CaloSuperCellIDTool Class Reference

#include <CaloSuperCellIDTool.h>

Inheritance diagram for CaloSuperCellIDTool:

Collaboration diagram for CaloSuperCellIDTool:

Classes
struct	IDMapElt
	Mapping table entry. More...

Public Member Functions
	CaloSuperCellIDTool (const std::string &type, const std::string &name, const IInterface *parent)
	Standard Gaudi tool constructor. More...
virtual StatusCode	initialize ()
	Standard Gaudi initialize method. More...
virtual Identifier	offlineToSuperCellID (const Identifier &id) const
	Given an offline cell identifier, return the corresponding supercell identifier. More...
virtual std::vector< Identifier >	superCellToOfflineID (const Identifier &id) const
	Given a supercell identifier, return the list of corresponding offline cell identifiers. More...
virtual std::vector< Identifier >	offlineToSuperCellRegion (const Identifier &reg_id) const
	Given an offline region identifier, return the corresponding supercell region identifier(s). More...
virtual std::vector< Identifier >	superCellToOfflineRegion (const Identifier &reg_id) const
	Given a supercell region identifier, return the corresponding offline region identifier(s). More...

Private Member Functions
void	initFCALIDMap ()
	FCAL is a special case. More...
void	initIDMap ()
	Initialize the mapping table. More...
void	addMapEntry (const IDMapElt &elt)
	Add an entry to the region mapping table. More...

Private Attributes
std::vector< IDMapElt >	m_idmap
	List of mapping table entries. More...
std::vector< int >	m_offlineIndex
	Entry I contains the index in the mapping table of the first entry for the offline region with hash I, or -1 if there is no mapping entry. More...
std::vector< int >	m_superCellIndex
	Entry I contains the index in the mapping table of the first entry for the supercell region with hash I, or -1 if there is no mapping entry. More...
std::vector< int >	m_superCellIndexEnd
	Entry I contains one past the index in the mapping table of the last entry for the supercell region with hash I, or -1 if there is no mapping entry. More...
std::vector< Identifier >	m_fcal_fromCell
	hashTable for FCAL More...
std::vector< std::vector< Identifier > >	m_fcal_fromSuperCell
const CaloCell_ID *	m_cell_helper
	Entry point for calorimeter ID helpers. More...
const CaloCell_SuperCell_ID *	m_sc_helper

Detailed Description

Definition at line 29 of file CaloSuperCellIDTool.h.

Constructor & Destructor Documentation

CaloSuperCellIDTool()

CaloSuperCellIDTool::CaloSuperCellIDTool	(	const std::string &	type,
		const std::string &	name,
		const IInterface *	parent
	)

Standard Gaudi tool constructor.

Parameters

type	The name of the tool type.
name	The tool name.
parent	The tool's Gaudi parent.

Definition at line 52 of file CaloSuperCellIDTool.cxx.

  : base_class (type, name, parent),
    m_cell_helper(nullptr),
    m_sc_helper(nullptr)
{
}

Member Function Documentation

addMapEntry()

void CaloSuperCellIDTool::addMapEntry ( const IDMapElt &  elt )

private

Add an entry to the region mapping table.

Helper to add an entry to the region mapping table.

Definition at line 232 of file CaloSuperCellIDTool.cxx.

{
  assert (elt.m_cell_reg < m_offlineIndex.size());
  if (m_offlineIndex[elt.m_cell_reg] == -1)
    m_offlineIndex[elt.m_cell_reg] = m_idmap.size();
 
  assert (elt.m_sc_reg < m_superCellIndex.size());
  if (m_superCellIndex[elt.m_sc_reg] == -1)
    m_superCellIndex[elt.m_sc_reg] = m_idmap.size();
  assert (elt.m_sc_reg < m_superCellIndexEnd.size());
  m_superCellIndexEnd[elt.m_sc_reg] = m_idmap.size()+1;
 
  m_idmap.push_back (elt);
}

initFCALIDMap()

void CaloSuperCellIDTool::initFCALIDMap ( )

private

FCAL is a special case.

Definition at line 251 of file CaloSuperCellIDTool.cxx.

{
  const LArFCAL_Base_ID* sfcal_helper = m_sc_helper->fcal_idHelper();
  const LArFCAL_Base_ID* fcal_helper = m_cell_helper->fcal_idHelper();
 
  m_fcal_fromCell.clear();
  m_fcal_fromSuperCell.clear();
  m_fcal_fromCell.resize(fcal_helper->channel_hash_max());
  m_fcal_fromSuperCell.resize(sfcal_helper->channel_hash_max());
  
  for (const Identifier& cell_id : fcal_helper->fcal_range()) {
    const int sc_phi = fcal_helper->phi (cell_id);
    const int sc_lay = fcal_helper->module (cell_id);
    const int cell_ieta = fcal_helper->eta (cell_id);
    int sc_pn   =  fcal_helper->pos_neg( cell_id ); 
    int sc_ieta = -1;
    if (sc_lay==3) {
      sc_ieta = cell_ieta / 4;
    } 
    else if (sc_lay==2) {
      sc_ieta = cell_ieta / 4;
    }
    else if (sc_lay==1) {
      if (cell_ieta < 16)
        sc_ieta = 0;
      else if (cell_ieta < 24)
        sc_ieta = 1;
      else
        sc_ieta = 2 + (cell_ieta-24)/4;
    }
    Identifier sc_id =  sfcal_helper->channel_id(sc_pn, sc_lay, sc_ieta, sc_phi);
    IdentifierHash sc_hash = sfcal_helper->channel_hash( sc_id );
    IdentifierHash cell_hash = fcal_helper->channel_hash( cell_id );
    m_fcal_fromCell[ cell_hash ] = sc_id;
    m_fcal_fromSuperCell[ sc_hash ].push_back( cell_id );
  }
 
  // Allow dumping the mapping table for validation.
  if (msgLvl (MSG::DEBUG)) {
    msg(MSG::DEBUG) << "\n LArFCAL ---------------------------\n";
    for (const Identifier& sc_id : sfcal_helper->fcal_range()) {
      IdentifierHash sc_hash = sfcal_helper->channel_hash( sc_id );
      std::vector<Identifier> cells = m_fcal_fromSuperCell[ sc_hash ];
      msg(MSG::DEBUG) <<
    boost::format
    ("  %5d %2d/%2d/%2d/%2d ... %2d cells\n") % 
    sc_hash %
    sfcal_helper->pos_neg(sc_id) %
    sfcal_helper->module(sc_id) %
    sfcal_helper->eta(sc_id) %
    sfcal_helper->phi(sc_id) %
    (int)cells.size();
    }
    msg(MSG::DEBUG) << endmsg;
  }
}

initialize()

StatusCode CaloSuperCellIDTool::initialize ( )

virtual

Standard Gaudi initialize method.

Definition at line 65 of file CaloSuperCellIDTool.cxx.

{
  CHECK( base_class::initialize() );
  CHECK( detStore()->retrieve (m_cell_helper, "CaloCell_ID") );
  CHECK( detStore()->retrieve (m_sc_helper, "CaloCell_SuperCell_ID") );
 
  initIDMap ();
 
  return StatusCode::SUCCESS;
}

initIDMap()

void CaloSuperCellIDTool::initIDMap ( )

private

Initialize the mapping table.

Definition at line 80 of file CaloSuperCellIDTool.cxx.

{
  m_offlineIndex.clear();
  m_superCellIndex.clear();
  m_superCellIndexEnd.clear();
  m_idmap.clear();
 
  // One entry in the index tables for each region hash; -1 means no entry.
  m_offlineIndex.resize (m_cell_helper->calo_region_hash_max(), -1);
  m_superCellIndex.resize (m_sc_helper->calo_region_hash_max(), -1);
  m_superCellIndexEnd.resize (m_sc_helper->calo_region_hash_max(), -1);
 
  // Loop over all offline regions.
  for (const Identifier& cell_reg : m_cell_helper->reg_range()) {
    if (m_cell_helper->is_em(cell_reg) ||
        m_cell_helper->is_hec(cell_reg) ||
        m_cell_helper->is_fcal(cell_reg))
    {
      int sub_calo = m_cell_helper->sub_calo (cell_reg);
      int pos_neg = m_cell_helper->pos_neg (cell_reg);
      int sampling = m_cell_helper->sampling (cell_reg);
      int cell_ietamin = m_cell_helper->eta_min (cell_reg); 
      int cell_ietamax = m_cell_helper->eta_max (cell_reg);
      float cell_etasize = m_cell_helper->etaGranularity(cell_reg);
      float inv_cell_etasize = 1. / cell_etasize;
      // The condition here will never be true, but we put it in to
      // prevent the compiler from attempting to vectorize the two divisions
      // here.  On x86_64, the two single-precision divisions take
      // two vector lanes leaving two unused.  The two unused ones
      // can end up with zeros in the denominator leading to a spurious FPE.
      if (inv_cell_etasize < 0) break;
      float cell_phisize = m_cell_helper->phiGranularity(cell_reg);
      float inv_cell_phisize = 1. / cell_phisize;
      float cell_etamin = m_cell_helper->eta0 (cell_reg);
      float cell_etamax = cell_etamin +
        cell_etasize*(cell_ietamax - cell_ietamin + 1);
 
      // Find all overlapping supercell regions in the same sampling
      // and make table entries.  HEC supercells are summed
      // over samplings, so don't make sampling requirements there.
      for (const Identifier& sc_reg : m_sc_helper->reg_range()) {
        if (m_sc_helper->sub_calo (sc_reg) == sub_calo &&
            m_sc_helper->pos_neg (sc_reg) == pos_neg &&
            (sub_calo == CaloCell_ID::LARHEC ||
             m_sc_helper->sampling (sc_reg) == sampling))
        {
          int sc_ietamin = m_sc_helper->eta_min (sc_reg);
          int sc_ietamax = m_sc_helper->eta_max (sc_reg);
          float sc_etasize = m_sc_helper->etaGranularity(sc_reg);
          float sc_phisize = m_sc_helper->phiGranularity(sc_reg);
          float sc_etamin = m_sc_helper->eta0 (sc_reg);
          float sc_etamax= sc_etamin + sc_etasize*(sc_ietamax - sc_ietamin + 1);
 
          // Find the overlap between the offline and supercell regions.
          float etamin = std::max (cell_etamin, sc_etamin);
          float etamax = std::min (cell_etamax, sc_etamax);
 
          if (etamin < etamax - 1e-4) {
            // There's overlap --- make a table entry.
            IDMapElt elt;
            elt.m_cell_reg = m_cell_helper->calo_region_hash (cell_reg);
            elt.m_sc_reg = m_sc_helper->calo_region_hash (sc_reg);
            elt.m_etadiv = int (sc_etasize * inv_cell_etasize + 0.1);
            elt.m_phidiv = int (sc_phisize * inv_cell_phisize + 0.1);
 
            if (sub_calo == CaloCell_ID::LARHEC) {
              // FIXME: Shouldn't have to special-case this.
              elt.m_cell_ieta_adj = 0;
              elt.m_sc_ieta_adj   = 0;
            }
            else {
              elt.m_cell_ieta_adj = cell_ietamin;
              elt.m_sc_ieta_adj   = sc_ietamin;
            }
 
            elt.m_cell_ietamin = int ((etamin - cell_etamin) * inv_cell_etasize +
                                      cell_ietamin + 0.1);
            elt.m_cell_ietamax = int ((etamax - cell_etamin) * inv_cell_etasize +
                                      cell_ietamin - 0.1);
            const float inv_sc_etasize = 1. / sc_etasize;
            elt.m_sc_ietamin = int ((etamin - sc_etamin) * inv_sc_etasize +
                                    sc_ietamin + 0.1);
            elt.m_sc_ietamax = int ((etamax - sc_etamin) * inv_sc_etasize +
                                    sc_ietamin - 0.1);
 
            addMapEntry (elt);
          }
        }
      }
    }
    else if (m_cell_helper->is_tile(cell_reg)) {
      int section = m_cell_helper->section (cell_reg);
      if (section != TileID::BARREL && section != TileID::EXTBAR)
        continue;
      int sub_calo = m_cell_helper->sub_calo (cell_reg);
      int side = m_cell_helper->side (cell_reg);
      Identifier sc_reg = m_sc_helper->region_id (sub_calo, section, side, 0);
 
      IDMapElt elt;
      elt.m_cell_reg = m_cell_helper->calo_region_hash (cell_reg);
      elt.m_sc_reg = m_sc_helper->calo_region_hash (sc_reg);
      elt.m_etadiv = 1;
      elt.m_phidiv = 1;
      elt.m_cell_ieta_adj = 0;
      elt.m_sc_ieta_adj = 0;
      elt.m_cell_ietamin = m_cell_helper->eta_min (cell_reg);
      elt.m_cell_ietamax = m_cell_helper->eta_max (cell_reg);
      elt.m_sc_ietamin = m_sc_helper->eta_min (sc_reg);
      elt.m_sc_ietamax = m_sc_helper->eta_max (sc_reg);
      addMapEntry (elt);
    }
  }
 
 
  // Allow dumping the mapping table for validation.
  if (msgLvl (MSG::DEBUG)) {
    msg(MSG::DEBUG) << "CaloSuperCellIDTool mapping table:\n";
    msg(MSG::DEBUG) << "LArEM ----------------------------\n";
    for (const IDMapElt& elt : m_idmap) {
      Identifier cell_reg = m_cell_helper->region_id (elt.m_cell_reg);
      Identifier sc_reg = m_sc_helper->region_id (elt.m_sc_reg);
      msg(MSG::DEBUG) <<
        boost::format
          ("  %3d %d/%2d/%2d/%d %3d %d/%2d/%2d/%d %d %d %3d %3d %3d %3d %3d %3d\n") %
        (int)elt.m_cell_reg %
        m_cell_helper->sub_calo(cell_reg) %
        posneg_or_section (m_cell_helper, cell_reg) %
        sampling_or_side (m_cell_helper, cell_reg) %
        m_cell_helper->region(cell_reg) %
        (int)elt.m_sc_reg %
        m_sc_helper->sub_calo(sc_reg) %
        posneg_or_section (m_sc_helper, sc_reg) %
        sampling_or_side (m_sc_helper, sc_reg) %
        m_sc_helper->region(sc_reg) %
 
        elt.m_etadiv % elt.m_phidiv %
        elt.m_cell_ietamin % elt.m_cell_ietamax %
        elt.m_sc_ietamin % elt.m_sc_ietamax %
        elt.m_cell_ieta_adj % elt.m_sc_ieta_adj;
    }
    msg(MSG::DEBUG) << endmsg;
  }    
 
  initFCALIDMap();
  
  msg(MSG::INFO ) << "Done with initIDMap" << endmsg;
}

offlineToSuperCellID()

Identifier CaloSuperCellIDTool::offlineToSuperCellID ( const Identifier &  id ) const

virtual

Given an offline cell identifier, return the corresponding supercell identifier.

If none exists, an invalid identifier is returned.

Definition at line 315 of file CaloSuperCellIDTool.cxx.

{
  if (m_cell_helper->is_em(id) || m_cell_helper->is_hec(id)) {
    // Look for the first entry in the mapping table for this offline region.
    Identifier reg_id = m_cell_helper->region_id (id);
    IdentifierHash rhash = m_cell_helper->calo_region_hash (reg_id);
    assert (rhash < m_offlineIndex.size());
    int ndx = m_offlineIndex[rhash];
    if (ndx < 0)
      return {};
    
    // Now search through all entries for this offline region to find one
    // that includes this cell.
    int ieta = m_cell_helper->eta (id);
    
    do {
      const IDMapElt& elt = m_idmap[ndx];
      if (elt.m_cell_ietamin <= ieta && elt.m_cell_ietamax >= ieta) {
    // Found a matching entry.  Calculate the corresponding supercell
    // indices and return the new ID.
    
    int ieta_sc = ((ieta - elt.m_cell_ietamin + elt.m_cell_ieta_adj) /
               elt.m_etadiv) +
      elt.m_sc_ietamin - elt.m_sc_ieta_adj;
 
    return m_sc_helper->cell_id (m_sc_helper->region_id (elt.m_sc_reg),
                   ieta_sc,
                   m_cell_helper->phi(id) / elt.m_phidiv);
      }
      ++ndx;
    } while (ndx < (int)m_idmap.size() && m_idmap[ndx].m_cell_reg == rhash);
  }
 
  else if (m_cell_helper->is_fcal(id)) {
    const LArFCAL_ID* fcal_helper = m_cell_helper->fcal_idHelper();
    IdentifierHash cell_hash = fcal_helper->channel_hash(id);
    return m_fcal_fromCell[ cell_hash ];
  }
 
  else if (m_cell_helper->is_tile(id)) {
    int section = m_cell_helper->section (id);
    int sample_offline = m_cell_helper->sample(id);
    int tower = m_cell_helper->tower(id);
 
    // A couple special cases in the transition region.
    // cf. http://hep.uchicago.edu/atlas/tilecal/level1/geometry.html
    // The cell at the end of the barrel is grouped with barrel cells,
    // rather than with the endcap cells at the same eta, and analogously
    // for the D4 cell.
    // Be careful: tower indices start with 0 here, but with 1 on the
    // referenced diagram.
    //
 
    if (section == TileID::BARREL && tower == 9 &&
        sample_offline == TileID::SAMP_A)
    {
      tower = 8;
    }
    else if (section == TileID::GAPDET && tower == 9 &&
             sample_offline == TileID::SAMP_C)
    {
      section = TileID::EXTBAR;
    }
 
    else if (section == TileID::GAPDET && tower == 8 &&
             sample_offline == TileID::SAMP_D)
    {
      tower = 9;
      section = TileID::EXTBAR;
    }
 
    if (section != TileID::BARREL && section != TileID::EXTBAR)
      return {};
 
    int sample_sc = sample_offline;
    if (sample_sc != TileID::SAMP_D) sample_sc = TileID::SAMP_A;
 
    return m_sc_helper->cell_id (m_cell_helper->sub_calo(id),
                               section,
                               m_cell_helper->side(id),
                               m_cell_helper->module(id),
                               tower,
                               sample_sc);
  }
 
  return {};
}

offlineToSuperCellRegion()

std::vector< Identifier > CaloSuperCellIDTool::offlineToSuperCellRegion ( const Identifier &  reg_id ) const

virtual

Given an offline region identifier, return the corresponding supercell region identifier(s).

There will normally be only one, but it's possible for there to be multiple matches. If none exists, an invalid identifier is returned.

Definition at line 514 of file CaloSuperCellIDTool.cxx.

{
  std::vector<Identifier> out;
 
  // Look for the first entry in the mapping table for this offline region.
  IdentifierHash rhash = m_cell_helper->calo_region_hash (reg_id);
  assert (rhash < m_offlineIndex.size());
  int ndx = m_offlineIndex[rhash];
  while (ndx >= 0 &&
         ndx < (int)m_idmap.size() &&
         m_idmap[ndx].m_cell_reg == rhash)
  {
    out.push_back (m_sc_helper->region_id (m_idmap[ndx].m_sc_reg));
    ++ndx;
  }
 
  return out;
}

superCellToOfflineID()

std::vector< Identifier > CaloSuperCellIDTool::superCellToOfflineID ( const Identifier &  id ) const

virtual

Given a supercell identifier, return the list of corresponding offline cell identifiers.

Definition at line 409 of file CaloSuperCellIDTool.cxx.

{
  std::vector<Identifier> out;
 
  // Look for the first entry in the mapping table for this supercell region.
  if (m_sc_helper->is_em (id) || m_sc_helper->is_hec (id)) {
    Identifier reg_id = m_sc_helper->region_id (id);
    IdentifierHash rhash = m_sc_helper->calo_region_hash (reg_id);
    assert (rhash < m_superCellIndex.size());
    int ndx = m_superCellIndex[rhash];
    if (ndx < 0)
      return out;
    int end = m_superCellIndexEnd[rhash];
    if (end < 0)
      return out;
    
    // Now search through all entries for this supercell region to find one
    // that includes this supercell.
    int ieta = m_sc_helper->eta (id);
    
    for (; ndx < end; ++ndx) {
      const IDMapElt& elt = m_idmap[ndx];
      if (elt.m_sc_reg == rhash &&
          elt.m_sc_ietamin <= ieta &&
          elt.m_sc_ietamax >= ieta)
      {
    // Found a matching entry.  
    // Find the overlapping eta range in the offline region.
    
    int ieta0 = (ieta - elt.m_sc_ietamin + elt.m_sc_ieta_adj) * elt.m_etadiv +
      elt.m_cell_ietamin - elt.m_cell_ieta_adj;
    Identifier cell_reg_id = m_cell_helper->region_id (elt.m_cell_reg);
    int ieta = std::max (ieta0, elt.m_cell_ietamin);
    int ietamax = std::min (ieta0 + elt.m_etadiv - 1, elt.m_cell_ietamax);
    
    // Add all matching cells to the output list.
    int iphi0 = m_sc_helper->phi (id) * elt.m_phidiv;
    for (; ieta <= ietamax; ++ieta) {
      for (int ip = 0; ip < elt.m_phidiv; ip++) {
        out.push_back(m_cell_helper->cell_id (cell_reg_id, ieta, iphi0+ip));
      }
    }
      }
    }
  }
 
  else if ( m_sc_helper->is_fcal( id ) ) {
    const LArFCAL_Base_ID* sfcal_helper = m_sc_helper->fcal_idHelper();
    IdentifierHash sc_hash = sfcal_helper->channel_hash( id );
    out = m_fcal_fromSuperCell[ sc_hash ];
  }
 
  else if (m_sc_helper->is_tile (id)) {
    int module = m_sc_helper->module(id);
    int tower = m_sc_helper->tower(id);
    int sample = m_sc_helper->sample(id);
    
    const Tile_Base_ID* tile_helper = m_cell_helper->tile_idHelper();
 
    Identifier reg_id = tile_helper->region_id (m_sc_helper->section(id),
                                                m_sc_helper->side(id));
 
    Identifier cell_id;
 
    // Transition region special cases.
    if (tower == 8 && sample == TileID::SAMP_A) {
      if (tile_helper->cell_id (reg_id, module, 9, sample, cell_id))
        out.push_back (cell_id);
    }
    if (tower == 9) {
      Identifier greg_id = tile_helper->region_id (TileID::GAPDET,
                                                   m_sc_helper->side(id));
      if (tile_helper->cell_id (greg_id, module, 8, TileID::SAMP_D, cell_id))
        out.push_back (cell_id);
      if (sample == TileID::SAMP_A) {
        if (tile_helper->cell_id (greg_id, module, 9, TileID::SAMP_C, cell_id))
          out.push_back (cell_id);
      }
      return out;
    }
 
 
    if (tile_helper->cell_id (reg_id, module, tower, sample, cell_id))
      out.push_back (cell_id);
 
    if (sample == TileID::SAMP_A) {
      if(tile_helper->cell_id(reg_id, module, tower, TileID::SAMP_BC, cell_id))
        out.push_back (cell_id);
      if(tile_helper->cell_id(reg_id, module, tower, TileID::SAMP_D, cell_id))
        out.push_back (cell_id);
    }
  }
 
  return out;
}

superCellToOfflineRegion()

std::vector< Identifier > CaloSuperCellIDTool::superCellToOfflineRegion ( const Identifier &  reg_id ) const

virtual

Given a supercell region identifier, return the corresponding offline region identifier(s).

There will normally be only one, but it's possible for there to be multiple matches. If none exists, an invalid identifier is returned.

Definition at line 542 of file CaloSuperCellIDTool.cxx.

{
  std::vector<Identifier> out;
 
  // Look for the first entry in the mapping table for this offline region.
  IdentifierHash rhash = m_sc_helper->calo_region_hash (reg_id);
  assert (rhash < m_superCellIndex.size());
  int ndx = m_superCellIndex[rhash];
  int end = m_superCellIndexEnd[rhash];
  for (; ndx < end; ++ndx) {
    if (m_idmap[ndx].m_sc_reg == rhash)
      out.push_back (m_cell_helper->region_id (m_idmap[ndx].m_cell_reg));
  }
 
  return out;
}

Member Data Documentation

m_cell_helper

const CaloCell_ID* CaloSuperCellIDTool::m_cell_helper

private

Entry point for calorimeter ID helpers.

Definition at line 158 of file CaloSuperCellIDTool.h.

m_fcal_fromCell

std::vector<Identifier> CaloSuperCellIDTool::m_fcal_fromCell

private

hashTable for FCAL

Definition at line 154 of file CaloSuperCellIDTool.h.

m_fcal_fromSuperCell

std::vector< std::vector<Identifier> > CaloSuperCellIDTool::m_fcal_fromSuperCell

private

Definition at line 155 of file CaloSuperCellIDTool.h.

m_idmap

std::vector<IDMapElt> CaloSuperCellIDTool::m_idmap

private

List of mapping table entries.

Definition at line 138 of file CaloSuperCellIDTool.h.

m_offlineIndex

std::vector<int> CaloSuperCellIDTool::m_offlineIndex

private

Entry I contains the index in the mapping table of the first entry for the offline region with hash I, or -1 if there is no mapping entry.

Definition at line 142 of file CaloSuperCellIDTool.h.

m_sc_helper

const CaloCell_SuperCell_ID* CaloSuperCellIDTool::m_sc_helper

private

Definition at line 159 of file CaloSuperCellIDTool.h.

m_superCellIndex

std::vector<int> CaloSuperCellIDTool::m_superCellIndex

private

Entry I contains the index in the mapping table of the first entry for the supercell region with hash I, or -1 if there is no mapping entry.

Definition at line 146 of file CaloSuperCellIDTool.h.

m_superCellIndexEnd

std::vector<int> CaloSuperCellIDTool::m_superCellIndexEnd

private

Entry I contains one past the index in the mapping table of the last entry for the supercell region with hash I, or -1 if there is no mapping entry.

Definition at line 151 of file CaloSuperCellIDTool.h.

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The documentation for this class was generated from the following files:

• CaloSuperCellIDTool.h
• CaloSuperCellIDTool.cxx