#include <TreeMatrixCalib.h>

Public Member Functions
void	fillInfo (int run, int eve, int xnum, int maxX, int nomX, int nextX, int xeta, int xphi, int tbm, double xx, double yy, double ecalx, double ecaly, double sx, double sy, double qx, double qy, double tdcoff, int allm, double amp[], int cry[])

void	store ()

	TreeMatrixCalib (const char *filename="tb.root")

	~TreeMatrixCalib ()

Private Attributes
int	myAllMatrix

double	myAmplit [49]

double	myCaloX

double	myCaloY

int	myCrystal [49]

int	myEvent

TFile *	myFile

double	myHodoQualityX

double	myHodoQualityY

double	myHodoSlopeX

double	myHodoSlopeY

double	myHodoX

double	myHodoY

int	myMaxEneXtal

int	myNextXtalSM

int	myNominalXtalSM

int	myRun

int	myTbMoving

double	myTdcOffset

TTree *	myTree

int	myXtalEta

int	myXtalPhi

int	myXtalSM

Detailed Description

Definition at line 15 of file TreeMatrixCalib.h.

Constructor & Destructor Documentation

◆ TreeMatrixCalib()

TreeMatrixCalib::TreeMatrixCalib ( const char * filename = "tb.root" )

Definition at line 3 of file TreeMatrixCalib.cc.

 {
   myFile = new TFile(filename,"RECREATE");
   myTree = new TTree("T1","my tree");
  
   // Amplitude / hodoscopes / tdc infos
   myTree->Branch("run",             &myRun,            "run/I");  
   myTree->Branch("event",           &myEvent,          "event/I");  
   myTree->Branch("xtalSM",          &myXtalSM,         "xtalSM/I");  
   myTree->Branch("maxEneXtal",      &myMaxEneXtal,     "maxEneXtal/I");  
   myTree->Branch("nominalXtalSM",   &myNominalXtalSM,  "nominalXtalSM/I");  
   myTree->Branch("nextXtalSM",      &myNextXtalSM,     "nextXtalSM/I");  
   myTree->Branch("xtalEta",         &myXtalEta,        "xtalEta/I");  
   myTree->Branch("xtalPhi",         &myXtalPhi,        "xtalPhi/I");  
   myTree->Branch("tbMoving",        &myTbMoving,       "tbMoving/I");
   myTree->Branch("hodoX",           &myHodoX,          "hodoX/D");  
   myTree->Branch("hodoY",           &myHodoY,          "hodoY/D");  
   myTree->Branch("caloX",           &myCaloX,          "caloX/D");  
   myTree->Branch("caloY",           &myCaloY,          "caloY/D");  
   myTree->Branch("hodoSlopeX",      &myHodoSlopeX,     "hodoSlopeX/D");  
   myTree->Branch("hodoSlopeY",      &myHodoSlopeY,     "hodoSlopeY/D");  
   myTree->Branch("hodoQualityX",    &myHodoQualityX,   "hodoQualityX/D");  
   myTree->Branch("hodoQualityY",    &myHodoQualityY,   "hodoQualityY/D");  
   myTree->Branch("tdcOffset",       &myTdcOffset,      "tdcOffset/D");  
   myTree->Branch("allMatrix",       &myAllMatrix,      "allMatrix/I");
   myTree->Branch("amplit",          &myAmplit,         "amplit[49]/D");    
   myTree->Branch("crystal",         &myCrystal,        "crystal[49]/I");  
 }

References corrVsCorr::filename, myAllMatrix, myAmplit, myCaloX, myCaloY, myCrystal, myEvent, myFile, myHodoQualityX, myHodoQualityY, myHodoSlopeX, myHodoSlopeY, myHodoX, myHodoY, myMaxEneXtal, myNextXtalSM, myNominalXtalSM, myRun, myTbMoving, myTdcOffset, myTree, myXtalEta, myXtalPhi, and myXtalSM.

◆ ~TreeMatrixCalib()

TreeMatrixCalib::~TreeMatrixCalib ( )

Definition at line 32 of file TreeMatrixCalib.cc.

 {
   myFile->cd();
   myTree->Write();
   myFile->Close();
   delete myFile;
 }

References myFile, and myTree.

Member Function Documentation

◆ fillInfo()

void TreeMatrixCalib::fillInfo	(	int	run,
		int	eve,
		int	xnum,
		int	maxX,
		int	nomX,
		int	nextX,
		int	xeta,
		int	xphi,
		int	tbm,
		double	xx,
		double	yy,
		double	ecalx,
		double	ecaly,
		double	sx,
		double	sy,
		double	qx,
		double	qy,
		double	tdcoff,
		int	allm,
		double	amp[],
		int	cry[]
	)

Definition at line 45 of file TreeMatrixCalib.cc.

 {
   myRun           = run;
   myEvent         = eve;
   myXtalSM        = xnum;
   myMaxEneXtal    = maxX;
   myNominalXtalSM = nomX;
   myNextXtalSM    = nextX;
   myXtalEta       = xeta;
   myXtalPhi       = xphi;
   myTbMoving      = tbm;
   myHodoX         = xx;
   myHodoY         = yy;
   myCaloX         = ecalx;
   myCaloY         = ecaly;
   myHodoSlopeX    = sx;
   myHodoSlopeY    = sy;
   myHodoQualityX  = qx;
   myHodoQualityY  = qy;
   myTdcOffset     = tdcoff;
   myAllMatrix     = allm;
   for (int ii=0; ii<49; ii++){
     myAmplit[ii]  = amp[ii]; 
     myCrystal[ii] = cry[ii]; 
   }
 }