#include "TRootEvent.h"
#include <iostream>
#include <fstream>
#include <iostream>
#include <stdio.h>
using namespace std;
Bool_t TRootATOFhitEvent::Clear()
{
    this->nhit=0;
    this->ntdc=0;
    this->nadc=0;
    this->ndrop=0;
    return kTRUE;
}
Bool_t TRootATOFtrackEvent::Clear()
{
    this->ntrack=0;
    return kTRUE;
}
Bool_t TRootATOFcalEvent::Clear() // 09/2012
{
    this->npart=0;
    this->nmultihit=-100;
    this->Zmax1=-100;
    this->Zmax2=-100;
    this->Zbound2=-100;
    this->Ztot=-100;
    this->multH=-100;
    this->multHe=-100;
    this->multIMF=-100;
    this->phirp=-1000.;
    this->Nphirp=0;
    this->Qx=-1000.;
    this->Qy=-1000.;
    this->Q1x=-1000.;
    this->Q1y=-1000.;
    this->Q2x=-1000.;
    this->Q2y=-1000.;
    this->ZLcm=0.;
    this->ZTcm=0.;
    this->Zgbeta2Lcm=0.;
    this->Zgbeta2Tcm=0.;
    this->ZL=0.;
    this->ZT=0.;
    this->Zgbeta2L=0.;
    this->Zgbeta2T=0.;
    return kTRUE;
}
Bool_t TRootATOFglobalEvent::Clear() // 02/2013
{
    this->npart=0;
    this->nmultihit=-100;
    this->Zmax1=-100;
    this->Zmax2=-100;
    this->Zbound2=-100;
    this->Ztot=-100;
    this->multH=-100;
    this->multHe=-100;
    this->multIMF=-100;
    this->phirp=-1000.;
    this->Nphirp=0;
    this->Qx=-1000.;
    this->Qy=-1000.;
    this->Q1x=-1000.;
    this->Q1y=-1000.;
    this->Q2x=-1000.;
    this->Q2y=-1000.;
    this->ZLcm=0.;
    this->ZTcm=0.;
    this->Zgbeta2Lcm=0.;
    this->Zgbeta2Tcm=0.;
    this->ZL=0.;
    this->ZT=0.;
    this->Zgbeta2L=0.;
    this->Zgbeta2T=0.;
    return kTRUE;
}
Bool_t TRootINFOEvent::Clear() // 09/2012
{
    this->trigpat=0; 
    this->run=0; 
    this->ievt=0;
    this->time=0.;
    this->chitsh=0;
    this->chitsm=0;
    this->chitss=0;
    this->mbstsh=0;
    this->mbstsm=0;
    this->mbstss=0;
    return kTRUE;
}
Bool_t TRootCAMACEvent::Clear() // 09/2012
{
    tdc1_sc=0; 
    tdc2_sc=0; 
    qdc1_sc=0; 
    qdc2_sc=0; 
    tstart_sc=0.; 
    return kTRUE;
}


Bool_t TRootKRATGlobal::Clear()
{
  multi = 0;
  Ztot = 0;
  Atot = 0;
  multH = 0;
  multHe = 0;
  multIMF = 0;
}
// Clear functions should be written here for the other detectors - ALF, 11/2012


void TRootDefine::Open(const char *name)
{
 frootW = new TFile(name,"recreate");
 if(frootW->IsZombie()) {
  cout<<"RootTree>> Can not create ROOT file "<<name<<endl;
  return;
 }
 else {
  cout<<"RootTree>> Opened ROOT file "<<name<<endl;
 }
  
 frootW->SetCompressionLevel(1); 

 ftr = new TTree("h1","Root Tree");
 ftr->SetAutoSave(1000000000);
// important: uncomment the only branches you want to write!
 ftr->Branch("CHIevent", &fchievt, 32768, 2);
 ftr->Branch("LANDevent", &flandevt, 32768, 2);
// ftr->Branch("MBALLevent", &fmballevt, 32768, 2);

 ftr->Branch("ATOFhit", &fatofhitevt, 32768, 2);
 ftr->Branch("ATOFtrack", &fatoftrackevt, 32768, 2);
 ftr->Branch("ATOFcal", &fatofcalevt, 32768, 2); // 09/2012
 ftr->Branch("ATOFglobal", &fatofglobalevt, 32768, 2); // 02/2013
 ftr->Branch("start", &fcamacevt, 32768, 2);
 ftr->Branch("info", &finfoevt, 32768, 2);

 ftr->Branch("LANDeventStaIn", &flandevtstain, 32768, 2);
 ftr->Branch("LANDeventStaOut", &flandevtstaout, 32768, 2);
}

void TRootDefine::Close()
{
 if(frootW) {
  frootW->Write();
  cout<<"RootTree>> closing ROOT file"<<endl;
  frootW->Close();
  delete frootW;
 }
}