G4TH3ToolsManager.cc

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// Author: Ivana Hrivnacova, 10/08/2022  ([email protected])
 
#include "G4THnToolsManager.hh"
 
#include "tools/histo/h3d"
 
using namespace G4Analysis;
 
#include <fstream>
 
// Specialization for H3 type
 
 
//_____________________________________________________________________________
template <>
tools::histo::h3d* G4THnToolsManager<3, tools::histo::h3d>::CreateToolsHT(
  const G4String& title,
  const std::array<G4HnDimension, 3>& bins,
  const std::array<G4HnDimensionInformation, 3>& hnInfo)
{
  // Apply hn information to bins
  auto newXBins(bins[kX]);
  Update(newXBins, hnInfo[kX]);
  auto newYBins(bins[kY]);
  Update(newYBins, hnInfo[kY]);
  auto newZBins(bins[kZ]);
  Update(newZBins, hnInfo[kZ]);
 
  if ((hnInfo[kX].fBinScheme == G4BinScheme::kLinear) &&
      (hnInfo[kY].fBinScheme == G4BinScheme::kLinear) &&
      (hnInfo[kZ].fBinScheme == G4BinScheme::kLinear)) {
    return new tools::histo::h3d(title,
                 newXBins.fNBins, newXBins.fMinValue, newXBins.fMaxValue,
                 newYBins.fNBins, newYBins.fMinValue, newYBins.fMaxValue,
                 newZBins.fNBins, newZBins.fMinValue, newZBins.fMaxValue);
  }
 
  return new tools::histo::h3d(title,
               newXBins.fEdges, newYBins.fEdges, newZBins.fEdges);
}
 
//_____________________________________________________________________________
template <>
void G4THnToolsManager<3, tools::histo::h3d>::ConfigureToolsHT(
  tools::histo::h3d* ht,
  const std::array<G4HnDimension, 3>& bins,
  const std::array<G4HnDimensionInformation, 3>& hnInfo)
{
  // Apply hn information to bins
  auto newXBins(bins[kX]);
  Update(newXBins, hnInfo[kX]);
  auto newYBins(bins[kY]);
  Update(newYBins, hnInfo[kY]);
  auto newZBins(bins[kZ]);
  Update(newZBins, hnInfo[kZ]);
 
  if ((hnInfo[kX].fBinScheme == G4BinScheme::kLinear) &&
      (hnInfo[kY].fBinScheme == G4BinScheme::kLinear) &&
      (hnInfo[kZ].fBinScheme == G4BinScheme::kLinear)) {
    ht->configure(
          newXBins.fNBins, newXBins.fMinValue, newXBins.fMaxValue,
          newYBins.fNBins, newYBins.fMinValue, newYBins.fMaxValue,
          newZBins.fNBins, newZBins.fMinValue, newZBins.fMaxValue);
    return;
  }
 
  ht->configure(newXBins.fEdges, newYBins.fEdges, newZBins.fEdges);
}
 
//_____________________________________________________________________________
template <>
G4bool G4THnToolsManager<3, tools::histo::h3d>::FillHT(
  tools::histo::h3d* ht, const G4HnInformation& hnInformation, 
  std::array<G4double, 3>& value, G4double weight)
{
  auto xInfo = hnInformation.GetHnDimensionInformation(kX);
  auto yInfo = hnInformation.GetHnDimensionInformation(kY);
  auto zInfo = hnInformation.GetHnDimensionInformation(kZ);
 
  // Apply hn information to value
  Update(value[kX], xInfo);
  Update(value[kY], yInfo);
  Update(value[kZ], zInfo);
 
  // Fill updated value
  ht->fill(value[kX], value[kY], value[kZ], weight);
 
  return true;
}
 
//_____________________________________________________________________________
template <>
G4bool G4THnToolsManager<3, tools::histo::h3d>::WriteOnAscii(
  std::ofstream& output)
{
// Write selected objects on ASCII file
// According to the implementation by Michel Maire, originally in
// extended examples.
 
  // Do nothing if no histograms are selected
  if ( ! GetHnManager()->IsAscii() ) return true;
 
  // Write h3 histograms
  auto id = GetHnManager()->GetFirstId();
  for (const auto& [h3, info] : *GetTHnVector()) {
 
    if ( ! info->GetAscii() ) {
      // skip writing if activation is enabled and H1 is inactivated
      id++;
      continue;
    }
 
    Message(kVL3, "write on ascii", "h3d", info->GetName());
 
    output << "\n  3D histogram " << id++ << ": " << h3->title()
           << "\n \n \t \t \t     X \t\t     Y \t\t     Z \t\t Bin Height" << G4endl;
 
    for (G4int j=0; j< G4int(h3->axis_x().bins()); ++j) {
      for (G4int k=0; k< G4int(h3->axis_y().bins()); ++k) {
        for (G4int l=0; l< G4int(h3->axis_y().bins()); ++l) {
          output << "  " << j << "\t" << k << "\t" << l << "\t"
                 << h3->axis_x().bin_center(j) << "\t"
                 << h3->axis_y().bin_center(k) << "\t"
                 << h3->axis_y().bin_center(l) << "\t"
                 << h3->bin_height(j, k, l) << G4endl;
        }
      }
    }
  }
 
  return output.good();
}