FWPFEcalRecHitLegoProxyBuilder.cc

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#include "FWPFEcalRecHitLegoProxyBuilder.h"
 
//______________________________________________________________________________
void FWPFEcalRecHitLegoProxyBuilder::scaleProduct(TEveElementList *parent,
                                                  FWViewType::EType type,
                                                  const FWViewContext *vc) {
  FWViewEnergyScale *caloScale = vc->getEnergyScale();
  bool b = caloScale->getPlotEt();
  float maxVal = getMaxVal(b);
  typedef std::vector<FWPFLegoRecHit *> rh;
 
  // printf("FWPFEcalRecHitLegoProxyBuilder::scaleProduct >> scale %f \n", caloScale->getValToHeight());
  for (rh::iterator i = m_recHits.begin(); i != m_recHits.end(); ++i) {  // Tallest tower needs deciding still
    if ((*i)->isTallest() == false && (*i)->getEtEnergy(b) == maxVal)
      (*i)->setIsTallest(true);
 
    (*i)->updateScale(vc, getMaxValLog(caloScale->getPlotEt()));
  }
}
 
//______________________________________________________________________________
void FWPFEcalRecHitLegoProxyBuilder::localModelChanges(const FWModelId &iId,
                                                       TEveElement *parent,
                                                       FWViewType::EType viewType,
                                                       const FWViewContext *vc) {
  for (TEveElement::List_i i = parent->BeginChildren(); i != parent->EndChildren(); ++i) {
    {
      TEveStraightLineSet *line = dynamic_cast<TEveStraightLineSet *>(*i);
      if (line) {
        line->SetMarkerColor(item()->modelInfo(iId.index()).displayProperties().color());
      }
    }
  }
}
 
//______________________________________________________________________________
TEveVector FWPFEcalRecHitLegoProxyBuilder::calculateCentre(const std::vector<TEveVector> &corners) const {
  TEveVector centre;
 
  for (size_t i = 0; i < corners.size(); ++i) {
    centre.fX += corners[i].fX;
    centre.fY += corners[i].fY;  // Get total for x,y,z values
    centre.fZ += corners[i].fZ;
  }
  centre *= 1.f / 8.f;
 
  return centre;
}
 
//______________________________________________________________________________
void FWPFEcalRecHitLegoProxyBuilder::build(const FWEventItem *iItem,
                                           TEveElementList *product,
                                           const FWViewContext *vc) {
  size_t itemSize = iItem->size();  //cache size
 
  for (size_t index = 0; index < itemSize; ++index) {
    TEveCompound *itemHolder = createCompound();
    product->AddElement(itemHolder);
 
    const EcalRecHit &iData = modelData(index);
    const float *corners = item()->getGeom()->getCorners(iData.detid());
    float energy, et;
    std::vector<TEveVector> etaphiCorners(8);
    TEveVector centre;
 
    if (corners == nullptr)
      continue;
 
    int k = 3;
    for (int i = 0; i < 4; ++i) {
      int j = k * 3;
      TEveVector cv = TEveVector(corners[j], corners[j + 1], corners[j + 2]);
      etaphiCorners[i].fX = cv.Eta();  // Conversion of rechit X/Y values for plotting in Eta/Phi
      etaphiCorners[i].fY = cv.Phi();
      etaphiCorners[i].fZ = 0.0;
 
      etaphiCorners[i + 4].fX =
          etaphiCorners[i].fX;  // Top can simply be plotted exactly over the top of the bottom face
      etaphiCorners[i + 4].fY = etaphiCorners[i].fY;
      etaphiCorners[i + 4].fZ = 0.001;
      // printf("%f %f %d \n",  etaphiCorners[i].fX, etaphiCorners[i].fY, i);
      --k;
    }
 
    centre = calculateCentre(etaphiCorners);
    energy = iData.energy();
    et = FWPFMaths::calculateEt(centre, energy);
    context().voteMaxEtAndEnergy(et, energy);
 
    if (energy > m_maxEnergy)
      m_maxEnergy = energy;
    if (energy > m_maxEt)
      m_maxEt = et;
 
    // Stop phi wrap
    float dPhi1 = etaphiCorners[2].fY - etaphiCorners[1].fY;
    float dPhi2 = etaphiCorners[3].fY - etaphiCorners[0].fY;
    float dPhi3 = etaphiCorners[1].fY - etaphiCorners[2].fY;
    float dPhi4 = etaphiCorners[0].fY - etaphiCorners[3].fY;
 
    if (dPhi1 > 1)
      etaphiCorners[2].fY = etaphiCorners[2].fY - (2 * TMath::Pi());
    if (dPhi2 > 1)
      etaphiCorners[3].fY = etaphiCorners[3].fY - (2 * TMath::Pi());
    if (dPhi3 > 1)
      etaphiCorners[2].fY = etaphiCorners[2].fY + (2 * TMath::Pi());
    if (dPhi4 > 1)
      etaphiCorners[3].fY = etaphiCorners[3].fY + (2 * TMath::Pi());
 
    FWPFLegoRecHit *recHit = new FWPFLegoRecHit(etaphiCorners, itemHolder, this, vc, energy, et);
    recHit->setSquareColor(item()->defaultDisplayProperties().color());
    m_recHits.push_back(recHit);
  }
 
  m_maxEnergyLog = log(m_maxEnergy);
  m_maxEtLog = log(m_maxEt);
 
  scaleProduct(product, FWViewType::kLegoPFECAL, vc);
}
 
//______________________________________________________________________________
void FWPFEcalRecHitLegoProxyBuilder::cleanLocal() {
  for (std::vector<FWPFLegoRecHit *>::iterator i = m_recHits.begin(); i != m_recHits.end(); ++i)
    delete (*i);
 
  m_recHits.clear();
}
 
//______________________________________________________________________________
REGISTER_FWPROXYBUILDER(FWPFEcalRecHitLegoProxyBuilder, EcalRecHit, "PF Ecal RecHit", FWViewType::kLegoPFECALBit);