rerootjob.cc File Reference

#include <new>
#include <limits.h>
#include <string.h>
#include <stdio.h>
#include <stdlib.h>
#include <unistd.h>
#include <iostream>
#include <iomanip>
#include "Rerootjob/RecoControl.h"
#include "REROOT_Classes/REROOT_UserVisitor.h"
#include "REROOT_Classes/REROOT_Geom.h"
#include "TROOT.h"
#include "TFile.h"
#include "TTree.h"
#include "TBranch.h"
#include "TSystem.h"

Go to the source code of this file.

Functions
void	processArgs (int argc, char **argv)
void	processSingleFile (RecoControl &app, TTree *&tgeo, TTree *&tevt, REROOT_Geom *&rgeo, REROOT_Event *&revt, Int_t &idcurgeom, Int_t &nb)
int	main (int argc, char **argv)
Variables
int	nevtot = INT_MAX
char	inlist [FILENAME_MAX]
char	infile [FILENAME_MAX]
char	outfile [FILENAME_MAX]
char	optfile [FILENAME_MAX]
char	option [FILENAME_MAX]
const char *	listFileFlag = "to-be-determined-from-inlist"
const char *	optfileDefault = "reco_options"
const char *	optfilePath
int	quiet = 0

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Function Documentation

int main (  int  argc, char **  argv )

COMMAND LINE CALIB CONSTANTS BEAM RUN KEY Cerenkov ADC cuts: ATTENUATION PARAMS FILE + TREE Definition at line 164 of file rerootjob.cc. References gSystem(), infile, inlist, listFileFlag, nevtot, optfile, optfileDefault, optfilePath, option, outfile, REROOT_Geom::Print(), processArgs(), processSingleFile(), REROOT_Geom::set_AvailNuclei_isWanted(), REROOT_Geom::set_BeamSystem_isWanted(), REROOT_Geom::set_CellPos_isWanted(), REROOT_Geom::set_CoilTube_isWanted(), REROOT_Event::set_DigitPln_isWanted(), REROOT_Event::set_EmuDigit_isWanted(), REROOT_Event::set_EmuHit_isWanted(), REROOT_Event::set_EventHistory_isWanted(), REROOT_Event::set_FLSDigiCell_isWanted(), REROOT_Event::set_FLSDigiPln_isWanted(), REROOT_Event::set_FLSDigit_isWanted(), REROOT_Event::set_FLSDigiView_isWanted(), REROOT_Event::set_FLSHit_isWanted(), REROOT_Geom::set_FLSParam_isWanted(), REROOT_Event::set_FluxInfo_isWanted(), REROOT_Event::set_FluxWgt_isWanted(), REROOT_Geom::set_GAFKey_isWanted(), REROOT_Event::set_GAFKey_isWanted(), REROOT_Geom::set_GeomMisc_isWanted(), REROOT_Event::set_HitPln_isWanted(), REROOT_Event::set_LSTHit_isWanted(), REROOT_Event::set_LSTProto_isWanted(), REROOT_Event::set_LSTStrip_isWanted(), REROOT_Event::set_LSTWire_isWanted(), REROOT_Geom::set_MassDistrib_isWanted(), REROOT_Geom::set_Material_isWanted(), REROOT_Geom::set_MdlOrg_isWanted(), REROOT_Geom::set_Mixture_isWanted(), REROOT_Event::set_MuonTrkHeader_isWanted(), REROOT_Event::set_MuonTrkPoint_isWanted(), REROOT_Event::set_NeuKin_isWanted(), REROOT_Event::set_NeuVtx_isWanted(), REROOT_Event::set_PEArrival_isWanted(), REROOT_Geom::set_PlanePos_isWanted(), REROOT_Geom::set_PlaneSpec_isWanted(), REROOT_Geom::set_PlexusAdd_isWanted(), REROOT_Geom::set_Pln2MUX_isWanted(), REROOT_Event::set_RecoMuon_isWanted(), REROOT_Event::set_RecoShwDir_isWanted(), REROOT_Event::set_RecoShwEnergy_isWanted(), REROOT_Event::set_RecoVtx_isWanted(), REROOT_Geom::set_Rotm_isWanted(), REROOT_Event::set_RPCHit_isWanted(), REROOT_Event::set_StdHep_isWanted(), REROOT_Event::set_StdHepHead_isWanted(), REROOT_Geom::set_SubVolPos_isWanted(), REROOT_Geom::set_SubVolSpec_isWanted(), REROOT_Geom::set_SuperModule_isWanted(), REROOT_Geom::set_TMedium_isWanted(), REROOT_Geom::set_TPar_isWanted(), REROOT_Event::set_TstHit_isWanted(), REROOT_Geom::set_TubePixelInfo_isWanted(), and REROOT_Geom::set_TubePixelMap_isWanted(). { processArgs(argc,argv); // Instantiate ROOT engine. TROOT rerootjob("rerootjob","ROOT interface to reco_MINOS"); cout << endl << "Instantiate ROOT engine for reco_MINOS." << endl << endl; // Create and initialize ROOT output file for this JOB. TFile *hfile; hfile = new TFile(outfile,"RECREATE","ROOT file reroot"); // Create ROOT Tree. TTree *tgeo = new TTree("GEOM","REROOT Geometry Tree"); TTree *tevt = new TTree("GEVT","REROOT Event Tree"); REROOT_Geom *rgeo = 0; // Pointer to latest REROOT_Geom. REROOT_Event *revt = 0; // Pointer to latest REROOT_Event. // Declare branches. TBranch *bGeom = 0; TBranch *bEvent = 0; // Splitting for REROOT_Geom and REROOT_Event branches. Int_t gsplit = 1; // No automatic ROOT splitting for REROOT_Geom. Int_t esplit = 1; // Automatic ROOT splitting for REROOT_Event. Int_t bgsize = 4000; Int_t besize = 4000; // Create REROOT_Geom and REROOT_Event branches. bGeom = tgeo->Branch("REROOT_Geom", "REROOT_Geom", &rgeo, bgsize, gsplit); bEvent = tevt->Branch("REROOT_Event", "REROOT_Event", &revt, besize, esplit); // Specify which ADAMO Class objects to create from GAF buffer. char* optfilepath = gSystem->ExpandPathName(optfilePath); //cout << " optfilepath is '" << optfilepath << "'" << endl; char* realoptfile = gSystem->Which(optfilepath,optfile,kReadPermission); if ( ! realoptfile ) { // revert to the default if what was given came up empty realoptfile = optfile; // the original buffer strcpy(optfile,optfileDefault); } cout << "\nRead options from file: " << realoptfile << endl << endl; ifstream olist(realoptfile); // Read from option list file. while (olist>>option) { if (!strcmp(option,"REROOT_Event::DigitPln")) REROOT_Event::set_DigitPln_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::EmuDigit")) REROOT_Event::set_EmuDigit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::EmuHit")) REROOT_Event::set_EmuHit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::EventHistory")) REROOT_Event::set_EventHistory_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FLSDigiCell")) REROOT_Event::set_FLSDigiCell_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FLSDigiPln")) REROOT_Event::set_FLSDigiPln_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FLSDigit")) REROOT_Event::set_FLSDigit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FLSDigiView")) REROOT_Event::set_FLSDigiView_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FLSHit")) REROOT_Event::set_FLSHit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FluxWgt")) REROOT_Event::set_FluxWgt_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::FluxInfo")) REROOT_Event::set_FluxInfo_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::GAFKey")) REROOT_Event::set_GAFKey_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::HitPln")) REROOT_Event::set_HitPln_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::LSTHit")) REROOT_Event::set_LSTHit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::LSTProto")) REROOT_Event::set_LSTProto_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::LSTStrip")) REROOT_Event::set_LSTStrip_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::LSTWire")) REROOT_Event::set_LSTWire_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::MuonTrkHeader")) REROOT_Event::set_MuonTrkHeader_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::MuonTrkPoint")) REROOT_Event::set_MuonTrkPoint_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::NeuKin")) REROOT_Event::set_NeuKin_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::NeuVtx")) REROOT_Event::set_NeuVtx_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::PEArrival")) REROOT_Event::set_PEArrival_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::RecoMuon")) REROOT_Event::set_RecoMuon_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::RecoShwDir")) REROOT_Event::set_RecoShwDir_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::RecoShwEnergy")) REROOT_Event::set_RecoShwEnergy_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::RecoVtx")) REROOT_Event::set_RecoVtx_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::RPCHit")) REROOT_Event::set_RPCHit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::StdHep")) REROOT_Event::set_StdHep_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::StdHepHead")) REROOT_Event::set_StdHepHead_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Event::TstHit")) REROOT_Event::set_TstHit_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::AvailNuclei")) REROOT_Geom::set_AvailNuclei_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::BeamSystem")) REROOT_Geom::set_BeamSystem_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::CellPos")) REROOT_Geom::set_CellPos_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::CoilTube")) REROOT_Geom::set_CoilTube_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::FLSParam")) REROOT_Geom::set_FLSParam_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::GAFKey")) REROOT_Geom::set_GAFKey_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::GeomMisc")) REROOT_Geom::set_GeomMisc_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::MassDistrib")) REROOT_Geom::set_MassDistrib_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::Material")) REROOT_Geom::set_Material_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::MdlOrg")) REROOT_Geom::set_MdlOrg_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::Mixture")) REROOT_Geom::set_Mixture_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::PlanePos")) REROOT_Geom::set_PlanePos_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::PlaneSpec")) REROOT_Geom::set_PlaneSpec_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::PlexusAdd")) REROOT_Geom::set_PlexusAdd_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::Pln2MUX")) REROOT_Geom::set_Pln2MUX_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::Rotm")) REROOT_Geom::set_Rotm_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::SubVolPos")) REROOT_Geom::set_SubVolPos_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::SubVolSpec")) REROOT_Geom::set_SubVolSpec_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::SuperModule")) REROOT_Geom::set_SuperModule_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::TMedium")) REROOT_Geom::set_TMedium_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::TPar")) REROOT_Geom::set_TPar_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::TubePixelInfo")) REROOT_Geom::set_TubePixelInfo_isWanted(kTRUE); else if (!strcmp(option,"REROOT_Geom::TubePixelMap")) REROOT_Geom::set_TubePixelMap_isWanted(kTRUE); else cout << "Bad option ignored: " << option << endl; } RecoControl app; Int_t idcurgeom = -1; // Incremented for each REROOT_Geom record. Int_t nb = 0; if ( ! strcmp(infile,listFileFlag) ) { // user wants to get file names file a list in another file cout << "\nRun Recoop on list " << inlist << " for " << nevtot << " events each file.\n"; ifstream clist(inlist); while (clist>>infile) { char firstChar = infile[0]; if (firstChar != '#' && firstChar != '!' ) { cout << "\nRun Recoop on file " << infile << " for " << nevtot << " events in file." << endl; processSingleFile(app,tgeo,tevt,rgeo,revt,idcurgeom,nb); } else { cout << "\nSkip processing for entry: " << infile << endl; } } cout << "\nFinish list of event files: " << inlist << endl; } else { cout << "\nRun Recoop on file " << infile << " for " << nevtot << " events in file." << endl; processSingleFile(app,tgeo,tevt,rgeo,revt,idcurgeom,nb); } // Close ROOT output file for this job. cout << "Close ROOT file: " << outfile << endl; hfile->Write(); if (!quiet) { tgeo->Print(); tevt->Print(); } hfile->Close(); cout << "ROOT file " << outfile << " closed." << endl; return 0; }

void processArgs (  int  argc, char **  argv )  [static]

Definition at line 50 of file rerootjob.cc. References infile, inlist, listFileFlag, nevtot, optfile, optfileDefault, option, outfile, and quiet. Referenced by main(). { strcpy(inlist,"reco_minos.gaf_list"); strcpy(infile,listFileFlag); strcpy(outfile,"reroot.root"); strcpy(optfile,optfileDefault); strcpy(option,""); int copt; const char* optlist = "n:l:f:o:qO:h"; while (( copt = getopt(argc,argv,optlist)) != EOF) { switch (copt) { case 'n': nevtot = atoi(optarg); break; case 'l': strcpy(inlist,optarg); break; case 'f': strcpy(infile,optarg); break; case 'o': strcpy(outfile,optarg); break; case 'q': quiet += 1; break; case 'O': strcpy(optfile,optarg); break; case 'h': // help ... printf("%s: usage\n",argv[0]); printf(" -l inlist-filename (reco_minos.gaf_list)\n"); printf(" -f gaf-filename (no-default, overrides -l flag)\n"); printf(" -o output-filename (reroot.root)\n"); printf(" -O option-filename (reco_options)\n"); printf(" uses a path of .:$SRT_PUBLIC_CONTEXT:$SRT_PRIVATE_CONTEXT, full path okay\n"); printf(" -n nevt-per-file (%d)\n",nevtot); printf(" -q quiet, no TTree->Print(), no visitor output\n"); printf(" repeat for turning off status count\n"); printf(" -h this miserable help\n"); exit(1); break; default: printf("%s: unrecognized option '%c'\n",argv[0],(char)optopt); exit(1); break; } } return; }

void processSingleFile (  RecoControl &  app, TTree *&  tgeo, TTree *&  tevt, REROOT_Geom *&  rgeo, REROOT_Event *&  revt, Int_t &  idcurgeom, Int_t &  nb )

Definition at line 105 of file rerootjob.cc. References RecoControl::curevent(), RecoControl::curgeom(), RecoControl::giveEventTo(), RecoControl::giveGeomTo(), infile, RecoControl::init(), nevtot, RecoControl::nextRecord(), quiet, RecoControl::reconstruction(), and REROOT_Event::Setidcurgeom(). Referenced by main(). { app.init(infile,nevtot+1); REROOT_UserVisitor auv; Int_t numread = 0; //rwh: for (Int_t eventCount=nevtot+1; eventCount>0; eventCount--) { while (numread<nevtot) { RecoControl::rectype rectype = app.nextRecord(); if (rectype==RecoControl::NONE) break; numread++; // GEVT record encountered. if (rectype==RecoControl::GEVT) { // cout << "Rerootjob: Accept GEVT record" << endl; app.reconstruction(); if (!quiet && numread<5) app.giveEventTo(auv); // Get current REROOT_Event object. revt = app.curevent(); // Mark REROOT_Event with ID in JOB of corresponding REROOT_Geom object. revt->Setidcurgeom(idcurgeom); // Fill REROOT_Event branch. nb += tevt->Fill(); if (quiet < 2) cout << "ROOT GEVT " << numread << " written. nb = " << nb << "\r" << flush; //<< endl; } // GEOM record encountered. else if (rectype==RecoControl::GEOM) { numread--; // don't count geometry against evt count cout << "Rerootjob: Accept GEOM record" << endl; if (!quiet && numread<5) app.giveGeomTo(auv); // Get current REROOT_Geom object. rgeo = app.curgeom(); // Increment idcurgeom.. idcurgeom++; // Fill REROOT_Geom branch. nb += tgeo->Fill(); cout << "ROOT GEOM written. nb = " << nb << endl; } } cout << "\nLeave Event Loop for file " << infile << " after " << numread << " records." << endl; }

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Variable Documentation

char infile[FILENAME_MAX]

Definition at line 38 of file rerootjob.cc. Referenced by Anp::RunModule::AddFile(), ShwFit::BuildPlaneMap(), NuMatrixFitter::CCFitChargeCut(), Anp::SelectNuMu::Config(), Anp::SelectKinem::Config(), Anp::DrawSnarl::Config(), convert_raw_to_bdtest(), NuMatrixFitterMinuit::CPTFit(), NuMatrixFitter::CPTFit(), BinCorrelationEM::GetErrArray(), LoadBeamMomentum(), LoadCERRange(), LoadCERTimeWin(), LoadOverlapWin(), LoadTOFRange(), lootSpillFile(), main(), make_bmnt_one_per_dir(), Anp::RunkNN::MakeAlg(), HistoDisplay::MakeConsumerInfo(), NuMatrixFitter::NoChargeCutFit(), NuMatrixInput::NuMatrixInput(), NuTransitionFitterMinuit::NuTransitionFitterMinuit(), NuMatrixFitter::PRLCCFit(), processArgs(), Bmnt::ProcessDirectory(), processSingleFile(), Plot::Style::Read(), Anp::AlgAdapt::Read(), Anp::Finder::read_file(), MCNNRunner::ReadEventLibrary(), Anp::ReadRegistry(), Anp::ReadRunList(), RootUtil::FileFinder::SetIndexFile(), BDCheckDB::SpinFile(), and NuMatrixFitter::TransitionFit().

char inlist[FILENAME_MAX]

Definition at line 37 of file rerootjob.cc. Referenced by RawQieErrorStatsBlock::FillAllMaps(), main(), and processArgs().

const char* listFileFlag = "to-be-determined-from-inlist"

Definition at line 43 of file rerootjob.cc. Referenced by main(), and processArgs().

int nevtot = INT_MAX

Definition at line 35 of file rerootjob.cc. Referenced by main(), processArgs(), and processSingleFile().

char optfile[FILENAME_MAX]

Definition at line 40 of file rerootjob.cc. Referenced by main(), and processArgs().

const char* optfileDefault = "reco_options"

Definition at line 44 of file rerootjob.cc. Referenced by main(), and processArgs().

const char* optfilePath

Initial value: ".:$SRT_PRIVATE_CONTEXT/Rerootjob:$SRT_PUBLIC_CONTEXT/Rerootjob" Definition at line 45 of file rerootjob.cc. Referenced by main().

char option[FILENAME_MAX]

Definition at line 41 of file rerootjob.cc. Referenced by NCDataQualityPlot2D::Add(), NCDataQualityPlot::Add(), Anp::RunModule::AddFile(), HistoDisplay::AddSubtractHisto(), VldContext::AsString(), RawBlockId::AsString(), PlexStripEndId::AsString(), PlexScintMdlId::AsString(), PlexPlaneId::AsString(), PlexPixelSpotId::AsString(), PlexPinDiodeId::AsString(), PlexLedId::AsString(), DigiSignal::AsString(), DigiScintHit::AsString(), ClassImpT(), NtpMCSummary::Clear(), CandTrackSRNtuple::Clear(), ColorAxis::ColorAxis(), Anp::CountHist::ComputeRatio(), InterGen_Neugen::Configure(), FluxGen_OneOverE::Configure(), FlavorMod_Random::Configure(), FlavorMod_None::Configure(), Plot::Hist::CreateRatio(), NuMatrixSpectrum::Divide(), UgliGeomHandle::Draw(), StripHist::Draw(), Plot::Hist::Draw(), PhotonLookupTable::Draw(), NuMatrixSpectrum::Draw(), HitProbTable::Draw(), GfxTrackList::Draw(), GfxStripList::Draw(), GfxShowerList::Draw(), GfxMCVecList::Draw(), GfxDigitList::Draw(), CObject::Draw(), CHistogram::Draw(), StripHist::DrawHist(), HistoDisplay::DrawHisto(), NuMatrixSpectrum::DrawPoisson(), StripHist::DrawStrip(), HistoDisplay::DrawTH1(), MINFDisplay::DrawTitle(), extra(), Lit::LikeModule::Fill(), Anp::HistTime::FillSid(), Anp::HistTime::FillSol(), Lit::LikeModule::Find(), CandBase::FormatDaughtersToOStream(), RawVtmTimeInfoBlock::FormatToOStream(), RawVaTimingMonitorBlock::FormatToOStream(), RawVarcErrorInTfBlock::FormatToOStream(), RawVaMCDigit::FormatToOStream(), RawVaDigiDigit::FormatToOStream(), RawTriggerStatsBlock::FormatToOStream(), RawTrcMonitorBlock::FormatToOStream(), RawTpSinglesSummaryBlock::FormatToOStream(), RawTOFBlock::FormatToOStream(), RawSubRunEndBlock::FormatToOStream(), RawSpillServerMonitorBlock::FormatToOStream(), RawSparsifierTableBlock::FormatToOStream(), RawSnarlHeaderBlock::FormatToOStream(), RawRunStartBlock::FormatToOStream(), RawRunEndBlock::FormatToOStream(), RawRunConfigBlock::FormatToOStream(), RawRunCommentBlock::FormatToOStream(), RawRopTdcRawDataBlock::FormatToOStream(), RawQieMCDigit::FormatToOStream(), RawQieLookUpTableBlock::FormatToOStream(), RawQieErrorStatsBlock::FormatToOStream(), RawQieDigiDigit::FormatToOStream(), RawQieDataBlock::FormatToOStream(), RawQieCalibrationDataBlock::FormatToOStream(), RawPedestalTableBlock::FormatToOStream(), RawOvershootBlock::FormatToOStream(), RawNDErrorBlock::FormatToOStream(), RawLiTpmtDigitsBlock::FormatToOStream(), RawLITimingSummaryBlock::FormatToOStream(), RawLinearizedDataBlock::FormatToOStream(), RawLIAdcSummaryBlock::FormatToOStream(), RawErrorStatsBlock::FormatToOStream(), RawDigitDataBlock::FormatToOStream(), RawDigitCrateStatus::FormatToOStream(), RawDigit::FormatToOStream(), RawDeadChipBlock::FormatToOStream(), RawDcsRpsMonitorBlock::FormatToOStream(), RawDcsMonitorBlock::FormatToOStream(), RawDcsMagnetMonitorBlock::FormatToOStream(), RawDcsHvMonitorBlock::FormatToOStream(), RawDcsHeaderBlock::FormatToOStream(), RawDcsEnvMonitorBlock::FormatToOStream(), RawDcsChillerMonitorBlock::FormatToOStream(), RawDcsCanMonitorBlock::FormatToOStream(), RawDcsAlarmBlock::FormatToOStream(), RawDataBlock::FormatToOStream(), RawDaqSnarlHeader::FormatToOStream(), RawDaqHeaderBlock::FormatToOStream(), RawDaqHeader::FormatToOStream(), RawDaqDeadTimeBlock::FormatToOStream(), RawCurrentInjectDataBlock::FormatToOStream(), RawCrateMonitorBlock::FormatToOStream(), RawConfigFilesBlock::FormatToOStream(), RawChargeInjectInfoBlock::FormatToOStream(), RawChannelId::FormatToOStream(), RawCalibrationFitsBlock::FormatToOStream(), RawBlockId::FormatToOStream(), RawBeamMonHeaderBlock::FormatToOStream(), RawBeamMonHeader::FormatToOStream(), RawBeamMonBlock::FormatToOStream(), NuEvtKin::FormatToOStream(), DigiSignal::FormatToOStream(), DigiScintHit::FormatToOStream(), CandTrack::FormatToOStream(), CandStrip::FormatToOStream(), CandSlice::FormatToOStream(), CandShowerSR::FormatToOStream(), CandShower::FormatToOStream(), CandReco::FormatToOStream(), CandHandle::FormatToOStream(), CandFitTrackSR::FormatToOStream(), CandFitTrack::FormatToOStream(), CandFitShowerEM::FormatToOStream(), CandEvent::FormatToOStream(), CandDigitList::FormatToOStream(), CandDigit::FormatToOStream(), CandDeMuxDigitList::FormatToOStream(), CandDeMuxDigit::FormatToOStream(), CandCluster::FormatToOStream(), CandBase::FormatToOStream(), G3Node::G3Node(), Anp::FillMuonId::Get(), Plot::GetChi2(), Plot::Hist::GetEntries(), Anp::Hist1d< T >::GetEntries(), Plot::Hist::GetHist(), Anp::Hist1d< T >::GetIntegral(), Plot::Range::GetMinMax(), Anp::PlotVtx::GetPlot(), Plot::Hist::GetRatio(), Anp::PlotEvent::GetTH1(), gfile(), GuiBox::GuiBox(), GuiSlider::GuiSlider(), incorrect(), NuMatrixSpectrum::Integral(), UgliGeomHandle::ls(), UgliGeometry::ls(), main(), Anp::HistVtx::Make(), MINFast::MakeTree(), missing(), Plot::Hist::MoveStat(), Plot::Hist::NormalizeOnWidth(), HistoDisplay::OpenFile(), GfxTrack::Paint(), GfxStrip::Paint(), GfxShower::Paint(), GfxMCVec::Paint(), GfxDigit::Paint(), CObject::Paint(), CHistogram::Paint(), VldTimeStamp::Print(), VldRange::Print(), VldContext::Print(), UgliLoanPool::Print(), UgliGeomHandle::Print(), UgliDbiStripStruct::Print(), UgliDbiStrip::Print(), UgliDbiSteelPln::Print(), UgliDbiScintPlnStruct::Print(), UgliDbiScintPln::Print(), UgliDbiScintMdlStruct::Print(), UgliDbiScintMdl::Print(), UgliDbiGeometry::Print(), SwimPlaneInterface::Print(), SimVaTimedElectronics::Print(), SimEventResult::Print(), SimDetector::Print(), RawTOFDigit::Print(), RawRecord::Print(), RawLITimingSummary::Print(), RawLIHeader::Print(), RawLIAdcSummary::Print(), RawHeader::Print(), RawDigit::Print(), RawDataBlock::Print(), RawCrateStatus::Print(), RawChannelId::Print(), RawBlockId::Print(), Plexus::Print(), PlexStripEndId::Print(), PlexSEIdAltLItem::Print(), PlexSEIdAltL::Print(), PlexScintMdlId::Print(), PlexPlaneId::Print(), PlexPixelSpotId::Print(), PlexPinDiodeId::Print(), PlexMuxBoxId::Print(), PlexLoanPool::Print(), PlexLedId::Print(), PlexHandle::Print(), PhotonEventResult::Print(), PhotonDefaultModel::Print(), PhotonCaldetNoise::Print(), NuEvtKin::Print(), NtpMCStdHep::Print(), Morgue::Print(), MasterGeVPerMip::Print(), GeoGeometry::Print(), FabSteelPlate::Print(), FabPlnInstall::Print(), FabNDThickness::Print(), EvtKinFactory::Print(), DigiSignal::Print(), DigiScintHit::Print(), CandRecord::Print(), CandHeader::Print(), CandHandle::Print(), BfldDbiPlaneMap::Print(), BfieldCoilCurrent::Print(), AltNeuralNetI::printI(), processArgs(), DbmCmdOptions::ProcessCmd(), Plot::Hist::Rebin(), HistoDisplay::RecursivePadClear(), Plot::Range::Resize(), Plot::Hist::Scale(), DmxShowerPlane::SetStrips(), Plot::Style::Style(), Plot::TestError(), Plot::TestHist(), TNodeX::TNodeX(), transform_cat(), and unreadable().

char outfile[FILENAME_MAX]

Definition at line 39 of file rerootjob.cc. Referenced by AtNuDisplayModule::Ana(), Bdnt::Bdnt(), BDTestDataModuleImp::BDTestDataModuleImp(), Bmnt::Bmnt(), ShwFit::BuildPlaneMap(), LISummarySorter::CloseFile(), convert_raw_to_bdtest(), NNTrain::FillTreePid(), generate_bdtd_plots(), main(), make_bmnt_one_per_dir(), AtNuEventDisplayAB::PrintPictureEPS(), AtNuEventDisplayAB::PrintPictureGIF(), processArgs(), Bmnt::ProcessDirectory(), ParticleTrimmer::RunTrimmer(), TridControl::SaveWindowGeometries(), BmntImp::Start(), LISummarySorter::WriteFile(), PlotterManager::WriteOut(), PulserTimingPoint::WriteToTextfile(), BDTestDataModuleImp::~BDTestDataModuleImp(), and Detector::~Detector().

int quiet = 0

Definition at line 48 of file rerootjob.cc. Referenced by Anp::RunAlgEvent::Config(), Anp::FiducialCut::Init(), processArgs(), and processSingleFile().

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