VP1CaloCellManager.h

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/*
  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef VP1CALOSYSTEMS_VP1CALOCELLMANAGER_H
#define VP1CALOSYSTEMS_VP1CALOCELLMANAGER_H
 
#include "VP1CaloSystems/VP1CaloCells.h"
#include <QObject>
 
#include <map>
 
class VP1ExtraSepLayerHelper;
class QCheckBox;
class QDoubleSpinBox;
class ICaloBadChanTool;
 
 
//------------------------------------------
// Class VP1CaloCellManager
//------------------------------------------
//
// This class is designed to keep pointers to the VP1CC objects of the similar type.
//    LAr cells are grouped by samplings
//    Tile cells are grouped by regions (Barrel, End cap, Crack)
//
// The objects are stored into two containers - one keeps cells with positive energies, and one with negative energies.
// The containers are represented by multimaps, indexed either by cell energy or by Et
 
 
// Notes:
// 1. Consider subclasing from VP1HelperClassBase (?)
//
 
typedef std::multimap<double,VP1CaloCell*> VP1CCMultimap;
typedef VP1CCMultimap::iterator VP1CCMultimapIterator;
 
class VP1CaloCellManager : public QObject
{
  Q_OBJECT
 
 public:
  VP1CaloCellManager(VP1CC_SelectionTypes type,
             VP1CC_SoNode2CCMap* node2cc,
             bool useEt,
             const QPair<bool,double>& scale,
             bool outline,
             const VP1CC_GlobalCuts& globalCuts);
 
  ~VP1CaloCellManager();
 
  // Add new VP1CaloCell to the appropriate container
  void add(VP1CaloCell* cell);
 
  public Q_SLOTS:
    void selectionUpdated(const VP1CCIntervalMap&);
    void scaleUpdated(const QPair<bool,double>&);
    void outlineUpdated(const bool&);
    void globalCutsUpdated(const VP1CC_GlobalCuts&);
    void clipVolumeRadiusChanged(double radius);
 
 private:
  // ------------ Private methods ------------
  // Update scene with newInterval for pos/neg cells
  void updateScene(const VP1Interval& newInterval, bool positive);
 
  // ------------ Private data --------------
  // Selection Type
  VP1CC_SelectionTypes m_type;
 
  // node2cc map pointer
  VP1CC_SoNode2CCMap* m_node2cc;
 
  // E/Et mode switch
  bool m_useEt;
 
  // scale for ed objects
  QPair<bool,double> m_scale;
 
  // outline flag
  bool m_outline;
 
  // 2 multimaps for cells with positive and negative energie
  VP1CCMultimap     m_positiveCells;
  VP1CCMultimap     m_negativeCells;
 
  // Iterators pointing to the first/last Calo Cells with pos/neg energies satisfying selected Energy Thresholds
  VP1CCMultimapIterator m_firstDisplayedPos;
  VP1CCMultimapIterator m_lastDisplayedPos;
  VP1CCMultimapIterator m_firstDisplayedNeg;
  VP1CCMultimapIterator m_lastDisplayedNeg;
 
  // Current intervals
  VP1CCIntervalPair m_intervals;
 
  // Global cuts
  VP1CC_GlobalCuts m_globalCuts;
};
 
typedef std::map<VP1CC_SelectionTypes, VP1CaloCellManager*, std::less<VP1CC_SelectionTypes> > VP1CCManagerContainer;
 
#endif