TEcnaParHistos Class Reference

#include <TEcnaParHistos.h>

Inheritance diagram for TEcnaParHistos:

Public Member Functions
Float_t	AxisLabelOffset ()
Float_t	AxisLabelOffset (const TString &)
Float_t	AxisLabelSize ()
Float_t	AxisLabelSize (const TString &)
Float_t	AxisTickSize ()
Float_t	AxisTickSize (const TString &)
Float_t	AxisTitleOffset ()
Float_t	AxisTitleOffset (const TString &)
Float_t	AxisTitleSize ()
Float_t	AxisTitleSize (const TString &)
Double_t	BoxBottomY (const TString &)
Double_t	BoxLeftX (const TString &)
Double_t	BoxRightX (const TString &)
Double_t	BoxTopY (const TString &)
TString	BuildStandard1DHistoCodeX (const TString &, const TString &)
TString	BuildStandard1DHistoCodeXY (const TString &)
TString	BuildStandard1DHistoCodeY (const TString &, const TString &)
TString	BuildStandardBetweenWhatCode (const TString &, const TString &)
TString	BuildStandardCovOrCorCode (const TString &, const TString &)
TString	BuildStandardDetectorCode (const TString &)
TString	BuildStandardPlotOption (const TString &, const TString &)
UInt_t	CanvasFormatH (const TString &)
UInt_t	CanvasFormatW (const TString &)
Color_t	ColorDefinition (const TString &)
Color_t	ColorTab (const Int_t &)
Float_t	DeeNameOffsetX (const Int_t &)
Float_t	DeeNumberOffsetX (const TString &, const Int_t &)
Float_t	DeeOffsetX (const TString &, const Int_t &)
TString	GetCodeAllXtalsInStinPlot ()
TString	GetCodeOnlyOnePlot ()
Int_t	GetCodePlotAllXtalsInStin ()
TString	GetCodeSameOnePlot ()
TString	GetCodeSeveralPlot ()
TString	GetHistoType (const TString &)
Double_t	GetMarginAutoMinMax ()
Int_t	GetMaxNbOfColors ()
Int_t	GetNbOfRunsDisplayed ()
TString	GetQuantityName (const TString &)
TString	GetTechHistoCode (const TString &)
TString	GetTechHistoCode (const TString &, const TString &)
TString	GetXVarHisto (const TString &, const TString &, const Int_t &)
Double_t	GetYmaxDefaultValue (const TString &)
Double_t	GetYminDefaultValue (const TString &)
TString	GetYVarHisto (const TString &, const TString &, const Int_t &)
void	Init ()
void	ListOfStandardCodes (const TString &)
Int_t	MaxNbOfRunsInLists ()
UInt_t	SetCanvasHeight (const TString &, const TString &)
UInt_t	SetCanvasWidth (const TString &, const TString &)
void	SetColorPalette (const TString &)
Color_t	SetColorsForNumbers (const TString &)
void	SetEcalSubDetector (const TString &)
void	SetEcalSubDetector (const TString &, const TEcnaParEcal *, const TEcnaNumbering *)
TPaveText *	SetOptionSamePaveBorder (const TString &, const TString &)
TPaveText *	SetPaveAnalysisRun (const TString &, const Int_t &, const Int_t &, const TString &, const Int_t &, const Int_t &, const TString &)
TPaveText *	SetPaveCrystal (const Int_t &, const Int_t &, const Int_t &)
TPaveText *	SetPaveCrystal (const Int_t &, const Int_t &, const Int_t &, const Int_t &, const Int_t &)
TPaveText *	SetPaveCrystalSample (const Int_t &, const Int_t &, const Int_t &, const Int_t &)
TPaveText *	SetPaveCxyz (const Int_t &)
TPaveText *	SetPaveDee (const TString &, const Int_t &, const TString &)
TPaveText *	SetPaveEvolNbOfEvtsAna (const TString &, const Int_t &, const Int_t &, const Int_t &, const TString &)
TPaveText *	SetPaveEvolRuns (const Int_t &, const TString &, const Int_t &, const TString &, const TString &, const TString &)
TPaveText *	SetPaveGeneralComment (const TString &)
TPaveText *	SetPaveLVRB (const Int_t &, const Int_t &)
TPaveText *	SetPaveNbOfEvts (const Int_t &, const TString &, const TString &, const TString &)
TPaveText *	SetPaveSC (const Int_t &, const Int_t &)
TPaveText *	SetPaveSCsXY (const Int_t &, const Int_t &)
TPaveText *	SetPaveSM (const TString &, const Int_t &, const TString &)
TPaveText *	SetPaveStas ()
TPaveText *	SetPaveStex (const TString &, const Int_t &)
TPaveText *	SetPaveStin (const Int_t &, const Int_t &)
TPaveText *	SetPaveStinsXY (const Int_t &, const Int_t &)
TPaveText *	SetPaveTower (const Int_t &)
TPaveText *	SetPaveTowersXY (const Int_t &, const Int_t &)
void	SetViewGraphOffsets (TGraph *, const TString &)
void	SetViewHistoOffsets (TH1D *, const TString &, const TString &)
void	SetViewHistoPadMargins (const TString &, const TString &)
void	SetViewHistoStats (TH1D *, const TString &)
void	SetViewHistoStyle (const TString &)
	TEcnaParHistos ()
	TEcnaParHistos (TEcnaObject *, const TString &)
	TEcnaParHistos (const TString &, const TEcnaParEcal *, const TEcnaNumbering *)
virtual	~TEcnaParHistos ()

Private Attributes
TString	fAllXtalsInStinPlot
Int_t	fCdelete
Int_t	fCdeleteRoot
Int_t	fCnaCommand
Int_t	fCnaError
Int_t	fCnew
Int_t	fCnewRoot
TEcnaParEcal *	fEcal
TEcnaNumbering *	fEcalNumbering
TString	fFlagSubDet
Int_t	fgMaxCar
Double_t	fMarginAutoMinMax
Int_t	fMaxColorNumber
Int_t	fMaxNbOfRunsInLists
Int_t	fNbOfRunsDisplayed
TString	fOnlyOnePlot
Int_t	fPlotAllXtalsInStin
TString	fSameOnePlot
TString	fSeveralPlot
TString	fTTBELL

Detailed Description

---

TEcnaParHistos.h Update: 05/07/2011 Author: B.Fabbro (berna.nosp@m.rd.f.nosp@m.abbro.nosp@m.@cea.nosp@m..fr) DSM/IRFU/SPP CEA-Saclay Copyright: Those valid for CEA sofware

ECNA web page: http://cms-fabbro.web.cern.ch/cms-fabbro/

cna_new/Correlated_Noise_Analysis/ECNA_cna_1.htm

Values of different parameters for plots in the framework of TEcnaHistos
(see TEcnaHistos documentation)

Examples of parameters:  ymin and ymax values for histos, title sizes,
                         margins for plots, etc...

Definition at line 44 of file TEcnaParHistos.h.

Constructor & Destructor Documentation

TEcnaParHistos::TEcnaParHistos

(

)

Definition at line 34 of file TEcnaParHistos.cc.

{
// Constructor without argument

  //cout << "[Info Management] CLASS: TEcnaParHistos.     CREATE OBJECT: this = " << this << endl;

  Init();
}

TEcnaParHistos::TEcnaParHistos	(	TEcnaObject *	pObjectManager,
		const TString &	SubDet
	)

Definition at line 43 of file TEcnaParHistos.cc.

References TEcnaObject::GetPointerValue(), and TEcnaObject::RegisterPointer().

{
// Constructor without argument

  //cout << "[Info Management] CLASS: TEcnaParHistos.     CREATE OBJECT: this = " << this << endl;

  Init();
  Long_t i_this = (Long_t)this;
  pObjectManager->RegisterPointer("TEcnaParHistos", i_this);

  //............................ fEcal  => to be changed in fParEcal
  fEcal = 0;
  Long_t iParEcal = pObjectManager->GetPointerValue("TEcnaParEcal");
  if( iParEcal == 0 )
    {fEcal = new TEcnaParEcal(pObjectManager, SubDet.Data()); /*fCnew++*/}
  else
    {fEcal = (TEcnaParEcal*)iParEcal;}

  //............................ fEcalNumbering
  fEcalNumbering = 0;
  Long_t iEcalNumbering = pObjectManager->GetPointerValue("TEcnaNumbering");
  if( iEcalNumbering == 0 )
    {fEcalNumbering = new TEcnaNumbering(pObjectManager, SubDet.Data()); /*fCnew++*/}
  else
    {fEcalNumbering = (TEcnaNumbering*)iEcalNumbering;}

  SetEcalSubDetector(SubDet.Data());
}

TEcnaParHistos::TEcnaParHistos	(	const TString &	SubDet,
		const TEcnaParEcal *	pEcal,
		const TEcnaNumbering *	pEcalNumbering
	)

Definition at line 74 of file TEcnaParHistos.cc.

{
// Constructor with argument

  //cout << "[Info Management] CLASS: TEcnaParHistos.     CREATE OBJECT: this = " << this << endl;

  Init();
  SetEcalSubDetector(SubDet.Data(), pEcal, pEcalNumbering);
}

TEcnaParHistos::~TEcnaParHistos ( )

virtual

Definition at line 19 of file TEcnaParHistos.cc.

{
  //destructor
  
  //if (fEcalNumbering != 0){delete  fEcalNumbering; fCdelete++;}
  //if (fEcal          != 0){delete  fEcal;          fCdelete++;}
  
  //cout << "[Info Management] CLASS: TEcnaParHistos.     DESTROY OBJECT: this = " << this << endl;
}

Member Function Documentation

Float_t TEcnaParHistos::AxisLabelOffset

(

)

Definition at line 1022 of file TEcnaParHistos.cc.

{
 return AxisLabelOffset("");
}

Float_t TEcnaParHistos::AxisLabelOffset

(

const TString &

opt

)

Definition at line 1026 of file TEcnaParHistos.cc.

{
  Float_t lab_off = 0.02;
  if( opt == ""    ){lab_off = 0.02;}

  if( opt == "Towx"){lab_off = 0.01;}
  if( opt == "Towy"){lab_off = 0.03;}
  if( opt == "SMx" ){lab_off = 0.01;}
  if( opt == "SMy" ){lab_off = 0.015;}
  if( opt == "EBx" ){lab_off = 0.03;}
  if( opt == "EBy" ){lab_off = 0.015;}

  if( opt == "SCx" ){lab_off = 0.01;}
  if( opt == "SCy" ){lab_off = 0.03;}
  if( opt == "Deex"){lab_off = 0.002;}
  if( opt == "Deey"){lab_off = 0.03;}
  if( opt == "EEx" ){lab_off = 0.015;}
  if( opt == "EEy" ){lab_off = 0.02;}

  return lab_off;
}

Float_t TEcnaParHistos::AxisLabelSize

(

)

Definition at line 1048 of file TEcnaParHistos.cc.

{
 return AxisLabelSize("");
}

Float_t TEcnaParHistos::AxisLabelSize

(

const TString &

opt

)

Definition at line 1052 of file TEcnaParHistos.cc.

{
  Float_t lab_siz = 0.035;
  if( opt == "SMx"  ){lab_siz = 0.05;}
  if( opt == "SMy"  ){lab_siz = 0.05;}
  if( opt == "EBx"  ){lab_siz = 0.04;}
  if( opt == "EBy"  ){lab_siz = 0.04;}
  return lab_siz;
}

Float_t TEcnaParHistos::AxisTickSize

(

)

Definition at line 1062 of file TEcnaParHistos.cc.

{
 return AxisTickSize("");
}

Float_t TEcnaParHistos::AxisTickSize

(

const TString &

opt

)

Definition at line 1066 of file TEcnaParHistos.cc.

{
//.......... works only with option "S" in TGaxis
  Float_t tic_siz = 0.;  
  if( opt == "Dee"  ){tic_siz = 0.;}
  if( opt == "Deex" ){tic_siz = 0.01;}
  if( opt == "Deey" ){tic_siz = 0.02;}
  if( opt == "SMx"  ){tic_siz = 0.03;}
  if( opt == "SMy"  ){tic_siz = 0.0075;}
  if( opt == "EEx"  ){tic_siz = 0.06;}
  if( opt == "EEy"  ){tic_siz = 0.005;}

  return tic_siz;
}

Float_t TEcnaParHistos::AxisTitleOffset

(

)

Definition at line 984 of file TEcnaParHistos.cc.

{
 return AxisTitleOffset("");
}

Float_t TEcnaParHistos::AxisTitleOffset

(

const TString &

opt

)

Definition at line 988 of file TEcnaParHistos.cc.

{
  Float_t tit_off = 1.;

  if( opt == ""        ){tit_off = 0.055;}
  if( opt == "Towx"    ){tit_off = 1.15;}
  if( opt == "Towy"    ){tit_off = 1.15;}
  if( opt == "SMx"     ){tit_off = 1.15;}
  if( opt == "SMy"     ){tit_off = 0.5;}
  if( opt == "SMyInEB" ){tit_off = 0.7;}
  if( opt == "EBy"     ){tit_off = 1.;}
  if( opt == "EBx"     ){tit_off = 1.3;}

  if( opt == "SCx" ){tit_off = 1.15;}
  if( opt == "SCy" ){tit_off = 1.15;}
  if( opt == "Deex"){tit_off = 0.75;}
  if( opt == "Deey"){tit_off = 1.2;}
  if( opt == "EEx" ){tit_off = 1.2;}
  if( opt == "EEy" ){tit_off = 1.;}

  return tit_off;
}

Float_t TEcnaParHistos::AxisTitleSize

(

)

Definition at line 1011 of file TEcnaParHistos.cc.

{
 return AxisTitleSize("");
}

Float_t TEcnaParHistos::AxisTitleSize

(

const TString &

opt

)

Definition at line 1015 of file TEcnaParHistos.cc.

{
  Float_t tit_siz = 0.045;
  if( opt == ""  ){tit_siz = 0.045;}
  return tit_siz;
}

Double_t TEcnaParHistos::BoxBottomY

(

const TString &

chtype

)

Definition at line 390 of file TEcnaParHistos.cc.

References relativeConstraints::value.

{
//Set the y bottom coordinate of the box

  Double_t value = 0.8;
  
  if ( chtype == "general_comment"      ) {value = 0.960;}

  if ( chtype == "top_left_box_SM"      ) {value = 0.880;}
  if ( chtype == "top_left_box_EB"      ) {value = 0.880;}
  if ( chtype == "top_mid_box_EB"       ) {value = 0.880;}
  if ( chtype == "top_right_box_EB"     ) {value = 0.880;}

  if ( chtype == "top_left_box_Dee"     ) {value = 0.925;}
  if ( chtype == "top_left_box_EE"      ) {value = 0.880;}
  if ( chtype == "top_mid_box_EE"       ) {value = 0.880;}
  if ( chtype == "top_right_box_EE"     ) {value = 0.880;}

  if ( chtype == "bottom_left_box"      ) {value = 0.010;}
  if ( chtype == "bottom_left_box_evol" ) {value = 0.010;}
  if ( chtype == "bottom_right_box"     ) {value = 0.010;}
  if ( chtype == "bottom_right_box_evol") {value = 0.010;}
  if ( chtype == "bottom_right_box_evpr") {value = 0.010;}
  if ( chtype == "several_plots_box"    ) {value = 0.010;}
  if ( chtype == "several_evol_box"     ) {value = 0.010;}
  if ( chtype == "several_evpr_box"     ) {value = 0.010;}

 return value;
}

Double_t TEcnaParHistos::BoxLeftX

(

const TString &

chtype

)

Definition at line 326 of file TEcnaParHistos.cc.

References relativeConstraints::value.

{
//Set the x left coordinate of the box

  Double_t value = 0.4;

  if ( chtype == "general_comment"      ) {value = 0.015;}

  if ( chtype == "top_left_box_SM"      ) {value = 0.015;}
  if ( chtype == "top_left_box_EB"      ) {value = 0.015;}
  if ( chtype == "top_mid_box_EB"       ) {value = 0.350;}
  if ( chtype == "top_right_box_EB"     ) {value = 0.630;}

  if ( chtype == "top_left_box_Dee"     ) {value = 0.015;}
  if ( chtype == "top_left_box_EE"      ) {value = 0.015;}
  if ( chtype == "top_mid_box_EE"       ) {value = 0.240;}
  if ( chtype == "top_right_box_EE"     ) {value = 0.610;}

  if ( chtype == "bottom_left_box"      ) {value = 0.015;}
  if ( chtype == "bottom_left_box_evol" ) {value = 0.015;}
  if ( chtype == "bottom_mid_box"       ) {value = 0.250;}
  if ( chtype == "bottom_right_box"     ) {value = 0.455;}
  if ( chtype == "bottom_right_box_evol") {value = 0.540;}
  if ( chtype == "bottom_right_box_evpr") {value = 0.540;}

  if ( chtype == "several_plots_box"    ) {value = 0.015;}
  if ( chtype == "several_evol_box"     ) {value = 0.015;}
  if ( chtype == "several_evpr_box"     ) {value = 0.015;}

 return value;
}

Double_t TEcnaParHistos::BoxRightX

(

const TString &

chtype

)

Definition at line 358 of file TEcnaParHistos.cc.

References relativeConstraints::value.

{
//Set the x right coordinate of the box
  
  Double_t value = 0.6;
  
  if ( chtype == "general_comment"      ) {value = 0.680;}

  if ( chtype == "top_left_box_SM"      ) {value = 0.125;}
  if ( chtype == "top_left_box_EB"      ) {value = 0.349;}
  if ( chtype == "top_mid_box_EB"       ) {value = 0.629;}
  if ( chtype == "top_right_box_EB"     ) {value = 0.985;}

  if ( chtype == "top_left_box_Dee"     ) {value = 0.425;}
  if ( chtype == "top_left_box_EE"      ) {value = 0.260;}
  if ( chtype == "top_mid_box_EE"       ) {value = 0.609;}
  if ( chtype == "top_right_box_EE"     ) {value = 0.985;}

  if ( chtype == "bottom_left_box"      ) {value = 0.445;}
  if ( chtype == "bottom_left_box_evol" ) {value = 0.450;} // ex 370
  if ( chtype == "bottom_mid_box"       ) {value = 0.750;}
  if ( chtype == "bottom_right_box"     ) {value = 0.985;}
  if ( chtype == "bottom_right_box_evol") {value = 0.985;}
  if ( chtype == "bottom_right_box_evpr") {value = 0.985;}

  if ( chtype == "several_plots_box"    ) {value = 0.985;}
  if ( chtype == "several_evol_box"     ) {value = 0.635;}
  if ( chtype == "several_evpr_box"     ) {value = 0.635;}
  
 return value;
}

Double_t TEcnaParHistos::BoxTopY

(

const TString &

chtype

)

Definition at line 420 of file TEcnaParHistos.cc.

References relativeConstraints::value.

{
//Set the y top coordinate of the box

  Double_t value = 0.9;
  
  if ( chtype == "general_comment"      ) {value = 0.999;}

  if ( chtype == "top_left_box_SM"      ) {value = 0.955;}
  if ( chtype == "top_left_box_EB"      ) {value = 0.955;}
  if ( chtype == "top_mid_box_EB"       ) {value = 0.955;}
  if ( chtype == "top_right_box_EB"     ) {value = 0.955;}

  if ( chtype == "top_left_box_Dee"     ) {value = 0.969;}
  if ( chtype == "top_left_box_EE"      ) {value = 0.955;}
  if ( chtype == "top_mid_box_EE"       ) {value = 0.955;}
  if ( chtype == "top_right_box_EE"     ) {value = 0.955;}
  
  if ( chtype == "bottom_left_box"      ) {value = 0.120;}  
  if ( chtype == "bottom_left_box_evol" ) {value = 0.120;}
  if ( chtype == "bottom_right_box"     ) {value = 0.120;}
  if ( chtype == "bottom_right_box_Dee" ) {value = 0.100;}

  if ( chtype == "bottom_right_box_evol") {value = 0.120;}
  if ( chtype == "bottom_right_box_evpr") {value = 0.120;}
  if ( chtype == "several_plots_box"    ) {value = 0.200;}
  if ( chtype == "several_evol_box"     ) {value = 0.200;}
  if ( chtype == "several_evpr_box"     ) {value = 0.200;}

 return value;
}

TString TEcnaParHistos::BuildStandard1DHistoCodeX	(	const TString &	CallingMethod,
		const TString &	UserHistoCode
	)

Definition at line 2551 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //........................... user code -> standard code
  TString StandardHistoCode = "?";
  if( CallingMethod == "1D" || CallingMethod == "2DS" || CallingMethod == "Time" )
    {
      //======================================== Only X Quantity for 1D Histos
      if( UserHistoCode == "Tower" || UserHistoCode == "tower" || UserHistoCode == "tow" ||
      UserHistoCode == "Tower number" || UserHistoCode == "tower number" || UserHistoCode == "tow nb" ||
      UserHistoCode == "Tower#" || UserHistoCode == "tower#" || UserHistoCode == "tow#" ||
      UserHistoCode == "Tow#" || UserHistoCode == "Tow" )
    {StandardHistoCode = "Tow";}

      if( UserHistoCode == "Super crystal" || UserHistoCode == "SuperCrystal" || UserHistoCode == "SuperXtal" || 
      UserHistoCode == "Super crystal number" || UserHistoCode == "SuperCrystalNumber" ||
      UserHistoCode == "SuperXtalNumber" || 
      UserHistoCode == "Super crystal nb" || UserHistoCode == "SuperCrystal#" ||
      UserHistoCode == "SuperXtal#" ||
      UserHistoCode == "SC#" || UserHistoCode == "SC" )
    {StandardHistoCode = "SC";}

      if( UserHistoCode == "Crystal" || UserHistoCode == "crystal" || UserHistoCode == "Xtal" || 
      UserHistoCode == "Crystal number" || UserHistoCode == "crystal number" ||
      UserHistoCode == "Xtal number" || 
      UserHistoCode == "Crystal#" || UserHistoCode == "crystal#" || UserHistoCode == "Xtal#" ||
      UserHistoCode == "Xtal" )
    {StandardHistoCode = "Xtal";}

      if( StandardHistoCode == "Tow" || StandardHistoCode == "SC" || StandardHistoCode == "Xtal" )
    {StandardHistoCode = "XtalORStin";} // management by means of fFapStexNumber ( >0 => Xtal ; =0 => Tow .OR. SC )

      if( UserHistoCode == "Sample number" || UserHistoCode == "SampleNumber" ||
      UserHistoCode == "Sample#" || UserHistoCode == "Samp#" ||
      UserHistoCode == "Sample" || UserHistoCode == "sample" ||
      UserHistoCode == "Smp" )
    {StandardHistoCode = "Smp";}

      if( UserHistoCode == "Event" || UserHistoCode == "event" ||
      UserHistoCode == "Event number" || UserHistoCode == "event number" || 
      UserHistoCode == "EventNumber"  || UserHistoCode == "Event#" || 
      UserHistoCode == "EvtNumber"    || UserHistoCode == "Evt#" ||
      UserHistoCode == "Evt number"   || UserHistoCode == "evt number" ||
      UserHistoCode == "Evt" )
    {StandardHistoCode = "Evt";}
      
      //======================================== X or Y Quantity for 1D Histos
      if( StandardHistoCode == "?" )
    {
      StandardHistoCode = BuildStandard1DHistoCodeXY(UserHistoCode);
    } 
    }
  
  //---------------------------------------------
  if( StandardHistoCode == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandard1DHistoCodeX(...)> UserHistoCode = " << UserHistoCode
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("1DHistoCodeX");
    }
  return StandardHistoCode;
}

TString TEcnaParHistos::BuildStandard1DHistoCodeXY

(

const TString &

UserHistoCode

)

Definition at line 2660 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //........................... user code -> standard code
  TString StandardHistoCode = "?";

  //======================================== X or Y Quantity for 1D Histos
  if( UserHistoCode == "Number of events" || UserHistoCode == "Nb of evts" || 
      UserHistoCode == "NumberbOfEvents"  || UserHistoCode == "NbOfEvts"   ||
      UserHistoCode == "number of events" ||
      UserHistoCode == "noe"              || UserHistoCode == "NOE" || 
      UserHistoCode == " " || UserHistoCode == "" ) // (default)
    {StandardHistoCode = "NOE";}
 
  if( UserHistoCode == "Pedestals" || UserHistoCode == "Pedestal" ||
      UserHistoCode == "pedestals" || UserHistoCode == "pedestal" ||
      UserHistoCode == "ped"       || UserHistoCode == "Ped" )
    {StandardHistoCode = "Ped";}

  if( UserHistoCode == "Total noise" || UserHistoCode == "TotalNoise" ||
      UserHistoCode == "total noise" || UserHistoCode == "TN" ||
      UserHistoCode == "tn"          || UserHistoCode == "TNo" )
    {StandardHistoCode = "TNo";}

  if( UserHistoCode == "Low frequency noise" || UserHistoCode == "LowFrequencyNoise" ||
      UserHistoCode == "LF noise"            || UserHistoCode == "LFNoise" || 
      UserHistoCode == "low frequency noise" || UserHistoCode == "lfn" ||
      UserHistoCode == "LFN")
    {StandardHistoCode = "LFN";}

  if( UserHistoCode == "High frequency noise" || UserHistoCode == "HighFrequencyNoise" ||
      UserHistoCode == "HF noise"             || UserHistoCode == "HFNoise" || 
      UserHistoCode == "high frequency noise" ||
      UserHistoCode == "hfn" || UserHistoCode == "HFN")
    {StandardHistoCode = "HFN";}

  if( UserHistoCode == "Mean correlations between samples" ||  
      UserHistoCode == "MeanCorrelationsBetweenSamples" || 
      UserHistoCode == "Correlations between samples" ||  
      UserHistoCode == "CorrelationsBetweenSamples" || 
      UserHistoCode == "Mean corss" || UserHistoCode == "MeanCorss" ||   
      UserHistoCode == "Corss" || UserHistoCode == "corss" ||   
      UserHistoCode == "Css"   || UserHistoCode == "css" ||
      UserHistoCode == "mean correlations between samples" ||
      UserHistoCode == "mcs" || UserHistoCode == "MCs" )
    {StandardHistoCode = "MCs";}

  if( UserHistoCode == "Sigma of correlations between samples" ||  
      UserHistoCode == "SigmaOfCorrelationsBetweenSamples" || 
      UserHistoCode == "Sigma corss" || UserHistoCode == "SigmaCorss" ||   
      UserHistoCode == "SigCorss" || UserHistoCode == "sigcorss" ||   
      UserHistoCode == "SCss"   || UserHistoCode == "scss" ||
      UserHistoCode == "sigma of correlations between samples" ||
      UserHistoCode == "scs" || UserHistoCode == "SCs")
    {StandardHistoCode = "SCs";}

  if( UserHistoCode == "Sample mean" || UserHistoCode == "SampleMean" ||
      UserHistoCode == "Sample average" || UserHistoCode == "SampleAverage" || 
      UserHistoCode == "SampMean" || UserHistoCode == "SampAverage" ||
      UserHistoCode == "MSp" )
    {StandardHistoCode = "MSp";}

  if( UserHistoCode == "Sample sigma"      || UserHistoCode == "SampleSigma" ||
      UserHistoCode == "Sigma of samples"  || UserHistoCode == "SigmaOfSamples" ||
      UserHistoCode == "SampSigma"         || 
      UserHistoCode == "SSp"      )
    {StandardHistoCode = "SSp";}

  if( UserHistoCode == "date" || UserHistoCode == "Date" || UserHistoCode == "time" ||
      UserHistoCode == "Time" )
    {StandardHistoCode = "Time";}

  if( UserHistoCode == "ADC value" || UserHistoCode == "ADCValue" || 
      UserHistoCode == "Adc value" || UserHistoCode == "AdcValue" ||
      UserHistoCode == "Sample ADC" || UserHistoCode == "SampleAdc" || 
      UserHistoCode == "ADC" || UserHistoCode == "Adc"  )
    {StandardHistoCode = "Adc";}

  //---------------------------------------------
  if( StandardHistoCode == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandard1DHistoCodeXY(...)> UserHistoCode = " << UserHistoCode
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("1DHistoCodeXY");
    }
  return StandardHistoCode;
}

TString TEcnaParHistos::BuildStandard1DHistoCodeY	(	const TString &	CallingMethod,
		const TString &	UserHistoCode
	)

Definition at line 2616 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //........................... user code -> standard code
  TString StandardHistoCode = "?";

  if( CallingMethod == "1D" || CallingMethod == "2DS" || CallingMethod == "Time" )
    {
      //======================================== Only Y Quantity for 1D Histos
      if( UserHistoCode == "Number of crystals" || UserHistoCode == "NumberOfCrystals" ||
      UserHistoCode == "Nb of crystals" || UserHistoCode == "NbOfCrystals" ||
      UserHistoCode == "Number of xtals" || UserHistoCode == "NumberOfXtals" ||
      UserHistoCode == "Nb of xtals" || UserHistoCode == "NbOfXtals" ||
      UserHistoCode == "nox" || UserHistoCode == "NOX" )
    {StandardHistoCode = "NOX";}

      if( UserHistoCode == "Number of samples" || UserHistoCode == "NumberOfSamples" ||
      UserHistoCode == "Nb of samples" || UserHistoCode == "NbOfSamples" ||
      UserHistoCode == "nos" || UserHistoCode == "NOS" )
    {StandardHistoCode = "NOS";}

      if( UserHistoCode == "Number of runs" || UserHistoCode == "NumberOfRuns" ||
      UserHistoCode == "Nb of runs" || UserHistoCode == "NbOfRuns" ||
      UserHistoCode == "nor" || UserHistoCode == "NOR" )
    {StandardHistoCode = "NOR";}
      
      //======================================== X or Y Quantity for 1D Histos
      if( StandardHistoCode == "?" )
    {
      StandardHistoCode = BuildStandard1DHistoCodeXY(UserHistoCode);
    }
    }
  //---------------------------------------------
  if( StandardHistoCode == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandard1DHistoCodeY(...)> UserHistoCode = " << UserHistoCode
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("1DHistoCodeY");
    }
  return StandardHistoCode;
}

TString TEcnaParHistos::BuildStandardBetweenWhatCode	(	const TString &	CallingMethod,
		const TString &	UserHistoCode
	)

Definition at line 2783 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //........................... user code -> standard code
  TString StandardHistoCode = "?";
  if( CallingMethod == "2D" )
    {
      //======================================== Quantity for correlations (BetweenWhat)
      if( UserHistoCode == "Samples" || UserHistoCode == "Between samples" || 
      UserHistoCode == "samples" || UserHistoCode == "between samples" ||
      UserHistoCode == "BetweenSamples" ||
      UserHistoCode == "Samp" || UserHistoCode == "samp" ||
      UserHistoCode == "ss" || UserHistoCode == "Mss" )
    {StandardHistoCode = "Mss";}

      if( UserHistoCode == "LF channels" || UserHistoCode == "LF between channels" ||
      UserHistoCode == "LFChannels"  || UserHistoCode == "LFBetweenChannels" ||
      UserHistoCode == "LFChan"      || UserHistoCode == "lfchan" || 
      UserHistoCode == "LFcc"        || UserHistoCode == "lfcc"   || UserHistoCode == "MccLF" )
    {StandardHistoCode = "MccLF";}

      if( UserHistoCode == "HF channels" || UserHistoCode == "HF between channels" ||
      UserHistoCode == "HFChannels"  || UserHistoCode == "HFBetweenChannels" ||
      UserHistoCode == "HFChan"      || UserHistoCode == "hfchan" || 
      UserHistoCode == "HFcc"        || UserHistoCode == "hfcc"   || UserHistoCode == "MccHF" )
    {StandardHistoCode = "MccHF";}

      if( UserHistoCode == "LF towers"    || UserHistoCode == "LF between towers" ||
      UserHistoCode == "LFTowers"     || UserHistoCode == "LFBetweenTowers" ||
      UserHistoCode == "LFTow"        || UserHistoCode == "lftow" ||
      UserHistoCode == "LFtt"         || UserHistoCode == "lftt"  ||
      UserHistoCode == "LF SCs"       || UserHistoCode == "LF between SCs" ||
      UserHistoCode == "LFSCs"        || UserHistoCode == "LFBetweenSCs" ||
      UserHistoCode == "LFSuperXtals" || UserHistoCode == "lfsc" ||
      UserHistoCode == "LFSC"         || UserHistoCode == "lfsx" ||
      UserHistoCode == "MttLF" )
    {StandardHistoCode = "MttLF";}

      if( UserHistoCode == "HF towers"    || UserHistoCode == "HF between towers" ||
      UserHistoCode == "HFTowers"     || UserHistoCode == "HFBetweenTowers" ||
      UserHistoCode == "HFTow"        || UserHistoCode == "hftow" || 
      UserHistoCode == "HFtt"         || UserHistoCode == "hftt"  ||
      UserHistoCode == "HF SCs"       || UserHistoCode == "HF between SCs" ||
      UserHistoCode == "HFSCs"        || UserHistoCode == "HFBetweenSCs" ||
      UserHistoCode == "HFSuperXtals" || UserHistoCode == "hfsc" ||
      UserHistoCode == "HFSC"         || UserHistoCode == "hfsx" ||
      UserHistoCode == "MttHF" )
    {StandardHistoCode = "MttHF";}
    }

  //---------------------------------------------
  if( StandardHistoCode == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandardBetweenWhatCode(...)> UserHistoCode = " << UserHistoCode
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("BetweenWhatCode");
    }
  return StandardHistoCode;
}

TString TEcnaParHistos::BuildStandardCovOrCorCode	(	const TString &	CallingMethod,
		const TString &	UserHistoCode
	)

Definition at line 2750 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //........................... user code -> standard code
  TString StandardHistoCode = "?";
  if( CallingMethod == "2D" )
    {
      //======================================== Correlation or covariance (CorOrCov)
      if( UserHistoCode == "Correlation" || UserHistoCode == "Correlations" ||
      UserHistoCode == "correlation" || UserHistoCode == "correlations" ||
      UserHistoCode == "Correl"      || UserHistoCode == "correl" ||
      UserHistoCode == "cor"         || UserHistoCode == "Cor"  || 
      UserHistoCode == " " || UserHistoCode == "" ) // (default)
    {StandardHistoCode = "Cor";}

      if( UserHistoCode == "Covariance" || UserHistoCode == "Covariances" ||
      UserHistoCode == "covariance" || UserHistoCode == "covariances" ||
      UserHistoCode == "Covar"      || UserHistoCode == "covar" ||
      UserHistoCode == "cov"        || UserHistoCode == "Cov" )
    {StandardHistoCode = "Cov";}
    }
  //---------------------------------------------
  if( StandardHistoCode == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandardCovOrCorCode(...)> UserHistoCode = " << UserHistoCode
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("CovOrCorCode");
    }
  return StandardHistoCode;
}

TString TEcnaParHistos::BuildStandardDetectorCode

(

const TString &

UserDetector

)

Definition at line 2447 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  TString StandardDetectorCode = "?";

  if( UserDetector == "Super-module" || UserDetector == "SuperModule" ||
      UserDetector == "super-module" || UserDetector == "SM" ||
      UserDetector == " " || UserDetector == "" )  // (default)
    {StandardDetectorCode = "SM";}

   if( UserDetector == "DEE" || UserDetector == "Dee" )
    {StandardDetectorCode = "Dee";}

   if( UserDetector == "Ecal barrel" || UserDetector == "EcalBarrel" || 
       UserDetector == "ecal barrel" || UserDetector == "Barrel"     || UserDetector == "barrel" || 
       UserDetector == "EB" )
    {StandardDetectorCode = "EB";}

   if( UserDetector == "Ecal endcap" || UserDetector == "EcalEndcap" || 
       UserDetector == "ecal endcap" || UserDetector == "Endcap"     || UserDetector == "endcap" || 
       UserDetector == "EE" )
    {StandardDetectorCode = "EE";}

   if( StandardDetectorCode == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandardDetectorCode(...)> UserDetector = " << UserDetector
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("DetectorCode");
    }
  return StandardDetectorCode;
}

TString TEcnaParHistos::BuildStandardPlotOption	(	const TString &	CallingMethod,
		const TString &	UserPlotOption
	)

Definition at line 2481 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  TString StandardPlotOption = "?";

  if( CallingMethod == "1D" || CallingMethod == "2DS" || CallingMethod == "Time" )
    {
      if( UserPlotOption == "ONLY ONE" || UserPlotOption == "only one"   || UserPlotOption == "onlyone" ||
      UserPlotOption == "Only one" || UserPlotOption == "OnlyOne"    ||
      UserPlotOption == "ONLYONE"  || UserPlotOption == fOnlyOnePlot ||
      UserPlotOption == " " || UserPlotOption ==  "" )  // (default)
    {StandardPlotOption = fOnlyOnePlot;}

      if( UserPlotOption == "SAME" || UserPlotOption ==  "Same" || UserPlotOption == fSeveralPlot )
    {StandardPlotOption = fSeveralPlot;}

      if( UserPlotOption ==  "SAME n" || UserPlotOption ==  "Same n" || UserPlotOption == fSameOnePlot )
    {StandardPlotOption = fSameOnePlot;}

      if( UserPlotOption == fAllXtalsInStinPlot )  // called with 1D after call with 1DX (special case "SAME in Stin")
    {StandardPlotOption = fAllXtalsInStinPlot;}
    }

  if( CallingMethod == "1DX" )
    {
      if( UserPlotOption == "ALL XTALS IN TOWER" || UserPlotOption == "ALL CHANNELS IN TOWER" ||
      UserPlotOption == "AllXtalsInTower"    || UserPlotOption == "AllChannelsInTower" ||
      UserPlotOption == "ALL XTALS IN TOW"   || UserPlotOption == "ALL CHANNELS IN TOW" ||
      UserPlotOption == "AllXtalsInTow"      || UserPlotOption == "AllChannelsInTow" ||
      UserPlotOption == "ALL XTALS IN SC"    || UserPlotOption == "ALL CHANNELS IN SC" ||
      UserPlotOption == "AllXtalsInSC"       || UserPlotOption == "AllChannelsInSC" ||
      UserPlotOption == "SAME IN TOWER"      || UserPlotOption == "SameInTower" || 
      UserPlotOption == "SAME IN TOW"        || UserPlotOption == "SameInTow" || 
      UserPlotOption == "SAME IN SC"         || UserPlotOption == "SameInSC"  ||
      UserPlotOption == "Same in tower"      || UserPlotOption == "Same in tow" ||
      UserPlotOption == "Same in SC"         || UserPlotOption == "SameInSC" ||
      UserPlotOption == fAllXtalsInStinPlot  ||
      UserPlotOption == " " || UserPlotOption == "" ) // (default)
    {StandardPlotOption = fAllXtalsInStinPlot;}
    }

  if( CallingMethod == "2D" )
    {
      if( UserPlotOption == "COLZ" ||
      UserPlotOption == " " || UserPlotOption == "" ) // (default)
    {StandardPlotOption = "COLZ";}
      if( UserPlotOption == "BOX"    ){StandardPlotOption = "BOX";}
      if( UserPlotOption == "TEXT"   ){StandardPlotOption = "TEXT";}
      if( UserPlotOption == "CONTZ"  ){StandardPlotOption = "CONTZ";}
      if( UserPlotOption == "LEGO2Z" ){StandardPlotOption = "LEGO2Z";}
      if( UserPlotOption == "SURF1Z" ){StandardPlotOption = "SURF1Z";}
      if( UserPlotOption == "SURF2Z" ){StandardPlotOption = "SURF2Z";}
      if( UserPlotOption == "SURF3Z" ){StandardPlotOption = "SURF3Z";}
      if( UserPlotOption == "SURF4"  ){StandardPlotOption = "SURF4";}
      if( UserPlotOption == "ASCII"  ){StandardPlotOption = "ASCII";}
    }

  //...................................................
  if( StandardPlotOption == "?" )
    {
      cout << "*TEcnaParHistos::BuildStandardPlotOption(...)> UserPlotOption = " << UserPlotOption
       << " : code not found."
       << fTTBELL << endl;

      ListOfStandardCodes("PlotOption");
    }
  return StandardPlotOption;
}

UInt_t TEcnaParHistos::CanvasFormatH

(

const TString &

chformat

)

Definition at line 303 of file TEcnaParHistos.cc.

{
//Set Canvas height

  UInt_t canv_h = 530;         // default = "petit"

  if ( chformat == "petit"    ){canv_h = 530;} // 21x29.7 portrait
  if ( chformat == "moyen"    ){canv_h = 636;} // 21x29.7 portrait
  if ( chformat == "grand"    ){canv_h = 810;} // 21x29.7 portrait

  if ( chformat == "etaphiSM" ){canv_h = 306;} // landscape etroit en hauteur pour plot SM
  if ( chformat == "phietaEB" ){canv_h = 450;} // landscape pour plot EB (32 SMs)

  if ( chformat == "IXIYDee"  ){canv_h = 720;} // portrait etroit en largeur pour plot Dee
  if ( chformat == "IYIXEE"   ){canv_h = 450;} // landscape pour plot EE (4 dees)
  return canv_h;
}

UInt_t TEcnaParHistos::CanvasFormatW

(

const TString &

chformat

)

Definition at line 285 of file TEcnaParHistos.cc.

{
//Set Canvas width

  UInt_t canv_w = 375;         // default = "petit"

  if ( chformat == "petit"    ){canv_w = 375;} // 21x29.7 portrait
  if ( chformat == "moyen"    ){canv_w = 450;} // 21x29.7 portrait
  if ( chformat == "grand"    ){canv_w = 572;} // 21x29.7 portrait

  if ( chformat == "etaphiSM" ){canv_w = 760;} // landscape etroit en hauteur pour plot SM
  if ( chformat == "phietaEB" ){canv_w = 636;} // landscape pour plot EB (32 SMs)

  if ( chformat == "IXIYDee"  ){canv_w = 320;} // portrait etroit en largeur pour plot Dee
  if ( chformat == "IYIXEE"   ){canv_w = 636;} // landscape pour plot EE (4 dees)
  return canv_w;
}

Color_t TEcnaParHistos::ColorDefinition

(

const TString &

chcolor

)

Definition at line 507 of file TEcnaParHistos.cc.

{
  //Set color from color name

  //=========> Color definition: see ROOT User's guide p.151

  Color_t couleur = 1;        // default = "noir"

  if ( chcolor == "noir"       ) {couleur =  1;}
  if ( chcolor == "rouge"      ) {couleur =  2;}
  if ( chcolor == "vert_fonce" ) {couleur =  3;}
  if ( chcolor == "bleu_fonce" ) {couleur =  4;}
  if ( chcolor == "jaune"      ) {couleur =  5;}
  if ( chcolor == "rose"       ) {couleur =  6;}
  if ( chcolor == "bleu_clair" ) {couleur =  7;}
  if ( chcolor == "vert"       ) {couleur =  8;}
  if ( chcolor == "bleu"       ) {couleur =  9;}
  if ( chcolor == "blanc"      ) {couleur = 10;}

  if ( chcolor == "marron23"   ) {couleur = 23;}
  if ( chcolor == "marron24"   ) {couleur = 24;}
  if ( chcolor == "marron25"   ) {couleur = 24;}
  if ( chcolor == "marron27"   ) {couleur = 27;}
  if ( chcolor == "marron28"   ) {couleur = 28;}

  if ( chcolor == "bleu33"     ) {couleur = 33;}
  if ( chcolor == "bleu36"     ) {couleur = 36;}
  if ( chcolor == "bleu38"     ) {couleur = 38;}
  if ( chcolor == "bleu39"     ) {couleur = 39;}

  if ( chcolor == "orange41"   ) {couleur = 41;}
  if ( chcolor == "orange42"   ) {couleur = 42;}

  if ( chcolor == "rouge44"    ) {couleur = 44;}
  if ( chcolor == "rouge46"    ) {couleur = 46;}
  if ( chcolor == "rouge47"    ) {couleur = 47;}
  if ( chcolor == "rouge48"    ) {couleur = 48;}
  if ( chcolor == "rouge49"    ) {couleur = 49;}
  if ( chcolor == "rouge50"    ) {couleur = 50;}

  if ( chcolor == "vert31"     ) {couleur = 31;}
  if ( chcolor == "vert32"     ) {couleur = 32;}
  if ( chcolor == "vert36"     ) {couleur = 36;}
  if ( chcolor == "vert37"     ) {couleur = 37;}

  if ( chcolor == "violet"     ) {couleur = 49;}

  if ( chcolor == "turquoise29") {couleur = 29;}

  if ( chcolor == "gris12"     ) {couleur = 12;}
  if ( chcolor == "gris13"     ) {couleur = 13;}
  if ( chcolor == "gris14"     ) {couleur = 14;}
  if ( chcolor == "gris15"     ) {couleur = 15;}
  if ( chcolor == "gris16"     ) {couleur = 16;}
  if ( chcolor == "gris17"     ) {couleur = 17;}
  if ( chcolor == "gris18"     ) {couleur = 18;}

  return couleur;
}

Color_t TEcnaParHistos::ColorTab

(

const Int_t &

user_color_number

)

Definition at line 468 of file TEcnaParHistos.cc.

{
  //Set color from user color number

  //=========> Color definition: see ROOT User's guide p.151

  TColor* my_color = new TColor();

  Color_t couleur = ColorDefinition("noir");        // default = "noir"

  if ( fMaxColorNumber  != 6 )
    {
      //................... Standard: 6 colors (fMaxColorNumber = 5)
      if(user_color_number == 0){couleur = ColorDefinition("noir");}                  //    noir        black    1
      if(user_color_number == 1){couleur = ColorDefinition("rouge");}                 //    rouge       red      2
      if(user_color_number == 2){couleur = ColorDefinition("bleu");}                  //    bleu        blue     9
      if(user_color_number == 3){couleur = (Color_t)my_color->GetColor("#009900");}   //    vert        green
      if(user_color_number == 4){couleur = ColorDefinition("marron28");}              //    marron 28   braun   28
      if(user_color_number == 5){couleur = (Color_t)my_color->GetColor("#9900BB");}   //    violet      purple

    }
  if ( fMaxColorNumber  == 6 )
    {
      //................... Rainbow:7  colors (fMaxColorNumber = 6)
      if(user_color_number == 0){couleur = (Color_t)my_color->GetColor("#EE0000");}  //   rouge
      if(user_color_number == 1){couleur = (Color_t)my_color->GetColor("#FF6611");}  //   orange
      if(user_color_number == 2){couleur = (Color_t)my_color->GetColor("#FFCC00");}  //   jaune
      if(user_color_number == 3){couleur = (Color_t)my_color->GetColor("#009900");}  //   vert
      if(user_color_number == 4){couleur = (Color_t)my_color->GetColor("#0044EE");}  //   bleu
      if(user_color_number == 5){couleur = (Color_t)my_color->GetColor("#6633BB");}  //   indigo
      if(user_color_number == 6){couleur = (Color_t)my_color->GetColor("#9900BB");}  //   violet
    }

  if( user_color_number < 0 || user_color_number > fMaxColorNumber ){couleur = 0;}

  return couleur;
}

Float_t TEcnaParHistos::DeeNameOffsetX

(

const Int_t &

DeeNumber

)

Definition at line 1127 of file TEcnaParHistos.cc.

References evf::evtn::offset().

{
  Float_t offset = 0;

  if( DeeNumber == 1 ){offset = 8.;}
  if( DeeNumber == 2 ){offset = 0.;}
  if( DeeNumber == 3 ){offset = 7.6;}
  if( DeeNumber == 4 ){offset = -0.5;}
  
  return offset;
}

Float_t TEcnaParHistos::DeeNumberOffsetX	(	const TString &	opt_plot,
		const Int_t &	DeeNumber
	)

Definition at line 1139 of file TEcnaParHistos.cc.

References evf::evtn::offset().

{
  Float_t offset = 0;

  if( opt_plot == "Dee"  )
    {
      if( DeeNumber == 1 ){offset = 2.5;}
      if( DeeNumber == 2 ){offset = 41.5;}
      if( DeeNumber == 3 ){offset = 2.5;}
      if( DeeNumber == 4 ){offset = 41.5;}
    }
  if( opt_plot == "EE"  )
    {
      if( DeeNumber == 1 ){offset = 0.42;}
      if( DeeNumber == 2 ){offset = 8.15;}
      if( DeeNumber == 3 ){offset = 0.42;}
      if( DeeNumber == 4 ){offset = 8.15;}
    }
  return offset;
}

Float_t TEcnaParHistos::DeeOffsetX	(	const TString &	opt_plot,
		const Int_t &	DeeNumber
	)

Definition at line 1110 of file TEcnaParHistos.cc.

References evf::evtn::offset().

{
  Float_t offset = 0;
  if( opt_plot == "Dee" ){offset = 0;}
  if( opt_plot == "EE"  )
    {
      Double_t vertic_empty_strip_1 = 1.;
      if( DeeNumber == 1 ){offset = vertic_empty_strip_1
                 + fEcal->MaxStinHocoInStex()+ 2*fEcal->MaxStinHocoInStex() + 1.;}
      if( DeeNumber == 2 ){offset = vertic_empty_strip_1 + 2*fEcal->MaxStinHocoInStex() + 1.;}
      if( DeeNumber == 3 ){offset = vertic_empty_strip_1 + fEcal->MaxStinHocoInStex();}
      if( DeeNumber == 4 ){offset = vertic_empty_strip_1 + 0.;}
    }
  return offset;
}

TString TEcnaParHistos::GetCodeAllXtalsInStinPlot

(

)

Definition at line 3024 of file TEcnaParHistos.cc.

{return fAllXtalsInStinPlot;}

TString TEcnaParHistos::GetCodeOnlyOnePlot

(

)

Definition at line 3021 of file TEcnaParHistos.cc.

{return fOnlyOnePlot;}

Int_t TEcnaParHistos::GetCodePlotAllXtalsInStin

(

)

Definition at line 3025 of file TEcnaParHistos.cc.

{return fPlotAllXtalsInStin;}

TString TEcnaParHistos::GetCodeSameOnePlot

(

)

Definition at line 3023 of file TEcnaParHistos.cc.

{return fSameOnePlot;}

TString TEcnaParHistos::GetCodeSeveralPlot

(

)

Definition at line 3022 of file TEcnaParHistos.cc.

{return fSeveralPlot;}

TString TEcnaParHistos::GetHistoType

(

const TString &

HistoCode

)

Definition at line 2108 of file TEcnaParHistos.cc.

{
// Type of the quantity as a function of the quantity code
// Histo type <=> Variable in X coordinate

  TString HistoType;
  Int_t MaxCar = fgMaxCar;
  HistoType.Resize(MaxCar);
  HistoType = "(no quantity type info)";

  //.(1a)............................ Global
  if ( HistoCode == "D_NOE_ChNb" || HistoCode == "D_Ped_ChNb" ||
       HistoCode == "D_TNo_ChNb" || HistoCode == "D_LFN_ChNb" || HistoCode == "D_HFN_ChNb" ||
       HistoCode == "D_MCs_ChNb" || HistoCode == "D_SCs_ChNb" )
    {HistoType = "Global";}   // X coordinate = Xtals for SM or Dee
                              //                Tower for EB
                              //                SC    for EE
  //.(1b)............................ Proj  
  if ( HistoCode == "D_NOE_ChDs" || HistoCode == "D_Ped_ChDs" ||
       HistoCode == "D_TNo_ChDs" || HistoCode == "D_LFN_ChDs" || HistoCode == "D_HFN_ChDs" || 
       HistoCode == "D_MCs_ChDs" || HistoCode == "D_SCs_ChDs" )
    {HistoType = "Proj";}    // X coordinate = bin number
  
  //.(2)............................ H1Basic
  if ( HistoCode == "D_MSp_SpNb" || HistoCode == "D_SSp_SpNb" )
    {HistoType = "H1Basic";}  // X coordinate = sample number

  //.(2)............................ H1BasicProj
  if ( HistoCode == "D_MSp_SpDs" || HistoCode == "D_SSp_SpDs" )
    {HistoType = "H1BasicProj";}  // X coordinate = total noise

  //.(3a)............................ SampGlobal
  if ( HistoCode == "D_Adc_EvNb" ){HistoType = "SampGlobal";}  // X coordinate = event number
  //.(3b)............................ SampProj
  if ( HistoCode == "D_Adc_EvDs"  ){HistoType = "SampProj";}    // X coordinate = bin number

  //.(4a)............................ Evol
  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" )
    {HistoType = "Evol";}   // X coordinate = date

  //.(4b)............................ EvolProj
  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" )
    {HistoType = "EvolProj";}   // X coordinate = bin number

  return HistoType;
}// end of GetHistoType(...)

Double_t TEcnaParHistos::GetMarginAutoMinMax

(

)

Definition at line 573 of file TEcnaParHistos.cc.

{return fMarginAutoMinMax;}

Int_t TEcnaParHistos::GetMaxNbOfColors

(

)

Definition at line 571 of file TEcnaParHistos.cc.

{return fMaxColorNumber;}

Int_t TEcnaParHistos::GetNbOfRunsDisplayed

(

)

Definition at line 572 of file TEcnaParHistos.cc.

{return fNbOfRunsDisplayed;}

TString TEcnaParHistos::GetQuantityName

(

const TString &

chqcode

)

Definition at line 2250 of file TEcnaParHistos.cc.

{
// Name of the quantity as a function of the histo code

  TString chqname;
  Int_t MaxCar = fgMaxCar;
  chqname.Resize(MaxCar);
  chqname = "(no quantity name info)";

  if(chqcode == "D_NOE_ChNb"){chqname = "Number of events";}
  if(chqcode == "D_NOE_ChDs"){chqname = "Nb of events";}
  if(chqcode == "D_Ped_ChNb"){chqname = "Pedestal";}
  if(chqcode == "D_Ped_ChDs"){chqname = "Pedestal";}
  if(chqcode == "D_TNo_ChNb"){chqname = "Total Noise";}
  if(chqcode == "D_TNo_ChDs"){chqname = "Total Noise";}
  if(chqcode == "D_MCs_ChNb"){chqname = "Mean Cor(s,s')";}
  if(chqcode == "D_MCs_ChDs"){chqname = "Mean Cor(s,s')";}
  if(chqcode == "D_LFN_ChNb"){chqname = "Low Freq. Noise";}
  if(chqcode == "D_LFN_ChDs"){chqname = "Low Freq. Noise";}
  if(chqcode == "D_HFN_ChNb"){chqname = "High Freq. Noise";}
  if(chqcode == "D_HFN_ChDs"){chqname = "High Freq. Noise";}
  if(chqcode == "D_SCs_ChNb"){chqname = "Sigma Cor(s,s')";}
  if(chqcode == "D_SCs_ChDs"){chqname = "Sigma Cor(s,s')";}
  if(chqcode == "D_MSp_SpNb"){chqname = "Sample means";}
  if(chqcode == "D_MSp_SpDs"){chqname = "Sample means";}
  if(chqcode == "D_SSp_SpNb"){chqname = "Sample sigmas";}
  if(chqcode == "D_SSp_SpDs"){chqname = "Sample sigmas";}
  if(chqcode == "D_Adc_EvNb"){chqname = "Sample ADC";}
  if(chqcode == "D_Adc_EvDs"){chqname = "Sample ADC distribution";}
  if(chqcode == "H_Ped_Date"){chqname = "Pedestal";}
  if(chqcode == "H_TNo_Date"){chqname = "Total Noise";}
  if(chqcode == "H_MCs_Date"){chqname = "Mean Cor(s,s')";}
  if(chqcode == "H_LFN_Date"){chqname = "Low Freq. Noise";}
  if(chqcode == "H_HFN_Date"){chqname = "High Freq. Noise";}
  if(chqcode == "H_SCs_Date"){chqname = "Sigma Cor(s,s')";}
  if(chqcode == "H_Ped_RuDs"){chqname = "Pedestal";}
  if(chqcode == "H_TNo_RuDs"){chqname = "Total Noise";}
  if(chqcode == "H_MCs_RuDs"){chqname = "Mean Cor(s,s')";}
  if(chqcode == "H_LFN_RuDs"){chqname = "Low Freq. Noise";}
  if(chqcode == "H_HFN_RuDs"){chqname = "High Freq. Noise";}
  if(chqcode == "H_SCs_RuDs"){chqname = "Sigma Cor(s,s')";}
  return chqname;
}

TString TEcnaParHistos::GetTechHistoCode

(

const TString &

StandardHistoCode

)

Definition at line 2943 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  TString TechHistoCode = "?";

  //.................... standard code -> technical code for ViewMatrix, ViewStex, ViewStas
  if( StandardHistoCode == "NOE" ){TechHistoCode = "D_NOE_ChNb";}
  if( StandardHistoCode == "Ped" ){TechHistoCode = "D_Ped_ChNb";}
  if( StandardHistoCode == "TNo" ){TechHistoCode = "D_TNo_ChNb";}
  if( StandardHistoCode == "LFN" ){TechHistoCode = "D_LFN_ChNb";}
  if( StandardHistoCode == "HFN" ){TechHistoCode = "D_HFN_ChNb";}
  if( StandardHistoCode == "MCs" ){TechHistoCode = "D_MCs_ChNb";}
  if( StandardHistoCode == "SCs" ){TechHistoCode = "D_SCs_ChNb";}

  if( TechHistoCode == "?" )
    {
      cout << "*TEcnaParHistos::GetTechHistoCode(...)> StandardHistoCode = " << StandardHistoCode
       << " : code not found " << fTTBELL << endl;
    }
  return TechHistoCode;
}

TString TEcnaParHistos::GetTechHistoCode	(	const TString &	X_Quantity,
		const TString &	Y_Quantity
	)

Definition at line 2964 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //........................... (X,Y) standard codes -> technical code
  TString TechHistoCode = "?";

  //........................... Matrix or Histo type
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "NOE" ){TechHistoCode = "D_NOE_ChNb";}
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "Ped" ){TechHistoCode = "D_Ped_ChNb";}
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "TNo" ){TechHistoCode = "D_TNo_ChNb";}
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "LFN" ){TechHistoCode = "D_LFN_ChNb";}
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "HFN" ){TechHistoCode = "D_HFN_ChNb";}
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "MCs" ){TechHistoCode = "D_MCs_ChNb";}
  if ( X_Quantity == "XtalORStin" && Y_Quantity == "SCs" ){TechHistoCode = "D_SCs_ChNb";}

  if ( X_Quantity == "NOE" && Y_Quantity == "NOX" ){TechHistoCode = "D_NOE_ChDs";}
  if ( X_Quantity == "Ped" && Y_Quantity == "NOX" ){TechHistoCode = "D_Ped_ChDs";}
  if ( X_Quantity == "TNo" && Y_Quantity == "NOX" ){TechHistoCode = "D_TNo_ChDs";}
  if ( X_Quantity == "LFN" && Y_Quantity == "NOX" ){TechHistoCode = "D_LFN_ChDs";}
  if ( X_Quantity == "HFN" && Y_Quantity == "NOX" ){TechHistoCode = "D_HFN_ChDs";}
  if ( X_Quantity == "MCs" && Y_Quantity == "NOX" ){TechHistoCode = "D_MCs_ChDs";}
  if ( X_Quantity == "SCs" && Y_Quantity == "NOX" ){TechHistoCode = "D_SCs_ChDs";}

  if ( X_Quantity == "Smp" && Y_Quantity == "MSp" ){TechHistoCode = "D_MSp_SpNb";}
  if ( X_Quantity == "MSp" && Y_Quantity == "NOS" ){TechHistoCode = "D_MSp_SpDs";}
  if ( X_Quantity == "Smp" && Y_Quantity == "SSp" ){TechHistoCode = "D_SSp_SpNb";}
  if ( X_Quantity == "SSp" && Y_Quantity == "NOS" ){TechHistoCode = "D_SSp_SpDs";}

  if ( X_Quantity == "Evt" && Y_Quantity == "Adc" ){TechHistoCode = "D_Adc_EvNb";}
  if ( X_Quantity == "Adc" && Y_Quantity == "NOE" ){TechHistoCode = "D_Adc_EvDs";}

  //................................ Histime type
  if( X_Quantity == "Time" && Y_Quantity == "Ped" ){TechHistoCode = "H_Ped_Date";}
  if( X_Quantity == "Ped"  && Y_Quantity == "NOR" ){TechHistoCode = "H_Ped_RuDs";}

  if( X_Quantity == "Time" && Y_Quantity == "TNo" ){TechHistoCode = "H_TNo_Date";}
  if( X_Quantity == "TNo"  && Y_Quantity == "NOR" ){TechHistoCode = "H_TNo_RuDs";}

  if( X_Quantity == "Time" && Y_Quantity == "LFN" ){TechHistoCode = "H_LFN_Date";}
  if( X_Quantity == "LFN"  && Y_Quantity == "NOR" ){TechHistoCode = "H_LFN_RuDs";}

  if( X_Quantity == "Time" && Y_Quantity == "HFN" ){TechHistoCode = "H_HFN_Date";}
  if( X_Quantity == "HFN"  && Y_Quantity == "NOR" ){TechHistoCode = "H_HFN_RuDs";}

  if( X_Quantity == "Time" && Y_Quantity == "MCs" ){TechHistoCode = "H_MCs_Date";}
  if( X_Quantity == "MCs"  && Y_Quantity == "NOR" ){TechHistoCode = "H_MCs_RuDs";}

  if( X_Quantity == "Time" && Y_Quantity == "SCs" ){TechHistoCode = "H_SCs_Date";}
  if( X_Quantity == "SCs"  && Y_Quantity == "NOR" ){TechHistoCode = "H_SCs_RuDs";}

  if( TechHistoCode == "?" )
    {
      cout << "TEcnaParHistos::GetTechHistoCode(...)> HistoCode not found. X_Quantity = " << X_Quantity
       << ", Y_Quantity = "<< Y_Quantity << endl;
    }
  return TechHistoCode;
}

TString TEcnaParHistos::GetXVarHisto	(	const TString &	HistoCode,
		const TString &	SubDet,
		const Int_t &	StexNumber
	)

Definition at line 2157 of file TEcnaParHistos.cc.

{
// Type of the quantity as a function of the quantity code
// Histo type <=> Variable in X coordinate

  TString HistoType = GetHistoType(HistoCode.Data());

  TString XVarHisto;
  Int_t MaxCar = fgMaxCar;
  XVarHisto.Resize(MaxCar);
  XVarHisto = "(no X variable info)";

  if( HistoType == "Global" )
    {
      if( StexNumber == 0 && SubDet == "EB" ){XVarHisto = "Tower number";}
      if( StexNumber == 0 && SubDet == "EE" ){XVarHisto = "SC number";}
      if( StexNumber != 0){XVarHisto = "Xtal number";}
    }
  if( HistoType == "Proj" ){XVarHisto = "Bin number";}

  if( HistoType == "H1Basic"){XVarHisto = "Sample number";}
  if( HistoType == "H1BasicProj"){XVarHisto = "Total noise";}

  if( HistoType == "SampGlobal" ){XVarHisto = "Event number";}

  if( HistoType == "SampProj" ){XVarHisto = "ADC count";}

  if( HistoType == "Evol" ){XVarHisto = "Date";}

  if( HistoType == "EvolProj" ){XVarHisto = "Bin number";}

  return XVarHisto;

}// end of GetXVarHisto(...)

Double_t TEcnaParHistos::GetYmaxDefaultValue

(

const TString &

chqcode

)

Definition at line 2343 of file TEcnaParHistos.cc.

{
  Double_t vmax = (Double_t)0.;

  if( fFlagSubDet == "EB" )
    {
      if(chqcode == "H2LFccMosMatrix" ){vmax = (Double_t)1.;}
      if(chqcode == "H2HFccMosMatrix" ){vmax = (Double_t)1.;}
      if(chqcode == "H2CorccInStins"  ){vmax = (Double_t)1.;}

      if(chqcode == "D_NOE_ChNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_Ped_ChNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_TNo_ChNb"){vmax = (Double_t)2.5;}
      if(chqcode == "D_LFN_ChNb"){vmax = (Double_t)2.5;}
      if(chqcode == "D_HFN_ChNb"){vmax = (Double_t)2.5;}
      if(chqcode == "D_MCs_ChNb"){vmax = (Double_t)1.;}
      if(chqcode == "D_SCs_ChNb"){vmax = (Double_t)1.5;}
      
      if(chqcode == "D_NOE_ChDs"){vmax = (Double_t)5000.;}
      if(chqcode == "D_Ped_ChDs"){vmax = (Double_t)5000.;}
      if(chqcode == "D_TNo_ChDs"){vmax = (Double_t)5000.;}
      if(chqcode == "D_LFN_ChDs"){vmax = (Double_t)5000.;}
      if(chqcode == "D_HFN_ChDs"){vmax = (Double_t)5000.;}
      if(chqcode == "D_MCs_ChDs"){vmax = (Double_t)5000.;}
      if(chqcode == "D_SCs_ChDs"){vmax = (Double_t)5000.;}
      
      if(chqcode == "D_MSp_SpNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_MSp_SpDs"){vmax = (Double_t)10.;}
      if(chqcode == "D_SSp_SpNb"){vmax = (Double_t)5.;}
      if(chqcode == "D_SSp_SpDs"){vmax = (Double_t)10.;}
     
      if(chqcode == "D_Adc_EvNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_Adc_EvDs"){vmax = (Double_t)150.;}

      if(chqcode == "H_Ped_Date"){vmax = (Double_t)500.;}
      if(chqcode == "H_TNo_Date"){vmax = (Double_t)5.;}
      if(chqcode == "H_LFN_Date"){vmax = (Double_t)5.;}
      if(chqcode == "H_HFN_Date"){vmax = (Double_t)5.;}
      if(chqcode == "H_MCs_Date"){vmax = (Double_t)1.;}
      if(chqcode == "H_SCs_Date"){vmax = (Double_t)0.5;}

      if(chqcode == "H_Ped_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_TNo_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_LFN_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_HFN_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_MCs_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_SCs_RuDs"){vmax = (Double_t)1000.;}
    }

  if( fFlagSubDet == "EE" )
    {
      if(chqcode == "H2LFccMosMatrix"){vmax = (Double_t)1.;}
      if(chqcode == "H2HFccMosMatrix"){vmax = (Double_t)1.;}
      if(chqcode == "H2CorccInStins" ){vmax = (Double_t)0.05;}
      
      if(chqcode == "D_NOE_ChNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_Ped_ChNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_TNo_ChNb"){vmax = (Double_t)5.;}
      if(chqcode == "D_LFN_ChNb"){vmax = (Double_t)5.;}
      if(chqcode == "D_HFN_ChNb"){vmax = (Double_t)5.;}
      if(chqcode == "D_MCs_ChNb"){vmax = (Double_t)1.;}
      if(chqcode == "D_SCs_ChNb"){vmax = (Double_t)2.5;}

      if(chqcode == "D_NOE_ChDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_Ped_ChDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_TNo_ChDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_LFN_ChDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_HFN_ChDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_MCs_ChDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_SCs_ChDs"){vmax = (Double_t)1000.;}

      if(chqcode == "D_MSp_SpNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_MSp_SpDs"){vmax = (Double_t)1000.;}
      if(chqcode == "D_SSp_SpNb"){vmax = (Double_t)5.;}
      if(chqcode == "D_SSp_SpDs"){vmax = (Double_t)100.;}
      
      if(chqcode == "D_Adc_EvNb"){vmax = (Double_t)500.;}
      if(chqcode == "D_Adc_EvDs"){vmax = (Double_t)1000.;}

      if(chqcode == "H_Ped_Date"){vmax = (Double_t)500.;}
      if(chqcode == "H_TNo_Date"){vmax = (Double_t)5.;}
      if(chqcode == "H_LFN_Date"){vmax = (Double_t)5.;}
      if(chqcode == "H_HFN_Date"){vmax = (Double_t)5.;}
      if(chqcode == "H_MCs_Date"){vmax = (Double_t)1.;}
      if(chqcode == "H_SCs_Date"){vmax = (Double_t)0.5;}

      if(chqcode == "H_Ped_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_TNo_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_LFN_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_HFN_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_MCs_RuDs"){vmax = (Double_t)1000.;}
      if(chqcode == "H_SCs_RuDs"){vmax = (Double_t)1000.;}
    }
  return vmax;
}

Double_t TEcnaParHistos::GetYminDefaultValue

(

const TString &

chqcode

)

Definition at line 2294 of file TEcnaParHistos.cc.

{
  Double_t vmin = (Double_t)0.;

  if(chqcode == "H2LFccMosMatrix"){vmin = (Double_t)-1.;}
  if(chqcode == "H2HFccMosMatrix"){vmin = (Double_t)-1.;}
  if(chqcode == "H2CorccInStins" ){vmin = (Double_t)-1.;}

  if(chqcode == "D_NOE_ChNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_Ped_ChNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_TNo_ChNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_MCs_ChNb"){vmin = (Double_t)-1.;}
  if(chqcode == "D_LFN_ChNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_HFN_ChNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_SCs_ChNb"){vmin = (Double_t)-1.;}

  if(chqcode == "D_NOE_ChDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_Ped_ChDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_TNo_ChDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_MCs_ChDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_LFN_ChDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_HFN_ChDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_SCs_ChDs"){vmin = (Double_t)0.1;}

  if(chqcode == "D_MSp_SpNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_MSp_SpDs"){vmin = (Double_t)0.1;}
  if(chqcode == "D_SSp_SpNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_SSp_SpDs"){vmin = (Double_t)0.1;}

  if(chqcode == "D_Adc_EvNb"){vmin = (Double_t)0.;}
  if(chqcode == "D_Adc_EvDs"){vmin = (Double_t)0.1;}

  if(chqcode == "H_Ped_Date"){vmin = (Double_t)0.;}
  if(chqcode == "H_TNo_Date"){vmin = (Double_t)0.;}
  if(chqcode == "H_MCs_Date"){vmin = (Double_t)-1.;}
  if(chqcode == "H_LFN_Date"){vmin = (Double_t)0.;}
  if(chqcode == "H_HFN_Date"){vmin = (Double_t)0.;}
  if(chqcode == "H_SCs_Date"){vmin = (Double_t)0.;}

  if(chqcode == "H_Ped_RuDs"){vmin = (Double_t)0.1;}
  if(chqcode == "H_TNo_RuDs"){vmin = (Double_t)0.1;}
  if(chqcode == "H_MCs_RuDs"){vmin = (Double_t)0.1;}
  if(chqcode == "H_LFN_RuDs"){vmin = (Double_t)0.1;}
  if(chqcode == "H_HFN_RuDs"){vmin = (Double_t)0.1;}
  if(chqcode == "H_SCs_RuDs"){vmin = (Double_t)0.1;}

  return vmin;
}

TString TEcnaParHistos::GetYVarHisto	(	const TString &	HistoCode,
		const TString &	SubDet,
		const Int_t &	StexNumber
	)

Definition at line 2192 of file TEcnaParHistos.cc.

{
// Type of the quantity as a function of the quantity code
// Histo type <=> Variable in Y coordinate

  TString HistoType = GetHistoType(HistoCode.Data());

  TString YVarHisto;
  Int_t MaxCar = fgMaxCar;
  YVarHisto.Resize(MaxCar);
  YVarHisto = "(no Y variable info)";

  if( HistoType == "Global" )
    {
      if( HistoCode == "D_NOE_ChNb" ){YVarHisto = "Nb of events";}
      if( HistoCode == "D_Ped_ChNb" ){YVarHisto = "Pedestal";}
      if( HistoCode == "D_TNo_ChNb" ){YVarHisto = "Total Noise";}
      if( HistoCode == "D_MCs_ChNb" ){YVarHisto = "Mean Cor(s,s')";}
      if( HistoCode == "D_LFN_ChNb" ){YVarHisto = "Low Freq. Noise";}
      if( HistoCode == "D_HFN_ChNb" ){YVarHisto = "High Freq. Noise";}
      if( HistoCode == "D_SCs_ChNb" ){YVarHisto = "Sigma Cor(s,s')";}
    }

  if( HistoType == "Proj" )
    {
      if( StexNumber == 0 && SubDet == "EB" ){YVarHisto = "Number of towers";}
      if( StexNumber == 0 && SubDet == "EE" ){YVarHisto = "Number of SCs";}
      if( StexNumber != 0){YVarHisto = "Number of Xtals";}
    }

  if( HistoType == "H1Basic"){YVarHisto = "ADC count";}
  if( HistoType == "H1BasicProj"){YVarHisto = "Number of samples";}

  if( HistoType == "SampGlobal" ){YVarHisto = "ADC count";}

  if( HistoType == "SampProj" ){YVarHisto = "Number of events";}

  if( HistoType == "EvolProj" ){YVarHisto = "Number of runs";}

  if( HistoType == "Evol" )
    {
      if( HistoCode == "H_Ped_Date" ){YVarHisto = "Pedestal";}
      if( HistoCode == "H_TNo_Date" ){YVarHisto = "Total Noise";}
      if( HistoCode == "H_MCs_Date" ){YVarHisto = "Mean Cor(s,s')";}
      if( HistoCode == "H_LFN_Date" ){YVarHisto = "Low Freq. Noise";}
      if( HistoCode == "H_HFN_Date" ){YVarHisto = "High Freq. Noise";}
      if( HistoCode == "H_SCs_Date" ){YVarHisto = "Sigma Cor(s,s')";}
    }

//  cout << endl << "*TEcnaParHistos::GetYVarHisto(...)> HistoType = " << HistoType
//       << ", HistoCode = " << HistoCode
//       << ", StexNumber = " << StexNumber
//       << ", YVarHisto = " << YVarHisto << endl;

  return YVarHisto;

}// end of GetYVarHisto(...)

void TEcnaParHistos::Init

(

void

)

Definition at line 86 of file TEcnaParHistos.cc.

{
  fgMaxCar = (Int_t)512;              // max number of characters in TStrings

  fTTBELL = '\007';

  //................ Init CNA Command and error numbering
  fCnaCommand = 0;
  fCnaError   = 0;

  //........................................................................................

  fMaxColorNumber     = (Int_t)4;       // number_of_colors - 1 for histos in option SAME

  fMarginAutoMinMax   = (Double_t)0.05; // factor for automatic margin plots:
                                        // plot min = min - (max-min)*fMarginAutoMinMax
                                        // plot max = max + (max-min)*fMarginAutoMinMax

  fNbOfRunsDisplayed  = (Int_t)20;      // Nb of run numbers displayed on the top of the plot
                                        // in stability/evolution plots, option ONLYONE

  fMaxNbOfRunsInLists = (Int_t)5000;    // Maximum number of runs in the ListOfRun files
                                        // used for the stability/evolution plots.

  //........................ 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";

  MaxCar = fgMaxCar;
  fAllXtalsInStinPlot.Resize(MaxCar);
  fAllXtalsInStinPlot = "SAME in Stin";

  fPlotAllXtalsInStin = 0;

}// end of Init()

void TEcnaParHistos::ListOfStandardCodes

(

const TString &

TypeOfCode

)

Definition at line 2846 of file TEcnaParHistos.cc.

References gather_cfg::cout.

{
  //------ Lists of Standard codes for Plot Histos methods

  if(TypeOfCode == "DetectorCode")
    {
      cout << "*--------------------------------------- Standard detector codes:" << endl;
      cout << "    EB   (ECAL Barrel) " << endl;
      cout << "    EE   (ECAL Endcap) " << endl;
      cout << "    SM   (Barrel Super Module) " << endl;
      cout << "    Dee  (Encap Dee) " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandardDetectorCode(...)." << endl;
      cout << "*----------------------------------------------------------------" << endl;
    }

  if(TypeOfCode == "PlotOption")
    {
      cout << "*--------------------------------------- Standard plot options:" << endl;
      cout << "    All ROOT DRAW options and: " << endl;
      cout << "   (nothing) " << endl;
      cout << "    SAME n   " << endl;
      cout << "    ASCII    " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandardPlotOption(...)." << endl;
      cout << "*--------------------------------------------------------------" << endl;
    }

  if(TypeOfCode == "1DHistoCodeX")
    {
      cout << "*---------------------- Standard 1D histo codes for X coordinate:" << endl;
      cout << "    Tow  (SM tower) " << endl;
      cout << "    SC   (Dee super crystal) " << endl;
      cout << "    Xtal (crystal) " << endl;
      cout << "    Smp  (Adc sample) " << endl;
      cout << "    Evt  (event) " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandard1DHistoCodeX(...)." << endl;
      cout << "*----------------------------------------------------------------" << endl;
    }

  if(TypeOfCode == "1DHistoCodeY")
    {
      cout << "*---------------------- Standard 1D histo codes for Y coordinate;" << endl;
      cout << "    NOX  (number of crystals) " << endl;
      cout << "    NOS  (number of samples) " << endl;
      cout << "    NOR  (number of runs) " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandard1DHistoCodeY(...)." << endl;
      cout << "*----------------------------------------------------------------" << endl;
    }

  if(TypeOfCode == "1DHistoCodeXY")
    {
      cout << "*------------------ Standard 1D histo codes for X or Y coordinate;" << endl;
      cout << "    NOE  (number of events) " << endl;
      cout << "    Ped  (pedestal) " << endl;
      cout << "    TNo  (total noise) " << endl;
      cout << "    LFN  (low frequency noise) " << endl;
      cout << "    HFN  (high frequency noise) " << endl;
      cout << "    MCs  (mean correlation between samples) " << endl;
      cout << "    SCs  (sigma of correlations between samples) " << endl;
      cout << "    MSp  (sample mean) " << endl;
      cout << "    SSp  (sample sigma) " << endl;
      cout << "    Time (time, date) " << endl;
      cout << "    Adc  (ADC sample value) " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandard1DHistoCodeXY(...)." << endl;
      cout << "*-----------------------------------------------------------------" << endl;
    }

  if(TypeOfCode == "CovOrCorCode")
    {
      cout << "*-------- Standard codes for matrix type (correlation or covariance);" << endl;
      cout << "    Cor  (correlation) " << endl;
      cout << "    cov  (covariance) " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandardCovOrCorCode(...)." << endl;
      cout << "*--------------------------------------------------------------------" << endl;
    }

  if(TypeOfCode == "BetweenWhatCode")
    {
      cout << "*-------- Standard codes for quantities in correlation or covariance;" << endl;
      cout << "    Mss    (between samples) " << endl;
      cout << "    MccLF  (low  frequency between channels) " << endl;
      cout << "    MccHF  (high frequency between channels) " << endl;
      cout << "    MttLF  (low  frequency between towers [if EB] or SC [if EE]) " << endl;
      cout << "    MttLF  (high frequency between towers [if EB] or SC [if EE]) " << endl;
      cout << " Other codes are available" << endl;
      cout << " See source file: TEcnaParHistos::BuildStandardBetweenWhatCode(...)." << endl;
      cout << "*--------------------------------------------------------------------" << endl;
    }
}

Int_t TEcnaParHistos::MaxNbOfRunsInLists

(

)

Definition at line 165 of file TEcnaParHistos.cc.

{return fMaxNbOfRunsInLists;}

UInt_t TEcnaParHistos::SetCanvasHeight	(	const TString &	HistoCode,
		const TString &	opt_plot
	)

Definition at line 251 of file TEcnaParHistos.cc.

{
//........................................ Taille/format canvas
  
  UInt_t canv_h = CanvasFormatH("petit");

  if( HistoCode == "D_Adc_EvNb" || 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" ||
      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 == "D_MSp_SpNb" && opt_plot != "ONLYONE")   ||
      (HistoCode == "D_SSp_SpNb" && opt_plot != "ONLYONE") )
    {
      canv_h = CanvasFormatW("moyen");    // format 29.7*21 ( = 21*29.7 en paysage)
    }

  if( (HistoCode == "D_Adc_EvDs" || 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_MSp_SpDs" || HistoCode == "D_SSp_SpDs" ||
       HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" ||
       HistoCode == "H_MCs_RuDs" || HistoCode == "H_LFN_RuDs" ||
       HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs") && opt_plot != "ONLYONE" )
    {        
      canv_h = CanvasFormatW("moyen");    // format 29.7*21 ( = 21*29.7 en paysage)
    }

  return canv_h;
}

UInt_t TEcnaParHistos::SetCanvasWidth	(	const TString &	HistoCode,
		const TString &	opt_plot
	)

Definition at line 217 of file TEcnaParHistos.cc.

{
//........................................ Taille/format canvas
  
  UInt_t canv_w = CanvasFormatW("petit");

  if( HistoCode == "D_Adc_EvNb" || 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" ||
      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 == "D_MSp_SpNb" && opt_plot != "ONLYONE")   || 
      (HistoCode == "D_SSp_SpNb" && opt_plot != "ONLYONE") )
    {        
      canv_w = CanvasFormatH("moyen");    // format 29.7*21 ( = 21*29.7 en paysage)
    }
  
  if( (HistoCode == "D_Adc_EvDs" || 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_MSp_SpDs" || HistoCode == "D_SSp_SpDs" ||
       HistoCode == "H_Ped_RuDs" || HistoCode == "H_TNo_RuDs" ||
       HistoCode == "H_MCs_RuDs" || HistoCode == "H_LFN_RuDs" ||
       HistoCode == "H_HFN_RuDs" || HistoCode == "H_SCs_RuDs") && opt_plot != "ONLYONE" )
    {        
      canv_w = CanvasFormatH("moyen");    // format 29.7*21 ( = 21*29.7 en paysage)
    }

  return canv_w;
}

void TEcnaParHistos::SetColorPalette

(

const TString &

user_color_palette

)

Definition at line 458 of file TEcnaParHistos.cc.

{
  //Set color number for palette

  fMaxColorNumber = 4;         // default: 4 ==> Black/Red/Blue/Green/Braun

  if (!(user_color_palette == "Rainbow" || user_color_palette == "rainbow") ){fMaxColorNumber = 5;}
  if (  user_color_palette == "Rainbow" || user_color_palette == "rainbow"  ){fMaxColorNumber = 6;}
}

Color_t TEcnaParHistos::SetColorsForNumbers

(

const TString &

chtype_number

)

Definition at line 1848 of file TEcnaParHistos.cc.

{
 //Set color of the numbers for SuperModule- or Tower-  numbering plots

  Color_t couleur = ColorDefinition("noir");        // default = "noir"

  if ( chtype_number == "crystal"     ){couleur = ColorDefinition("noir");}
  if ( chtype_number == "lvrb_top"    ){couleur = ColorDefinition("rouge");}
  if ( chtype_number == "lvrb_bottom" ){couleur = ColorDefinition("bleu_fonce");}

  return couleur;
}

void TEcnaParHistos::SetEcalSubDetector

(

const TString &

SubDet

)

Definition at line 131 of file TEcnaParHistos.cc.

{
 // Set Subdetector (EB or EE)

  Int_t MaxCar = fgMaxCar;
  fFlagSubDet.Resize(MaxCar);
  fFlagSubDet = fEcal->GetEcalSubDetector();
}

void TEcnaParHistos::SetEcalSubDetector	(	const TString &	SubDet,
		const TEcnaParEcal *	pEcal,
		const TEcnaNumbering *	pEcalNumbering
	)

Definition at line 141 of file TEcnaParHistos.cc.

References TEcnaParEcal::GetEcalSubDetector().

{
 // 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();

  fEcalNumbering = 0;
  if( pEcalNumbering == 0 )
    {fEcalNumbering = new TEcnaNumbering(fFlagSubDet.Data(), fEcal);     /*fCnew++*/ ;}
  else
    {fEcalNumbering = (TEcnaNumbering*)pEcalNumbering;}
}

TPaveText * TEcnaParHistos::SetOptionSamePaveBorder	(	const TString &	chopt,
		const TString &	HistoType
	)

Definition at line 1450 of file TEcnaParHistos.cc.

{
// Pave for plots with option SAME and SAME n.
// Gives just the size/border and return the pointer to the Pave. No text.
// The Pave text is drawn in TEcnaHistos.cc
  
  //.................................. DEFAULT OPTION: "several"
  
  Double_t pav_left_xgauche = BoxLeftX("several_plots_box");
  Double_t pav_left_xdroite = BoxRightX("several_plots_box");
  Double_t pav_left_ybas    = BoxBottomY("several_plots_box");
  Double_t pav_left_yhaut   = BoxTopY("several_plots_box");

  if(chopt == "sevevol")
    {    
      pav_left_xgauche = BoxLeftX("several_evol_box");
      pav_left_xdroite = BoxRightX("several_evol_box");
      pav_left_ybas    = BoxBottomY("several_evol_box");
      pav_left_yhaut   = BoxTopY("several_evol_box");

      if( HistoType == "EvolProj" )
    {
      pav_left_xgauche = BoxLeftX("several_evpr_box");
      pav_left_xdroite = BoxRightX("several_evpr_box");
      pav_left_ybas    = BoxBottomY("several_evpr_box");
      pav_left_yhaut   = BoxTopY("several_evpr_box");
    }
    }

  TPaveText *com_several =
    new TPaveText(pav_left_xgauche, pav_left_ybas,
          pav_left_xdroite, pav_left_yhaut);  fCnewRoot++;

  return com_several;
}

TPaveText * TEcnaParHistos::SetPaveAnalysisRun	(	const TString &	ana_type,
		const Int_t &	nb_of_samples,
		const Int_t &	run_number,
		const TString &	run_type,
		const Int_t &	first_evt,
		const Int_t &	last_evt,
		const TString &	nb_col
	)

Definition at line 1227 of file TEcnaParHistos.cc.

References first_evt.

{
// Analysis name + Nb of samples + run number comment

  char* f_in = new char[fgMaxCar];                           fCnew++;
  
  //...................... Pave Analysis name/run number (bottom_left_box)
  Double_t pav_bot_left_xgauche = BoxLeftX("bottom_left_box");
  Double_t pav_bot_left_xdroite = BoxRightX("bottom_left_box");
  Double_t pav_bot_left_ybas    = BoxBottomY("bottom_left_box");
  Double_t pav_bot_left_yhaut   = BoxTopY("bottom_left_box");

  TPaveText *com_bot_left =
    new TPaveText(pav_bot_left_xgauche, pav_bot_left_ybas,
          pav_bot_left_xdroite, pav_bot_left_yhaut);  fCnewRoot++;

  // (1 = left adjusted, 2 = centered adjusted, 3 = left adjusted), 2 = vertically centered
  Int_t   cTextPaveAlign   = 12;    com_bot_left->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New) // 10*4  = 10*(ID4  = Arial)
  Int_t   cTextPaveFont    = 100;    com_bot_left->SetTextFont(cTextPaveFont); 
  // 0.95 = 95% of the pave size         
  Float_t cTextPaveSize    = 0.025;  com_bot_left->SetTextSize(cTextPaveSize);
  // Int_t   cTextPaveShadCol = 0;     com_bot_left->SetShadowColor(cTextPaveShadCol);
  Int_t   cTextBorderSize = 1;      com_bot_left->SetBorderSize(cTextBorderSize);

  if( nb_col == "TwoCol")
    {
      cTextPaveSize = 0.035; com_bot_left->SetTextSize(cTextPaveSize);
      sprintf(f_in, "Run:  %d                  Samples:   1 - %d", run_number, nb_of_samples);   
      com_bot_left->AddText(f_in);
      cTextPaveSize = 0.035; com_bot_left->SetTextSize(cTextPaveSize);
      sprintf(f_in, "Type: %-20s", run_type.Data());  
      com_bot_left->AddText(f_in);
      sprintf(f_in, "Analysis: %-10s         Evts range: %d - %d ", ana_type.Data(), first_evt, last_evt);
      com_bot_left->AddText(f_in);   
    }
  else
    {
      cTextPaveSize    = 0.0225;  com_bot_left->SetTextSize(cTextPaveSize);
      sprintf(f_in, "Run:  %d ", run_number);  
      com_bot_left->AddText(f_in);
      sprintf(f_in, "Type: %-20s", run_type.Data());  
      com_bot_left->AddText(f_in);
      sprintf(f_in, "Analysis: %-10s ", ana_type.Data());
      com_bot_left->AddText(f_in);
      Int_t un = 1; 
      sprintf(f_in, "Samples:    %d - %d", un, nb_of_samples);
      com_bot_left->AddText(f_in);
      sprintf(f_in, "Evts range: %d - %d", first_evt, last_evt);
      com_bot_left->AddText(f_in);
    }

  delete [] f_in;                                           fCdelete++;
  
  return com_bot_left;
}

TPaveText * TEcnaParHistos::SetPaveCrystal	(	const Int_t &	StexCrys,
		const Int_t &	StexStinA,
		const Int_t &	StinEcha
	)

Definition at line 1659 of file TEcnaParHistos.cc.

{
  Int_t arg_AlreadyRead = 0;
  Int_t flag_all_samples = 0;
  return SetPaveCrystal(StexCrys, StexStinA, StinEcha, arg_AlreadyRead, flag_all_samples);
}

TPaveText * TEcnaParHistos::SetPaveCrystal	(	const Int_t &	StexCrys,
		const Int_t &	StexStinA,
		const Int_t &	StinEcha,
		const Int_t &	arg_AlreadyRead,
		const Int_t &	flag_all_samples
	)

Definition at line 1667 of file TEcnaParHistos.cc.

{
// Tower + StinEcha comment. StexCrys range: [1,max]

  char* f_in = new char[fgMaxCar];                           fCnew++;
  //...................... Pave tower/StinEcha(channel)/sample (top_right_box)

  Double_t pav_top_right_xgauche = BoxLeftX("top_right_box_EB");
  Double_t pav_top_right_xdroite = BoxRightX("top_right_box_EB");
  Double_t pav_top_right_ybas    = BoxBottomY("top_right_box_EB");
  Double_t pav_top_right_yhaut   = BoxTopY("top_right_box_EB");
  if( fFlagSubDet == "EE" )
    {
      pav_top_right_xgauche = BoxLeftX("top_right_box_EE");
      pav_top_right_xdroite = BoxRightX("top_right_box_EE");
      pav_top_right_ybas    = BoxBottomY("top_right_box_EE");
      pav_top_right_yhaut   = BoxTopY("top_right_box_EE");
    }

  TPaveText *com_top_right =
    new TPaveText(pav_top_right_xgauche, pav_top_right_ybas,
          pav_top_right_xdroite, pav_top_right_yhaut);  fCnewRoot++;

  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;   com_top_right->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)           
  Int_t   cTextPaveFont  = 100;  com_top_right->SetTextFont(cTextPaveFont);   
  // 0.95 = 95% of the pave size      
  Float_t cTextPaveSize  = 0.03; com_top_right->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;   com_top_right->SetBorderSize(cTextBorderSize);

  if( fFlagSubDet == "EB" )
    {
      if( arg_AlreadyRead == 0 || (arg_AlreadyRead == 1 && flag_all_samples == 0 ) )
    {sprintf(f_in, "Channel: %d ", StinEcha);}      // EB => range = [0,24]
      if( arg_AlreadyRead == 1 && flag_all_samples == 1 )
    {sprintf(f_in, "Channel: 0 to %d", fEcal->MaxCrysInStin()-1 );}
      com_top_right->AddText(f_in);
      if( arg_AlreadyRead == 0 || (arg_AlreadyRead == 1 && flag_all_samples == 0 ) )
    {sprintf(f_in, "Crystal in SM: %d ", StexCrys);
      com_top_right->AddText(f_in);}
    }

  if( fFlagSubDet == "EE" )
    {
      Int_t StinEchap = StinEcha+1;
      if( arg_AlreadyRead == 0 || (arg_AlreadyRead == 1 && flag_all_samples == 0 ) )
    {sprintf(f_in, "Xtal in SC: %d ", StinEchap);} // EE => range = [1,25]
      if( arg_AlreadyRead == 1 && flag_all_samples == 1 )
    {sprintf(f_in, "Xtal in SC: 1 to %d", fEcal->MaxCrysInStin());}
      com_top_right->AddText(f_in);
      if( arg_AlreadyRead == 0 || (arg_AlreadyRead == 1 && flag_all_samples == 0 ) )
    {
      Int_t IX_Dee_crys = StexCrys/fEcal->MaxCrysIYInDee() + 1;
      Int_t IY_Dee_crys = StexCrys%fEcal->MaxCrysIYInDee();
      if( IY_Dee_crys == 0 ){IX_Dee_crys--; IY_Dee_crys = fEcal->MaxCrysIYInDee();}     
      sprintf(f_in, "(IX,IY)[Xtal]=(%d,%d)", IX_Dee_crys, IY_Dee_crys);
      com_top_right->AddText(f_in);
    }
    }

  delete [] f_in;                                           fCdelete++;

  return com_top_right; 
}

TPaveText * TEcnaParHistos::SetPaveCrystalSample	(	const Int_t &	StexCrys,
		const Int_t &	StexStinA,
		const Int_t &	StinEcha,
		const Int_t &	iSample
	)

Definition at line 1735 of file TEcnaParHistos.cc.

{
// Tower + StinEcha + sample comment

  char* f_in = new char[fgMaxCar];                           fCnew++;
  //...................... Pave tower/StinEcha(channel)/sample (top_right_box)
  Double_t pav_top_right_xgauche = BoxLeftX("top_right_box_EB");
  Double_t pav_top_right_xdroite = BoxRightX("top_right_box_EB");
  Double_t pav_top_right_ybas    = BoxBottomY("top_right_box_EB");
  Double_t pav_top_right_yhaut   = BoxTopY("top_right_box_EB");
  if( fFlagSubDet == "EE" )
    {
      pav_top_right_xgauche = BoxLeftX("top_right_box_EE");
      pav_top_right_xdroite = BoxRightX("top_right_box_EE");
      pav_top_right_ybas    = BoxBottomY("top_right_box_EE");
      pav_top_right_yhaut   = BoxTopY("top_right_box_EE");
    }

  TPaveText *com_top_right =
    new TPaveText(pav_top_right_xgauche, pav_top_right_ybas,
          pav_top_right_xdroite, pav_top_right_yhaut);  fCnewRoot++;
  
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;   com_top_right->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)            
  Int_t   cTextPaveFont  = 100;  com_top_right->SetTextFont(cTextPaveFont);
  // 0.95 = 95% of the pave size    
  Float_t cTextPaveSize  = 0.03; com_top_right->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;   com_top_right->SetBorderSize(cTextBorderSize);


  if( fFlagSubDet == "EB" )
    {
      sprintf(f_in, " Channel: %d ", StinEcha);
      com_top_right->AddText(f_in); 
      sprintf(f_in, " Crystal in SM: %d ", StexCrys);
      com_top_right->AddText(f_in);
    }

  if( fFlagSubDet == "EE" )
    {
      Int_t StinEchap = StinEcha+1;
      sprintf(f_in, " Channel: %d ", StinEchap);    // EE => range = [1,25]
      com_top_right->AddText(f_in); 
      Int_t IX_Dee_crys = StexCrys/fEcal->MaxCrysIYInDee() + 1;
      Int_t IY_Dee_crys = StexCrys%fEcal->MaxCrysIYInDee();
      if( IY_Dee_crys == 0 ){IX_Dee_crys--; IY_Dee_crys = fEcal->MaxCrysIYInDee();}
      sprintf(f_in, "(IX,IY)[Xtal]=(%d,%d)", IX_Dee_crys, IY_Dee_crys);
      com_top_right->AddText(f_in);
    }

  Int_t iSample_p = iSample+1;
  sprintf(f_in, " Sample: %d ", iSample_p);
  com_top_right->AddText(f_in);

  delete [] f_in;                                           fCdelete++;

  return com_top_right;
}

TPaveText * TEcnaParHistos::SetPaveCxyz

(

const Int_t &

DeeNumber

)

Definition at line 2012 of file TEcnaParHistos.cc.

{
// Cxyz at the top or at the bottom comment

  //....................... GRAND pave "Cxyz"
  Double_t pav_bot_xgauche = BoxRightX("bottom_mid_box");
  Double_t pav_bot_xdroite = BoxLeftX("bottom_mid_box");
  Double_t pav_bot_ybas    = BoxBottomY("bottom_left_box");
  Double_t pav_bot_yhaut   = BoxTopY("bottom_left_box");
  TPaveText *com_bot_mid =
    new TPaveText(pav_bot_xgauche, pav_bot_ybas,
          pav_bot_xdroite, pav_bot_yhaut);    fCnewRoot++;

  //com_bot_mid->SetOption("arc");
  //com_bot_mid->SetCornerRadius((Double_t)0.5);
  //Int_t   cTextPaveFont  = 100;  com_bot_mid->SetTextFont(cTextPaveFont);

  com_bot_mid->SetTextSize(0.0325);
  //........................................... (SetPaveCxyz)
  if( DeeNumber == 1 )
    {
      com_bot_mid->AddText("        y ");
      com_bot_mid->AddText("        #uparrow ");
      com_bot_mid->AddText(" (Near)    x #leftarrow #otimes z     (Far) " );
    }
  if( DeeNumber == 2 )
    {
      com_bot_mid->AddText("        y ");
      com_bot_mid->AddText("        #uparrow ");
      com_bot_mid->AddText(" (Near)    x #leftarrow #otimes z     (Far) " );
    }
  if( DeeNumber == 3 )
    {
      com_bot_mid->AddText(" y           ");
      com_bot_mid->AddText(" #uparrow          ");
      com_bot_mid->AddText(" (Far)      z (#bullet) #rightarrow x     (Near) " );
    }
  if( DeeNumber == 4 )
    {
      com_bot_mid->AddText(" y           ");
      com_bot_mid->AddText(" #uparrow          ");
      com_bot_mid->AddText(" (Far)      z (#bullet) #rightarrow x     (Near) " );
    }

  // com_bot_mid->AddText(" (from IP) " );
  return com_bot_mid;
} 

TPaveText * TEcnaParHistos::SetPaveDee	(	const TString &	chopt,
		const Int_t &	DeeNumber,
		const TString &	DeeType
	)

Definition at line 1868 of file TEcnaParHistos.cc.

{
// Dee pav. Called only once.
  
  char* f_in = new char[fgMaxCar];                           fCnew++;

  //.................................. DEFAULT OPTION: "standard"   
  Double_t pav_top_left_xgauche = BoxLeftX("top_left_box_EE");
  Double_t pav_top_left_xdroite = BoxRightX("top_left_box_EE");
  Double_t pav_top_left_ybas    = BoxBottomY("top_left_box_EE");
  Double_t pav_top_left_yhaut   = BoxTopY("top_left_box_EE");
  
  if(chopt == "standard" || chopt == "standGH")
    {  
      pav_top_left_xgauche = BoxLeftX("top_left_box_EE");
      pav_top_left_xdroite = BoxRightX("top_left_box_EE");
      pav_top_left_ybas    = BoxBottomY("top_left_box_EE");
      pav_top_left_yhaut   = BoxTopY("top_left_box_EE");
    }

  if( chopt == "standDee" || chopt == "standStex" )
    {  
      pav_top_left_xgauche = BoxLeftX("top_left_box_Dee");
      pav_top_left_xdroite = BoxRightX("top_left_box_Dee");
      pav_top_left_ybas    = BoxBottomY("top_left_box_Dee");
      pav_top_left_yhaut   = BoxTopY("top_left_box_Dee");
    }

  if(chopt == "several")
    {    
      pav_top_left_xgauche = BoxLeftX("several_plots_box");
      pav_top_left_xdroite = BoxRightX("several_plots_box");
      pav_top_left_ybas    = BoxBottomY("several_plots_box");
      pav_top_left_yhaut   = BoxTopY("several_plots_box");
    }
  if(chopt == "sevevol")
    {    
      pav_top_left_xgauche = BoxLeftX("several_evol_box");
      pav_top_left_xdroite = BoxRightX("several_evol_box");
      pav_top_left_ybas    = BoxBottomY("several_evol_box");
      pav_top_left_yhaut   = BoxTopY("several_evol_box");
    }
  
  TPaveText *com_top_left =
    new TPaveText(pav_top_left_xgauche, pav_top_left_ybas,
          pav_top_left_xdroite, pav_top_left_yhaut);  fCnewRoot++;
  
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;    com_top_left->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)            
  Int_t   cTextPaveFont  = 100;   com_top_left->SetTextFont(cTextPaveFont);
  // 0.95 = 95% of the pave size            
  Float_t cTextPaveSize  = 0.04;  com_top_left->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;    com_top_left->SetBorderSize(cTextBorderSize);
  
  if( chopt == "standard" )
    {
      sprintf(f_in, " Dee: %d", DeeNumber);
      com_top_left->AddText(f_in);
      sprintf(f_in, " (%s)", DeeType.Data());
      com_top_left->AddText(f_in);
    }
  
  if( chopt == "standDee" || chopt == "standStex" || chopt == "standGH" )
    {
      sprintf(f_in, " Dee: %d  (%s) ", DeeNumber, DeeType.Data());
      com_top_left->AddText(f_in);
    }
  
  delete [] f_in;                                           fCdelete++;
  
  return com_top_left;
}

TPaveText * TEcnaParHistos::SetPaveEvolNbOfEvtsAna	(	const TString &	ana_type,
		const Int_t &	nb_of_samples,
		const Int_t &	first_req_evt,
		const Int_t &	last_req_evt,
		const TString &	HistoType
	)

Definition at line 1337 of file TEcnaParHistos.cc.

{
// Analysis name + run number comment

  char* f_in = new char[fgMaxCar];                           fCnew++;
  
  //...................... Pave Analysis name/run number (bottom_left_box)
  Double_t pav_bot_left_xgauche = BoxLeftX("bottom_left_box");
  Double_t pav_bot_left_xdroite = BoxRightX("bottom_left_box");
  Double_t pav_bot_left_ybas    = BoxBottomY("bottom_left_box");
  Double_t pav_bot_left_yhaut   = BoxTopY("bottom_left_box");

  if( HistoType == "EvolProj" )
    {
      pav_bot_left_xgauche = BoxLeftX("bottom_left_box_evol");
      pav_bot_left_xdroite = BoxRightX("bottom_left_box_evol");
      pav_bot_left_ybas    = BoxBottomY("bottom_left_box_evol");
      pav_bot_left_yhaut   = BoxTopY("bottom_left_box_evol");
    }

  TPaveText *com_bot_left =
    new TPaveText(pav_bot_left_xgauche, pav_bot_left_ybas,
          pav_bot_left_xdroite, pav_bot_left_yhaut);  fCnewRoot++;
  
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;    com_bot_left->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)    // 10*4 = 10*(ID4 = Arial)        
  Int_t   cTextPaveFont  = 100;   com_bot_left->SetTextFont(cTextPaveFont);      
  // 0.95 = 95% of the pave size   
  Float_t cTextPaveSize  = 0.03;  com_bot_left->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;    com_bot_left->SetBorderSize(cTextBorderSize);

  TString analysis_name    = ana_type.Data();

  sprintf(f_in, "Analysis:   %s", analysis_name.Data());
  com_bot_left->AddText(f_in);
  sprintf(f_in, "Samples:    1 - %d", nb_of_samples);
  com_bot_left->AddText(f_in);
  sprintf(f_in, "Evts range: %d - %d ", first_req_evt, last_req_evt);
  com_bot_left->AddText(f_in);

  delete [] f_in;                                           fCdelete++;
  
  return com_bot_left;
}

TPaveText * TEcnaParHistos::SetPaveEvolRuns	(	const Int_t &	start_evol_run,
		const TString &	start_evol_date,
		const Int_t &	stop_evol_run,
		const TString &	stop_evol_date,
		const TString &	opt_plot,
		const TString &	HistoType
	)

Definition at line 1385 of file TEcnaParHistos.cc.

{
// First and last run of the list of runs

  char* f_in = new char[fgMaxCar];                           fCnew++;

  //...................... Pave first and last runs (bottom_right_box)
  Double_t pav_border_xgauche = BoxLeftX("bottom_right_box_evol");
  Double_t pav_border_xdroite = BoxRightX("bottom_right_box_evol");
  Double_t pav_border_ybas    = BoxBottomY("bottom_right_box_evol");
  Double_t pav_border_yhaut   = BoxTopY("bottom_right_box_evol");

  if( opt_plot == "SAME n" )
    {
      pav_border_xgauche = BoxLeftX("bottom_right_box_evpr");
      pav_border_xdroite = BoxRightX("bottom_right_box_evpr");
      pav_border_ybas    = BoxBottomY("top_right_box_EB");
      pav_border_yhaut   = BoxTopY("top_right_box_EB");
    }

  TPaveText *pav_evol_runs =
    new TPaveText(pav_border_xgauche, pav_border_ybas,
          pav_border_xdroite, pav_border_yhaut);      fCnewRoot++;

  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12; pav_evol_runs->SetTextAlign(cTextPaveAlign);
  // 10*4 = 10*(ID4 = Courier helvetica-medium-r-normal = Arial)
  // 10*10 = 10*(ID10 = Courier bold-r-normal = Courier New)          
  Int_t   cTextPaveFont  = 100; pav_evol_runs->SetTextFont(cTextPaveFont);
  // 0.03 = 3% of the pave height           
  Float_t cTextPaveSize  = 0.025;
  if( HistoType == "Evol" || HistoType == "EvolProj"){cTextPaveSize  = 0.0225;}

  pav_evol_runs->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1; pav_evol_runs->SetBorderSize(cTextBorderSize);

  if( !( (HistoType == "Evol"     && opt_plot == "SAME n") ||
     (HistoType == "EvolProj" && opt_plot == "SAME n") ) )
    {
      sprintf(f_in, "First run: %d", start_evol_run);
      pav_evol_runs->AddText(f_in);
      sprintf(f_in, "(%s) ", start_evol_date.Data());
      pav_evol_runs->AddText(f_in);
      sprintf(f_in, "Last run:  %d", stop_evol_run);
      pav_evol_runs->AddText(f_in);
      sprintf(f_in, "(%s) ", stop_evol_date.Data());
      pav_evol_runs->AddText(f_in);
    }

  if( (HistoType == "Evol"     && opt_plot == "SAME n") ||
      (HistoType == "EvolProj" && opt_plot == "SAME n") )
    {
      sprintf(f_in, "First run: %d (%s) ", start_evol_run, start_evol_date.Data());
      pav_evol_runs->AddText(f_in);
      sprintf(f_in, "Last run:  %d (%s)", stop_evol_run, stop_evol_date.Data());
      pav_evol_runs->AddText(f_in);
    }

  delete [] f_in;                                           fCdelete++;
  
  return pav_evol_runs;
}

TPaveText * TEcnaParHistos::SetPaveGeneralComment

(

const TString &

comment

)

Definition at line 1178 of file TEcnaParHistos.cc.

{
// General comment
 
  TPaveText* title_g1;
 
  if( comment != "" )
    {
      fCnew++;
      
      Double_t pav_gen_xgauche = BoxLeftX("general_comment");
      Double_t pav_gen_xdroite = BoxRightX("general_comment");
      Double_t pav_gen_ybas    = BoxBottomY("general_comment");
      Double_t pav_gen_yhaut   = BoxTopY("general_comment");

      title_g1 =
    new TPaveText(pav_gen_xgauche, pav_gen_ybas,
              pav_gen_xdroite, pav_gen_yhaut);       fCnewRoot++;

      Option_t* opt_pav = "arc";  title_g1->SetOption(opt_pav);  // <= NE MARCHE PAS
      
      TString tit_gen = comment.Data();
      
      //<<<<<<< TEcnaParHistos.cc
      //sprintf( f_in, tit_gen.Data());
      //title_g1->AddText(f_in);
      //=======
      title_g1->AddText(tit_gen);
      //>>>>>>> 1.5

      //   1 = left adjusted, 2 = vertically centered      
      Int_t    cTextPaveAlign   = 12;    title_g1->SetTextAlign(cTextPaveAlign);
      // 10*10 = 10*(ID10 = Courier New) // 10*4  = 10*(ID4  = Arial)      
      Int_t    cTextPaveFont    = 40;    title_g1->SetTextFont(cTextPaveFont);
      // 0.95 = 95% of the pave size      
      Float_t  cTextPaveSize    = 0.04;  title_g1->SetTextSize(cTextPaveSize);
      Int_t    cTextBorderSize  = 0;     title_g1->SetBorderSize(cTextBorderSize);
      Double_t cTextPaveRadius  = 5.;    title_g1->SetCornerRadius(cTextPaveRadius); // <= NE MARCHE PAS
      // Int_t cTextPaveShadCol = 0; title_g1->SetShadowColor(cTextPaveShadCol);  // <= methode non reconnue   

      fCdelete++;
    }
  else
    {
      title_g1 = new TPaveText( 0, 0, 0, 0);  title_g1=0;  fCnewRoot++;
    }
  return title_g1;
}

TPaveText * TEcnaParHistos::SetPaveLVRB	(	const Int_t &	SMNumber,
		const Int_t &	SMtower
	)

Definition at line 1796 of file TEcnaParHistos.cc.

References reco::t2.

{
// LVRB at the top or at the bottom comment

  //....................... GRAND pave "LVRB"
  Double_t pav_bot_xgauche = BoxLeftX("bottom_left_box");
  Double_t pav_bot_xdroite = BoxRightX("bottom_right_box");
  Double_t pav_bot_ybas    = BoxBottomY("bottom_left_box");
  Double_t pav_bot_yhaut   = BoxTopY("bottom_left_box");
  TPaveText *com_bot_mid =
    new TPaveText(pav_bot_xgauche, pav_bot_ybas,
          pav_bot_xdroite, pav_bot_yhaut);    fCnewRoot++;

  Color_t couleur_noir       = ColorDefinition("noir");
  Color_t couleur_rouge      = SetColorsForNumbers("lvrb_top");
  Color_t couleur_bleu_fonce = SetColorsForNumbers("lvrb_bottom");

  if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+")
    {
      TText *t1 = com_bot_mid->AddText("   <= IP (#eta = 0)       (#eta = +85) =>   ");
      t1->SetTextColor(couleur_noir);
    }

  if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-")
    {
      TText *t2 = com_bot_mid->AddText("   <= (#eta = -85)       IP (#eta = 0) =>   ");
      t2->SetTextColor(couleur_noir);
    }

  if(fEcalNumbering->GetTowerLvrbType(SMtower) == "top")
    {
      TText *t3 = 0;
      if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+")
    {t3 =  com_bot_mid->AddText("       <=== LVRB       ");}
      if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-")
    {t3 =  com_bot_mid->AddText("       LVRB ===>       ");}
      t3->SetTextColor(couleur_rouge);
    }
  
  if(fEcalNumbering->GetTowerLvrbType(SMtower) == "bottom")
    {
      TText *t4 = 0;
      if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB+")
    {t4 = com_bot_mid->AddText("        LVRB ===>       ");}
      if(fEcalNumbering->GetSMHalfBarrel(SMNumber) == "EB-")
    {t4 = com_bot_mid->AddText("        <=== LVRB       ");}
      t4->SetTextColor(couleur_bleu_fonce);
    }
  return com_bot_mid;

}//  end of SetPaveLVRB

TPaveText * TEcnaParHistos::SetPaveNbOfEvts	(	const Int_t &	nb_of_evts,
		const TString &	start_date,
		const TString &	stop_date,
		const TString &	nb_col
	)

Definition at line 1286 of file TEcnaParHistos.cc.

{
// Number of events box

  char* f_in = new char[fgMaxCar];                           fCnew++;
  
  //...................... Pave number of events (bottom_right_box)

  Double_t pav_bot_right_xgauche = BoxLeftX("bottom_right_box");
  Double_t pav_bot_right_xdroite = BoxRightX("bottom_right_box");
  Double_t pav_bot_right_ybas    = BoxBottomY("bottom_right_box");
  Double_t pav_bot_right_yhaut   = BoxTopY("bottom_right_box");
  TPaveText *com_bot_right =
    new TPaveText(pav_bot_right_xgauche, pav_bot_right_ybas,
          pav_bot_right_xdroite, pav_bot_right_yhaut);      fCnewRoot++;

  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign   = 12;     com_bot_right->SetTextAlign(cTextPaveAlign);
  // 10*4 = 10*(ID4 = Arial)   // 10*10 = 10*(ID10 = Courier New)          
  Int_t   cTextPaveFont    = 100;    com_bot_right->SetTextFont(cTextPaveFont);         
  // 0.05 = 5% of the pave size        
  Float_t cTextPaveSize    = 0.025;  com_bot_right->SetTextSize(cTextPaveSize);
  //Int_t   cTextPaveShadCol = 0;     com_bot_right->SetShadowColor(cTextPaveShadCol);
  Int_t   cTextBorderSize = 1;       com_bot_right->SetBorderSize(cTextBorderSize);

  if( nb_col == "TwoCol")
    {
      cTextPaveSize = 0.0325; com_bot_right->SetTextSize(cTextPaveSize);
      sprintf(f_in, "First evt: %s              %8d events ", start_date.Data(), nb_of_evts);
      com_bot_right->AddText(f_in);  
      sprintf(f_in, "Last  evt: %s ",  stop_date.Data());
      com_bot_right->AddText(f_in);
    }
  else
    {
      cTextPaveSize = 0.0225; com_bot_right->SetTextSize(cTextPaveSize);
      sprintf(f_in, "%d events", nb_of_evts);
      com_bot_right->AddText(f_in);     
      sprintf(f_in, "First evt: %s ", start_date.Data());
      com_bot_right->AddText(f_in);      
      sprintf(f_in, "Last  evt: %s ",  stop_date.Data());
      com_bot_right->AddText(f_in);
    }
  
  delete [] f_in;                                           fCdelete++;
  
  return com_bot_right;
}

TPaveText * TEcnaParHistos::SetPaveSC	(	const Int_t &	DeeSC_X,
		const Int_t &	DeeNumber
	)

Definition at line 1943 of file TEcnaParHistos.cc.

{
// SC comment
  
  char* f_in = new char[fgMaxCar];                     fCnew++;
  //...................... Pave SC/crystal(channel)/sample (top_right_box)
  Double_t pav_top_mid_xgauche = BoxLeftX("top_mid_box_EE");
  Double_t pav_top_mid_xdroite = BoxRightX("top_mid_box_EE");
  Double_t pav_top_mid_ybas    = BoxBottomY("top_mid_box_EE");
  Double_t pav_top_mid_yhaut   = BoxTopY("top_mid_box_EE");
  TPaveText *com_top_mid =
    new TPaveText(pav_top_mid_xgauche, pav_top_mid_ybas,
          pav_top_mid_xdroite, pav_top_mid_yhaut);  fCnewRoot++;
  
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;    com_top_mid->SetTextAlign(cTextPaveAlign);        
  // 10*10 = 10*(ID10 = Courier New)
  Int_t   cTextPaveFont  = 100;   com_top_mid->SetTextFont(cTextPaveFont);     
  // 0.95 = 95% of the pave size
  Float_t cTextPaveSize  = 0.03;  com_top_mid->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;    com_top_mid->SetBorderSize(cTextBorderSize);

  sprintf(f_in, "Sector: S%d, SC: %d",
      fEcalNumbering->GetDSFrom1DeeSCEcna(DeeNumber, DeeSC_X),
      fEcalNumbering->GetDSSCFrom1DeeSCEcna(DeeNumber, DeeSC_X));
  com_top_mid->AddText(f_in);
  sprintf(f_in, "SC for const.: %d",
      fEcalNumbering->GetDeeSCConsFrom1DeeSCEcna(DeeNumber,DeeSC_X));
  com_top_mid->AddText(f_in); 
  sprintf(f_in, "Quadrant: %s",
    fEcalNumbering->GetSCQuadFrom1DeeSCEcna(DeeSC_X).Data());
   com_top_mid->AddText(f_in); 
  delete [] f_in;                                     fCdelete++;

  return com_top_mid;
}

TPaveText * TEcnaParHistos::SetPaveSCsXY	(	const Int_t &	DeeSC_X,
		const Int_t &	DeeSC_Y
	)

Definition at line 1980 of file TEcnaParHistos.cc.

{
// SCs X and Y for (SCEcha,SCEcha) cov or cor matrix

  char* f_in = new char[fgMaxCar];                           fCnew++;
  //...................... Pave SC/SCEcha(channel)/sample (top_right_box)
  Double_t pav_top_mid_xgauche = BoxLeftX("top_mid_box_EE");
  Double_t pav_top_mid_xdroite = BoxRightX("top_mid_box_EE");
  Double_t pav_top_mid_ybas    = BoxBottomY("top_mid_box_EE");
  Double_t pav_top_mid_yhaut   = BoxTopY("top_mid_box_EE");
  TPaveText *com_top_mid =
    new TPaveText(pav_top_mid_xgauche, pav_top_mid_ybas,
          pav_top_mid_xdroite, pav_top_mid_yhaut);  fCnewRoot++;
  
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;   com_top_mid->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)
  Int_t   cTextPaveFont  = 100;  com_top_mid->SetTextFont(cTextPaveFont);
  // 0.95 = 95% of the pave size
  Float_t cTextPaveSize  = 0.03; com_top_mid->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;   com_top_mid->SetBorderSize(cTextBorderSize);

  sprintf(f_in, "SC X: %d", DeeSC_X);
  com_top_mid->AddText(f_in);
  sprintf(f_in, "SC Y: %d", DeeSC_Y);
  com_top_mid->AddText(f_in);  

  delete [] f_in;                                           fCdelete++;

  return com_top_mid;
}

TPaveText * TEcnaParHistos::SetPaveSM	(	const TString &	chopt,
		const Int_t &	SM_number,
		const TString &	EB_type
	)

Definition at line 1524 of file TEcnaParHistos.cc.

{
// Pave for Super-module plots
  
  char* f_in = new char[fgMaxCar];                           fCnew++;

  //.................................. DEFAULT OPTION: "standard"   
  Double_t pav_top_left_xgauche = BoxLeftX("top_left_box_SM");
  Double_t pav_top_left_xdroite = BoxRightX("top_left_box_SM");
  Double_t pav_top_left_ybas    = BoxBottomY("top_left_box_SM");
  Double_t pav_top_left_yhaut   = BoxTopY("top_left_box_SM");

  if( chopt == "standard" || (chopt == "standGH" && EB_type == "EB-") )
    {  
      pav_top_left_xgauche = BoxLeftX("top_left_box_EB");
      pav_top_left_xdroite = BoxRightX("top_left_box_EB");
      pav_top_left_ybas    = BoxBottomY("top_left_box_EB");
      pav_top_left_yhaut   = BoxTopY("top_left_box_EB");
    }

  if( chopt == "standSM" || chopt == "standStex" || (chopt == "standGH" && EB_type == "EB+") )
    {  
      pav_top_left_xgauche = BoxLeftX("top_left_box_SM");
      pav_top_left_xdroite = BoxRightX("top_left_box_SM");
      pav_top_left_ybas    = BoxBottomY("top_left_box_SM");
      pav_top_left_yhaut   = BoxTopY("top_left_box_SM");
    }

  if( chopt == "several" )
    {    
      pav_top_left_xgauche = BoxLeftX("several_plots_box");
      pav_top_left_xdroite = BoxRightX("several_plots_box");
      pav_top_left_ybas    = BoxBottomY("several_plots_box");
      pav_top_left_yhaut   = BoxTopY("several_plots_box");
    }

  if( chopt == "sevevol" )
    {    
      pav_top_left_xgauche = BoxLeftX("several_evol_box");
      pav_top_left_xdroite = BoxRightX("several_evol_box");
      pav_top_left_ybas    = BoxBottomY("several_evol_box");
      pav_top_left_yhaut   = BoxTopY("several_evol_box");
    }

  TPaveText *com_top_left =
    new TPaveText(pav_top_left_xgauche, pav_top_left_ybas,
          pav_top_left_xdroite, pav_top_left_yhaut);  fCnewRoot++;
 
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign  = 12;   com_top_left->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)          
  Int_t   cTextPaveFont   = 100;  com_top_left->SetTextFont(cTextPaveFont);
  // 0.95 = 95% of the pave size         
  Float_t cTextPaveSize   = 0.04; com_top_left->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;    com_top_left->SetBorderSize(cTextBorderSize);
 
  if( chopt == "standard" || chopt == "standSM" || chopt == "standStex" || chopt == "standGH")
    {
      Int_t sm_nb = SM_number;
      if( EB_type == "EB+" ){sprintf(f_in, "EB+%d", sm_nb);}
      if( EB_type == "EB-" )
    {sm_nb = -SM_number+fEcal->MaxSMInEB()/2;
    sprintf(f_in, "EB%d (SM%d)", sm_nb, SM_number);}
      com_top_left->AddText(f_in);
    }

  delete [] f_in;                                           fCdelete++;
  
  return com_top_left;
}

TPaveText * TEcnaParHistos::SetPaveStas

(

)

Definition at line 1493 of file TEcnaParHistos.cc.

{
  char* f_in = new char[fgMaxCar];                           fCnew++;
  //.................................. DEFAULT OPTION: "standard"   
  Double_t pav_top_left_xgauche = BoxLeftX("top_left_box_SM");
  Double_t pav_top_left_xdroite = BoxRightX("top_left_box_SM");
  Double_t pav_top_left_ybas    = BoxBottomY("top_left_box_SM");
  Double_t pav_top_left_yhaut   = BoxTopY("top_left_box_SM");

  TPaveText *com_top_left =
    new TPaveText(pav_top_left_xgauche, pav_top_left_ybas,
          pav_top_left_xdroite, pav_top_left_yhaut);  fCnewRoot++;
 
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign  = 12;   com_top_left->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)          
  Int_t   cTextPaveFont   = 100;  com_top_left->SetTextFont(cTextPaveFont);
  // 0.95 = 95% of the pave size         
  Float_t cTextPaveSize   = 0.04; com_top_left->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;    com_top_left->SetBorderSize(cTextBorderSize);

  if ( fFlagSubDet == "EB"){sprintf(f_in, "EB");}
  if ( fFlagSubDet == "EE"){sprintf(f_in, "EE");}

  com_top_left->AddText(f_in);
  
  delete [] f_in;                                           fCdelete++;
  
  return com_top_left;
}

TPaveText * TEcnaParHistos::SetPaveStex	(	const TString &	chopt,
		const Int_t &	StexNumber
	)

Definition at line 2065 of file TEcnaParHistos.cc.

{
  TPaveText* pav_text = 0;

  if( StexNumber > 0 )
    {
      if ( fFlagSubDet == "EB" )
    {
      TString EB_type = fEcalNumbering->GetSMHalfBarrel(StexNumber);
      pav_text = SetPaveSM(chopt, StexNumber, EB_type);
    }
      if ( fFlagSubDet == "EE" )
    {
      TString dee_type = fEcalNumbering->GetEEDeeType(StexNumber);
      pav_text = SetPaveDee(chopt, StexNumber, dee_type);
    }
    }
  if( StexNumber == 0 ){pav_text = SetPaveStas();}

  return pav_text;
}

TPaveText * TEcnaParHistos::SetPaveStin	(	const Int_t &	StinNumber,
		const Int_t &	StexNumber
	)

Definition at line 2087 of file TEcnaParHistos.cc.

{
  TPaveText* pav_text = 0;
  if ( fFlagSubDet == "EB"){pav_text = SetPaveTower(StinNumber);}
  if ( fFlagSubDet == "EE"){pav_text = SetPaveSC(StinNumber, StexNumber);}
  return pav_text;
}

TPaveText * TEcnaParHistos::SetPaveStinsXY	(	const Int_t &	StexStin_X,
		const Int_t &	StexStin_Y
	)

Definition at line 2095 of file TEcnaParHistos.cc.

{
  TPaveText* pav_text = 0;
  if ( fFlagSubDet == "EB"){pav_text = SetPaveTowersXY(StexStin_X, StexStin_Y);}
  if ( fFlagSubDet == "EE"){pav_text = SetPaveSCsXY(StexStin_X, StexStin_Y);}
  return pav_text;
}

TPaveText * TEcnaParHistos::SetPaveTower

(

const Int_t &

SMtower_X

)

Definition at line 1596 of file TEcnaParHistos.cc.

{
// Tower comment

  char* f_in = new char[fgMaxCar];                           fCnew++;
  //...................... Pave tower/crystal(channel)/sample (top_right_box)
  Double_t pav_top_mid_xgauche = BoxLeftX("top_mid_box_EB");
  Double_t pav_top_mid_xdroite = BoxRightX("top_mid_box_EB");
  Double_t pav_top_mid_ybas    = BoxBottomY("top_mid_box_EB");
  Double_t pav_top_mid_yhaut   = BoxTopY("top_mid_box_EB");
  TPaveText *com_top_mid =
    new TPaveText(pav_top_mid_xgauche, pav_top_mid_ybas,
          pav_top_mid_xdroite, pav_top_mid_yhaut);  fCnewRoot++;

  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;    com_top_mid->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)          
  Int_t   cTextPaveFont  = 100;   com_top_mid->SetTextFont(cTextPaveFont);   
  // 0.95 = 95% of the pave size     
  Float_t cTextPaveSize  = 0.03;  com_top_mid->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;    com_top_mid->SetBorderSize(cTextBorderSize);
      
  sprintf(f_in, " Tower: %d ", SMtower_X);
  com_top_mid->AddText(f_in);
  
  delete [] f_in;                                           fCdelete++;

  return com_top_mid;
}

TPaveText * TEcnaParHistos::SetPaveTowersXY	(	const Int_t &	SMtower_X,
		const Int_t &	SMtower_Y
	)

Definition at line 1626 of file TEcnaParHistos.cc.

{
// Towers X and Y for (TowEcha,TowEcha) cov or cor matrix

  char* f_in = new char[fgMaxCar];                           fCnew++;
  //...................... Pave tower/TowEcha(channel)/sample (top_right_box)
  Double_t pav_top_mid_xgauche = BoxLeftX("top_mid_box_EB");
  Double_t pav_top_mid_xdroite = BoxRightX("top_mid_box_EB");
  Double_t pav_top_mid_ybas    = BoxBottomY("top_mid_box_EB");
  Double_t pav_top_mid_yhaut   = BoxTopY("top_mid_box_EB");
  TPaveText *com_top_mid =
    new TPaveText(pav_top_mid_xgauche, pav_top_mid_ybas,
          pav_top_mid_xdroite, pav_top_mid_yhaut);  fCnewRoot++;
  
  // 1 = left adjusted, 2 = vertically centered
  Int_t   cTextPaveAlign = 12;   com_top_mid->SetTextAlign(cTextPaveAlign);
  // 10*10 = 10*(ID10 = Courier New)          
  Int_t   cTextPaveFont  = 100;  com_top_mid->SetTextFont(cTextPaveFont);
  // 0.95 = 95% of the pave size            
  Float_t cTextPaveSize  = 0.03; com_top_mid->SetTextSize(cTextPaveSize);
  Int_t   cTextBorderSize = 1;   com_top_mid->SetBorderSize(cTextBorderSize);
          
  sprintf(f_in, " Tower X: %d ", SMtower_X);
  com_top_mid->AddText(f_in);
  sprintf(f_in, " Tower Y: %d ", SMtower_Y);
  com_top_mid->AddText(f_in);  

  delete [] f_in;                                           fCdelete++;

  return com_top_mid;
}

void TEcnaParHistos::SetViewGraphOffsets	(	TGraph *	graph,
		const TString &	HistoType
	)

Definition at line 1082 of file TEcnaParHistos.cc.

{
// Set offsets of labels, title axis, etc... for histo view

  if( (HistoType == "H1Basic") || (HistoType == "Evol") )
    {
      //....................... x axis
      graph->GetXaxis()->SetTitleOffset((Float_t)1.10);
      graph->GetXaxis()->SetTitleSize((Float_t)0.04);

      graph->GetXaxis()->SetLabelOffset((Float_t)0.015);
      graph->GetXaxis()->SetLabelSize((Float_t)0.04);

      graph->GetXaxis()->SetTickLength((Float_t)0.02);
      graph->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      graph->GetYaxis()->SetTitleOffset((Float_t)1.25);
      graph->GetYaxis()->SetTitleSize((Float_t)0.04);

      graph->GetYaxis()->SetLabelOffset((Float_t)0.01);
      graph->GetYaxis()->SetLabelSize((Float_t)0.04);

      graph->GetYaxis()->SetTickLength((Float_t)0.03);
      graph->GetYaxis()->SetNdivisions((Int_t)510);
    }
}

void TEcnaParHistos::SetViewHistoOffsets	(	TH1D *	histo,
		const TString &	HistoType,
		const TString &	opt_plot
	)

Definition at line 792 of file TEcnaParHistos.cc.

{
// Set offsets of labels, title axis, etc... for histo view
  
  if(HistoType == "Global")
    {
      //....................... x axis
      histo->GetXaxis()->SetTitleOffset((Float_t)1.05);
      histo->GetXaxis()->SetTitleSize((Float_t)0.04);

      histo->GetXaxis()->SetLabelOffset((Float_t)0.006);
      histo->GetXaxis()->SetLabelSize((Float_t)0.04);

      histo->GetXaxis()->SetTickLength((Float_t)0.03);
      histo->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      histo->GetYaxis()->SetTitleOffset((Float_t)1.5);
      histo->GetYaxis()->SetTitleSize((Float_t)0.04);

      histo->GetYaxis()->SetLabelOffset((Float_t)0.01);
      histo->GetYaxis()->SetLabelSize((Float_t)0.04);

      histo->GetYaxis()->SetTickLength((Float_t)0.03);
      histo->GetYaxis()->SetNdivisions((Int_t)510);
    }
  
  if(HistoType == "Proj" || HistoType == "SampGlobal" || HistoType == "SampProj" )
    {
      //....................... x axis
      histo->GetXaxis()->SetTitleOffset((Float_t)1.05);
      histo->GetXaxis()->SetTitleSize((Float_t)0.04);

      histo->GetXaxis()->SetLabelOffset((Float_t)0.006);
      histo->GetXaxis()->SetLabelSize((Float_t)0.04);

      histo->GetXaxis()->SetTickLength((Float_t)0.03);
      histo->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      histo->GetYaxis()->SetTitleOffset((Float_t)1.75);
      histo->GetYaxis()->SetTitleSize((Float_t)0.04);

      histo->GetYaxis()->SetLabelOffset((Float_t)0.01);
      histo->GetYaxis()->SetLabelSize((Float_t)0.04);

      histo->GetYaxis()->SetTickLength((Float_t)0.03);
      histo->GetYaxis()->SetNdivisions((Int_t)510);
    }
  
  if( HistoType == "H1Basic" || HistoType == "Evol" ||
      ( HistoType == "EvolProj" && !(opt_plot == "SAME" || opt_plot == "SAME n") ) )
    {
      //....................... x axis
      histo->GetXaxis()->SetTitleOffset((Float_t)1.25);
      histo->GetXaxis()->SetTitleSize((Float_t)0.04);

      histo->GetXaxis()->SetLabelOffset((Float_t)0.005);
      histo->GetXaxis()->SetLabelSize((Float_t)0.04);

      histo->GetXaxis()->SetTickLength((Float_t)0.03);
      histo->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      histo->GetYaxis()->SetTitleOffset((Float_t)1.75);
      histo->GetYaxis()->SetTitleSize((Float_t)0.04);
      
      histo->GetYaxis()->SetLabelOffset((Float_t)0.01);
      histo->GetYaxis()->SetLabelSize((Float_t)0.04);
      
      histo->GetYaxis()->SetTickLength((Float_t)0.03);
      histo->GetYaxis()->SetNdivisions((Int_t)510);
    }
  
  if( HistoType == "EvolProj" && (opt_plot == "SAME" || opt_plot == "SAME n") )
    {
      //....................... x axis
      histo->GetXaxis()->SetTitleOffset((Float_t)1.25);
      histo->GetXaxis()->SetTitleSize((Float_t)0.04);
      
      histo->GetXaxis()->SetLabelOffset((Float_t)0.005);
      histo->GetXaxis()->SetLabelSize((Float_t)0.04);

      histo->GetXaxis()->SetTickLength((Float_t)0.03);
      histo->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      histo->GetYaxis()->SetTitleOffset((Float_t)1.25);
      histo->GetYaxis()->SetTitleSize((Float_t)0.04);

      histo->GetYaxis()->SetLabelOffset((Float_t)0.01);
      histo->GetYaxis()->SetLabelSize((Float_t)0.04);

      histo->GetYaxis()->SetTickLength((Float_t)0.03);
      histo->GetYaxis()->SetNdivisions((Int_t)510);
    }
  
  if(HistoType == "colz")
    {
      //....................... x axis
      histo->GetXaxis()->SetTitleOffset((Float_t)1.25);
      histo->GetXaxis()->SetTitleSize((Float_t)0.04);

      histo->GetXaxis()->SetLabelOffset((Float_t)0.005);
      histo->GetXaxis()->SetLabelSize((Float_t)0.04);

      histo->GetXaxis()->SetTickLength((Float_t)0.03);
      histo->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      histo->GetYaxis()->SetTitleOffset((Float_t)1.45);
      histo->GetYaxis()->SetTitleSize((Float_t)0.04);

      histo->GetYaxis()->SetLabelOffset((Float_t)0.01);
      histo->GetYaxis()->SetLabelSize((Float_t)0.04);

      histo->GetYaxis()->SetTickLength((Float_t)0.03);
      histo->GetYaxis()->SetNdivisions((Int_t)510);
    }

  if(HistoType == "lego" || HistoType == "surf" )
    {
      //....................... x axis
      histo->GetXaxis()->SetTitleOffset((Float_t)1.7);
      histo->GetXaxis()->SetTitleSize((Float_t)0.04);

      histo->GetXaxis()->SetLabelOffset((Float_t)0.005);
      histo->GetXaxis()->SetLabelSize((Float_t)0.04);

      histo->GetXaxis()->SetTickLength((Float_t)0.03);
      histo->GetXaxis()->SetNdivisions((Int_t)510);

      //....................... y axis
      histo->GetYaxis()->SetTitleOffset((Float_t)1.85);
      histo->GetYaxis()->SetTitleSize((Float_t)0.04);

      histo->GetYaxis()->SetLabelOffset((Float_t)0.01);
      histo->GetYaxis()->SetLabelSize((Float_t)0.04);

      histo->GetYaxis()->SetTickLength((Float_t)0.03);
      histo->GetYaxis()->SetNdivisions((Int_t)510);
    }

  if(HistoType == "Stin")
    {
      //.......... x axis (remove labels and ticks)
      histo->GetXaxis()->SetTitleOffset((Float_t)9999.);
      histo->GetXaxis()->SetTitleSize((Float_t)0.05); 
 
      histo->GetXaxis()->SetLabelOffset((Float_t)9999.);
      histo->GetXaxis()->SetLabelSize((Float_t)0.);

      histo->GetXaxis()->SetNdivisions((Int_t)1);
      histo->GetXaxis()->SetTickLength((Float_t)0.);

      //.......... y axis (remove labels and ticks)
      histo->GetYaxis()->SetTitleOffset((Float_t)9999.);
      histo->GetYaxis()->SetTitleSize((Float_t)0.05);
     
      histo->GetYaxis()->SetLabelOffset((Float_t)9999.);
      histo->GetYaxis()->SetLabelSize((Float_t)0.);

      histo->GetYaxis()->SetNdivisions((Int_t)1);
      histo->GetYaxis()->SetTickLength((Float_t)0.);
    }

  if( HistoType == "Stex2DEB" || HistoType == "Stex2DEE" || HistoType == "Stex2DEENb" ||
      HistoType == "Stas2DEB" || HistoType == "Stas2DEE" )
    {
      //.......... x axis (remove labels and ticks)
      histo->GetXaxis()->SetTitleOffset((Float_t)9999.);
      histo->GetXaxis()->SetTitleSize((Float_t)0.075); 
 
      histo->GetXaxis()->SetLabelOffset((Float_t)9999.);
      histo->GetXaxis()->SetLabelSize((Float_t)0.);

      histo->GetXaxis()->SetNdivisions((Int_t)1);
      histo->GetXaxis()->SetTickLength((Float_t)0.);

      //.......... y axis (remove labels and ticks)
      histo->GetYaxis()->SetTitleOffset((Float_t)9999.);
      histo->GetYaxis()->SetTitleSize((Float_t)0.075);
     
      histo->GetYaxis()->SetLabelOffset((Float_t)9999.);
      histo->GetYaxis()->SetLabelSize((Float_t)0.);

      histo->GetYaxis()->SetNdivisions((Int_t)1);
      histo->GetYaxis()->SetTickLength((Float_t)0.);
    }
}

void TEcnaParHistos::SetViewHistoPadMargins	(	const TString &	HistoType,
		const TString &	opt_plot
	)

Definition at line 652 of file TEcnaParHistos.cc.

{
// Set active pad margins for histo view

//.......... default
  gStyle->SetPadBottomMargin(0.125);          
  gStyle->SetPadTopMargin(0.125);
  gStyle->SetPadLeftMargin(0.125);
  gStyle->SetPadRightMargin(0.125);
  
  if(HistoType == "colz"  || HistoType == "lego"  ||
     HistoType == "surf"  || HistoType == "Stin")  
    {
      gStyle->SetPadBottomMargin(0.125);          
      gStyle->SetPadTopMargin(0.135);
      gStyle->SetPadLeftMargin(0.135);
      gStyle->SetPadRightMargin(0.135); 
    }
  
  if( HistoType == "Stex2DEB" )
    {
      gStyle->SetPadBottomMargin(0.145);          
      gStyle->SetPadTopMargin(0.135);
      gStyle->SetPadLeftMargin(0.125);
      gStyle->SetPadRightMargin(0.125); 
    }

  if( HistoType == "Stex2DEE" || HistoType == "Stex2DEENb")
    {
      gStyle->SetPadBottomMargin(0.120);          
      gStyle->SetPadTopMargin(0.110);
      gStyle->SetPadLeftMargin(0.130);
      gStyle->SetPadRightMargin(0.130); 
    }
  if( HistoType == "Stas2DEB" )
    {
      gStyle->SetPadBottomMargin(0.145);          
      gStyle->SetPadTopMargin(0.135);
      gStyle->SetPadLeftMargin(0.125);
      gStyle->SetPadRightMargin(0.125); 
    }

  if( HistoType == "Stas2DEE")
    {
      gStyle->SetPadBottomMargin(0.145);          
      gStyle->SetPadTopMargin(0.135);
      gStyle->SetPadLeftMargin(0.105);
      gStyle->SetPadRightMargin(0.115); 
    }
  if(HistoType == "Global")
    {
      gStyle->SetPadBottomMargin((Float_t)0.125);         
      gStyle->SetPadTopMargin((Float_t)0.175);
      gStyle->SetPadLeftMargin((Float_t)0.115);
      gStyle->SetPadRightMargin((Float_t)0.05);
    }

  if(HistoType == "Proj" || HistoType == "SampProj")
    {
      gStyle->SetPadBottomMargin(0.115);
      gStyle->SetPadTopMargin(0.155);
      gStyle->SetPadLeftMargin(0.15);
      gStyle->SetPadRightMargin(0.05);
    }

  if( HistoType == "H1Basic" )
    {
      gStyle->SetPadBottomMargin(0.1275);         
      gStyle->SetPadTopMargin(0.165);
      gStyle->SetPadLeftMargin(0.15);
      gStyle->SetPadRightMargin(0.05);
    }

  if( HistoType == "Evol" && opt_plot == "ONLYONE")
    {
      gStyle->SetPadBottomMargin(0.110);          
      gStyle->SetPadTopMargin(0.2);
      gStyle->SetPadLeftMargin(0.115);
      gStyle->SetPadRightMargin(0.035);
    }
  if( HistoType == "Evol" && opt_plot == "SAME")
    {
      gStyle->SetPadBottomMargin(0.110);          
      gStyle->SetPadTopMargin(0.185);
      gStyle->SetPadLeftMargin(0.115);
      gStyle->SetPadRightMargin(0.035);   
    }
  if( HistoType == "Evol" && opt_plot == "SAME n")
    {
      gStyle->SetPadBottomMargin(0.110);          
      gStyle->SetPadTopMargin(0.1);
      gStyle->SetPadLeftMargin(0.115);
      gStyle->SetPadRightMargin(0.035);   
    }

  if( HistoType == "EvolProj" && opt_plot == "ONLYONE")
    {
      gStyle->SetPadBottomMargin(0.1275);         
      gStyle->SetPadTopMargin(0.165);
      gStyle->SetPadLeftMargin(0.15);
      gStyle->SetPadRightMargin(0.05);
    }
  if( HistoType == "EvolProj" && opt_plot == "SAME")
    {
      gStyle->SetPadBottomMargin(0.110);          
      gStyle->SetPadTopMargin(0.185);
      gStyle->SetPadLeftMargin(0.115);
      gStyle->SetPadRightMargin(0.035);   
    }
  if( HistoType == "EvolProj" && opt_plot == "SAME n")
    {
      gStyle->SetPadBottomMargin(0.110);          
      gStyle->SetPadTopMargin(0.1);
      gStyle->SetPadLeftMargin(0.115);
      gStyle->SetPadRightMargin(0.035);   
    }
}

void TEcnaParHistos::SetViewHistoStats	(	TH1D *	histo,
		const TString &	HistoType
	)

Definition at line 779 of file TEcnaParHistos.cc.

{
  // Set stats box for histo view

  Bool_t b_true  = kTRUE;
  Bool_t b_false = kFALSE;

  histo->SetStats(b_false);
          
  if(HistoType == "Global"){histo->SetStats(b_false);}
  if(HistoType == "Proj" || HistoType == "SampProj" ){histo->SetStats(b_true);}
}

void TEcnaParHistos::SetViewHistoStyle

(

const TString &

HistoType

)

Definition at line 580 of file TEcnaParHistos.cc.

{
// Set style parameters for histo view

  //......................... Palette
  gStyle->SetPalette(1,0);  // default: rainbow spectrum

  //............................... Date
  gStyle->SetOptDate(0);

  //............................... Histo title size
  gStyle->SetTitleW(0.5); gStyle->SetTitleH(0.075);     // default

  if( HistoType == "colz"  || HistoType == "lego"  ||
      HistoType == "surf"  || HistoType == "Stin" )
    {gStyle->SetTitleW(0.8); gStyle->SetTitleH(0.075);}

  if( (HistoType == "H1Basic") || (HistoType == "Evol") )
    {gStyle->SetTitleW(0.5); gStyle->SetTitleH(0.075);}

  if( HistoType == "Stex2DEB" )
    {gStyle->SetTitleW(0.2); gStyle->SetTitleH(0.095);}

  if( HistoType == "Stex2DEE" )
    {gStyle->SetTitleW(0.45); gStyle->SetTitleH(0.08);}

  if( HistoType == "Stex2DEENb" )
    {gStyle->SetTitleW(0.85); gStyle->SetTitleH(0.08);}

  if( HistoType == "Stas2DEB" || HistoType == "Stas2DEE" )
    {gStyle->SetTitleW(0.225); gStyle->SetTitleH(0.095);}

  if(HistoType == "Global" || HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj")
    {gStyle->SetTitleW(0.5); gStyle->SetTitleH(0.08);}

  //............................. Statistics box style
     gStyle->SetOptStat(1110); 

  //............................. Statistics box size
  if( HistoType == "colz"  || HistoType == "lego"  ||
      HistoType == "surf"  || HistoType == "Stin" )
    {
      gStyle->SetStatW(0.55);  gStyle->SetStatH(0.2);
      gStyle->SetStatY(1);
    }

  if( HistoType == "Global" )
    {
      gStyle->SetStatW(0.375);  gStyle->SetStatH(0.180);
      gStyle->SetStatY(0.9875);
    }
  if( HistoType == "Proj" || HistoType == "SampProj" || HistoType == "EvolProj" )
    {
      gStyle->SetStatW(0.375);  gStyle->SetStatH(0.180);
      gStyle->SetStatY(0.9875);
    }

  if( (HistoType == "H1Basic") || (HistoType == "Evol") )
    {
      gStyle->SetStatW(0.375);   gStyle->SetStatH(0.180);
      gStyle->SetStatY(0.9875);
    }

  //....... Marker and line style

  gStyle->SetMarkerStyle(1);
  if( HistoType == "Global" ){gStyle->SetMarkerStyle(20);}


}

Member Data Documentation

TString TEcnaParHistos::fAllXtalsInStinPlot

private

Definition at line 76 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fCdelete

private

Definition at line 54 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fCdeleteRoot

private

Definition at line 55 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fCnaCommand

private

Definition at line 59 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fCnaError

private

Definition at line 59 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fCnew

private

Definition at line 54 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fCnewRoot

private

Definition at line 55 of file TEcnaParHistos.h.

TEcnaParEcal* TEcnaParHistos::fEcal

private

Definition at line 61 of file TEcnaParHistos.h.

TEcnaNumbering* TEcnaParHistos::fEcalNumbering

private

Definition at line 62 of file TEcnaParHistos.h.

TString TEcnaParHistos::fFlagSubDet

private

Definition at line 64 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fgMaxCar

private

Definition at line 52 of file TEcnaParHistos.h.

Double_t TEcnaParHistos::fMarginAutoMinMax

private

Definition at line 69 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fMaxColorNumber

private

Definition at line 68 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fMaxNbOfRunsInLists

private

Definition at line 71 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fNbOfRunsDisplayed

private

Definition at line 70 of file TEcnaParHistos.h.

TString TEcnaParHistos::fOnlyOnePlot

private

Definition at line 73 of file TEcnaParHistos.h.

Int_t TEcnaParHistos::fPlotAllXtalsInStin

private

Definition at line 77 of file TEcnaParHistos.h.

TString TEcnaParHistos::fSameOnePlot

private

Definition at line 75 of file TEcnaParHistos.h.

TString TEcnaParHistos::fSeveralPlot

private

Definition at line 74 of file TEcnaParHistos.h.

TString TEcnaParHistos::fTTBELL

private

Definition at line 57 of file TEcnaParHistos.h.