fUserHistoMax, fUserHistoMin, GetNumberOfEvents(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetRootFileNameShort(), TEcnaRead::GetRunType(), TEcnaRead::GetStartDate(), TEcnaRead::GetStartTime(), TEcnaRead::GetStopDate(), TEcnaRead::GetStopTime(), GetXStinInStas(), TEcnaParHistos::GetYmaxDefaultValue(), TEcnaParHistos::GetYminDefaultValue(), GetYStinInStas(), i, j, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaParEcal::MaxStexInStas(), TEcnaParEcal::MaxStinEcnaInStex(), TEcnaParEcal::MaxStinHocoInStas(), TEcnaParEcal::MaxStinVecoInStas(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadAveragedHighFrequencyNoise(), TEcnaRead::ReadAveragedLowFrequencyNoise(), TEcnaRead::ReadAveragedMeanOfCorrelationsBetweenSamples(), TEcnaRead::ReadAveragedNumberOfEvents(), TEcnaRead::ReadAveragedPedestals(), TEcnaRead::ReadAveragedSigmaOfCorrelationsBetweenSamples(), TEcnaRead::ReadAveragedTotalNoise(), SetAllPavesViewStas(), SetHistoFrameYminYmaxFromMemo(), SetHistoPresentation(), SetYmaxMemoFromValue(), SetYminMemoFromValue(), and ViewStasGrid().
Referenced by StasHocoVecoAveragedHighFrequencyNoise(), StasHocoVecoAveragedLowFrequencyNoise(), StasHocoVecoAveragedMeanOfCorss(), StasHocoVecoAveragedNumberOfEvents(), StasHocoVecoAveragedPedestals(), StasHocoVecoAveragedSigmaOfCorss(), and StasHocoVecoAveragedTotalNoise().
{
// (Hoco, Veco) matrices for all the Stex's of a Stas
//......................... matrix title
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
if (HistoCode == "D_NOE_ChNb"){sprintf(f_in_mat_tit, "Number of Events");}
if (HistoCode == "D_Ped_ChNb"){sprintf(f_in_mat_tit, "Pedestals");}
if (HistoCode == "D_TNo_ChNb"){sprintf(f_in_mat_tit, "Total Noise");}
if (HistoCode == "D_MCs_ChNb"){sprintf(f_in_mat_tit, "Mean Cor(s,s')");}
if (HistoCode == "D_LFN_ChNb"){sprintf(f_in_mat_tit, "Low Frequency Noise");}
if (HistoCode == "D_HFN_ChNb"){sprintf(f_in_mat_tit, "High Frequency Noise");}
if (HistoCode == "D_SCs_ChNb"){sprintf(f_in_mat_tit, "Sigma Cor(s,s')");}
//.... Axis parameters: *** WARNING *** EB ===> x (Bid Hoco) = phi (StinVeco), y (Bid Veco) = eta (StinHoco)
Int_t GeoBidSizeHoco = fEcal->MaxStinVecoInStas();
Int_t GeoBidSizeVeco = fEcal->MaxStinHocoInStas();
Int_t vertic_empty_strips = 3;
Int_t vertic_empty_strip_1 = 1;
if ( fFlagSubDet == "EE" )
{
// for empty vertical strips: before EE-, between EE- and EE+, after EE+ on plot
GeoBidSizeHoco = fEcal->MaxStinHocoInStas() + vertic_empty_strips;
GeoBidSizeVeco = fEcal->MaxStinVecoInStas();
}
Int_t nb_binx = GeoBidSizeHoco;
Int_t nb_biny = GeoBidSizeVeco;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeHoco;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizeVeco;
TString axis_x_var_name = " #Hoco ";
TString axis_y_var_name = " #varVeco ";
//............. matrices reading and histogram filling (ViewStas)
TH2D* h_geo_bid = new TH2D("geobidim_Hoco_Veco", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_geo_bid->Reset();
Int_t CounterExistingFile = 0;
Int_t CounterDataExist = 0;
Int_t* xFapNbOfEvts = new Int_t[fEcal->MaxStexInStas()]; fCnew++;
for(Int_t i=0; i<fEcal->MaxStexInStas(); i++){xFapNbOfEvts[i]=0;}
Int_t* NOFE_int = new Int_t[fEcal->MaxCrysEcnaInStex()]; fCnew++;
//......................................................................... (ViewStas)
for(Int_t iStasStex=0; iStasStex<fEcal->MaxStexInStas(); iStasStex++)
{
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
iStasStex+1, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewStas)
{
fStatusFileFound = kTRUE;
CounterExistingFile++;
xFapNbOfEvts[iStasStex] = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
//----------------------------------------------------------------------------- file reading
TString fp_name_short = fMyRootFile->GetRootFileNameShort();
// cout << "*TEcnaHistos::ViewStas(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
//....................... search for first and last dates
if( iStasStex == 0 )
{
fStartTime = fMyRootFile->GetStartTime();
fStopTime = fMyRootFile->GetStopTime();
fStartDate = fMyRootFile->GetStartDate();
fStopDate = fMyRootFile->GetStopDate();
}
else
{
time_t xStartTime = fMyRootFile->GetStartTime();
time_t xStopTime = fMyRootFile->GetStopTime();
TString xStartDate = fMyRootFile->GetStartDate();
TString xStopDate = fMyRootFile->GetStopDate();
if( xStartTime < fStartTime ){fStartTime = xStartTime; fStartDate = xStartDate;}
if( xStopTime > fStopTime ){fStopTime = xStopTime; fStopDate = xStopDate;}
}
fRunType = fMyRootFile->GetRunType();
//............................................... matrices reading (ViewStas)
TVectorD partial_histp(fEcal->MaxStinEcnaInStex());
for(Int_t i=0; i<fEcal->MaxStinEcnaInStex(); i++){partial_histp(i)=(Double_t)0.;}
TMatrixD read_matrix(nb_binx, nb_biny);
for(Int_t i=0; i<nb_binx; i++)
{for(Int_t j=0; j<nb_biny; j++){read_matrix(i,j)=(Double_t)0.;}}
if( HistoCode == "D_NOE_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedNumberOfEvents(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_Ped_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedPedestals(fEcal->MaxStinEcnaInStex());}
if (HistoCode == "D_TNo_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedTotalNoise(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_MCs_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedMeanOfCorrelationsBetweenSamples(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_LFN_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedLowFrequencyNoise(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_HFN_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedHighFrequencyNoise(fEcal->MaxStinEcnaInStex());}
if( HistoCode == "D_SCs_ChNb" ){
partial_histp = fMyRootFile->ReadAveragedSigmaOfCorrelationsBetweenSamples(fEcal->MaxStinEcnaInStex());}
if ( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
CounterDataExist++;
for(Int_t i0StexStinEcna=0; i0StexStinEcna<fEcal->MaxStinEcnaInStex(); i0StexStinEcna++)
{
//-------------------------------------- Geographical bidim filling (ViewStas)
Int_t i_xgeo = GetXStinInStas(iStasStex, i0StexStinEcna, vertic_empty_strip_1);
Int_t i_ygeo = GetYStinInStas(iStasStex, i0StexStinEcna);
if(i_xgeo >=0 && i_xgeo < nb_binx && i_ygeo >=0 && i_ygeo < nb_biny)
{
Int_t n1StexStinEcna = i0StexStinEcna+1;
if( fFlagSubDet == "EB" )
{
read_matrix(i_xgeo, i_ygeo) = partial_histp(i0StexStinEcna);
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)i_ygeo,
(Double_t)read_matrix(i_xgeo, i_ygeo));
}
if( fFlagSubDet == "EE" )
{
//---------------------> do not draw bin for SCEcna = 10 or 11
if( !( (n1StexStinEcna == 10 || n1StexStinEcna == 11 ||
n1StexStinEcna == 29 || n1StexStinEcna == 32) ) )
{
read_matrix(i_xgeo, i_ygeo) = partial_histp(i0StexStinEcna);
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)i_ygeo,
(Double_t)read_matrix(i_xgeo, i_ygeo));
}
if( n1StexStinEcna == 29 )
{
//---------------------------------------------------------------------------------
// Average on SCEcna 29 (x1+x2+x3+x6+x7) and SCEcna 10: (x11)
// (x = Xtal# in SC; see CMS NOTE 2006/027, p.10)
//
// (x1+x2+x3+x6+x7)/5 = partial_histp(29-1) ; x11 = partial_histp(10-1)
//
// => (x1+x2+x3+x6+x7+x11)/6 = partial_histp(29-1)*5/6 + partial_histp(10-1)/6
//
// // except for "D_NOE_ChNb" because average done in ReadAveragedNumberOfEvents
// // (no averaged NbOfEvts in root file)
//---------------------------------------------------------------------------------
read_matrix(i_xgeo, i_ygeo) =
partial_histp(i0StexStinEcna)*(Double_t)(5./6.) + partial_histp(9)/(Double_t)6.;
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)i_ygeo,
(Double_t)read_matrix(i_xgeo, i_ygeo));
}
//if( n1StexStinEcna == 32 && HistoCode != "D_NOE_ChNb" )
if( n1StexStinEcna == 32 )
{
//---- same as previous case: replace SCEcna 29 by 32 AND SCEcna 10 by 11
//----> (x1+x2+x3+x6+x7+x11)/6 = partial_histp(32-1)*5/6 + partial_histp(11-1)/6
read_matrix(i_xgeo, i_ygeo) =
partial_histp(i0StexStinEcna)*(Double_t)(5./6.) + partial_histp(10)/(Double_t)6.;
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)i_ygeo,
(Double_t)read_matrix(i_xgeo, i_ygeo));
}
} // end of if( fFlagSubDet == "EE" )
} // end of if(i_xgeo >=0 && i_xgeo < nb_binx && i_ygeo >=0 && i_ygeo < nb_biny)
} // end of for(Int_t i0StexStinEcna=0; i0StexStinEcna<fEcal->MaxStinEcnaInStex(); i0StexStinEcna++)
} // end of if ( fMyRootFile->DataExist() == kTRUE )
else
{
fStatusDataExist = kFALSE;
cout << "!TEcnaHistos::ViewStas(...)> "
<< " Data not available for " << fFapStexName << " " << iStasStex+1
<< " (Quantity not present in the ROOT file)" << fTTBELL << endl;
}
} // end of if( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewStas(...)> "
<< " Data not available for " << fFapStexName << " " << iStasStex+1
<< " (ROOT file not found)" << fTTBELL << endl;
}
if( fFapNbOfEvts <= xFapNbOfEvts[iStasStex] ){fFapNbOfEvts = xFapNbOfEvts[iStasStex];}
} // end of for(Int_t iStasStex=0; iStasStex<fEcal->MaxStexInStas(); iStasStex++)
delete [] NOFE_int; NOFE_int = 0; fCdelete++;
delete [] xFapNbOfEvts; xFapNbOfEvts = 0; fCdelete++;
if( CounterExistingFile > 0 && CounterDataExist > 0 )
{
//=============== H I S T O M I N / M A X M A N A G E M E N T ============ (ViewStas)
//................................ Put histo min max values
//.......... default if flag not set to "ON"
SetYminMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
SetYmaxMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
if( fUserHistoMin == fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//.......... user's value if flag set to "ON"
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(HistoCode.Data(), h_geo_bid->GetMinimum()); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(HistoCode.Data(), h_geo_bid->GetMaximum()); fFlagUserHistoMax = "OFF";}
//...................................... histo set ymin and ymax
Int_t xFlagAutoYsupMargin = 0;
xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_geo_bid, HistoCode);
// ************************** A GARDER EN RESERVE *******************************
//............. special contour level for correlations (square root wise scale)
//if ( HistoCode == "D_MCs_ChNb" )
//{
// Int_t nb_niv = 9;
// Double_t* cont_niv = new Double_t[nb_niv]; fCnew++;
// SqrtContourLevels(nb_niv, &cont_niv[0]);
// h_geo_bid->SetContour(nb_niv, &cont_niv[0]);
// delete [] cont_niv; fCdelete++;
//}
// ******************************** (FIN RESERVE) *******************************
// =================================== P L O T S ======================== (ViewStas)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
if( fFlagSubDet == "EB")
{canv_w = fCnaParHistos->CanvasFormatW("phietaEB");
canv_h = fCnaParHistos->CanvasFormatH("phietaEB");}
if( fFlagSubDet == "EE")
{canv_w = fCnaParHistos->CanvasFormatW("IYIXEE");
canv_h = fCnaParHistos->CanvasFormatH("IYIXEE");}
//............................................... paves commentaires (ViewStas)
SetAllPavesViewStas();
//------------------------------------ Canvas name ----------------- (ViewStas)
TString name_cov_cor;
Int_t MaxCar = fgMaxCar;
name_cov_cor.Resize(MaxCar);
name_cov_cor = "?";
if( HistoCode == "D_NOE_ChNb"){name_cov_cor = "Number_of_Events";}
if( HistoCode == "D_Ped_ChNb"){name_cov_cor = "Pedestals";}
if( HistoCode == "D_TNo_ChNb"){name_cov_cor = "Total_noise";}
if( HistoCode == "D_MCs_ChNb"){name_cov_cor = "Mean_Corss";}
if( HistoCode == "D_LFN_ChNb"){name_cov_cor = "Low_Fq_Noise";}
if( HistoCode == "D_HFN_ChNb"){name_cov_cor = "High_Fq_Noise";}
if( HistoCode == "D_SCs_ChNb"){name_cov_cor = "Sigma_Corss";}
TString name_visu;
MaxCar = fgMaxCar;
name_visu.Resize(MaxCar);
name_visu = "colz";
sprintf(f_in, "%s_%s_S1_%d_R%d_%d_%d_%s_%s_HocoVeco",
name_cov_cor.Data(), fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFlagSubDet.Data(), name_visu.Data());
if( fFlagSubDet == "EB" ){SetHistoPresentation((TH1D*)h_geo_bid, "Stas2DEB");}
if( fFlagSubDet == "EE" ){SetHistoPresentation((TH1D*)h_geo_bid, "Stas2DEE");}
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w, canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistos::ViewStas(...)> Plot is displayed on canvas ----> " << f_in << endl;
delete [] f_in; f_in = 0; fCdelete++;
//------------------------ Canvas draw and update ------------ (ViewStas)
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStas->Draw();
fPavComAnaRun->Draw();
fPavComNbOfEvts->Draw();
//----------------------------------------------------------- pad margins
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("bottom_left_box") + 0.005;
Double_t x_margin = x_low;
Double_t y_margin = y_low;
MainCanvas->Divide( 1, 1, x_margin, y_margin);
// Divide(nx, ny, x_margin, y_margin, color);
gPad->cd(1);
//........................... specific EE
if( fFlagSubDet == "EE" ){
Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("top_left_box_EE") - 0.005;
TVirtualPad* main_subpad = gPad;
main_subpad->SetPad(x_low, y_low, x_up, y_up);}
//------------------------------------------------------------
h_geo_bid->GetXaxis()->SetTitle(axis_x_var_name);
h_geo_bid->GetYaxis()->SetTitle(axis_y_var_name);
h_geo_bid->DrawCopy("COLZ");
// trace de la grille ---------------- (ViewStas)
ViewStasGrid(vertic_empty_strips);
gPad->Draw();
gPad->Update();
// delete MainCanvas; fCdeleteRoot++;
}
//..................... retour aux options standard
Bool_t b_true = 1;
h_geo_bid->SetStats(b_true);
h_geo_bid->Delete(); h_geo_bid = 0; fCdeleteRoot++;
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
} // end of ViewStas(...)
| void TEcnaHistos::ViewStasGrid | ( | const Int_t & | vertic_empty_strips | ) |
Definition at line 5009 of file TEcnaHistos.cc.
References fFlagSubDet, ViewEBGrid(), and ViewEEGrid().
Referenced by ViewStas().
{
//Grid of Stas with axis Hoco and Veco
if( fFlagSubDet == "EB"){ViewEBGrid();}
if( fFlagSubDet == "EE"){ViewEEGrid(vertic_empty_strips);}
} // end of ViewStasGrid
| void TEcnaHistos::ViewStex | ( | const TString | HistoCode | ) |
Definition at line 2836 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxBottomY(), TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxRightX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, TEcnaRead::DataExist(), fCdelete, fCdeleteRoot, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fCurrentCanvas, fCurrentCanvasName, fEcal, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexName, fFapStexNumber, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fgMaxCar, fMyRootFile, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fRunType, fStartDate, fStatusDataExist, fStatusFileFound, fStopDate, fTTBELL, fUserHistoMax, fUserHistoMin, GetNumberOfEvents(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetRootFileNameShort(), TEcnaRead::GetRunType(), TEcnaRead::GetStartDate(), TEcnaRead::GetStexStinFromIndex(), TEcnaRead::GetStopDate(), GetXCrysInStex(), GetYCrysInStex(), TEcnaParHistos::GetYmaxDefaultValue(), TEcnaParHistos::GetYminDefaultValue(), i, j, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysEcnaInStex(), TEcnaParEcal::MaxCrysHocoInStin(), TEcnaParEcal::MaxCrysInStin(), TEcnaParEcal::MaxCrysVecoInStin(), TEcnaParEcal::MaxStinEcnaInStex(), TEcnaParEcal::MaxStinHocoInStex(), TEcnaParEcal::MaxStinVecoInStex(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadHighFrequencyNoise(), TEcnaRead::ReadLowFrequencyNoise(), TEcnaRead::ReadMeanOfCorrelationsBetweenSamples(), TEcnaRead::ReadNumberOfEvents(), TEcnaRead::ReadPedestals(), TEcnaRead::ReadSigmaOfCorrelationsBetweenSamples(), TEcnaRead::ReadTotalNoise(), SetAllPavesViewStex(), SetHistoFrameYminYmaxFromMemo(), SetHistoPresentation(), SetYmaxMemoFromValue(), SetYminMemoFromValue(), and ViewStexGrid().
Referenced by StexHocoVecoHighFrequencyNoise(), StexHocoVecoLowFrequencyNoise(), StexHocoVecoMeanOfCorss(), StexHocoVecoNumberOfEvents(), StexHocoVecoPedestals(), StexHocoVecoSigmaOfCorss(), and StexHocoVecoTotalNoise().
{
// (Hoco, Veco) matrices for all the Stins of a Stex
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewStex)
{
fStatusFileFound = kTRUE;
fFapNbOfEvts = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
TString fp_name_short = fMyRootFile->GetRootFileNameShort();
// cout << "*TEcnaHistos::ViewStex(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
fStartDate = fMyRootFile->GetStartDate();
fStopDate = fMyRootFile->GetStopDate();
fRunType = fMyRootFile->GetRunType();
//......................... matrix title
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
if (HistoCode == "D_NOE_ChNb") {sprintf(f_in_mat_tit, "Number of events");}
if (HistoCode == "D_Ped_ChNb") {sprintf(f_in_mat_tit, "Pedestals");}
if (HistoCode == "D_TNo_ChNb") {sprintf(f_in_mat_tit, "Total Noise");}
if (HistoCode == "D_MCs_ChNb") {sprintf(f_in_mat_tit, "Mean Cor(s,s')");}
if (HistoCode == "D_LFN_ChNb") {sprintf(f_in_mat_tit, "Low Frequency Noise");}
if (HistoCode == "D_HFN_ChNb") {sprintf(f_in_mat_tit, "High Frequency Noise");}
if (HistoCode == "D_SCs_ChNb") {sprintf(f_in_mat_tit, "Sigma Cor(s,s')");}
//................................. Axis parameters
Int_t GeoBidSizeHoco = fEcal->MaxStinHocoInStex()*fEcal->MaxCrysHocoInStin();
Int_t GeoBidSizeVeco = fEcal->MaxStinVecoInStex()*fEcal->MaxCrysVecoInStin();
Int_t nb_binx = GeoBidSizeHoco;
Int_t nb_biny = GeoBidSizeVeco;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSizeHoco;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSizeVeco;
TString axis_x_var_name = " #Hoco ";
TString axis_y_var_name = " #varVeco ";
//............. matrices reading and histogram filling (ViewStex)
TH2D* h_geo_bid = new TH2D("geobidim_Hoco_Veco", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_geo_bid->Reset();
//............................................... matrices reading
TVectorD partial_histp(fEcal->MaxCrysEcnaInStex());
for(Int_t i=0; i<fEcal->MaxCrysEcnaInStex(); i++){partial_histp(i)=(Double_t)0.;}
TMatrixD read_matrix(nb_binx, nb_biny);
for(Int_t i=0; i<nb_binx; i++)
{for(Int_t j=0; j<nb_biny; j++){read_matrix(i,j)=(Double_t)0.;}}
if (HistoCode == "D_NOE_ChNb" ){
partial_histp = fMyRootFile->ReadNumberOfEvents(fEcal->MaxCrysEcnaInStex());}
if (HistoCode == "D_Ped_ChNb" ){
partial_histp = fMyRootFile->ReadPedestals(fEcal->MaxCrysEcnaInStex());}
if (HistoCode == "D_TNo_ChNb" ){
partial_histp = fMyRootFile->ReadTotalNoise(fEcal->MaxCrysEcnaInStex());}
if (HistoCode == "D_MCs_ChNb" ){
partial_histp = fMyRootFile->ReadMeanOfCorrelationsBetweenSamples(fEcal->MaxCrysEcnaInStex());}
if (HistoCode == "D_LFN_ChNb" ){
partial_histp = fMyRootFile->ReadLowFrequencyNoise(fEcal->MaxCrysEcnaInStex());}
if (HistoCode == "D_HFN_ChNb" ){
partial_histp = fMyRootFile->ReadHighFrequencyNoise(fEcal->MaxCrysEcnaInStex());}
if (HistoCode == "D_SCs_ChNb" ){
partial_histp = fMyRootFile->ReadSigmaOfCorrelationsBetweenSamples(fEcal->MaxCrysEcnaInStex());}
if ( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
for(Int_t i0StexStinEcna=0; i0StexStinEcna<fEcal->MaxStinEcnaInStex(); i0StexStinEcna++)
{
Int_t StexStin = fMyRootFile->GetStexStinFromIndex(i0StexStinEcna);
if (StexStin != -1)
{
//------------------ Geographical bidim filling (ViewStex)
for(Int_t i0StinEcha=0; i0StinEcha<fEcal->MaxCrysInStin(); i0StinEcha++)
{
Int_t iStexEcha = (StexStin-1)*fEcal->MaxCrysInStin() + i0StinEcha;
Int_t i_xgeo = GetXCrysInStex(fFapStexNumber, StexStin, i0StinEcha);
Int_t i_ygeo = GetYCrysInStex(fFapStexNumber, StexStin, i0StinEcha);
if(i_xgeo >=0 && i_xgeo < nb_binx && i_ygeo >=0 && i_ygeo < nb_biny)
{
read_matrix(i_xgeo, i_ygeo) = partial_histp(iStexEcha);
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)i_ygeo,
(Double_t)read_matrix(i_xgeo, i_ygeo));
}
}
}
}
//=============== H I S T O M I N / M A X M A N A G E M E N T ============ (ViewStex)
//................................ Put histo min max values
//.......... default if flag not set to "ON"
SetYminMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYminDefaultValue(HistoCode.Data()));
SetYmaxMemoFromValue(HistoCode.Data(), fCnaParHistos->GetYmaxDefaultValue(HistoCode.Data()));
if( fUserHistoMin == fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//.......... user's value if flag set to "ON"
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(HistoCode.Data(), fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(HistoCode.Data(), fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(HistoCode.Data(), h_geo_bid->GetMinimum()); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(HistoCode.Data(), h_geo_bid->GetMaximum()); fFlagUserHistoMax = "OFF";}
//...................................... histo set ymin and ymax
Int_t xFlagAutoYsupMargin = 0;
xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_geo_bid, HistoCode);
// ************************** A GARDER EN RESERVE *******************************
//............. special contour level for correlations (square root wise scale)
//if ( HistoCode == "D_MCs_ChNb" )
//{
// Int_t nb_niv = 9;
// Double_t* cont_niv = new Double_t[nb_niv]; fCnew++;
// SqrtContourLevels(nb_niv, &cont_niv[0]);
// h_geo_bid->SetContour(nb_niv, &cont_niv[0]);
// delete [] cont_niv; fCdelete++;
//}
// ******************************** (FIN RESERVE) *******************************
// =================================== P L O T S ======================== (ViewStex)
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
if( fFlagSubDet == "EB")
{canv_h = fCnaParHistos->CanvasFormatH("etaphiSM");
canv_w = fCnaParHistos->CanvasFormatW("etaphiSM");}
if( fFlagSubDet == "EE")
{canv_h = fCnaParHistos->CanvasFormatH("IXIYDee");
canv_w = fCnaParHistos->CanvasFormatW("IXIYDee");}
//............................................... paves commentaires (ViewStex)
SetAllPavesViewStex(fFapStexNumber);
//------------------------------------ Canvas name ----------------- (ViewStex)
TString name_cov_cor;
Int_t MaxCar = fgMaxCar;
name_cov_cor.Resize(MaxCar);
name_cov_cor = "?";
if( HistoCode == "D_NOE_ChNb"){name_cov_cor = "Nb_Of_D_Adc_EvDs";}
if( HistoCode == "D_Ped_ChNb"){name_cov_cor = "Pedestals";}
if( HistoCode == "D_TNo_ChNb"){name_cov_cor = "Total_noise";}
if( HistoCode == "D_MCs_ChNb"){name_cov_cor = "Mean_Corss";}
if( HistoCode == "D_LFN_ChNb"){name_cov_cor = "Low_Fq_Noise";}
if( HistoCode == "D_HFN_ChNb"){name_cov_cor = "High_Fq_Noise";}
if( HistoCode == "D_SCs_ChNb"){name_cov_cor = "Sigma_Corss";}
TString name_visu;
MaxCar = fgMaxCar;
name_visu.Resize(MaxCar);
name_visu = "colz";
sprintf(f_in, "%s_%s_S1_%d_R%d_%d_%d_%s%d_%s_HocoVeco",
name_cov_cor.Data(), fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapStexName.Data(), fFapStexNumber,
name_visu.Data());
if( fFlagSubDet == "EB" ){SetHistoPresentation((TH1D*)h_geo_bid, "Stex2DEB");}
if( fFlagSubDet == "EE" ){SetHistoPresentation((TH1D*)h_geo_bid, "Stex2DEE");}
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w, canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistos::ViewStex(...)> Plot is displayed on canvas ----> " << f_in << endl;
delete [] f_in; f_in = 0; fCdelete++;
//------------------------ Canvas draw and update ------------ (ViewStex)
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStex->Draw();
fPavComAnaRun->Draw();
fPavComNbOfEvts->Draw();
//----------------------------------------------------------- pad margins
Double_t x_low = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_low = fCnaParHistos->BoxTopY("bottom_left_box") + 0.005;
Double_t x_margin = x_low;
Double_t y_margin = y_low;
MainCanvas->Divide( 1, 1, x_margin, y_margin);
// Divide(nx, ny, x_margin, y_margin, color);
gPad->cd(1);
//........................... specific EE
if( fFlagSubDet == "EE" )
{Double_t x_up = fCnaParHistos->BoxRightX("bottom_right_box") + 0.005;
Double_t y_up = fCnaParHistos->BoxBottomY("top_left_box_Dee") - 0.005;
TVirtualPad* main_subpad = gPad;
main_subpad->SetPad(x_low, y_low, x_up, y_up);}
//------------------------------------------------------------
h_geo_bid->GetXaxis()->SetTitle(axis_x_var_name);
h_geo_bid->GetYaxis()->SetTitle(axis_y_var_name);
h_geo_bid->DrawCopy("COLZ");
// trace de la grille: un rectangle = une tour ou un SC ---------------- (ViewStex)
ViewStexGrid(fFapStexNumber, " ");
gPad->Draw();
gPad->Update();
//..................... retour aux options standard
Bool_t b_true = 1;
h_geo_bid->SetStats(b_true);
h_geo_bid->Delete(); h_geo_bid = 0; fCdeleteRoot++;
// delete MainCanvas; fCdeleteRoot++;
}
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewStex(...)> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << endl;
}
} // end of ViewStex(...)
| void TEcnaHistos::ViewStexGrid | ( | const Int_t & | StexNumber, |
| const TString | c_option | ||
| ) |
Definition at line 3418 of file TEcnaHistos.cc.
References fFlagSubDet, ViewDeeGrid(), and ViewSMGrid().
Referenced by StexHocoVecoLHFCorcc(), and ViewStex().
{
//Grid of one Stex with axis Hoco and Veco
if( fFlagSubDet == "EB"){ViewSMGrid(StexNumber, c_option);}
if( fFlagSubDet == "EE"){ViewDeeGrid(StexNumber, c_option);}
} // end of ViewStexGrid
| void TEcnaHistos::ViewStexStinNumberingPad | ( | const Int_t & | StexNumber | ) |
Definition at line 3403 of file TEcnaHistos.cc.
References fFlagSubDet, ViewDeeSCNumberingPad(), and ViewSMTowerNumberingPad().
{
//display the Stin numbering of the Stex in a Pad
if( fFlagSubDet == "EB"){ViewSMTowerNumberingPad(StexNumber);}
if( fFlagSubDet == "EE"){ViewDeeSCNumberingPad(StexNumber);}
}
| void TEcnaHistos::ViewStin | ( | const Int_t & | cStexStin, |
| const TString | MatrixProbaNature | ||
| ) |
Definition at line 1780 of file TEcnaHistos.cc.
References TEcnaParHistos::BoxLeftX(), TEcnaParHistos::BoxTopY(), TEcnaParHistos::CanvasFormatH(), TEcnaParHistos::CanvasFormatW(), gather_cfg::cout, TEcnaRead::DataExist(), fCdelete, fCdeleteRoot, fCfgResultsRootFilePath, fCnaParHistos, fCnew, fCnewRoot, fCorrelationMatrix, fCovarianceMatrix, fCurrentCanvas, fCurrentCanvasName, fEcal, fEcalNumbering, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfEvts, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexName, fFapStexNumber, fFapStinName, fFlagSubDet, fFlagUserHistoMax, fFlagUserHistoMin, fgMaxCar, fMyRootFile, fPavComAnaRun, fPavComGeneralTitle, fPavComNbOfEvts, fPavComStex, fPavComStin, fRunType, fStartDate, fStatusDataExist, fStatusFileFound, fStopDate, fTTBELL, fUserHistoMax, fUserHistoMin, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), TEcnaNumbering::GetDeeSCConsFrom1DeeSCEcna(), GetNumberOfEvents(), TEcnaRead::GetReadyToReadRootFile(), TEcnaRead::GetRootFileNameShort(), TEcnaRead::GetRunType(), TEcnaRead::GetStartDate(), TEcnaRead::GetStopDate(), GetXSampInStin(), TEcnaParHistos::GetYmaxDefaultValue(), TEcnaParHistos::GetYminDefaultValue(), GetYSampInStin(), i, j, TEcnaRead::LookAtRootFile(), TEcnaParEcal::MaxCrysHocoInStin(), TEcnaParEcal::MaxCrysInStin(), TEcnaParEcal::MaxCrysVecoInStin(), TEcnaParEcal::MaxSampADC(), TEcnaParEcal::MaxStexInStas(), TEcnaParEcal::MaxStinEcnaInStex(), TEcnaRead::PrintNoComment(), TEcnaRead::ReadCorrelationsBetweenSamples(), TEcnaRead::ReadCovariancesBetweenSamples(), TEcnaRead::ReadStinNumbers(), SetAllPavesViewStin(), SetHistoFrameYminYmaxFromMemo(), SetHistoPresentation(), SetYmaxMemoFromValue(), SetYminMemoFromValue(), and ViewStinGrid().
Referenced by CorrelationsBetweenSamples(), and CovariancesBetweenSamples().
{
//cor(s,s') or cov(s,s') matrices for all the crystals of one given Stin. Option COLZ mandatory.
// cStexStin = number for cons (in case of EE)
// StexStin = ECNA number
if( (fFapStexNumber > 0) && fFapStexNumber <= fEcal->MaxStexInStas() )
{
Int_t StexStin = cStexStin;
if(fFlagSubDet == "EE" )
{StexStin = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, cStexStin);}
fMyRootFile->PrintNoComment();
fMyRootFile->GetReadyToReadRootFile(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber,
fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fCfgResultsRootFilePath.Data());
if ( fMyRootFile->LookAtRootFile() == kTRUE ) // (ViewStin)
{
fStatusFileFound = kTRUE;
fFapNbOfEvts = GetNumberOfEvents(fMyRootFile, fFapReqNbOfEvts);
TString fp_name_short = fMyRootFile->GetRootFileNameShort();
// cout << "*TEcnaHistos::ViewStin(...)> Data are analyzed from file ----> "
// << fp_name_short << endl;
TVectorD vStin(fEcal->MaxStinEcnaInStex());
for(Int_t i=0; i<fEcal->MaxStinEcnaInStex(); i++){vStin(i)=(Double_t)0.;}
vStin = fMyRootFile->ReadStinNumbers(fEcal->MaxStinEcnaInStex());
if ( fMyRootFile->DataExist() == kTRUE )
{
fStatusDataExist = kTRUE;
Int_t Stin_ok = 0;
for (Int_t index_Stin = 0; index_Stin < fEcal->MaxStinEcnaInStex(); index_Stin++)
{
if ( vStin(index_Stin) == StexStin ){Stin_ok++;}
}
if( Stin_ok == 1)
{
fStartDate = fMyRootFile->GetStartDate();
fStopDate = fMyRootFile->GetStopDate();
fRunType = fMyRootFile->GetRunType();
//......................... matrix title (ViewStin)
char* f_in_mat_tit = new char[fgMaxCar]; fCnew++;
if ( MatrixProbaNature == fCovarianceMatrix )
{sprintf(f_in_mat_tit, "Xtal's Cov(s,s') matrices in %s.",
fFapStinName.Data());}
if ( MatrixProbaNature == fCorrelationMatrix )
{sprintf(f_in_mat_tit, "Xtal's Cor(s,s') matrices in %s.",
fFapStinName.Data());}
//................................. Bidim parameters
Int_t GeoBidSize = fEcal->MaxSampADC()*fEcal->MaxCrysHocoInStin();
Int_t nb_binx = GeoBidSize;
Int_t nb_biny = GeoBidSize;
Axis_t xinf_bid = (Axis_t)0.;
Axis_t xsup_bid = (Axis_t)GeoBidSize;
Axis_t yinf_bid = (Axis_t)0.;
Axis_t ysup_bid = (Axis_t)GeoBidSize;
//--------------------------------------------------------- (ViewStin)
//............. matrices reading and histogram filling
TH2D* h_geo_bid = new TH2D("geobidim", f_in_mat_tit,
nb_binx, xinf_bid, xsup_bid,
nb_biny, yinf_bid, ysup_bid); fCnewRoot++;
h_geo_bid->Reset();
//======================================================== (ViewStin)
//----------------------------------------------- Geographical bidim filling
Int_t ReadMatSize = fFapNbOfSamples;
Int_t MatSize = fEcal->MaxSampADC();
TMatrixD read_matrix(ReadMatSize, ReadMatSize);
for(Int_t i=0; i<ReadMatSize; i++){for(Int_t j=0; j<ReadMatSize; j++)
{read_matrix(i,j)=(Double_t)0.;}}
Int_t i_data_exist = 0;
for(Int_t n_crys = 0; n_crys < fEcal->MaxCrysInStin(); n_crys++)
{
if( MatrixProbaNature == fCovarianceMatrix )
{read_matrix = fMyRootFile->ReadCovariancesBetweenSamples(StexStin, n_crys, ReadMatSize);}
if ( MatrixProbaNature == fCorrelationMatrix )
{read_matrix = fMyRootFile->ReadCorrelationsBetweenSamples(StexStin, n_crys, ReadMatSize);}
if( fMyRootFile->DataExist() == kFALSE )
{
fStatusDataExist = kFALSE;
cout << "*TEcnaHistos::ViewStin> Exiting loop over the channels." << endl;
break;
}
else
{
fStatusDataExist = kTRUE;
i_data_exist++;
for(Int_t i_samp = 0 ; i_samp < ReadMatSize ; i_samp++)
{
Int_t i_xgeo = GetXSampInStin(fFapStexNumber,
StexStin, n_crys, i_samp);
for(Int_t j_samp = 0; j_samp < ReadMatSize ; j_samp++)
{
Int_t j_ygeo = GetYSampInStin(fFapStexNumber,
StexStin, n_crys, j_samp);
h_geo_bid->Fill((Double_t)i_xgeo, (Double_t)j_ygeo,
(Double_t)read_matrix(i_samp, j_samp));
}
}
}
}
//=========== H I S T O M I N / M A X M A N A G E M E N T ======== (ViewStin)
//................................ Put histo min max values
TString quantity_code = "D_MCs_ChNb";
if( MatrixProbaNature == fCorrelationMatrix ){quantity_code = "D_MCs_ChNb";}
if( MatrixProbaNature == fCovarianceMatrix ){quantity_code = "H2HFccMosMatrix";}
//.......... default if flag not set to "ON"
SetYminMemoFromValue(quantity_code, fCnaParHistos->GetYminDefaultValue(quantity_code));
SetYmaxMemoFromValue(quantity_code, fCnaParHistos->GetYmaxDefaultValue(quantity_code));
if( fUserHistoMin == fUserHistoMax ){fFlagUserHistoMin = "AUTO"; fFlagUserHistoMax = "AUTO";}
//.......... user's min and/or max values
if( fFlagUserHistoMin == "ON" )
{SetYminMemoFromValue(quantity_code, fUserHistoMin); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "ON" )
{SetYmaxMemoFromValue(quantity_code, fUserHistoMax); fFlagUserHistoMax = "OFF";}
//................................. automatic min and/or max
if( fFlagUserHistoMin == "AUTO" )
{SetYminMemoFromValue(quantity_code, h_geo_bid->GetMinimum()); fFlagUserHistoMin = "OFF";}
if( fFlagUserHistoMax == "AUTO" )
{SetYmaxMemoFromValue(quantity_code, h_geo_bid->GetMaximum()); fFlagUserHistoMax = "OFF";}
//...................................... histo set ymin and ymax (ViewStin)
Int_t xFlagAutoYsupMargin = 0;
if ( MatrixProbaNature == fCorrelationMatrix )
{xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_geo_bid, "D_MCs_ChNb");
// ************************** A GARDER EN RESERVE *******************************
//............. special contour level for correlations (square root wise scale)
//Int_t nb_niv = 9;
//Double_t* cont_niv = new Double_t[nb_niv]; fCnew++;
//SqrtContourLevels(nb_niv, &cont_niv[0]);
//h_geo_bid->SetContour(nb_niv, &cont_niv[0]);
//delete [] cont_niv; fCdelete++;
// ******************************** (FIN RESERVE) *******************************
}
if ( MatrixProbaNature == fCovarianceMatrix )
{xFlagAutoYsupMargin = SetHistoFrameYminYmaxFromMemo((TH1D*)h_geo_bid, "D_TNo_ChNb");}
// =================================== P L O T S ======================== (ViewStin)
if( i_data_exist > 0 )
{
char* f_in = new char[fgMaxCar]; fCnew++;
//...................... Taille/format canvas
UInt_t canv_w = fCnaParHistos->CanvasFormatW("petit");
UInt_t canv_h = fCnaParHistos->CanvasFormatH("petit");
//.................................................. paves commentaires (ViewStin)
SetAllPavesViewStin(StexStin);
//------------------------------------ Canvas name ----------------- (ViewStin)
TString name_cov_cor;
Int_t MaxCar = fgMaxCar;
name_cov_cor.Resize(MaxCar);
name_cov_cor = "?";
if( MatrixProbaNature == fCovarianceMatrix ){name_cov_cor = "CovSS_Matrices_in_";}
if( MatrixProbaNature == fCorrelationMatrix){name_cov_cor = "CorSS_Matrices_in_";}
TString name_visu;
MaxCar = fgMaxCar;
name_visu.Resize(MaxCar);
name_visu = "colz";
sprintf(f_in, "%s_%s_%s_S1_%d_R%d_%d_%d_%s%d_%s%d_%s",
name_cov_cor.Data(), fFapStinName.Data(),
fFapAnaType.Data(), fFapNbOfSamples, fFapRunNumber,
fFapFirstReqEvtNumber, fFapLastReqEvtNumber,
fFapStexName.Data(), fFapStexNumber,
fFapStinName.Data(), StexStin, name_visu.Data());
SetHistoPresentation((TH1D*)h_geo_bid, "Stin");
TCanvas *MainCanvas = new TCanvas(f_in, f_in, canv_w, canv_h); fCnewRoot++;
fCurrentCanvas = MainCanvas; fCurrentCanvasName = f_in;
// cout << "*TEcnaHistos::ViewStin(...)> Plot is displayed on canvas ----> " << f_in << endl;
delete [] f_in; f_in = 0; fCdelete++;
//------------------------ Canvas draw and update ------------ (ViewStin)
if( fPavComGeneralTitle != 0 ){fPavComGeneralTitle->Draw();}
fPavComStex->Draw();
fPavComStin->Draw();
fPavComAnaRun->Draw();
fPavComNbOfEvts->Draw();
Double_t x_margin = fCnaParHistos->BoxLeftX("bottom_left_box") - 0.005;
Double_t y_margin = fCnaParHistos->BoxTopY("bottom_right_box") + 0.005;
MainCanvas->Divide(1, 1, x_margin, y_margin);
gPad->cd(1);
Int_t logy = 0;
gPad->SetLogy(logy);
h_geo_bid->DrawCopy("COLZ");
//--------------------------------------------------------------------------- (ViewStin)
Int_t size_Hoco = fEcal->MaxCrysHocoInStin();
Int_t size_Veco = fEcal->MaxCrysVecoInStin();
ViewStinGrid(fFapStexNumber, StexStin, MatSize, size_Hoco, size_Veco, " ");
gPad->Update();
h_geo_bid->SetStats((Bool_t)1);
// delete MainCanvas; fCdeleteRoot++;
}
delete [] f_in_mat_tit; f_in_mat_tit = 0; fCdelete++;
h_geo_bid->Delete(); h_geo_bid = 0; fCdeleteRoot++;
}
else
{
cout << "!TEcnaHistos::ViewStin(...)> *ERROR* =====> "
<< fFapStinName.Data() << " "
<< cStexStin << " not found."
<< " Available numbers = ";
for(Int_t i = 0; i < fEcal->MaxStinEcnaInStex(); i++)
{
if( vStin(i) > 0 )
{
if( fFlagSubDet == "EB" ){cout << (Int_t)vStin(i) << ", ";}
if( fFlagSubDet == "EE" )
{cout << fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(fFapStexNumber, (Int_t)vStin(i)) << ", ";}
}
}
cout << fTTBELL << endl;
}
} // end of if ( myRootFile->DataExist() == kTRUE )
else
{
fStatusDataExist = kFALSE;
}
} // end of if ( fMyRootFile->LookAtRootFile() == kTRUE )
else
{
fStatusFileFound = kFALSE;
cout << "!TEcnaHistos::ViewStin(...)> *ERROR* =====> "
<< " ROOT file not found" << fTTBELL << endl;
}
}
else
{
cout << "!TEcnaHistos::ViewStin(...)> " << fFapStexName.Data()
<< " = " << fFapStexNumber << ". Out of range (range = [1,"
<< fEcal->MaxStexInStas() << "]) " << fTTBELL << endl;
}
} // end of ViewStin(...)
| void TEcnaHistos::ViewStinGrid | ( | const Int_t & | StexNumber, |
| const Int_t & | StexStin, | ||
| const Int_t & | MatSize, | ||
| const Int_t & | size_Hoco, | ||
| const Int_t & | size_Veco, | ||
| const TString | chopt | ||
| ) |
Definition at line 2503 of file TEcnaHistos.cc.
References fFlagSubDet, ViewSCGrid(), and ViewTowerGrid().
Referenced by SCCrystalNumbering(), TowerCrystalNumbering(), and ViewStin().
{
//Grid of one Stin with axis Hoco and Veco
if( fFlagSubDet == "EB"){ViewTowerGrid(StexNumber, StexStin, MatSize,
size_Hoco, size_Veco, chopt);}
if( fFlagSubDet == "EE"){ViewSCGrid(StexNumber, StexStin, MatSize,
size_Hoco, size_Veco, chopt);}
} // end of ViewStinGrid
| void TEcnaHistos::ViewTowerGrid | ( | const Int_t & | SMNumber, |
| const Int_t & | n1SMTow, | ||
| const Int_t & | MatSize, | ||
| const Int_t & | size_eta, | ||
| const Int_t & | size_phi, | ||
| const TString | chopt | ||
| ) |
Definition at line 2523 of file TEcnaHistos.cc.
References TEcnaParHistos::AxisLabelOffset(), TEcnaParHistos::AxisLabelSize(), TEcnaParHistos::AxisTickSize(), TEcnaParHistos::AxisTitleOffset(), TEcnaParHistos::AxisTitleSize(), gather_cfg::cout, connectstrParser::f1, connectstrParser::f2, connectstrParser::f3, fCnaParHistos, fCnewRoot, fEcalNumbering, fTTBELL, GetEtaPhiAxisTitle(), TEcnaNumbering::GetIEtaMax(), TEcnaNumbering::GetIEtaMin(), TEcnaNumbering::GetJPhiMax(), TEcnaNumbering::GetJPhiMin(), TEcnaNumbering::GetJYDirectionEB(), TEcnaNumbering::GetPhiMax(), TEcnaNumbering::GetPhiMin(), TEcnaNumbering::GetXDirectionEB(), TEcnaNumbering::GetYDirectionEB(), i, and j.
Referenced by ViewStinGrid().
{
//Grid of one tower with axis eta and phi
//.......................... lignes verticales
Double_t xline = 0.;
Double_t yline_bot = 0.;
Double_t yline_top = (Double_t)(MatSize*size_eta);
for( Int_t i = 0 ; i < size_eta ; i++)
{
xline = xline + (Double_t)MatSize;
TLine *lin;
lin = new TLine(xline, yline_bot, xline, yline_top); fCnewRoot++;
lin->Draw();
// delete lin; fCdeleteRoot++;
}
//............................. lignes horizontales
Double_t xline_left = 0;
Double_t xline_right = (Double_t)(MatSize*size_eta);
Double_t yline = -(Double_t)MatSize;
for( Int_t j = 0 ; j < size_eta+1 ; j++)
{
yline = yline + (Double_t)MatSize;
TLine *lin;
lin = new TLine(xline_left, yline, xline_right, yline); fCnewRoot++;
lin->Draw();
// delete lin; fCdeleteRoot++;
}
//------------------ trace axes en eta et phi --------------- ViewTowerGrid
//...................................................... Axe i(eta) (x bottom) (ViewTowerGrid)
Double_t eta_min = fEcalNumbering->GetIEtaMin(SMNumber, n1SMTow);
Double_t eta_max = fEcalNumbering->GetIEtaMax(SMNumber, n1SMTow);
TString x_var_name = GetEtaPhiAxisTitle("ietaTow");
TString x_direction = fEcalNumbering->GetXDirectionEB(SMNumber);
Float_t tit_siz_x = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_x = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_x = fCnaParHistos->AxisTickSize();
Float_t tit_off_x = fCnaParHistos->AxisTitleOffset("Towx");
Float_t lab_off_x = fCnaParHistos->AxisLabelOffset("Towx");
TF1 *f1 = new TF1("f1", x_direction.Data(), eta_min, eta_max); fCnewRoot++;
TGaxis* sup_axis_x = 0;
if ( x_direction == "-x" ) // NEVER IN THIS CASE: xmin->xmax <=> right->left ("-x") direction
{sup_axis_x = new TGaxis( -(Float_t)MatSize, (Float_t)0, (Float_t)(size_eta*MatSize), (Float_t)0.,
"f1", size_eta, "BCS" , 0.); fCnewRoot++;
cout << "TEcnaHistosEB::ViewTowerGrid()> non foreseen case. eta with -x direction." << fTTBELL << endl;}
if ( x_direction == "x" ) // ALWAYS IN THIS CASE: xmin->xmax <=> left->right ("x") direction
{sup_axis_x = new TGaxis( (Float_t)0. , (Float_t)0., (Float_t)(size_eta*MatSize), (Float_t)0.,
"f1", size_eta, "CS" , 0.); fCnewRoot++;}
sup_axis_x->SetTitle(x_var_name);
sup_axis_x->SetTitleSize(tit_siz_x);
sup_axis_x->SetTitleOffset(tit_off_x);
sup_axis_x->SetLabelSize(lab_siz_x);
sup_axis_x->SetLabelOffset(lab_off_x);
sup_axis_x->SetTickSize(tic_siz_x);
sup_axis_x->Draw("SAME");
f1 = 0;
//...................................................... Axe phi (y right) (ViewTowerGrid)
Float_t tit_siz_y = fCnaParHistos->AxisTitleSize();
Float_t lab_siz_y = fCnaParHistos->AxisLabelSize();
Float_t tic_siz_y = fCnaParHistos->AxisTickSize();
Float_t tit_off_y = fCnaParHistos->AxisTitleOffset("Towy");
Float_t lab_off_y = fCnaParHistos->AxisLabelOffset("Towy");
if( chopt == "CrystalNumbering" )
{
Double_t phi_min = fEcalNumbering->GetPhiMin(SMNumber, n1SMTow);
Double_t phi_max = fEcalNumbering->GetPhiMax(SMNumber, n1SMTow);
TString y_var_name = GetEtaPhiAxisTitle("phi");
TString y_direction = fEcalNumbering->GetYDirectionEB(SMNumber);
TF1 *f2 = new TF1("f2", y_direction.Data(), phi_min, phi_max); fCnewRoot++;
TGaxis* sup_axis_y = 0;
if ( y_direction == "-x" ) // ALWAYS IN THIS CASE: ymin->ymax <=> top->bottom ("-x") direction
{sup_axis_y = new TGaxis( (Float_t)(size_eta*MatSize), (Float_t)0.,
(Float_t)(size_eta*MatSize), (Float_t)(size_phi*MatSize),
"f2", size_phi, "+CS", 0.); fCnewRoot++;}
if ( y_direction == "x" ) // NEVER IN THIS CASE: ymin->ymax <=> bottom->top ("x") direction
{sup_axis_y = new TGaxis( (Float_t)0., (Float_t)0., (Float_t) 0., (Float_t)(size_phi*MatSize),
"f2", size_phi, "BCS", 0.); fCnewRoot++;}
sup_axis_y->SetTitle(y_var_name);
sup_axis_y->SetTitleSize(tit_siz_y);
sup_axis_y->SetTitleOffset(tit_off_y);
sup_axis_y->SetLabelSize(lab_siz_y);
sup_axis_y->SetLabelOffset(lab_off_y);
sup_axis_y->SetTickSize(tic_siz_y);
sup_axis_y->Draw("SAME");
f2 = 0;
}
//...................................................... Axe j(phi) (y left) (ViewTowerGrid)
Double_t j_phi_min = fEcalNumbering->GetJPhiMin(SMNumber, n1SMTow);
Double_t j_phi_max = fEcalNumbering->GetJPhiMax(SMNumber, n1SMTow);
TString jy_var_name = GetEtaPhiAxisTitle("jphiTow");
TString jy_direction = fEcalNumbering->GetJYDirectionEB(SMNumber);
TF1 *f3 = new TF1("f3", jy_direction.Data(), j_phi_min, j_phi_max); fCnewRoot++;
TGaxis* sup_axis_jy = 0;
sup_axis_jy = new TGaxis( (Float_t)0., (Float_t)0.,
(Float_t)0., (Float_t)(size_phi*MatSize),
"f3", size_phi, "SC", 0.); fCnewRoot++;
sup_axis_jy->SetTitle(jy_var_name);
sup_axis_jy->SetTitleSize(tit_siz_y);
sup_axis_jy->SetTitleOffset(tit_off_y);
sup_axis_jy->SetLabelSize(lab_siz_y);
sup_axis_jy->SetLabelOffset(lab_off_y);
sup_axis_jy->SetTickSize(tic_siz_y);
sup_axis_jy->Draw("SAME");
f3 = 0;
} // end of ViewTowerGrid
| void TEcnaHistos::WriteHistoAscii | ( | const TString | HistoCode, |
| const Int_t & | HisSize, | ||
| const TVectorD & | read_histo | ||
| ) |
Definition at line 13538 of file TEcnaHistos.cc.
References fAsciiFileName, fCnaWrite, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexNumber, fStartDate, fStartTime, fStopDate, fStopTime, TEcnaWrite::GetAsciiFileName(), TEcnaWrite::RegisterFileParameters(), and TEcnaWrite::WriteAsciiHisto().
Referenced by ViewHisto().
{
// write matrix in ascii file
fCnaWrite->RegisterFileParameters(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fStartDate, fStopDate,
fStartTime, fStopTime);
fCnaWrite->WriteAsciiHisto(HistoCode, HisSize, read_histo);
fAsciiFileName = fCnaWrite->GetAsciiFileName();
}
| void TEcnaHistos::WriteMatrixAscii | ( | const TString | MatrixElement, |
| const TString | MatrixProbaNature, | ||
| const Int_t & | StexStinEcna, | ||
| const Int_t & | MatrixBinIndex, | ||
| const Int_t & | MatSize, | ||
| const TMatrixD & | read_matrix | ||
| ) |
Definition at line 13513 of file TEcnaHistos.cc.
References fAsciiFileName, fBetweenSamples, fCnaWrite, fCorrelationMatrix, fCovarianceMatrix, fFapAnaType, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapNbOfSamples, fFapReqNbOfEvts, fFapRunNumber, fFapStexNumber, fStartDate, fStartTime, fStopDate, fStopTime, TEcnaWrite::GetAsciiFileName(), TEcnaWrite::RegisterFileParameters(), TEcnaWrite::WriteAsciiCorrelationsBetweenSamples(), and TEcnaWrite::WriteAsciiCovariancesBetweenSamples().
Referenced by ViewMatrix().
{
// write matrix in ascii file
Int_t ChanNumber = MatrixBinIndex;
fCnaWrite->RegisterFileParameters(fFapAnaType, fFapNbOfSamples,
fFapRunNumber, fFapFirstReqEvtNumber, fFapLastReqEvtNumber, fFapReqNbOfEvts,
fFapStexNumber, fStartDate, fStopDate, fStartTime, fStopTime);
if( MatrixElement == fBetweenSamples && MatrixProbaNature == fCorrelationMatrix )
{
fCnaWrite->WriteAsciiCorrelationsBetweenSamples(StexStinEcna, ChanNumber, MatSize, read_matrix);
fAsciiFileName = fCnaWrite->GetAsciiFileName();
}
if( MatrixElement == fBetweenSamples && MatrixProbaNature == fCovarianceMatrix )
{
fCnaWrite->WriteAsciiCovariancesBetweenSamples(StexStinEcna, ChanNumber, MatSize, read_matrix);
fAsciiFileName = fCnaWrite->GetAsciiFileName();
}
}
| void TEcnaHistos::XtalHighFrequencyNoiseRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7710 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoiseRuns(), and XtalHighFrequencyNoiseRuns().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_HFN_RuDs", PlotOption);
}
| void TEcnaHistos::XtalHighFrequencyNoiseRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7707 of file TEcnaHistos.cc.
References XtalHighFrequencyNoiseRuns().
{XtalHighFrequencyNoiseRuns(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalLowFrequencyNoiseRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7677 of file TEcnaHistos.cc.
References XtalLowFrequencyNoiseRuns().
{XtalLowFrequencyNoiseRuns(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalLowFrequencyNoiseRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7680 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalLowFrequencyNoiseRuns(), and XtalLowFrequencyNoiseRuns().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_LFN_RuDs", PlotOption);
}
| void TEcnaHistos::XtalMeanOfCorssRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7648 of file TEcnaHistos.cc.
References XtalMeanOfCorssRuns().
{XtalMeanOfCorssRuns(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalMeanOfCorssRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7651 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalMeanOfCorssRuns(), and XtalMeanOfCorssRuns().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_MCs_RuDs", PlotOption);
}
| void TEcnaHistos::XtalPedestalsRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7592 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalPedestalsRuns(), and XtalPedestalsRuns().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_Ped_RuDs", PlotOption);
}
| void TEcnaHistos::XtalPedestalsRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7589 of file TEcnaHistos.cc.
References XtalPedestalsRuns().
{XtalPedestalsRuns(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalSamplesEv | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 6083 of file TEcnaHistos.cc.
References gather_cfg::cout, fEcal, fEcalNumbering, fFapStexName, fFapStexNumber, fFlagSubDet, fTTBELL, fZerv, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), TEcnaParEcal::MaxStexInStas(), and ViewHisto().
Referenced by TEcnaGui::ViewHistoCrystalSampleMeans(), and XtalSamplesEv().
{
if( fFapStexNumber != 0 )
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHisto(StexStin_A, i0StinEcha, fZerv, "D_MSp_Samp", PlotOption);
}
else
{
cout << "!TEcnaHistos::XtalSamplesEv(...)> " << fFapStexName.Data() << " number = " << fFapStexNumber
<< " out of range (range = [1," << fEcal->MaxStexInStas() << "])" << fTTBELL << endl;
}
}
| void TEcnaHistos::XtalSamplesEv | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 6081 of file TEcnaHistos.cc.
References XtalSamplesEv().
{XtalSamplesEv(aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalSamplesSigma | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 6103 of file TEcnaHistos.cc.
References gather_cfg::cout, fEcal, fEcalNumbering, fFapStexName, fFapStexNumber, fFlagSubDet, fTTBELL, fZerv, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), TEcnaParEcal::MaxStexInStas(), and ViewHisto().
Referenced by TEcnaGui::ViewHistoCrystalSigmasOfSamples(), and XtalSamplesSigma().
{
if( fFapStexNumber != 0 )
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHisto(StexStin_A, i0StinEcha, fZerv, "D_SSp_Samp", PlotOption);
}
else
{
cout << "!TEcnaHistos::XtalSamplesSigma(...)> " << fFapStexName.Data() << " number = " << fFapStexNumber
<< " out of range (range = [1," << fEcal->MaxStexInStas() << "])" << fTTBELL << endl;
}
}
| void TEcnaHistos::XtalSamplesSigma | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 6101 of file TEcnaHistos.cc.
References XtalSamplesSigma().
{XtalSamplesSigma(aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalSampleValues | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 6123 of file TEcnaHistos.cc.
References gather_cfg::cout, fEcal, fEcalNumbering, fFapStexName, fFapStexNumber, fFlagSubDet, fTTBELL, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), TEcnaParEcal::MaxStexInStas(), and ViewHisto().
Referenced by TEcnaGui::ViewHistoCrystalSampleValues(), and XtalSampleValues().
{
if( fFapStexNumber != 0 )
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHisto(StexStin_A, i0StinEcha, iSample, "D_Adc_EvNb", PlotOption);
}
else
{
cout << "!TEcnaHistos::XtalSampleValues(...)> " << fFapStexName.Data() << " number = " << fFapStexNumber
<< " out of range (range = [1," << fEcal->MaxStexInStas() << "])" << fTTBELL << endl;
}
}
| void TEcnaHistos::XtalSampleValues | ( | const Int_t & | aStexStin_A, |
| const Int_t & | i0StinEcha, | ||
| const Int_t & | iSample | ||
| ) |
Definition at line 6121 of file TEcnaHistos.cc.
References XtalSampleValues().
{XtalSampleValues(aStexStin_A, i0StinEcha, iSample, "ONLYONE");}
| void TEcnaHistos::XtalSigmaOfCorssRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7737 of file TEcnaHistos.cc.
References XtalSigmaOfCorssRuns().
{XtalSigmaOfCorssRuns(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalSigmaOfCorssRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7740 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalSigmaOfCorssRuns(), and XtalSigmaOfCorssRuns().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_SCs_RuDs", PlotOption);
}
| void TEcnaHistos::XtalTimeHighFrequencyNoise | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7696 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalHighFrequencyNoise(), and XtalTimeHighFrequencyNoise().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_HFN_Date", PlotOption);
}
| void TEcnaHistos::XtalTimeHighFrequencyNoise | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7693 of file TEcnaHistos.cc.
References XtalTimeHighFrequencyNoise().
{XtalTimeHighFrequencyNoise(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalTimeLowFrequencyNoise | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7663 of file TEcnaHistos.cc.
References XtalTimeLowFrequencyNoise().
{XtalTimeLowFrequencyNoise(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalTimeLowFrequencyNoise | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7666 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalLowFrequencyNoise(), and XtalTimeLowFrequencyNoise().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_LFN_Date", PlotOption);
}
| void TEcnaHistos::XtalTimeMeanOfCorss | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7634 of file TEcnaHistos.cc.
References XtalTimeMeanOfCorss().
{XtalTimeMeanOfCorss(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalTimeMeanOfCorss | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7637 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalMeanOfCorss(), and XtalTimeMeanOfCorss().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_MCs_Date", PlotOption);
}
| void TEcnaHistos::XtalTimePedestals | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7578 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalPedestals(), and XtalTimePedestals().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_Ped_Date", PlotOption);
}
| void TEcnaHistos::XtalTimePedestals | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7575 of file TEcnaHistos.cc.
References XtalTimePedestals().
{XtalTimePedestals(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalTimeSigmaOfCorss | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7723 of file TEcnaHistos.cc.
References XtalTimeSigmaOfCorss().
{XtalTimeSigmaOfCorss(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalTimeSigmaOfCorss | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7726 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalSigmaOfCorss(), and XtalTimeSigmaOfCorss().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_SCs_Date", PlotOption);
}
| void TEcnaHistos::XtalTimeTotalNoise | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7605 of file TEcnaHistos.cc.
References XtalTimeTotalNoise().
{XtalTimeTotalNoise(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
| void TEcnaHistos::XtalTimeTotalNoise | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7608 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalTotalNoise(), and XtalTimeTotalNoise().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_TNo_Date", PlotOption);
}
| void TEcnaHistos::XtalTotalNoiseRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha, | ||
| const TString | PlotOption | ||
| ) |
Definition at line 7622 of file TEcnaHistos.cc.
References fEcalNumbering, fFapStexNumber, fFlagSubDet, TEcnaNumbering::Get1DeeSCEcnaFromDeeSCCons(), and ViewHistime().
Referenced by TEcnaGui::ViewHistimeCrystalTotalNoiseRuns(), and XtalTotalNoiseRuns().
{
Int_t StexStin_A = aStexStin_A;
if( fFlagSubDet == "EE" )
{StexStin_A = fEcalNumbering->Get1DeeSCEcnaFromDeeSCCons(fFapStexNumber, aStexStin_A);}
ViewHistime(list_of_run_file_name, StexStin_A, i0StinEcha, "H_TNo_RuDs", PlotOption);
}
| void TEcnaHistos::XtalTotalNoiseRuns | ( | const TString | list_of_run_file_name, |
| const Int_t & | aStexStin_A, | ||
| const Int_t & | i0StinEcha | ||
| ) |
Definition at line 7619 of file TEcnaHistos.cc.
References XtalTotalNoiseRuns().
{XtalTotalNoiseRuns(list_of_run_file_name, aStexStin_A, i0StinEcha, "ONLYONE");}
TString TEcnaHistos::fAsciiFileName [private] |
Definition at line 110 of file TEcnaHistos.h.
Referenced by AsciiFileName(), Init(), WriteHistoAscii(), and WriteMatrixAscii().
TString TEcnaHistos::fBetweenSamples [private] |
Definition at line 144 of file TEcnaHistos.h.
Referenced by CorrelationsBetweenSamples(), CovariancesBetweenSamples(), Init(), SetAllPavesViewMatrix(), ViewMatrix(), and WriteMatrixAscii().
TCanvas* TEcnaHistos::fCanvD_Adc_EvDs [private] |
Definition at line 467 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_Adc_EvNb [private] |
Definition at line 468 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_HFN_ChDs [private] |
Definition at line 462 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_HFN_ChNb [private] |
Definition at line 461 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_LFN_ChDs [private] |
Definition at line 460 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_LFN_ChNb [private] |
Definition at line 459 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_MCs_ChDs [private] |
Definition at line 458 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_MCs_ChNb [private] |
Definition at line 457 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_MSp_Samp [private] |
Definition at line 465 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_NOE_ChDs [private] |
Definition at line 452 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_NOE_ChNb [private] |
Definition at line 451 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_Ped_ChDs [private] |
Definition at line 454 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_Ped_ChNb [private] |
Definition at line 453 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_SCs_ChDs [private] |
Definition at line 464 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_SCs_ChNb [private] |
Definition at line 463 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_SSp_Samp [private] |
Definition at line 466 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_TNo_ChDs [private] |
Definition at line 456 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvD_TNo_ChNb [private] |
Definition at line 455 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH1SamePlus [private] |
Definition at line 450 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), NewCanvas(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_HFN_Date [private] |
Definition at line 473 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_HFN_RuDs [private] |
Definition at line 479 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_LFN_Date [private] |
Definition at line 472 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_LFN_RuDs [private] |
Definition at line 478 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_MCs_Date [private] |
Definition at line 471 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_MCs_RuDs [private] |
Definition at line 477 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_Ped_Date [private] |
Definition at line 469 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_Ped_RuDs [private] |
Definition at line 475 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_SCs_Date [private] |
Definition at line 474 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_SCs_RuDs [private] |
Definition at line 480 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_TNo_Date [private] |
Definition at line 470 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvas* TEcnaHistos::fCanvH_TNo_RuDs [private] |
Definition at line 476 of file TEcnaHistos.h.
Referenced by ActivePad(), CreateCanvas(), GetCurrentCanvas(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fCanvSameD_Adc_EvDs [private] |
Definition at line 589 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_Adc_EvNb [private] |
Definition at line 589 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_HFN_ChDs [private] |
Definition at line 586 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_HFN_ChNb [private] |
Definition at line 586 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_LFN_ChDs [private] |
Definition at line 585 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_LFN_ChNb [private] |
Definition at line 585 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_MCs_ChDs [private] |
Definition at line 584 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_MCs_ChNb [private] |
Definition at line 584 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_MSp_Samp [private] |
Definition at line 588 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_NOE_ChDs [private] |
Definition at line 581 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_NOE_ChNb [private] |
Definition at line 581 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_Ped_ChDs [private] |
Definition at line 582 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_Ped_ChNb [private] |
Definition at line 582 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_SCs_ChDs [private] |
Definition at line 587 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_SCs_ChNb [private] |
Definition at line 587 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_SSp_Samp [private] |
Definition at line 588 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_TNo_ChDs [private] |
Definition at line 583 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameD_TNo_ChNb [private] |
Definition at line 583 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH1SamePlus [private] |
Definition at line 580 of file TEcnaHistos.h.
Referenced by Init(), NewCanvas(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_HFN_Date [private] |
Definition at line 593 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_HFN_RuDs [private] |
Definition at line 593 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_LFN_Date [private] |
Definition at line 592 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_LFN_RuDs [private] |
Definition at line 592 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_MCs_Date [private] |
Definition at line 594 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_MCs_RuDs [private] |
Definition at line 594 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_Ped_Date [private] |
Definition at line 590 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_Ped_RuDs [private] |
Definition at line 590 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_SCs_Date [private] |
Definition at line 595 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_SCs_RuDs [private] |
Definition at line 595 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_TNo_Date [private] |
Definition at line 591 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCanvSameH_TNo_RuDs [private] |
Definition at line 591 of file TEcnaHistos.h.
Referenced by Init(), ReInitCanvas(), and SetCanvasName().
Int_t TEcnaHistos::fCdelete [private] |
Definition at line 52 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), EEDataSectors(), GetNumberOfEvents(), HistimePlot(), HistoPlot(), Init(), SCCrystalNumbering(), SetCanvasName(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), and ViewStin().
Int_t TEcnaHistos::fCdeleteRoot [private] |
Definition at line 53 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), Init(), SCCrystalNumbering(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), and ViewStin().
TString TEcnaHistos::fCfgHistoryRunListFilePath [private] |
Definition at line 108 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), TEcnaHistos(), and ViewHistime().
TString TEcnaHistos::fCfgResultsRootFilePath [private] |
Definition at line 107 of file TEcnaHistos.h.
Referenced by StexHocoVecoLHFCorcc(), TEcnaHistos(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Int_t TEcnaHistos::fCnaCommand [private] |
Definition at line 51 of file TEcnaHistos.h.
Referenced by Init().
Int_t TEcnaHistos::fCnaError [private] |
Definition at line 51 of file TEcnaHistos.h.
Referenced by Init().
TEcnaParCout* TEcnaHistos::fCnaParCout [private] |
Definition at line 65 of file TEcnaHistos.h.
Referenced by SetEcalSubDetector(), and TEcnaHistos().
TEcnaParHistos* TEcnaHistos::fCnaParHistos [private] |
Definition at line 63 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), EEDataSectors(), EEGridAxis(), GetHistoNumberOfBins(), GetHistoryRunListParameters(), GetOkViewHisto(), GetSCColor(), GetViewHistoColor(), GetXStinInStas(), HistimePlot(), HistoPlot(), SCCrystalNumbering(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetAllPavesViewStinCrysNb(), SetAllYminYmaxMemoFromDefaultValues(), SetCanvasName(), SetEcalSubDetector(), SetGraphPresentation(), SetHistoPresentation(), SetParametersCanvas(), SetViewGraphColors(), SetViewHistoColors(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSCGrid(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), ViewStin(), and ViewTowerGrid().
TEcnaParPaths* TEcnaHistos::fCnaParPaths [private] |
Definition at line 64 of file TEcnaHistos.h.
Referenced by SetEcalSubDetector(), and TEcnaHistos().
TEcnaWrite* TEcnaHistos::fCnaWrite [private] |
Definition at line 66 of file TEcnaHistos.h.
Referenced by GetNumberOfEvents(), SetEcalSubDetector(), WriteHistoAscii(), and WriteMatrixAscii().
Int_t TEcnaHistos::fCnew [private] |
Definition at line 52 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), EEDataSectors(), GetHistoryRunListParameters(), GetNumberOfEvents(), HistimePlot(), HistoPlot(), Init(), SCCrystalNumbering(), SetCanvasName(), SetEcalSubDetector(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), and ViewStin().
Int_t TEcnaHistos::fCnewRoot [private] |
Definition at line 53 of file TEcnaHistos.h.
Referenced by CreateCanvas(), DeeSCNumbering(), EEDataSectors(), EEGridAxis(), HistimePlot(), HistoPlot(), Init(), SCCrystalNumbering(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TopAxisForHistos(), TowerCrystalNumbering(), ViewDeeGrid(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewEEGrid(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSCGrid(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), ViewStin(), and ViewTowerGrid().
TString TEcnaHistos::fCodeEB [private] |
Definition at line 59 of file TEcnaHistos.h.
TString TEcnaHistos::fCodeEE [private] |
Definition at line 60 of file TEcnaHistos.h.
TString TEcnaHistos::fCorrelationMatrix [private] |
Definition at line 142 of file TEcnaHistos.h.
Referenced by CorrelationsBetweenSamples(), HighFrequencyCorrelationsBetweenChannels(), HighFrequencyMeanCorrelationsBetweenStins(), Init(), LowFrequencyCorrelationsBetweenChannels(), LowFrequencyMeanCorrelationsBetweenStins(), ViewMatrix(), ViewStin(), and WriteMatrixAscii().
TString TEcnaHistos::fCovarianceMatrix [private] |
Definition at line 142 of file TEcnaHistos.h.
Referenced by CovariancesBetweenSamples(), HighFrequencyCovariancesBetweenChannels(), Init(), LowFrequencyCovariancesBetweenChannels(), ViewMatrix(), ViewStin(), and WriteMatrixAscii().
TCanvas* TEcnaHistos::fCurrentCanvas [private] |
Definition at line 448 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), GetCurrentCanvas(), HistimePlot(), HistoPlot(), Init(), PlotCloneOfCurrentCanvas(), SCCrystalNumbering(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TString TEcnaHistos::fCurrentCanvasName [private] |
Definition at line 447 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), GetCurrentCanvasName(), HistimePlot(), HistoPlot(), Init(), SCCrystalNumbering(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TVirtualPad* TEcnaHistos::fCurrentPad [private] |
Definition at line 482 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and Init().
Axis_t TEcnaHistos::fD_Adc_EvDsXinf [private] |
Definition at line 194 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_Adc_EvDsXsup [private] |
Definition at line 195 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_Adc_EvDsYmax [private] |
Definition at line 261 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_Adc_EvDsYmin [private] |
Definition at line 260 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_Adc_EvNbXinf [private] |
Definition at line 196 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo().
Axis_t TEcnaHistos::fD_Adc_EvNbXsup [private] |
Definition at line 197 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo().
Double_t TEcnaHistos::fD_Adc_EvNbYmax [private] |
Definition at line 263 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), SetHistoFrameYminYmaxFromMemo(), and SetYmaxMemoFromPreviousMemo().
Double_t TEcnaHistos::fD_Adc_EvNbYmin [private] |
Definition at line 262 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), SetHistoFrameYminYmaxFromMemo(), and SetYminMemoFromPreviousMemo().
Axis_t TEcnaHistos::fD_HFN_ChDsXinf [private] |
Definition at line 183 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_HFN_ChDsXsup [private] |
Definition at line 184 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_HFN_ChDsYmax [private] |
Definition at line 250 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_HFN_ChDsYmin [private] |
Definition at line 249 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_HFN_ChNbXinf [private] |
Definition at line 181 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_HFN_ChNbXsup [private] |
Definition at line 182 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_HFN_ChNbYmax [private] |
Definition at line 248 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_HFN_ChNbYmin [private] |
Definition at line 247 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_LFN_ChDsXinf [private] |
Definition at line 179 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_LFN_ChDsXsup [private] |
Definition at line 180 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_LFN_ChDsYmax [private] |
Definition at line 246 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_LFN_ChDsYmin [private] |
Definition at line 245 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_LFN_ChNbXinf [private] |
Definition at line 177 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_LFN_ChNbXsup [private] |
Definition at line 178 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_LFN_ChNbYmax [private] |
Definition at line 244 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_LFN_ChNbYmin [private] |
Definition at line 243 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_MCs_ChDsXinf [private] |
Definition at line 175 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_MCs_ChDsXsup [private] |
Definition at line 176 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_MCs_ChDsYmax [private] |
Definition at line 242 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_MCs_ChDsYmin [private] |
Definition at line 241 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_MCs_ChNbXinf [private] |
Definition at line 173 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_MCs_ChNbXsup [private] |
Definition at line 174 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_MCs_ChNbYmax [private] |
Definition at line 240 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_MCs_ChNbYmin [private] |
Definition at line 239 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_MSp_SampXinf [private] |
Definition at line 190 of file TEcnaHistos.h.
Axis_t TEcnaHistos::fD_MSp_SampXsup [private] |
Definition at line 191 of file TEcnaHistos.h.
Double_t TEcnaHistos::fD_MSp_SampYmax [private] |
Definition at line 257 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), and SetYmaxMemoFromPreviousMemo().
Double_t TEcnaHistos::fD_MSp_SampYmin [private] |
Definition at line 256 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), and SetYminMemoFromPreviousMemo().
Axis_t TEcnaHistos::fD_NOE_ChDsXinf [private] |
Definition at line 163 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_NOE_ChDsXsup [private] |
Definition at line 164 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_NOE_ChDsYmax [private] |
Definition at line 230 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_NOE_ChDsYmin [private] |
Definition at line 229 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_NOE_ChNbXinf [private] |
Definition at line 161 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_NOE_ChNbXsup [private] |
Definition at line 162 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_NOE_ChNbYmax [private] |
Definition at line 228 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_NOE_ChNbYmin [private] |
Definition at line 227 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_Ped_ChDsXinf [private] |
Definition at line 167 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_Ped_ChDsXsup [private] |
Definition at line 168 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_Ped_ChDsYmax [private] |
Definition at line 234 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_Ped_ChDsYmin [private] |
Definition at line 233 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_Ped_ChNbXinf [private] |
Definition at line 165 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_Ped_ChNbXsup [private] |
Definition at line 166 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_Ped_ChNbYmax [private] |
Definition at line 232 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_Ped_ChNbYmin [private] |
Definition at line 231 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_SCs_ChDsXinf [private] |
Definition at line 187 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_SCs_ChDsXsup [private] |
Definition at line 188 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_SCs_ChDsYmax [private] |
Definition at line 254 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_SCs_ChDsYmin [private] |
Definition at line 253 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_SCs_ChNbXinf [private] |
Definition at line 185 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_SCs_ChNbXsup [private] |
Definition at line 186 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_SCs_ChNbYmax [private] |
Definition at line 252 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_SCs_ChNbYmin [private] |
Definition at line 251 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_SSp_SampXinf [private] |
Definition at line 192 of file TEcnaHistos.h.
Axis_t TEcnaHistos::fD_SSp_SampXsup [private] |
Definition at line 193 of file TEcnaHistos.h.
Double_t TEcnaHistos::fD_SSp_SampYmax [private] |
Definition at line 259 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), and SetYmaxMemoFromPreviousMemo().
Double_t TEcnaHistos::fD_SSp_SampYmin [private] |
Definition at line 258 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), and SetYminMemoFromPreviousMemo().
Axis_t TEcnaHistos::fD_TNo_ChDsXinf [private] |
Definition at line 171 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_TNo_ChDsXsup [private] |
Definition at line 172 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_TNo_ChDsYmax [private] |
Definition at line 238 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_TNo_ChDsYmin [private] |
Definition at line 237 of file TEcnaHistos.h.
Referenced by SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fD_TNo_ChNbXinf [private] |
Definition at line 169 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fD_TNo_ChNbXsup [private] |
Definition at line 170 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fD_TNo_ChNbYmax [private] |
Definition at line 236 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fD_TNo_ChNbYmin [private] |
Definition at line 235 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
TEcnaParEcal* TEcnaHistos::fEcal [private] |
Definition at line 67 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), EEDataSectors(), EEGridAxis(), GetDSOffset(), GetHistoSize(), GetNumberOfEvents(), GetOkViewHisto(), GetSCOffset(), GetXCrysInStex(), GetXSampInStin(), GetXStinInStas(), GetYCrysInStex(), GetYSampInStin(), GetYStinInStas(), HistoPlot(), ModifiedSCEchaForNotConnectedSCs(), SampleADCEvents(), SCCrystalNumbering(), SetEcalSubDetector(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewDeeGrid(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewEEGrid(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), ViewStin(), XtalSamplesEv(), XtalSamplesSigma(), and XtalSampleValues().
TEcnaNumbering* TEcnaHistos::fEcalNumbering [private] |
Definition at line 68 of file TEcnaHistos.h.
Referenced by CorrelationsBetweenSamples(), CovariancesBetweenSamples(), DeeSCNumbering(), EEGridAxis(), GetDSOffset(), GetHistoValues(), GetOkViewHisto(), GetXCrysInStex(), GetXSampInStin(), GetXStinInStas(), GetYCrysInStex(), GetYSampInStin(), GetYStinInStas(), HighFrequencyCorrelationsBetweenChannels(), HighFrequencyCovariancesBetweenChannels(), HistimePlot(), HistoPlot(), LowFrequencyCorrelationsBetweenChannels(), LowFrequencyCovariancesBetweenChannels(), ModifiedSCEchaForNotConnectedSCs(), SampleADCEvents(), SCCrystalNumbering(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetEcalSubDetector(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewSCGrid(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStin(), ViewTowerGrid(), XtalHighFrequencyNoiseRuns(), XtalLowFrequencyNoiseRuns(), XtalMeanOfCorssRuns(), XtalPedestalsRuns(), XtalSamplesEv(), XtalSamplesSigma(), XtalSampleValues(), XtalSigmaOfCorssRuns(), XtalTimeHighFrequencyNoise(), XtalTimeLowFrequencyNoise(), XtalTimeMeanOfCorss(), XtalTimePedestals(), XtalTimeSigmaOfCorss(), XtalTimeTotalNoise(), and XtalTotalNoiseRuns().
TString TEcnaHistos::fFapAnaType [private] |
Definition at line 75 of file TEcnaHistos.h.
Referenced by FileParameters(), HistimePlot(), HistoPlot(), Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetCanvasName(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
TString TEcnaHistos::fFapEchaName [private] |
Definition at line 102 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and SetEcalSubDetector().
TString TEcnaHistos::fFapFileRuns [private] |
Definition at line 87 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), and Init().
Int_t TEcnaHistos::fFapFirstReqEvtNumber [private] |
Definition at line 78 of file TEcnaHistos.h.
Referenced by FileParameters(), HistimePlot(), HistoPlot(), Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetCanvasName(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
Int_t TEcnaHistos::fFapLastReqEvtNumber [private] |
Definition at line 79 of file TEcnaHistos.h.
Referenced by FileParameters(), HistimePlot(), HistoPlot(), Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetCanvasName(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
Int_t TEcnaHistos::fFapMaxNbOfRuns [private] |
Definition at line 85 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), and Init().
Int_t TEcnaHistos::fFapNbOfEvts [private] |
Definition at line 83 of file TEcnaHistos.h.
Referenced by Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Int_t TEcnaHistos::fFapNbOfRuns [private] |
Definition at line 86 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), and Init().
Int_t TEcnaHistos::fFapNbOfSamples [private] |
Definition at line 76 of file TEcnaHistos.h.
Referenced by FileParameters(), GetHistoSize(), GetOkViewHisto(), HistimePlot(), HistoPlot(), Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetCanvasName(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
Int_t TEcnaHistos::fFapReqNbOfEvts [private] |
Definition at line 80 of file TEcnaHistos.h.
Referenced by FileParameters(), GetHistoSize(), GetHistoXsup(), HistimePlot(), HistoPlot(), Init(), SetCanvasName(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
Int_t TEcnaHistos::fFapRunNumber [private] |
Definition at line 77 of file TEcnaHistos.h.
Referenced by FileParameters(), HistoPlot(), Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetCanvasName(), SetRunNumberFromList(), StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
TString TEcnaHistos::fFapStexBarrel [private] |
Definition at line 95 of file TEcnaHistos.h.
Referenced by SetEcalSubDetector(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), and ViewMatrix().
TString TEcnaHistos::fFapStexDir [private] |
Definition at line 97 of file TEcnaHistos.h.
Referenced by SetEcalSubDetector().
TString TEcnaHistos::fFapStexName [private] |
Definition at line 100 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), SampleADCEvents(), SCCrystalNumbering(), SetAllPavesViewStex(), SetCanvasName(), SetEcalSubDetector(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), XtalSamplesEv(), XtalSamplesSigma(), and XtalSampleValues().
Int_t TEcnaHistos::fFapStexNumber [private] |
Definition at line 81 of file TEcnaHistos.h.
Referenced by CorrelationsBetweenSamples(), CovariancesBetweenSamples(), FileParameters(), GetHistoSize(), GetOkViewHisto(), HighFrequencyCorrelationsBetweenChannels(), HighFrequencyCovariancesBetweenChannels(), HistimePlot(), HistoPlot(), Init(), LowFrequencyCorrelationsBetweenChannels(), LowFrequencyCovariancesBetweenChannels(), SampleADCEvents(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStin(), SetCanvasName(), SetEcalSubDetector(), SetHistoXAxisTitle(), SetHistoYAxisTitle(), StexHocoVecoLHFCorcc(), TopAxisForHistos(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStex(), ViewStin(), WriteHistoAscii(), WriteMatrixAscii(), XtalHighFrequencyNoiseRuns(), XtalLowFrequencyNoiseRuns(), XtalMeanOfCorssRuns(), XtalPedestalsRuns(), XtalSamplesEv(), XtalSamplesSigma(), XtalSampleValues(), XtalSigmaOfCorssRuns(), XtalTimeHighFrequencyNoise(), XtalTimeLowFrequencyNoise(), XtalTimeMeanOfCorss(), XtalTimePedestals(), XtalTimeSigmaOfCorss(), XtalTimeTotalNoise(), and XtalTotalNoiseRuns().
TString TEcnaHistos::fFapStexType [private] |
Definition at line 96 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), SCCrystalNumbering(), SetEcalSubDetector(), and ViewMatrix().
TString TEcnaHistos::fFapStinName [private] |
Definition at line 101 of file TEcnaHistos.h.
Referenced by GetOkViewHisto(), HistimePlot(), HistoPlot(), SCCrystalNumbering(), SetCanvasName(), SetEcalSubDetector(), TowerCrystalNumbering(), ViewMatrix(), and ViewStin().
TString TEcnaHistos::fFapStinQuadType [private] |
Definition at line 98 of file TEcnaHistos.h.
Referenced by SCCrystalNumbering(), SetEcalSubDetector(), and ViewMatrix().
ifstream TEcnaHistos::fFcin_f [private] |
Definition at line 73 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters().
TEcnaHeader* TEcnaHistos::fFileHeader [private] |
Definition at line 69 of file TEcnaHistos.h.
Referenced by SetEcalSubDetector().
TString TEcnaHistos::fFlagColPal [private] |
Definition at line 130 of file TEcnaHistos.h.
Referenced by Init(), SetHistoColorPalette(), ViewHistime(), and ViewHisto().
TString TEcnaHistos::fFlagGeneralTitle [private] |
Definition at line 131 of file TEcnaHistos.h.
Referenced by Init(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), and SetGeneralTitle().
TString TEcnaHistos::fFlagScaleX [private] |
Definition at line 128 of file TEcnaHistos.h.
Referenced by Init(), SetHistoScaleX(), ViewHistime(), and ViewHisto().
TString TEcnaHistos::fFlagScaleY [private] |
Definition at line 129 of file TEcnaHistos.h.
Referenced by Init(), SetHistoScaleY(), ViewHistime(), and ViewHisto().
TString TEcnaHistos::fFlagSubDet [private] |
Definition at line 58 of file TEcnaHistos.h.
Referenced by CorrelationsBetweenSamples(), CovariancesBetweenSamples(), GetHistoSize(), GetHocoVecoAxisTitle(), GetOkViewHisto(), GetXCrysInStex(), GetXSampInStin(), GetXStinInStas(), GetYCrysInStex(), GetYSampInStin(), GetYStinInStas(), HighFrequencyCorrelationsBetweenChannels(), HighFrequencyCovariancesBetweenChannels(), HistimePlot(), HistoPlot(), LowFrequencyCorrelationsBetweenChannels(), LowFrequencyCovariancesBetweenChannels(), SampleADCEvents(), SetAllPavesViewMatrix(), SetAllPavesViewStex(), SetAllPavesViewStinCrysNb(), SetEcalSubDetector(), SetHistoXAxisTitle(), SetHistoYAxisTitle(), StexHocoVecoLHFCorcc(), StexNumberToString(), StexStinNumbering(), StinCrystalNumbering(), TopAxisForHistos(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStasGrid(), ViewStex(), ViewStexGrid(), ViewStexStinNumberingPad(), ViewStin(), ViewStinGrid(), XtalHighFrequencyNoiseRuns(), XtalLowFrequencyNoiseRuns(), XtalMeanOfCorssRuns(), XtalPedestalsRuns(), XtalSamplesEv(), XtalSamplesSigma(), XtalSampleValues(), XtalSigmaOfCorssRuns(), XtalTimeHighFrequencyNoise(), XtalTimeLowFrequencyNoise(), XtalTimeMeanOfCorss(), XtalTimePedestals(), XtalTimeSigmaOfCorss(), XtalTimeTotalNoise(), and XtalTotalNoiseRuns().
TString TEcnaHistos::fFlagUserHistoMax [private] |
Definition at line 134 of file TEcnaHistos.h.
Referenced by SetAllYminYmaxMemoFromDefaultValues(), SetHistoMax(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TString TEcnaHistos::fFlagUserHistoMin [private] |
Definition at line 134 of file TEcnaHistos.h.
Referenced by SetAllYminYmaxMemoFromDefaultValues(), SetHistoMin(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Int_t TEcnaHistos::fgMaxCar [private] |
Definition at line 47 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), EEDataSectors(), GetMemoFlag(), HistimePlot(), HistoPlot(), Init(), InitSpecParBeforeFileReading(), SCCrystalNumbering(), SetCanvasName(), SetEcalSubDetector(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TopAxisForHistos(), TowerCrystalNumbering(), ViewDeeSCNumberingPad(), ViewEBGrid(), ViewMatrix(), ViewSMGrid(), ViewSMTowerNumberingPad(), ViewStas(), ViewStex(), and ViewStin().
Axis_t TEcnaHistos::fH1SameOnePlotXinf [private] |
Definition at line 158 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH1SameOnePlotXsup [private] |
Definition at line 159 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH2CorccInStinsYmax [private] |
Definition at line 295 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH2CorccInStinsYmin [private] |
Definition at line 294 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Double_t TEcnaHistos::fH2HFccMosMatrixYmax [private] |
Definition at line 293 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH2HFccMosMatrixYmin [private] |
Definition at line 292 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Double_t TEcnaHistos::fH2LFccMosMatrixYmax [private] |
Definition at line 291 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH2LFccMosMatrixYmin [private] |
Definition at line 290 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_HFN_DateXinf [private] |
Definition at line 206 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_HFN_DateXsup [private] |
Definition at line 207 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_HFN_DateYmax [private] |
Definition at line 273 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_HFN_DateYmin [private] |
Definition at line 272 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_HFN_RuDsXinf [private] |
Definition at line 219 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_HFN_RuDsXsup [private] |
Definition at line 220 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_HFN_RuDsYmax [private] |
Definition at line 286 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_HFN_RuDsYmin [private] |
Definition at line 285 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_LFN_DateXinf [private] |
Definition at line 204 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_LFN_DateXsup [private] |
Definition at line 205 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_LFN_DateYmax [private] |
Definition at line 271 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_LFN_DateYmin [private] |
Definition at line 270 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_LFN_RuDsXinf [private] |
Definition at line 217 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_LFN_RuDsXsup [private] |
Definition at line 218 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_LFN_RuDsYmax [private] |
Definition at line 284 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_LFN_RuDsYmin [private] |
Definition at line 283 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_MCs_DateXinf [private] |
Definition at line 202 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_MCs_DateXsup [private] |
Definition at line 203 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_MCs_DateYmax [private] |
Definition at line 269 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_MCs_DateYmin [private] |
Definition at line 268 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_MCs_RuDsXinf [private] |
Definition at line 215 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_MCs_RuDsXsup [private] |
Definition at line 216 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_MCs_RuDsYmax [private] |
Definition at line 282 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_MCs_RuDsYmin [private] |
Definition at line 281 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_Ped_DateXinf [private] |
Definition at line 198 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_Ped_DateXsup [private] |
Definition at line 199 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_Ped_DateYmax [private] |
Definition at line 265 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_Ped_DateYmin [private] |
Definition at line 264 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_Ped_RuDsXinf [private] |
Definition at line 211 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_Ped_RuDsXsup [private] |
Definition at line 212 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_Ped_RuDsYmax [private] |
Definition at line 278 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_Ped_RuDsYmin [private] |
Definition at line 277 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_SCs_DateXinf [private] |
Definition at line 208 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_SCs_DateXsup [private] |
Definition at line 209 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_SCs_DateYmax [private] |
Definition at line 275 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_SCs_DateYmin [private] |
Definition at line 274 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_SCs_RuDsXinf [private] |
Definition at line 221 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_SCs_RuDsXsup [private] |
Definition at line 222 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_SCs_RuDsYmax [private] |
Definition at line 288 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_SCs_RuDsYmin [private] |
Definition at line 287 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_TNo_DateXinf [private] |
Definition at line 200 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_TNo_DateXsup [private] |
Definition at line 201 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_TNo_DateYmax [private] |
Definition at line 267 of file TEcnaHistos.h.
Referenced by GetYmaxValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_TNo_DateYmin [private] |
Definition at line 266 of file TEcnaHistos.h.
Referenced by GetYminValueFromMemo(), SetGraphFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
Axis_t TEcnaHistos::fH_TNo_RuDsXinf [private] |
Definition at line 213 of file TEcnaHistos.h.
Referenced by GetXinfValueFromMemo(), and SetXinfMemoFromValue().
Axis_t TEcnaHistos::fH_TNo_RuDsXsup [private] |
Definition at line 214 of file TEcnaHistos.h.
Referenced by GetXsupValueFromMemo(), and SetXsupMemoFromValue().
Double_t TEcnaHistos::fH_TNo_RuDsYmax [private] |
Definition at line 280 of file TEcnaHistos.h.
Referenced by GetHistoXsup(), GetYmaxValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYmaxMemoFromPreviousMemo(), and SetYmaxMemoFromValue().
Double_t TEcnaHistos::fH_TNo_RuDsYmin [private] |
Definition at line 279 of file TEcnaHistos.h.
Referenced by GetHistoXinf(), GetYminValueFromMemo(), SetHistoFrameYminYmaxFromMemo(), SetYminMemoFromPreviousMemo(), and SetYminMemoFromValue().
TString TEcnaHistos::fHFBetweenChannels [private] |
Definition at line 145 of file TEcnaHistos.h.
Referenced by HighFrequencyCorrelationsBetweenChannels(), HighFrequencyCovariancesBetweenChannels(), Init(), SetAllPavesViewMatrix(), and ViewMatrix().
TString TEcnaHistos::fHFBetweenStins [private] |
Definition at line 146 of file TEcnaHistos.h.
Referenced by HighFrequencyMeanCorrelationsBetweenStins(), Init(), and ViewMatrix().
TString TEcnaHistos::fHistoCodeFirst [private] |
Definition at line 226 of file TEcnaHistos.h.
Referenced by ViewHistime(), and ViewHisto().
TCanvasImp* TEcnaHistos::fImpD_Adc_EvDs [private] |
Definition at line 565 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_Adc_EvNb [private] |
Definition at line 566 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_HFN_ChDs [private] |
Definition at line 560 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_HFN_ChNb [private] |
Definition at line 559 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_LFN_ChDs [private] |
Definition at line 558 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_LFN_ChNb [private] |
Definition at line 557 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_MCs_ChDs [private] |
Definition at line 556 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_MCs_ChNb [private] |
Definition at line 555 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_MSp_Samp [private] |
Definition at line 563 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_NOE_ChDs [private] |
Definition at line 550 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_NOE_ChNb [private] |
Definition at line 549 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_Ped_ChDs [private] |
Definition at line 552 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_Ped_ChNb [private] |
Definition at line 551 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_SCs_ChDs [private] |
Definition at line 562 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_SCs_ChNb [private] |
Definition at line 561 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_SSp_Samp [private] |
Definition at line 564 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_TNo_ChDs [private] |
Definition at line 554 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpD_TNo_ChNb [private] |
Definition at line 553 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH1SamePlus [private] |
Definition at line 548 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), NewCanvas(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_HFN_Date [private] |
Definition at line 571 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_HFN_RuDs [private] |
Definition at line 577 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_LFN_Date [private] |
Definition at line 570 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_LFN_RuDs [private] |
Definition at line 576 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_MCs_Date [private] |
Definition at line 569 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_MCs_RuDs [private] |
Definition at line 575 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_Ped_Date [private] |
Definition at line 567 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_Ped_RuDs [private] |
Definition at line 573 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_SCs_Date [private] |
Definition at line 572 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_SCs_RuDs [private] |
Definition at line 578 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_TNo_Date [private] |
Definition at line 568 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TCanvasImp* TEcnaHistos::fImpH_TNo_RuDs [private] |
Definition at line 574 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TString TEcnaHistos::fLFBetweenChannels [private] |
Definition at line 145 of file TEcnaHistos.h.
Referenced by Init(), LowFrequencyCorrelationsBetweenChannels(), LowFrequencyCovariancesBetweenChannels(), SetAllPavesViewMatrix(), and ViewMatrix().
TString TEcnaHistos::fLFBetweenStins [private] |
Definition at line 146 of file TEcnaHistos.h.
Referenced by Init(), LowFrequencyMeanCorrelationsBetweenStins(), and ViewMatrix().
Int_t TEcnaHistos::fMemoColorD_Adc_EvDs [private] |
Definition at line 341 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_Adc_EvNb [private] |
Definition at line 341 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_HFN_ChDs [private] |
Definition at line 338 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_HFN_ChNb [private] |
Definition at line 338 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_LFN_ChDs [private] |
Definition at line 337 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_LFN_ChNb [private] |
Definition at line 337 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_MCs_ChDs [private] |
Definition at line 336 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_MCs_ChNb [private] |
Definition at line 336 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_MSp_Samp [private] |
Definition at line 340 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_NOE_ChDs [private] |
Definition at line 333 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_NOE_ChNb [private] |
Definition at line 333 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_Ped_ChDs [private] |
Definition at line 334 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_Ped_ChNb [private] |
Definition at line 334 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_SCs_ChDs [private] |
Definition at line 339 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_SCs_ChNb [private] |
Definition at line 339 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_SSp_Samp [private] |
Definition at line 340 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_TNo_ChDs [private] |
Definition at line 335 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorD_TNo_ChNb [private] |
Definition at line 335 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH1SamePlus [private] |
Definition at line 332 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), NewCanvas(), ReInitCanvas(), SetParametersCanvas(), SetViewGraphColors(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH_HFN_Date [private] |
Definition at line 345 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewGraphColors().
Int_t TEcnaHistos::fMemoColorH_HFN_RuDs [private] |
Definition at line 345 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH_LFN_Date [private] |
Definition at line 344 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewGraphColors().
Int_t TEcnaHistos::fMemoColorH_LFN_RuDs [private] |
Definition at line 344 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH_MCs_Date [private] |
Definition at line 346 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewGraphColors().
Int_t TEcnaHistos::fMemoColorH_MCs_RuDs [private] |
Definition at line 346 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH_Ped_Date [private] |
Definition at line 342 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewGraphColors().
Int_t TEcnaHistos::fMemoColorH_Ped_RuDs [private] |
Definition at line 342 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH_SCs_Date [private] |
Definition at line 347 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewGraphColors().
Int_t TEcnaHistos::fMemoColorH_SCs_RuDs [private] |
Definition at line 347 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoColorH_TNo_Date [private] |
Definition at line 343 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewGraphColors().
Int_t TEcnaHistos::fMemoColorH_TNo_RuDs [private] |
Definition at line 343 of file TEcnaHistos.h.
Referenced by GetViewHistoColor(), Init(), ReInitCanvas(), SetParametersCanvas(), and SetViewHistoColors().
Int_t TEcnaHistos::fMemoPlotD_Adc_EvDs [private] |
Definition at line 324 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_Adc_EvNb [private] |
Definition at line 324 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_HFN_ChDs [private] |
Definition at line 321 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_HFN_ChNb [private] |
Definition at line 321 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_LFN_ChDs [private] |
Definition at line 320 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_LFN_ChNb [private] |
Definition at line 320 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_MCs_ChDs [private] |
Definition at line 319 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_MCs_ChNb [private] |
Definition at line 319 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_MSp_Samp [private] |
Definition at line 323 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_NOE_ChDs [private] |
Definition at line 316 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_NOE_ChNb [private] |
Definition at line 316 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_Ped_ChDs [private] |
Definition at line 317 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_Ped_ChNb [private] |
Definition at line 317 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_SCs_ChDs [private] |
Definition at line 322 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_SCs_ChNb [private] |
Definition at line 322 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_SSp_Samp [private] |
Definition at line 323 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_TNo_ChDs [private] |
Definition at line 318 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotD_TNo_ChNb [private] |
Definition at line 318 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH1SamePlus [private] |
Definition at line 315 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), NewCanvas(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_HFN_Date [private] |
Definition at line 328 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_HFN_RuDs [private] |
Definition at line 328 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_LFN_Date [private] |
Definition at line 327 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_LFN_RuDs [private] |
Definition at line 327 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_MCs_Date [private] |
Definition at line 329 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_MCs_RuDs [private] |
Definition at line 329 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_Ped_Date [private] |
Definition at line 325 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_Ped_RuDs [private] |
Definition at line 325 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_SCs_Date [private] |
Definition at line 330 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_SCs_RuDs [private] |
Definition at line 330 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_TNo_Date [private] |
Definition at line 326 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
Int_t TEcnaHistos::fMemoPlotH_TNo_RuDs [private] |
Definition at line 326 of file TEcnaHistos.h.
Referenced by GetMemoFlag(), Init(), ReInitCanvas(), and SetParametersCanvas().
TEcnaRead* TEcnaHistos::fMyRootFile [private] |
Definition at line 71 of file TEcnaHistos.h.
Referenced by Init(), SetEcalSubDetector(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TString TEcnaHistos::fMyRootFileName [private] |
Definition at line 105 of file TEcnaHistos.h.
Referenced by Init().
Int_t TEcnaHistos::fNbBinsMemoD_Adc_EvDs [private] |
Definition at line 432 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_Adc_EvNb [private] |
Definition at line 433 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_HFN_ChDs [private] |
Definition at line 427 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_HFN_ChNb [private] |
Definition at line 426 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_LFN_ChDs [private] |
Definition at line 425 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_LFN_ChNb [private] |
Definition at line 424 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_MCs_ChDs [private] |
Definition at line 423 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_MCs_ChNb [private] |
Definition at line 422 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_MSp_Samp [private] |
Definition at line 430 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_NOE_ChDs [private] |
Definition at line 417 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_NOE_ChNb [private] |
Definition at line 416 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_Ped_ChDs [private] |
Definition at line 419 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_Ped_ChNb [private] |
Definition at line 418 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_SCs_ChDs [private] |
Definition at line 429 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_SCs_ChNb [private] |
Definition at line 428 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_SSp_Samp [private] |
Definition at line 431 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_TNo_ChDs [private] |
Definition at line 421 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoD_TNo_ChNb [private] |
Definition at line 420 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH1SamePlus [private] |
Definition at line 415 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_HFN_Date [private] |
Definition at line 438 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_HFN_RuDs [private] |
Definition at line 444 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_LFN_Date [private] |
Definition at line 437 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_LFN_RuDs [private] |
Definition at line 443 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_MCs_Date [private] |
Definition at line 436 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_MCs_RuDs [private] |
Definition at line 442 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_Ped_Date [private] |
Definition at line 434 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_Ped_RuDs [private] |
Definition at line 440 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_SCs_Date [private] |
Definition at line 439 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_SCs_RuDs [private] |
Definition at line 445 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_TNo_Date [private] |
Definition at line 435 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsMemoH_TNo_RuDs [private] |
Definition at line 441 of file TEcnaHistos.h.
Referenced by GetNbBinsFromMemo(), Init(), and SetNbBinsMemo().
Int_t TEcnaHistos::fNbBinsProj [private] |
Definition at line 349 of file TEcnaHistos.h.
Referenced by GetHistoNumberOfBins(), GetHistoSize(), Init(), and ViewHistime().
Int_t TEcnaHistos::fNbOfExistingRuns [private] |
Definition at line 90 of file TEcnaHistos.h.
Referenced by Init(), and ViewHistime().
Int_t TEcnaHistos::fNbOfListFileH_HFN_Date [private] |
Definition at line 598 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_HFN_RuDs [private] |
Definition at line 600 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_LFN_Date [private] |
Definition at line 598 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_LFN_RuDs [private] |
Definition at line 600 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_MCs_Date [private] |
Definition at line 597 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_MCs_RuDs [private] |
Definition at line 599 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_Ped_Date [private] |
Definition at line 597 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_Ped_RuDs [private] |
Definition at line 599 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_SCs_Date [private] |
Definition at line 598 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_SCs_RuDs [private] |
Definition at line 600 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_TNo_Date [private] |
Definition at line 597 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
Int_t TEcnaHistos::fNbOfListFileH_TNo_RuDs [private] |
Definition at line 599 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), GetListFileNumber(), Init(), and ReInitCanvas().
TString TEcnaHistos::fOnlyOnePlot [private] |
Definition at line 311 of file TEcnaHistos.h.
Referenced by ActivePad(), ActivePavTxt(), CreateCanvas(), GetCurrentCanvas(), GetMemoFlag(), GetNbBinsFromMemo(), GetViewHistoColor(), GetXVarFromMemo(), GetYVarFromMemo(), HistimePlot(), HistoPlot(), Init(), ReInitCanvas(), SetAllPavesViewHisto(), SetCanvasName(), SetNbBinsMemo(), SetParametersCanvas(), SetParametersPavTxt(), SetViewGraphColors(), SetViewHistoColors(), SetXVarMemo(), SetYVarMemo(), TopAxisForHistos(), ViewHistime(), and ViewHisto().
Int_t TEcnaHistos::fOptScaleLinx [private] |
Definition at line 140 of file TEcnaHistos.h.
Referenced by HistoPlot(), Init(), SetCanvasName(), ViewHistime(), and ViewHisto().
Int_t TEcnaHistos::fOptScaleLiny [private] |
Definition at line 140 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), Init(), SetCanvasName(), ViewHistime(), and ViewHisto().
Int_t TEcnaHistos::fOptScaleLogx [private] |
Definition at line 140 of file TEcnaHistos.h.
Referenced by HistoPlot(), Init(), SetCanvasName(), ViewHistime(), and ViewHisto().
Int_t TEcnaHistos::fOptScaleLogy [private] |
Definition at line 140 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), Init(), SetCanvasName(), ViewHistime(), and ViewHisto().
Int_t TEcnaHistos::fOptVisColz [private] |
Definition at line 137 of file TEcnaHistos.h.
Int_t TEcnaHistos::fOptVisLego [private] |
Definition at line 137 of file TEcnaHistos.h.
Int_t TEcnaHistos::fOptVisLine [private] |
Definition at line 138 of file TEcnaHistos.h.
Referenced by Init().
Int_t TEcnaHistos::fOptVisPolm [private] |
Definition at line 138 of file TEcnaHistos.h.
Referenced by Init().
Int_t TEcnaHistos::fOptVisSurf1 [private] |
Definition at line 137 of file TEcnaHistos.h.
Int_t TEcnaHistos::fOptVisSurf4 [private] |
Definition at line 137 of file TEcnaHistos.h.
TVirtualPad* TEcnaHistos::fPadD_Adc_EvDs [private] |
Definition at line 501 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_Adc_EvNb [private] |
Definition at line 502 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_HFN_ChDs [private] |
Definition at line 496 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_HFN_ChNb [private] |
Definition at line 495 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_LFN_ChDs [private] |
Definition at line 494 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_LFN_ChNb [private] |
Definition at line 493 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_MCs_ChDs [private] |
Definition at line 492 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_MCs_ChNb [private] |
Definition at line 491 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_MSp_Samp [private] |
Definition at line 499 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_NOE_ChDs [private] |
Definition at line 486 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_NOE_ChNb [private] |
Definition at line 485 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_Ped_ChDs [private] |
Definition at line 488 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_Ped_ChNb [private] |
Definition at line 487 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_SCs_ChDs [private] |
Definition at line 498 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_SCs_ChNb [private] |
Definition at line 497 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_SSp_Samp [private] |
Definition at line 500 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_TNo_ChDs [private] |
Definition at line 490 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadD_TNo_ChNb [private] |
Definition at line 489 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH1SamePlus [private] |
Definition at line 484 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), NewCanvas(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_HFN_Date [private] |
Definition at line 507 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_HFN_RuDs [private] |
Definition at line 513 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_LFN_Date [private] |
Definition at line 506 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_LFN_RuDs [private] |
Definition at line 512 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_MCs_Date [private] |
Definition at line 505 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_MCs_RuDs [private] |
Definition at line 511 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_Ped_Date [private] |
Definition at line 503 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_Ped_RuDs [private] |
Definition at line 509 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_SCs_Date [private] |
Definition at line 508 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_SCs_RuDs [private] |
Definition at line 514 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_TNo_Date [private] |
Definition at line 504 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TVirtualPad* TEcnaHistos::fPadH_TNo_RuDs [private] |
Definition at line 510 of file TEcnaHistos.h.
Referenced by ActivePad(), Init(), ReInitCanvas(), and SetParametersCanvas().
TPaveText* TEcnaHistos::fPavComAnaRun [private] |
Definition at line 303 of file TEcnaHistos.h.
Referenced by HistoPlot(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TPaveText* TEcnaHistos::fPavComCxyz [private] |
Definition at line 307 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), SCCrystalNumbering(), SetAllPavesViewStex(), and SetAllPavesViewStinCrysNb().
TPaveText* TEcnaHistos::fPavComEvolNbOfEvtsAna [private] |
Definition at line 309 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and SetAllPavesViewHisto().
TPaveText* TEcnaHistos::fPavComEvolRuns [private] |
Definition at line 308 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and SetAllPavesViewHisto().
TPaveText* TEcnaHistos::fPavComGeneralTitle [private] |
Definition at line 298 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TPaveText* TEcnaHistos::fPavComLVRB [private] |
Definition at line 306 of file TEcnaHistos.h.
Referenced by SetAllPavesViewStinCrysNb(), and TowerCrystalNumbering().
TPaveText* TEcnaHistos::fPavComNbOfEvts [private] |
Definition at line 304 of file TEcnaHistos.h.
Referenced by HistoPlot(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TPaveText* TEcnaHistos::fPavComSeveralChanging [private] |
Definition at line 305 of file TEcnaHistos.h.
Referenced by HistimePlot(), SetAllPavesViewHisto(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavComStas [private] |
Definition at line 299 of file TEcnaHistos.h.
Referenced by SetAllPavesViewStas(), and ViewStas().
TPaveText* TEcnaHistos::fPavComStex [private] |
Definition at line 300 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), HistimePlot(), HistoPlot(), SCCrystalNumbering(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStex(), SetAllPavesViewStin(), SetAllPavesViewStinCrysNb(), SMTowerNumbering(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewMatrix(), ViewStex(), and ViewStin().
TPaveText* TEcnaHistos::fPavComStin [private] |
Definition at line 301 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), SCCrystalNumbering(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStin(), SetAllPavesViewStinCrysNb(), TowerCrystalNumbering(), ViewMatrix(), and ViewStin().
TPaveText* TEcnaHistos::fPavComXtal [private] |
Definition at line 302 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), and ViewMatrix().
TPaveText* TEcnaHistos::fPavTxtD_Adc_EvDs [private] |
Definition at line 533 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_Adc_EvNb [private] |
Definition at line 534 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_HFN_ChDs [private] |
Definition at line 528 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_HFN_ChNb [private] |
Definition at line 527 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_LFN_ChDs [private] |
Definition at line 526 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_LFN_ChNb [private] |
Definition at line 525 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_MCs_ChDs [private] |
Definition at line 524 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_MCs_ChNb [private] |
Definition at line 523 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_MSp_Samp [private] |
Definition at line 531 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_NOE_ChDs [private] |
Definition at line 518 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_NOE_ChNb [private] |
Definition at line 517 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_Ped_ChDs [private] |
Definition at line 520 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_Ped_ChNb [private] |
Definition at line 519 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_SCs_ChDs [private] |
Definition at line 530 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_SCs_ChNb [private] |
Definition at line 529 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_SSp_Samp [private] |
Definition at line 532 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_TNo_ChDs [private] |
Definition at line 522 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtD_TNo_ChNb [private] |
Definition at line 521 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH1SamePlus [private] |
Definition at line 516 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), NewCanvas(), ReInitCanvas(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_HFN_Date [private] |
Definition at line 539 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_HFN_RuDs [private] |
Definition at line 545 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_LFN_Date [private] |
Definition at line 538 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_LFN_RuDs [private] |
Definition at line 544 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_MCs_Date [private] |
Definition at line 537 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_MCs_RuDs [private] |
Definition at line 543 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_Ped_Date [private] |
Definition at line 535 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_Ped_RuDs [private] |
Definition at line 541 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_SCs_Date [private] |
Definition at line 540 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_SCs_RuDs [private] |
Definition at line 546 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_TNo_Date [private] |
Definition at line 536 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TPaveText* TEcnaHistos::fPavTxtH_TNo_RuDs [private] |
Definition at line 542 of file TEcnaHistos.h.
Referenced by ActivePavTxt(), Init(), and SetParametersPavTxt().
TString TEcnaHistos::fRunType [private] |
Definition at line 117 of file TEcnaHistos.h.
Referenced by GetHistoValues(), HistoPlot(), Init(), InitSpecParBeforeFileReading(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
TString TEcnaHistos::fSameOnePlot [private] |
Definition at line 313 of file TEcnaHistos.h.
Referenced by ActivePad(), ActivePavTxt(), CreateCanvas(), GetCurrentCanvas(), GetMemoFlag(), GetNbBinsFromMemo(), GetViewHistoColor(), GetXVarFromMemo(), GetYVarFromMemo(), HistimePlot(), HistoPlot(), Init(), NewCanvas(), ReInitCanvas(), SetAllPavesViewHisto(), SetCanvasName(), SetNbBinsMemo(), SetParametersCanvas(), SetParametersPavTxt(), SetViewGraphColors(), SetViewHistoColors(), SetXVarMemo(), SetYVarMemo(), TopAxisForHistos(), ViewHistime(), and ViewHisto().
TString TEcnaHistos::fSeveralPlot [private] |
Definition at line 312 of file TEcnaHistos.h.
Referenced by ActivePad(), ActivePavTxt(), CreateCanvas(), GetCurrentCanvas(), GetMemoFlag(), GetNbBinsFromMemo(), GetViewHistoColor(), GetXVarFromMemo(), GetYVarFromMemo(), HistimePlot(), HistoPlot(), Init(), ReInitCanvas(), SetAllPavesViewHisto(), SetCanvasName(), SetNbBinsMemo(), SetParametersCanvas(), SetParametersPavTxt(), SetViewGraphColors(), SetViewHistoColors(), SetXVarMemo(), SetYVarMemo(), TopAxisForHistos(), ViewHistime(), and ViewHisto().
TString TEcnaHistos::fStartDate [private] |
Definition at line 116 of file TEcnaHistos.h.
Referenced by GetHistoValues(), InitSpecParBeforeFileReading(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
TString TEcnaHistos::fStartEvolDate [private] |
Definition at line 93 of file TEcnaHistos.h.
Referenced by Init(), SetAllPavesViewHisto(), and ViewHistime().
Int_t TEcnaHistos::fStartEvolRun [private] |
Definition at line 89 of file TEcnaHistos.h.
Referenced by Init(), SetAllPavesViewHisto(), and ViewHistime().
time_t TEcnaHistos::fStartEvolTime [private] |
Definition at line 92 of file TEcnaHistos.h.
Referenced by Init(), and ViewHistime().
time_t TEcnaHistos::fStartTime [private] |
Definition at line 115 of file TEcnaHistos.h.
Referenced by InitSpecParBeforeFileReading(), ViewHisto(), ViewStas(), WriteHistoAscii(), and WriteMatrixAscii().
Bool_t TEcnaHistos::fStatusDataExist [private] |
Definition at line 113 of file TEcnaHistos.h.
Referenced by GetHistoValues(), GetOkViewHisto(), StatusDataExist(), StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Bool_t TEcnaHistos::fStatusFileFound [private] |
Definition at line 112 of file TEcnaHistos.h.
Referenced by StatusFileFound(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Int_t TEcnaHistos::fStinSizeInCrystals [private] |
Definition at line 126 of file TEcnaHistos.h.
TString TEcnaHistos::fStopDate [private] |
Definition at line 116 of file TEcnaHistos.h.
Referenced by GetHistoValues(), InitSpecParBeforeFileReading(), SetAllPavesViewHisto(), SetAllPavesViewMatrix(), SetAllPavesViewStas(), SetAllPavesViewStex(), SetAllPavesViewStin(), StexHocoVecoLHFCorcc(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), WriteHistoAscii(), and WriteMatrixAscii().
TString TEcnaHistos::fStopEvolDate [private] |
Definition at line 93 of file TEcnaHistos.h.
Referenced by Init(), SetAllPavesViewHisto(), and ViewHistime().
Int_t TEcnaHistos::fStopEvolRun [private] |
Definition at line 89 of file TEcnaHistos.h.
Referenced by Init(), SetAllPavesViewHisto(), and ViewHistime().
time_t TEcnaHistos::fStopEvolTime [private] |
Definition at line 92 of file TEcnaHistos.h.
Referenced by Init(), and ViewHistime().
time_t TEcnaHistos::fStopTime [private] |
Definition at line 115 of file TEcnaHistos.h.
Referenced by InitSpecParBeforeFileReading(), ViewHisto(), ViewStas(), WriteHistoAscii(), and WriteMatrixAscii().
TString* TEcnaHistos::fT1DAnaType [private] |
Definition at line 120 of file TEcnaHistos.h.
TString* TEcnaHistos::fT1DHistoryRunListFilePath [private] |
Definition at line 124 of file TEcnaHistos.h.
TString* TEcnaHistos::fT1DResultsRootFilePath [private] |
Definition at line 123 of file TEcnaHistos.h.
Int_t* TEcnaHistos::fT1DRunNumber [private] |
Definition at line 121 of file TEcnaHistos.h.
Referenced by GetHistoryRunListParameters(), HistimePlot(), Init(), SetRunNumberFromList(), and ViewHistime().
Int_t TEcnaHistos::fTextBorderSize [private] |
Definition at line 151 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and Init().
Int_t TEcnaHistos::fTextPaveAlign [private] |
Definition at line 148 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and Init().
Int_t TEcnaHistos::fTextPaveFont [private] |
Definition at line 149 of file TEcnaHistos.h.
Referenced by HistimePlot(), HistoPlot(), and Init().
Float_t TEcnaHistos::fTextPaveSize [private] |
Definition at line 150 of file TEcnaHistos.h.
Referenced by HistimePlot(), and Init().
TString TEcnaHistos::fTTBELL [private] |
Definition at line 55 of file TEcnaHistos.h.
Referenced by DeeSCNumbering(), GetHistoryRunListParameters(), GetHistoValues(), GetOkViewHisto(), HistimePlot(), HistoPlot(), Init(), ModifiedSCEchaForNotConnectedSCs(), NewCanvas(), PlotCloneOfCurrentCanvas(), SampleADCEvents(), SCCrystalNumbering(), SMTowerNumbering(), SqrtContourLevels(), StexHocoVecoLHFCorcc(), TowerCrystalNumbering(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), ViewStin(), ViewTowerGrid(), XtalSamplesEv(), XtalSamplesSigma(), and XtalSampleValues().
Double_t TEcnaHistos::fUserHistoMax [private] |
Definition at line 133 of file TEcnaHistos.h.
Referenced by SetAllYminYmaxMemoFromDefaultValues(), SetHistoMax(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Double_t TEcnaHistos::fUserHistoMin [private] |
Definition at line 133 of file TEcnaHistos.h.
Referenced by SetAllYminYmaxMemoFromDefaultValues(), SetHistoMin(), StexHocoVecoLHFCorcc(), ViewHistime(), ViewHisto(), ViewMatrix(), ViewStas(), ViewStex(), and ViewStin().
Double_t TEcnaHistos::fXinf [private] |
Definition at line 153 of file TEcnaHistos.h.
Referenced by HistimePlot().
Double_t TEcnaHistos::fXinfProj [private] |
Definition at line 155 of file TEcnaHistos.h.
TString TEcnaHistos::fXMemoD_Adc_EvDs [private] |
Definition at line 368 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_Adc_EvNb [private] |
Definition at line 369 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_HFN_ChDs [private] |
Definition at line 363 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_HFN_ChNb [private] |
Definition at line 362 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_LFN_ChDs [private] |
Definition at line 361 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_LFN_ChNb [private] |
Definition at line 360 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_MCs_ChDs [private] |
Definition at line 359 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_MCs_ChNb [private] |
Definition at line 358 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_MSp_Samp [private] |
Definition at line 366 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_NOE_ChDs [private] |
Definition at line 353 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_NOE_ChNb [private] |
Definition at line 352 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_Ped_ChDs [private] |
Definition at line 355 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_Ped_ChNb [private] |
Definition at line 354 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_SCs_ChDs [private] |
Definition at line 365 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_SCs_ChNb [private] |
Definition at line 364 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_SSp_Samp [private] |
Definition at line 367 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_TNo_ChDs [private] |
Definition at line 357 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoD_TNo_ChNb [private] |
Definition at line 356 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH1SamePlus [private] |
Definition at line 351 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_HFN_Date [private] |
Definition at line 374 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_HFN_RuDs [private] |
Definition at line 380 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_LFN_Date [private] |
Definition at line 373 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_LFN_RuDs [private] |
Definition at line 379 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_MCs_Date [private] |
Definition at line 372 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_MCs_RuDs [private] |
Definition at line 378 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_Ped_Date [private] |
Definition at line 370 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_Ped_RuDs [private] |
Definition at line 376 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_SCs_Date [private] |
Definition at line 375 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_SCs_RuDs [private] |
Definition at line 381 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_TNo_Date [private] |
Definition at line 371 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
TString TEcnaHistos::fXMemoH_TNo_RuDs [private] |
Definition at line 377 of file TEcnaHistos.h.
Referenced by GetXVarFromMemo(), Init(), and SetXVarMemo().
Double_t TEcnaHistos::fXsup [private] |
Definition at line 153 of file TEcnaHistos.h.
Referenced by HistimePlot().
Double_t TEcnaHistos::fXsupProj [private] |
Definition at line 155 of file TEcnaHistos.h.
Double_t TEcnaHistos::fYinf [private] |
Definition at line 153 of file TEcnaHistos.h.
Referenced by HistimePlot().
TString TEcnaHistos::fYMemoD_Adc_EvDs [private] |
Definition at line 400 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_Adc_EvNb [private] |
Definition at line 401 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_HFN_ChDs [private] |
Definition at line 395 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_HFN_ChNb [private] |
Definition at line 394 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_LFN_ChDs [private] |
Definition at line 393 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_LFN_ChNb [private] |
Definition at line 392 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_MCs_ChDs [private] |
Definition at line 391 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_MCs_ChNb [private] |
Definition at line 390 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_MSp_Samp [private] |
Definition at line 398 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_NOE_ChDs [private] |
Definition at line 385 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_NOE_ChNb [private] |
Definition at line 384 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_Ped_ChDs [private] |
Definition at line 387 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_Ped_ChNb [private] |
Definition at line 386 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_SCs_ChDs [private] |
Definition at line 397 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_SCs_ChNb [private] |
Definition at line 396 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_SSp_Samp [private] |
Definition at line 399 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_TNo_ChDs [private] |
Definition at line 389 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoD_TNo_ChNb [private] |
Definition at line 388 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH1SamePlus [private] |
Definition at line 383 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_HFN_Date [private] |
Definition at line 406 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_HFN_RuDs [private] |
Definition at line 412 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_LFN_Date [private] |
Definition at line 405 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_LFN_RuDs [private] |
Definition at line 411 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_MCs_Date [private] |
Definition at line 404 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_MCs_RuDs [private] |
Definition at line 410 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_Ped_Date [private] |
Definition at line 402 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_Ped_RuDs [private] |
Definition at line 408 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_SCs_Date [private] |
Definition at line 407 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_SCs_RuDs [private] |
Definition at line 413 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_TNo_Date [private] |
Definition at line 403 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
TString TEcnaHistos::fYMemoH_TNo_RuDs [private] |
Definition at line 409 of file TEcnaHistos.h.
Referenced by GetYVarFromMemo(), Init(), and SetYVarMemo().
Double_t TEcnaHistos::fYsup [private] |
Definition at line 153 of file TEcnaHistos.h.
Referenced by HistimePlot().
Int_t TEcnaHistos::fZerv [private] |
Definition at line 48 of file TEcnaHistos.h.
Referenced by Init(), StexHighFrequencyNoiseXtals(), StexLowFrequencyNoiseXtals(), StexMeanOfCorssXtals(), StexNumberOfEventsXtals(), StexPedestalsXtals(), StexSigmaOfCorssXtals(), StexTotalNoiseXtals(), StexXtalsHighFrequencyNoise(), StexXtalsLowFrequencyNoise(), StexXtalsMeanOfCorss(), StexXtalsNumberOfEvents(), StexXtalsPedestals(), StexXtalsSigmaOfCorss(), StexXtalsTotalNoise(), XtalSamplesEv(), and XtalSamplesSigma().
1.7.3