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#include "Calibration/IsolatedParticles/interface/FindCaloHit.h"
#include "Calibration/IsolatedParticles/interface/FindCaloHitCone.h"
#include "Calibration/IsolatedParticles/interface/FindDistCone.h"
#include "DataFormats/HcalDetId/interface/HcalSubdetector.h"
#include "DataFormats/HcalDetId/interface/HcalDetId.h"
#include "FWCore/MessageLogger/interface/MessageLogger.h"
#include <iostream>
namespace spr {
// Basic cone energy cluster for hcal simhits and hcal rechits
template <typename T>
double eCone_hcal(const CaloGeometry* geo,
edm::Handle<T>& hits,
const GlobalPoint& hpoint1,
const GlobalPoint& point1,
double dR,
const GlobalVector& trackMom,
int& nRecHits,
double hbThr,
double heThr,
double hfThr,
double hoThr,
double tMin,
double tMax,
int detOnly,
int useRaw,
bool debug) {
std::vector<typename T::const_iterator> hit = spr::findHitCone(geo, hits, hpoint1, point1, dR, trackMom, debug);
nRecHits = -99;
double energySum = 0.0;
std::set<int> uniqueIdset;
for (auto const& ihit : hit) {
int subdet = DetId(ihit->id()).subdetId();
if (detOnly < 0 || subdet == detOnly) {
double eTower = spr::getEnergy(ihit, useRaw);
double tt = ihit->time();
bool ok = (eTower > hbThr);
if (subdet == (int)(HcalEndcap))
ok = (eTower > heThr);
else if (subdet == (int)(HcalForward))
ok = (eTower > hfThr);
else if (subdet == (int)(HcalOuter))
ok = (eTower > hoThr);
if (ok && tt > tMin && tt < tMax) {
energySum += eTower;
int eta(-99);
int phi(-99);
spr::getEtaPhi(ihit, eta, phi);
int uniqueEtaPhiId = 100 * eta + phi;
uniqueIdset.insert(uniqueEtaPhiId);
}
}
}
nRecHits = uniqueIdset.size();
if (debug) {
edm::LogVerbatim("IsoTrack") << "eCone_hcal: Energy " << energySum << " from " << nRecHits << " in subdet "
<< detOnly;
}
return energySum;
}
// Cone energy cluster for hcal simhits and hcal rechits
// that returns vector of rechit IDs and hottest cell info
template <typename T>
double eCone_hcal(const CaloGeometry* geo,
edm::Handle<T>& hits,
const GlobalPoint& hpoint1,
const GlobalPoint& point1,
double dR,
const GlobalVector& trackMom,
int& nRecHits,
std::vector<DetId>& coneRecHitDetIds,
double& distFromHotCell,
int& ietaHotCell,
int& iphiHotCell,
GlobalPoint& gposHotCell,
int detOnly,
int useRaw,
bool debug) {
std::vector<typename T::const_iterator> hit = spr::findHitCone(geo, hits, hpoint1, point1, dR, trackMom, debug);
double energyMax = -99.;
int hottestIndex = -99;
ietaHotCell = -99;
iphiHotCell = -99;
distFromHotCell = -99.;
nRecHits = -99;
double energySum = 0.0;
std::set<int> uniqueIdset;
for (unsigned int ihit = 0; ihit < hit.size(); ihit++) {
int subdet = DetId(hit[ihit]->id()).subdetId();
if (detOnly < 0 || subdet == detOnly) {
// Sum energy getting hottest cell for later
double energy = spr::getEnergy(hit.at(ihit), useRaw);
if (energy > energyMax) {
energyMax = energy;
hottestIndex = ihit;
}
energySum += energy;
// Don't double count depth in rechit multiplicity
int eta(-99);
int phi(-99);
spr::getEtaPhi(hit[ihit], eta, phi);
int uniqueEtaPhiId = 100 * eta + phi;
uniqueIdset.insert(uniqueEtaPhiId);
// Get list of det ids
coneRecHitDetIds.emplace_back(hit[ihit]->id());
}
}
// Get dist from center of cluster to hottest cell:
if (hottestIndex != -99) {
gposHotCell = spr::getGpos(geo, hit.at(hottestIndex));
ietaHotCell = hit.at(hottestIndex)->id().ieta();
iphiHotCell = hit.at(hottestIndex)->id().iphi();
distFromHotCell = spr::getDistInPlaneTrackDir(hpoint1, trackMom, gposHotCell);
}
nRecHits = uniqueIdset.size();
if (debug) {
edm::LogVerbatim("IsoTrack") << "eCone_hcal: Energy " << energySum << " from " << nRecHits << ":"
<< coneRecHitDetIds.size() << " in subdet " << detOnly;
edm::LogVerbatim("IsoTrack") << "HotCell " << ietaHotCell << ":" << iphiHotCell << " dist " << distFromHotCell;
}
return energySum;
}
template <typename T>
double eCone_hcal(const CaloGeometry* geo,
edm::Handle<T>& hits,
const GlobalPoint& hpoint1,
const GlobalPoint& point1,
double dR,
const GlobalVector& trackMom,
int& nRecHits,
std::vector<DetId>& coneRecHitDetIds,
std::vector<double>& eHit,
int useRaw,
bool debug) {
std::vector<typename T::const_iterator> hit = spr::findHitCone(geo, hits, hpoint1, point1, dR, trackMom, debug);
nRecHits = -99;
double energySum = 0.0;
std::set<int> uniqueIdset;
for (auto const& ihit : hit) {
// Sum energy getting hottest cell for later
double energy = spr::getEnergy(ihit, useRaw);
energySum += energy;
// Don't double count depth in rechit multiplicity
int eta(-99), phi(-99);
spr::getEtaPhi(ihit, eta, phi);
int uniqueEtaPhiId = 100 * eta + phi;
uniqueIdset.insert(uniqueEtaPhiId);
// Get list of det ids
coneRecHitDetIds.emplace_back(ihit->id());
eHit.emplace_back(energy);
}
nRecHits = uniqueIdset.size();
if (debug) {
edm::LogVerbatim("IsoTrack") << "eCone_hcal: Energy " << energySum << " from " << nRecHits << ":"
<< coneRecHitDetIds.size();
for (unsigned int k = 0; k < eHit.size(); ++k)
edm::LogVerbatim("IsoTrack") << "Hit[" << k << "] " << HcalDetId(coneRecHitDetIds[k]) << " energy " << eHit[k];
}
return energySum;
}
// Cone energy cluster for hcal simhits and hcal rechits
// that returns vector of rechit IDs and hottest cell info
// AND info for making "hit maps"
template <typename T>
double eCone_hcal(const CaloGeometry* geo,
edm::Handle<T>& hits,
const GlobalPoint& hpoint1,
const GlobalPoint& point1,
double dR,
const GlobalVector& trackMom,
int& nRecHits,
std::vector<int>& RH_ieta,
std::vector<int>& RH_iphi,
std::vector<double>& RH_ene,
std::vector<DetId>& coneRecHitDetIds,
double& distFromHotCell,
int& ietaHotCell,
int& iphiHotCell,
GlobalPoint& gposHotCell,
int detOnly,
int useRaw,
bool debug) {
std::vector<typename T::const_iterator> hit = spr::findHitCone(geo, hits, hpoint1, point1, dR, trackMom, debug);
double energyMax = -99.;
int hottestIndex = -99;
ietaHotCell = -99;
iphiHotCell = -99;
distFromHotCell = -99.;
nRecHits = -99;
double energySum = 0.0;
std::set<int> uniqueIdset;
for (unsigned int ihit = 0; ihit < hit.size(); ihit++) {
int subdet = DetId(hit[ihit]->id()).subdetId();
if (detOnly < 0 || subdet == detOnly) {
// Sum energy getting hottest cell for later
double energy = spr::getEnergy(hit.at(ihit), useRaw);
if (energy > energyMax) {
energyMax = energy;
hottestIndex = ihit;
}
energySum += energy;
// Get eta phi for counting unique cells
int eta(-99);
int phi(-99);
spr::getEtaPhi(hit[ihit], eta, phi);
// Put eta phi in vectors
spr::getEtaPhi(hit[ihit], RH_ieta, RH_iphi, RH_ene);
int uniqueEtaPhiId = 100 * eta + phi;
uniqueIdset.insert(uniqueEtaPhiId);
// Get vector of detids.
coneRecHitDetIds.emplace_back(hit[ihit]->id());
}
}
nRecHits = uniqueIdset.size();
// Get dist from center of cluster to hottest cell:
if (hottestIndex != -99) {
gposHotCell = spr::getGpos(geo, hit.at(hottestIndex));
ietaHotCell = hit.at(hottestIndex)->id().ieta();
iphiHotCell = hit.at(hottestIndex)->id().iphi();
distFromHotCell = spr::getDistInPlaneTrackDir(hpoint1, trackMom, gposHotCell);
}
nRecHits = uniqueIdset.size();
if (debug) {
edm::LogVerbatim("IsoTrack") << "eCone_hcal: Energy " << energySum << " from " << nRecHits << ":"
<< coneRecHitDetIds.size() << " in subdet " << detOnly;
edm::LogVerbatim("IsoTrack") << "HotCell " << ietaHotCell << ":" << iphiHotCell << " dist " << distFromHotCell;
}
return energySum;
}
//
template <typename T>
double eCone_ecal(const CaloGeometry* geo,
edm::Handle<T>& barrelhits,
edm::Handle<T>& endcaphits,
const GlobalPoint& hpoint1,
const GlobalPoint& point1,
double dR,
const GlobalVector& trackMom,
int& nRecHits,
double ebThr,
double eeThr,
double tMin,
double tMax,
bool debug) {
std::vector<typename T::const_iterator> hit =
spr::findHitCone(geo, barrelhits, endcaphits, hpoint1, point1, dR, trackMom, debug);
// No depth in Ecal so nRecHits = hit.size()
nRecHits = hit.size();
double energySum = 0.0;
for (auto const& ihit : hit) {
bool ok = true;
double eTower = ihit->energy();
double tt = ihit->time();
if (DetId(ihit->id()).subdetId() == EcalBarrel)
ok = (eTower > ebThr);
else if (DetId(ihit->id()).subdetId() == EcalEndcap)
ok = (eTower > eeThr);
// No need for hcal sampling weight
if (ok && tt > tMin && tt < tMax)
energySum += eTower;
}
if (debug) {
edm::LogVerbatim("IsoTrack") << "eCone_ecal: Energy " << energySum << " from " << hit.size() << " hits";
}
return energySum;
}
//
template <typename T>
double eCone_ecal(const CaloGeometry* geo,
edm::Handle<T>& barrelhits,
edm::Handle<T>& endcaphits,
const GlobalPoint& hpoint1,
const GlobalPoint& point1,
double dR,
const GlobalVector& trackMom,
std::vector<DetId>& coneRecHitDetIds,
std::vector<double>& eHit,
double ebThr,
double eeThr,
double tMin,
double tMax,
bool debug) {
std::vector<typename T::const_iterator> hit =
spr::findHitCone(geo, barrelhits, endcaphits, hpoint1, point1, dR, trackMom, debug);
// No depth in Ecal
double energySum = 0.0;
for (auto const& ihit : hit) {
bool ok = true;
double eTower = ihit->energy();
double tt = ihit->time();
if (DetId(ihit->id()).subdetId() == EcalBarrel)
ok = (eTower > ebThr);
else if (DetId(ihit->id()).subdetId() == EcalEndcap)
ok = (eTower > eeThr);
// No need for hcal sampling weight
if (tt > tMin && tt < tMax) {
if (ok)
energySum += eTower;
// Get list of det ids
coneRecHitDetIds.emplace_back(ihit->id());
eHit.emplace_back(eTower);
}
}
if (debug) {
edm::LogVerbatim("IsoTrack") << "eCone_ecal: Energy " << energySum << " from " << hit.size() << " hits";
}
return energySum;
}
} // namespace spr
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