#include <PFHCALDenseIdNavigator.h>

Inheritance diagram for PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >:

Public Member Functions
void	associateNeighbours (reco::PFRecHit &hit, std::unique_ptr< reco::PFRecHitCollection > &hits, edm::RefProd< reco::PFRecHitCollection > &refProd) override

void	backwardCompatibilityCheck (const std::vector< unsigned int > vDenseIdHcal)

const bool	checkSameSubDet (const DetId detId, const DetId detId2)

const unsigned int	getIdx (const unsigned int denseid) const

const uint32_t	getNeighbourDetId (const DetId detId, const uint32_t direction)

void	init (const edm::EventSetup &iSetup) override

	PFHCALDenseIdNavigator (const edm::ParameterSet &iConfig, edm::ConsumesCollector &cc)

void	printNeighbourInfo (const std::vector< unsigned int > vDenseIdHcal)

const bool	validNeighbours (const unsigned int denseid) const

	~PFHCALDenseIdNavigator () override

Public Member Functions inherited from PFRecHitNavigatorBase
	PFRecHitNavigatorBase ()=default

	PFRecHitNavigatorBase (const edm::ParameterSet &iConfig, edm::ConsumesCollector &cc)

virtual	~PFRecHitNavigatorBase ()=default

Static Public Member Functions
static constexpr int	getZside (const DetId detId)

Protected Attributes
unsigned int	denseIdHcalMax_

unsigned int	denseIdHcalMin_

std::vector< std::vector< DetId > >	neighboursHcal_

edm::ESWatcher< HcalRecNumberingRecord >	theRecNumberWatcher_

std::unique_ptr< const TOPO >	topology_

std::vector< int >	vhcalEnum_

Private Attributes
const bool	debug = false

edm::ESGetToken< CaloGeometry, CaloGeometryRecord >	geomToken_

edm::ESGetToken< HcalTopology, HcalRecNumberingRecord >	hcalToken_

Additional Inherited Members
Public Types inherited from PFRecHitNavigatorBase
typedef std::unordered_map< unsigned, unsigned >	DetIdToHitIdx

Protected Member Functions inherited from PFRecHitNavigatorBase
void	associateNeighbour (const DetId &id, reco::PFRecHit &hit, std::unique_ptr< reco::PFRecHitCollection > &hits, edm::RefProd< reco::PFRecHitCollection > &refProd, short eta, short phi, short depth)

Detailed Description

template<typename DET, typename TOPO, bool ownsTopo = true>
class PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >

Definition at line 26 of file PFHCALDenseIdNavigator.h.

Constructor & Destructor Documentation

◆ ~PFHCALDenseIdNavigator()

template<typename DET, typename TOPO, bool ownsTopo = true>

PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::~PFHCALDenseIdNavigator ( )

inlineoverride

Definition at line 28 of file PFHCALDenseIdNavigator.h.

                                      {
     if (!ownsTopo) {
       topology_.release();
     }
   }

◆ PFHCALDenseIdNavigator()

template<typename DET, typename TOPO, bool ownsTopo = true>

PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::PFHCALDenseIdNavigator	(	const edm::ParameterSet &	iConfig,
		edm::ConsumesCollector &	cc
	)

inline

Definition at line 34 of file PFHCALDenseIdNavigator.h.

       : vhcalEnum_(iConfig.getParameter<std::vector<int>>("hcalEnums")),
         hcalToken_(cc.esConsumes<edm::Transition::BeginRun>()),
         geomToken_(cc.esConsumes<edm::Transition::BeginRun>()) {}

Member Function Documentation

◆ associateNeighbours()

template<typename DET, typename TOPO, bool ownsTopo = true>

void PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::associateNeighbours	(	reco::PFRecHit &	hit,
		std::unique_ptr< reco::PFRecHitCollection > &	hits,
		edm::RefProd< reco::PFRecHitCollection > &	refProd
	)

inlineoverridevirtual

Implements PFRecHitNavigatorBase.

Definition at line 311 of file PFHCALDenseIdNavigator.h.

                                                                                  {
     DetId detid(hit.detId());
     HcalDetId hid(detid);
     unsigned denseid = topology_.get()->detId2denseId(detid);
 
     std::vector<DetId> neighbours(9, DetId(0));
 
     if (denseid < denseIdHcalMin_ || denseid > denseIdHcalMax_) {
       edm::LogWarning("PFRecHitHCALCachedNavigator")
           << " DenseId for this cell is out of the expected range." << std::endl;
     } else if (!validNeighbours(denseid)) {
       edm::LogWarning("PFRecHitHCALCachedNavigator")
           << " DenseId for this cell does not have the neighbour information. " << hid.ieta() << " " << hid.iphi()
           << " " << hid.depth() << " " << hid.subdetId();
     } else {
       unsigned index = getIdx(denseid);
       neighbours = neighboursHcal_.at(index);
     }
 
     associateNeighbour(neighbours.at(NORTH), hit, hits, refProd, 0, 1, 0);        // N
     associateNeighbour(neighbours.at(NORTHEAST), hit, hits, refProd, 1, 1, 0);    // NE
     associateNeighbour(neighbours.at(SOUTH), hit, hits, refProd, 0, -1, 0);       // S
     associateNeighbour(neighbours.at(SOUTHWEST), hit, hits, refProd, -1, -1, 0);  // SW
     associateNeighbour(neighbours.at(EAST), hit, hits, refProd, 1, 0, 0);         // E
     associateNeighbour(neighbours.at(SOUTHEAST), hit, hits, refProd, 1, -1, 0);   // SE
     associateNeighbour(neighbours.at(WEST), hit, hits, refProd, -1, 0, 0);        // W
     associateNeighbour(neighbours.at(NORTHWEST), hit, hits, refProd, -1, 1, 0);   // NW
   }

◆ backwardCompatibilityCheck()

template<typename DET, typename TOPO, bool ownsTopo = true>

void PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::backwardCompatibilityCheck ( const std::vector< unsigned int > vDenseIdHcal )

inline

Definition at line 105 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

                                                                               {
     //
     // Check backward compatibility (does a neighbour of a channel have the channel as a neighbour?)
     //
     for (auto denseid : vDenseIdHcal) {
       DetId detid = topology_.get()->denseId2detId(denseid);
       HcalDetId hid = HcalDetId(detid);
       if (detid == DetId(0)) {
         edm::LogWarning("PFHCALDenseIdNavigator") << "Found an invalid DetId";
         continue;
       }
       if (!validNeighbours(denseid)) {
         edm::LogWarning("PFHCALDenseIdNavigator") << "The vector for neighbour information has an invalid length";
         continue;
       }
       std::vector<DetId> neighbours(9, DetId(0));
       unsigned index = getIdx(denseid);
       if (index >= neighboursHcal_.size()) {
         edm::LogWarning("PFHCALDenseIdNavigator") << "The vector for neighbour information is not found";
         continue;  // Skip if not found
       }
       neighbours = neighboursHcal_.at(index);
 
       //
       // Loop over neighbours
       int ineighbour = -1;
       for (auto neighbour : neighbours) {
         ineighbour++;
         if (neighbour == DetId(0))
           continue;
         HcalDetId hidn = HcalDetId(neighbour);
         std::vector<DetId> neighboursOfNeighbour(9, DetId(0));
         std::unordered_set<unsigned int> listOfNeighboursOfNeighbour;  // list of neighbours of neighbour
         unsigned denseidNeighbour = topology_.get()->detId2denseId(neighbour);
 
         if (!validNeighbours(denseidNeighbour)) {
           edm::LogWarning("PFHCALDenseIdNavigator")
               << "This neighbour does not have a valid neighbour information (another subdetector?). Ignore: "
               << detid.det() << " " << hid.ieta() << " " << hid.iphi() << " " << hid.depth() << " " << neighbour.det()
               << " " << hidn.ieta() << " " << hidn.iphi() << " " << hidn.depth();
           neighboursHcal_[index][ineighbour] = DetId(0);  // Not a valid neighbour. Set to DetId(0)
           continue;
         }
         if (getIdx(denseidNeighbour) >= neighboursHcal_.size())
           continue;
         neighboursOfNeighbour = neighboursHcal_.at(getIdx(denseidNeighbour));
 
         //
         // Loop over neighbours of neighbours
         for (auto neighbourOfNeighbour : neighboursOfNeighbour) {
           if (neighbourOfNeighbour == DetId(0))
             continue;
           unsigned denseidNeighbourOfNeighbour = topology_.get()->detId2denseId(neighbourOfNeighbour);
           if (!validNeighbours(denseidNeighbourOfNeighbour))
             continue;
           listOfNeighboursOfNeighbour.insert(denseidNeighbourOfNeighbour);
         }
 
         //
         if (listOfNeighboursOfNeighbour.find(denseid) == listOfNeighboursOfNeighbour.end()) {
           // This neighbour is not backward compatible.
           edm::LogWarning("PFHCALDenseIdNavigator")
               << "This neighbour does not have the original channel as its neighbour. Ignore: " << detid.det() << " "
               << hid.ieta() << " " << hid.iphi() << " " << hid.depth() << " " << neighbour.det() << " " << hidn.ieta()
               << " " << hidn.iphi() << " " << hidn.depth();
           neighboursHcal_[index][ineighbour] = DetId(0);
         }
 
       }  // loop over neighbours
     }    // loop over denseId_
   }

◆ checkSameSubDet()

template<typename DET, typename TOPO, bool ownsTopo = true>

const bool PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::checkSameSubDet	(	const DetId	detId,
		const DetId	detId2
	)

inline

Definition at line 221 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::getNeighbourDetId().

                                                                     {
     HcalDetId hid = HcalDetId(detId);
     HcalDetId hid2 = HcalDetId(detId2);
     return hid.subdetId() == hid2.subdetId();
   }

◆ getIdx()

template<typename DET, typename TOPO, bool ownsTopo = true>

const unsigned int PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::getIdx ( const unsigned int denseid ) const

inline

Definition at line 353 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::associateNeighbours(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::backwardCompatibilityCheck(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::printNeighbourInfo(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::validNeighbours().

                                                               {
     if (denseid < denseIdHcalMin_ || denseid > denseIdHcalMax_)
       return unsigned(denseIdHcalMax_ - denseIdHcalMin_ +
                       1);  // out-of-bounce (different subdetector groups. give a dummy number.)
     unsigned index = denseid - denseIdHcalMin_;
     return index;
   }

◆ getNeighbourDetId()

template<typename DET, typename TOPO, bool ownsTopo = true>

const uint32_t PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::getNeighbourDetId	(	const DetId	detId,
		const uint32_t	direction
	)

inline

Definition at line 231 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::getNeighbourDetId(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

                                                                                 {
     // desired order for PF: NORTH, SOUTH, EAST, WEST, NORTHEAST, SOUTHWEST, SOUTHEAST, NORTHWEST
     if (detId == DetId(0))
       return 0;
 
     if (direction == 0)                        // NORTH
       return topology_.get()->goNorth(detId);  // larger iphi values (except phi boundary)
 
     if (direction == 1)                        // SOUTH
       return topology_.get()->goSouth(detId);  // smaller iphi values (except phi boundary)
 
     // In the case of East/West, make sure we are not moving to another subdetector
     if (direction == 2 && checkSameSubDet(detId, topology_.get()->goEast(detId)))  // EAST
       return topology_.get()->goEast(detId);                                       // smaller ieta values
 
     if (direction == 3 && checkSameSubDet(detId, topology_.get()->goWest(detId)))  // WEST
       return topology_.get()->goWest(detId);                                       // larger ieta values
 
     // In the case of cornor cells, ensure backward compatibility.
     // Also make sure it's not already defined as E(ast) or W(est)
     if (direction == 4) {         // NORTHEAST
       if (getZside(detId) > 0) {  // positive eta: east -> move to smaller |ieta| (finner phi granularity) first
         const DetId E = getNeighbourDetId(detId, 2);
         const DetId NE = getNeighbourDetId(E, 0);
         if (getNeighbourDetId(NE, 1) == E && NE != E)
           return NE;  //
       } else {        // negative eta: move in phi first then move to east (coarser phi granularity)
         const DetId N = getNeighbourDetId(detId, 0);
         const DetId NE = getNeighbourDetId(N, 2);
         const DetId E = getNeighbourDetId(detId, 2);
         if (getNeighbourDetId(NE, 3) == N && NE != E)
           return NE;
       }
     }
     if (direction == 5) {         // SOUTHWEST
       if (getZside(detId) > 0) {  // positive eta: move in phi first then move to west (coarser phi granularity)
         const DetId S = getNeighbourDetId(detId, 1);
         const DetId SW = getNeighbourDetId(S, 3);
         const DetId W = getNeighbourDetId(detId, 3);
         if (getNeighbourDetId(SW, 2) == S && SW != W)
           return SW;
       } else {  // negative eta: west -> move to smaller |ieta| (finner phi granularity) first
         const DetId W = getNeighbourDetId(detId, 3);
         const DetId SW = getNeighbourDetId(W, 1);
         if (getNeighbourDetId(SW, 0) == W && SW != W)
           return SW;
       }
     }
     if (direction == 6) {         // SOUTHEAST
       if (getZside(detId) > 0) {  // positive eta: east -> move to smaller |ieta| (finner phi granularity) first
         const DetId E = getNeighbourDetId(detId, 2);
         const DetId SE = getNeighbourDetId(E, 1);
         if (getNeighbourDetId(SE, 0) == E && SE != E)
           return SE;
       } else {  // negative eta: move in phi first then move to east (coarser phi granularity)
         const DetId S = getNeighbourDetId(detId, 1);
         const DetId SE = getNeighbourDetId(S, 2);
         const DetId E = getNeighbourDetId(detId, 2);
         if (getNeighbourDetId(SE, 3) == S && SE != E)
           return SE;
       }
     }
     if (direction == 7) {         // NORTHWEST
       if (getZside(detId) > 0) {  // positive eta: move in phi first then move to west (coarser phi granularity)
         const DetId N = getNeighbourDetId(detId, 0);
         const DetId NW = getNeighbourDetId(N, 3);
         const DetId W = getNeighbourDetId(detId, 3);
         if (getNeighbourDetId(NW, 2) == N && NW != W)
           return NW;
       } else {  // negative eta: west -> move to smaller |ieta| (finner phi granularity) first
         const DetId W = getNeighbourDetId(detId, 3);
         const DetId NW = getNeighbourDetId(W, 0);
         if (getNeighbourDetId(NW, 1) == W && NW != W)
           return NW;
       }
     }
     return 0;
   }

◆ getZside()

template<typename DET, typename TOPO, bool ownsTopo = true>

static constexpr int PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::getZside ( const DetId detId )

inlinestatic

Definition at line 228 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::getNeighbourDetId().

228 { return ((detId & HcalDetId::kHcalZsideMask2) ? (1) : (-1)); }

HcalDetId::kHcalZsideMask2

static constexpr uint32_t kHcalZsideMask2

Definition: HcalDetId.h:21

hcalRecHitTable_cff.detId

detId

Definition: hcalRecHitTable_cff.py:12

◆ init()

template<typename DET, typename TOPO, bool ownsTopo = true>

void PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::init ( const edm::EventSetup & iSetup )

inlineoverridevirtual

Implements PFRecHitNavigatorBase.

Definition at line 40 of file PFHCALDenseIdNavigator.h.

                                                   {
     bool check = theRecNumberWatcher_.check(iSetup);
     if (!check)
       return;
 
     edm::ESHandle<HcalTopology> hcalTopology = iSetup.getHandle(hcalToken_);
     topology_.release();
     topology_.reset(hcalTopology.product());
 
     // Fill a vector of valid denseid's
     edm::ESHandle<CaloGeometry> hGeom = iSetup.getHandle(geomToken_);
     const CaloGeometry& caloGeom = *hGeom;
 
     std::vector<DetId> vecHcal;
     std::vector<unsigned int> vDenseIdHcal;
     neighboursHcal_.clear();
     for (auto hcalSubdet : vhcalEnum_) {
       std::vector<DetId> vecDetIds(caloGeom.getValidDetIds(DetId::Hcal, hcalSubdet));
       vecHcal.insert(vecHcal.end(), vecDetIds.begin(), vecDetIds.end());
     }
     vDenseIdHcal.reserve(vecHcal.size());
     for (auto hDetId : vecHcal) {
       vDenseIdHcal.push_back(topology_.get()->detId2denseId(hDetId));
     }
     std::sort(vDenseIdHcal.begin(), vDenseIdHcal.end());
 
     // Fill a vector of cell neighbours
     denseIdHcalMax_ = *max_element(vDenseIdHcal.begin(), vDenseIdHcal.end());
     denseIdHcalMin_ = *min_element(vDenseIdHcal.begin(), vDenseIdHcal.end());
     neighboursHcal_.resize(denseIdHcalMax_ - denseIdHcalMin_ + 1);
 
     for (auto denseid : vDenseIdHcal) {
       std::vector<DetId> neighbours(9, DetId(0));
 
       // the centre
       unsigned denseid_c = denseid;
       DetId detid_c = topology_.get()->denseId2detId(denseid_c);
       CaloNavigator<DET> navigator(detid_c, topology_.get());
 
       // Using enum in Geometry/CaloTopology/interface/CaloDirection.h
       // Order: CENTER(NONE),SOUTH,SOUTHEAST,SOUTHWEST,EAST,WEST,NORTHEAST,NORTHWEST,NORTH
       neighbours.at(NONE) = detid_c;
 
       neighbours.at(NORTH) = getNeighbourDetId(detid_c, 0);
       neighbours.at(SOUTH) = getNeighbourDetId(detid_c, 1);
       neighbours.at(EAST) = getNeighbourDetId(detid_c, 2);
       neighbours.at(WEST) = getNeighbourDetId(detid_c, 3);
 
       neighbours.at(NORTHEAST) = getNeighbourDetId(detid_c, 4);
       neighbours.at(SOUTHWEST) = getNeighbourDetId(detid_c, 5);
       neighbours.at(SOUTHEAST) = getNeighbourDetId(detid_c, 6);
       neighbours.at(NORTHWEST) = getNeighbourDetId(detid_c, 7);
 
       unsigned index = getIdx(denseid_c);
       neighboursHcal_[index] = neighbours;
 
     }  // loop over vDenseIdHcal
 
     if (debug) {
       backwardCompatibilityCheck(vDenseIdHcal);
       printNeighbourInfo(vDenseIdHcal);
     }
   }

◆ printNeighbourInfo()

template<typename DET, typename TOPO, bool ownsTopo = true>

void PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::printNeighbourInfo ( const std::vector< unsigned int > vDenseIdHcal )

inline

Definition at line 178 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

                                                                       {
     // Print neighbour definitions
     for (auto denseid : vDenseIdHcal) {
       std::vector<DetId> neighbours(9, DetId(0));
 
       // the centre
       unsigned denseid_c = denseid;
       DetId detid_c = topology_.get()->denseId2detId(denseid_c);
       CaloNavigator<DET> navigator(detid_c, topology_.get());
 
       unsigned index = getIdx(denseid_c);
 
       neighbours = neighboursHcal_[index];
 
       const DetId N = neighbours.at(NORTH);
       const DetId S = neighbours.at(SOUTH);
       const DetId E = neighbours.at(EAST);
       const DetId W = neighbours.at(WEST);
 
       const DetId NE = neighbours.at(NORTHEAST);
       const DetId SW = neighbours.at(SOUTHWEST);
       const DetId SE = neighbours.at(SOUTHEAST);
       const DetId NW = neighbours.at(NORTHWEST);
 
       edm::LogPrint("PFHCALDenseIdNavigator")
           << "PFHCALDenseIdNavigator: " << HcalDetId(detid_c).ieta() << " " << HcalDetId(detid_c).iphi() << " "
           << HcalDetId(detid_c).depth() << " " << HcalDetId(detid_c).subdetId() << ": " << HcalDetId(N).ieta() << " "
           << HcalDetId(N).iphi() << " " << HcalDetId(N).depth() << " " << HcalDetId(N).subdetId() << ", "
           << HcalDetId(E).ieta() << " " << HcalDetId(E).iphi() << " " << HcalDetId(E).depth() << " "
           << HcalDetId(E).subdetId() << ", " << HcalDetId(S).ieta() << " " << HcalDetId(S).iphi() << " "
           << HcalDetId(S).depth() << " " << HcalDetId(S).subdetId() << ", " << HcalDetId(W).ieta() << " "
           << HcalDetId(W).iphi() << " " << HcalDetId(W).depth() << " " << HcalDetId(W).subdetId() << ", "
           << HcalDetId(NE).ieta() << " " << HcalDetId(NE).iphi() << " " << HcalDetId(NE).depth() << " "
           << HcalDetId(NE).subdetId() << ", " << HcalDetId(SW).ieta() << " " << HcalDetId(SW).iphi() << " "
           << HcalDetId(SW).depth() << " " << HcalDetId(SW).subdetId() << ", " << HcalDetId(SE).ieta() << " "
           << HcalDetId(SE).iphi() << " " << HcalDetId(SE).depth() << " " << HcalDetId(SE).subdetId() << ", "
           << HcalDetId(NW).ieta() << " " << HcalDetId(NW).iphi() << " " << HcalDetId(NW).depth() << " "
           << HcalDetId(NW).subdetId();
 
     }  // print ends
   }

◆ validNeighbours()

template<typename DET, typename TOPO, bool ownsTopo = true>

const bool PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::validNeighbours ( const unsigned int denseid ) const

inline

Definition at line 343 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::associateNeighbours(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::backwardCompatibilityCheck().

                                                                {
     if (denseid < denseIdHcalMin_ || denseid > denseIdHcalMax_)
       return false;  // neighbour denseid is out of the expected range
     unsigned index = getIdx(denseid);
     if (neighboursHcal_.at(index).size() != 9)
       return false;  // the neighbour vector size should be 3x3
     return true;
   }

Member Data Documentation

◆ debug

template<typename DET, typename TOPO, bool ownsTopo = true>

const bool PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::debug = false

private

Definition at line 372 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init(), runTauIdMVA.TauIDEmbedder::load_againstElectronMVA6(), and runTauIdMVA.TauIDEmbedder::loadMVA_WPs_run2_2017().

◆ denseIdHcalMax_

template<typename DET, typename TOPO, bool ownsTopo = true>

unsigned int PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::denseIdHcalMax_

protected

Definition at line 366 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::associateNeighbours(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::getIdx(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::validNeighbours().

◆ denseIdHcalMin_

template<typename DET, typename TOPO, bool ownsTopo = true>

unsigned int PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::denseIdHcalMin_

protected

Definition at line 367 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::getIdx(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

◆ geomToken_

template<typename DET, typename TOPO, bool ownsTopo = true>

edm::ESGetToken<CaloGeometry, CaloGeometryRecord> PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::geomToken_

private

Definition at line 371 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

◆ hcalToken_

template<typename DET, typename TOPO, bool ownsTopo = true>

edm::ESGetToken<HcalTopology, HcalRecNumberingRecord> PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::hcalToken_

private

Definition at line 370 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

◆ neighboursHcal_

template<typename DET, typename TOPO, bool ownsTopo = true>

std::vector<std::vector<DetId> > PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::neighboursHcal_

protected

Definition at line 365 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::associateNeighbours(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::backwardCompatibilityCheck(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::printNeighbourInfo(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::validNeighbours().

◆ theRecNumberWatcher_

template<typename DET, typename TOPO, bool ownsTopo = true>

edm::ESWatcher<HcalRecNumberingRecord> PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::theRecNumberWatcher_

protected

Definition at line 362 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

◆ topology_

template<typename DET, typename TOPO, bool ownsTopo = true>

std::unique_ptr<const TOPO> PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::topology_

protected

Definition at line 363 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::associateNeighbours(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::backwardCompatibilityCheck(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::getNeighbourDetId(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init(), PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::printNeighbourInfo(), and PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::~PFHCALDenseIdNavigator().

◆ vhcalEnum_

template<typename DET, typename TOPO, bool ownsTopo = true>

std::vector<int> PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >::vhcalEnum_

protected

Definition at line 364 of file PFHCALDenseIdNavigator.h.

Referenced by PFHCALDenseIdNavigator< HcalDetId, HcalTopology, false >::init().

Public Member Functions

Static Public Member Functions

Protected Attributes

Private Attributes

Additional Inherited Members

Detailed Description

template<typename DET, typename TOPO, bool ownsTopo = true> class PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >

Constructor & Destructor Documentation

◆ ~PFHCALDenseIdNavigator()

◆ PFHCALDenseIdNavigator()

Member Function Documentation

◆ associateNeighbours()

◆ backwardCompatibilityCheck()

◆ checkSameSubDet()

◆ getIdx()

◆ getNeighbourDetId()

◆ getZside()

◆ init()

◆ printNeighbourInfo()

◆ validNeighbours()

Member Data Documentation

◆ debug

◆ denseIdHcalMax_

◆ denseIdHcalMin_

◆ geomToken_

◆ hcalToken_

◆ neighboursHcal_

◆ theRecNumberWatcher_

◆ topology_

◆ vhcalEnum_

template<typename DET, typename TOPO, bool ownsTopo = true>
class PFHCALDenseIdNavigator< DET, TOPO, ownsTopo >