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XANADisplay.h

Go to the documentation of this file.

#ifndef XANADisplay_h
#define XANADisplay_h

#include <stdlib.h>
#include <TCanvas.h>

class TGeoManager;
class TGeoVolume;
class TObjArray;
class TRefArray;
class TString;
class TPolyMarker;
class TTree;
class XANAPad;
class XANAEsdEvent;
class XANAEcalGeometry;
class XANACluster;
class TH2F;
class TFile;

class XANADisplay : public TCanvas {
  public :
    static XANADisplay *Instance(Int_t wid);
    static XANADisplay *Instance();
          ~XANADisplay();
                 
                             
    void          redrawGeom();
    void          DrawECAL3D();
    void          drawAll();
    void          showACluster(XANACluster *clus,Int_t clusnr);
    XANAPad      *GetPad() { return fPad;}
    void          saveAs(const char *);                                                            
    
    
   //setter   
    void         setCutC(Double_t cut)         {enCutClus_=cut;} 
    void         setCutT(Double_t cut)         {enCutTrak_=cut;} 
    void         SetBothView(Bool_t state)     {fBothV=state;}
    void         SetRadialView(Bool_t state)   {fRadial = state;}
    void         SetSideView(Bool_t state)     {fSide =state;}
    void         setHit(Bool_t flag)           {drawHit_ = flag;}
    void         setHitStereo(Bool_t flag)     {noSmooth_ = flag;} 
    void         setTrack(Bool_t flag)         {drawTrack_ = flag;}
    void         setTrackHit(Bool_t flag)      {drawTrackHit_ = flag;}
    void         setClus(Bool_t flag)          {drawClus_ = flag;}
    void         setEcal(Bool_t flag)          {ecalDet_ = flag;}
    void         setElec(Bool_t flag)          {drawElec_ = flag;}
    void         setCaloRecHit(Bool_t flag)    {drawCaloHit_ = flag;}  
    void         setRunNb(Int_t run)           {runNb_=run;}
    void         setEventNb(Int_t evt);
    void         setPrintMode(Bool_t flag)     {transparency_=flag;}       
           
    
   //getter
    XANAEcalGeometry *getEcalGeom() {return ecalGeom_;}
    TObjArray   *getElecTrackArr()  {return elecTrackArray_;} 
    void         getEvent();
    Int_t        getEventNb() {return eventNb_;} 
    Int_t        getRunNb()   {return runNb_;}
    Double_t     getCutC()    {return enCutClus_;}
    Double_t     getCutT()    {return enCutTrak_;}
    void         getShortFileName();
    
    //Get next event from tree
    void Next();
    //get previous event from tree
    void Previous();
    
   // file 
    void         openFile();
   //filename from menu 
    void         selectFile();
   // filename from command line
    void         selectFile(TString *fname);    
    
          
  private :
    XANADisplay(){;}
    XANADisplay(const char *name,Int_t w,Int_t h,Int_t winid);
  
    static XANADisplay *fInstance;
    
  // file ,tree,event
    TTree                *cmsTree_;
    XANAEsdEvent         *event_;
    XANAEcalGeometry     *ecalGeom_; 
    Int_t                 eventNb_;
    Int_t                 runNb_;
    Int_t                 currentEvent_;
    Int_t                 previousEvent_;
    Int_t                 maxEntries_;
    TObjArray            *trackArray_;
    TObjArray            *clusterArray_;
    TObjArray            *elecTrackArray_;
    TObjArray            *hitArray_;
    
    TFile                *cmsFile_;
    char                 *fileName_;
    char                 *shortFileName_;
    
  
  // Canvas,view
    XANAPad      *fPad;
    TGeoManager  *fGeom;
    TGeoVolume   *fTop;
    Double_t      autoResize();
    void          convertBlack(TPad *pad);
    TCanvas      *clusterView_;
    
  // flags indicating drawing choices
    Bool_t          fRadial;
    Bool_t          fSide;
    Bool_t          fBothV;
    Bool_t          drawHit_;
    Bool_t          drawTrackHit_;
    Bool_t          drawTrack_;
    Bool_t          drawClus_;
    Bool_t          drawCaloHit_;
    Bool_t          drawElec_;
    Bool_t          ecalDet_;
    Double_t        enCutClus_;           
    Double_t        enCutTrak_;
    
    Bool_t          noSmooth_;
    Bool_t          redrawDet_;
    
  // Max size of graphic containers
    Int_t         maxTrack_;
    Int_t         maxClus_;
    Int_t         maxElec_;
    Bool_t        transparency_;
     
  // containers of graphic objects             
    TObjArray    *graphicRTracks_;
    TObjArray    *graphicSTracks_;
    TObjArray    *graphicRElecTracks_;
    TObjArray    *graphicSElecTracks_;
    TObjArray    *graphicRHits_;
    TObjArray    *graphicSHits_;
    TPolyMarker  *pms_;
    TPolyMarker  *pmr_;
    
    TObjArray    *graphicSClus_;
    TObjArray    *graphicRClus_;
     
    TObjArray    *ecalSDetector_;
    TObjArray    *ecalRDetector_;
    TH2F         *histoEnd1Hit_;
    TH2F         *histoEnd2Hit_;
    TH2F         *maskEndCap_;
    TH2F         *histoCaloHit_;
    TH2F         *clusHisto_; 
    
    void          BuildSimpleGeometry();
    void          buildEcalR(Double_t *rmax,Double_t rmin,UInt_t col);
    void          buildEcalS(Double_t *x,Double_t *y,UInt_t col);
    void          createHistos();
    void          loadClus();
    void          loadElectronHits();
    void          loadAllTrackHits();
    void          loadTrackHits();
    void          loadCaloHits();
    void          resetGraphicObjects();
  
  ClassDef(XANADisplay,0)     // Display graphic objects 
};
#endif

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