CaloClusterCollectionSettingsButton.h

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/*
  Copyright (C) 2002-2023 CERN for the benefit of the ATLAS collaboration
*/
 
#ifndef VP1AODSYSTEMS_CALOCLUSTERCOLLSETTINGSBUTTON_H
#define VP1AODSYSTEMS_CALOCLUSTERCOLLSETTINGSBUTTON_H
 
#include "VP1Base/VP1CollectionSettingsButtonBase.h"
#include "VP1AODSystems/AODSystemController.h"
 
// FWD declarations
class IParticleCollHandle_CaloCluster;
//class SoDrawStyle;
//class SoLightModel;
 
class CaloClusterCollectionSettingsButton : public VP1CollectionSettingsButtonBase {
 
    Q_OBJECT
 
public:
  
    CaloClusterCollectionSettingsButton(QWidget * parent = 0, int dim = 25);//dim<=0 => Won't change sizepolicy
    virtual ~CaloClusterCollectionSettingsButton();
  
    void setCollHandle(IParticleCollHandle_CaloCluster* coll);
    void setDimension(int dim);
 
  
    // The below are necessary to fulfill the interface, but will just be passed onto the VP1MaterialButton owned by the CaloClusterCollectionSettingsButton form
    virtual bool setMaterial(SoMaterial*);
    virtual void copyValuesFromMaterial(SoMaterial*);
    virtual double lastAppliedTransparency() const ;
    virtual double lastAppliedShininess() const  ;
    virtual double lastAppliedBrightness() const;
  
//  // GUI for track lines...
//  double trackTubeRadius() const;//0 => don't show tubes for tracks
//  bool   hideActualTrackPath() const;
    
//  // GUI for parameters
//  bool showParameters() const;
//  bool colourParametersByType() const;
    double lengthOf10GeV();
 
 
    //Scale:
    //The bool indicates if it is logscale(true) or linear scale(false).
    //The double is a parameter, p, used to get the length as a function
    //of energy: Either p*|energy| or p*log(1+|energy|)
    QPair<bool,double> scale() const;
 
 
//  bool randomJetColours() const;
//  double maxR(); //!< Returns -1 if disabled in GUI, or value in m if enabled.
 
    // GUI for cuts
    VP1Interval cutAllowedPt() const;
    VP1Interval cutAllowedEta() const;
    QList<VP1Interval> cutAllowedPhi() const;//All off: empty list. All on: list with one entry: ]-inf,inf[
    bool isTransverseEnergy() const;
 
public Q_SLOTS:
    void setTransverseEnergy();
 
 
//  bool        cutOnlyVertexAssocTracks() const; //!< Return true if this collection should only should tracks associated to a vertex
//  //Cuts for number of hits per subsystem:
//  QList<unsigned> cutRequiredNHits() const;//Empty list: no requirements. Otherwise a list
//  // with a length of four (pixel,sct,trt,muon)
   
//  //Overall drawstyles, complexities and light models:
//  SoDrawStyle *  trackDrawStyle() const;
//  SoLightModel * trackLightModel() const;
  
//  // Parameters
//  SoMaterial* defaultParameterMaterial() const;
//  SoMaterial* parameterMaterial( xAOD::ParameterPosition) const;
    
    QByteArray saveState() const; 
    void restoreFromState( const QByteArray& );
  
signals:
//  void lastAppliedChanged(); // emitted when something related to material changes
    void cutAllowedPtChanged(const VP1Interval&);
    void cutAllowedEtaChanged(const VP1Interval&);
    void cutAllowedPhiChanged(const QList<VP1Interval>&);
 
    void scaleChanged(const QPair<bool,double>& scale);
 
    void energyTypeChanged();
 
//  void randomJetColoursChanged(const bool& ra);
//  void rerandomise();
//  void maxRChanged(const double& maxR);
 
//  void bTaggingEnabledChanged(const bool&);
//  void bTaggingTaggerChanged(const QString &);
//  void bTaggingCutChanged (const double&);
//  void bTaggingRenderingMaterialChanged(const bool&);
//  void bTaggingMaterialChanged();
//  void bTaggingRenderingSkinChanged(bool);
 
     
public Q_SLOTS:
    void showEditMaterialDialog();
    void setMaterialText(const QString&);
 
protected Q_SLOTS:
    void updateButton();
 
protected:
    // void initEditWindow();//!< Make sure that edit window is constructed
    void mousePressEvent(QMouseEvent *event);
    void mouseMoveEvent(QMouseEvent *event);
    void dropEvent(QDropEvent *event);
    void dragEnterEvent(QDragEnterEvent *event);
private:
 
    class Imp;
    Imp * m_d;
    
private Q_SLOTS:
//  void updateTrackDrawStyle();
//  void updateTrackLightModel(bool);
//  void updateTrackTubeRadius();
//  void updateHideActualTrackPath(bool);
//  void possibleChange_cutRequiredNHits();
//  void possibleChange_cutOnlyVertexAssocTracks();
//  void possibleChange_showParameters();
//  void possibleChange_parameterColours();
 
    void possibleChange_cutAllowedPt();
    void possibleChange_cutAllowedEta();
    void possibleChange_cutAllowedPhi();
 
    void possibleChange_scale();
    void possibleChange_showVolumeOutLines();
    void possibleChange_useTransverseEnergies();
 
//  void possibleChange_randomJetColours();
//  void possibleChange_maxR();
 
//  void possibleChange_bTaggingEnabled(bool);
//  void possibleChange_bTaggingTagger();
//  void possibleChange_bTaggingCut();
//  void possibleChange_bTaggingRenderingMaterial(bool);
//  ////void possibleChange_bTaggingMaterial(); // not needed...
//  void possibleChange_bTaggingRenderingSkin(bool ok);
 
 
//  void enableMaxR(bool);
//  void enableRandomColours(bool);
//
//  void emitRerandomise();
//  void emitMaxR();
    
};
 
#endif