EdbEDATabs.h

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#ifndef __EDA_TABS_H__
#define __EDA_TABS_H__
 
#include"EdbEDAUtil.h"
#include"EdbEDATrackSet.h"
#include"EdbEDASets.h"
 
using namespace EdbEDAUtil;
 
 
class EdbEDAListTab {
    private :
    TGListBox *fListFiles;
    TGListBox *fListFilesOpened;
    TGTextEditor *fListFileEditor;
    TGCheckButton *fCheck_list_clear_previous;
 
    public:
    
    EdbEDAListTab () {MakeGUI();}
 
    void ReviceFileList();
    void ReadSelectedList();
    void MakeGUI();
    void WriteListFile();
};
 
 
 
 
 
class EdbEDAVertexTab: public EdbVertexRec{
    public:
    int eNtrk;
    int eVtxTrk;
 
    TGNumberEntryField *eGNEImpMax;
    TGNumberEntryField *eGNEProbMinV;
    TGNumberEntryField *eGNEDZmax;
    TGNumberEntry *eGNEVNtrk;
    TGCheckButton *eGCBUseMom;
    TGCheckButton *eGCBUseSegPar;
    TGComboBox *eGCBVtxTrk;
    
    TGCheckButton *eGCBAngularCut;
    int eAngularCut;
    double eTX;
    double eTY;
    double eDT;
    
    EdbEDATrackSet *eSet;
    
    enum {
        USE_CURRENT_TRACKS,
        USE_ALL_TRACKS
    };
    
    EdbEDAVertexTab(){
        // initial values;
        eDZmax      = 5000.;  // maximum z-gap in the track-vertex group
        eProbMin    = 0.001;  // minimum acceptable probability for chi2-distance between tracks
        eImpMax     = 5.;    // maximal acceptable impact parameter [microns] (for preliminary check)
        eUseMom     = false;  // use or not track momentum for vertex calculations
        eUseSegPar  = true;  // use only the nearest measured segments for vertex fit (as Neuchatel)
        eQualityMode= 0;      // vertex quality estimation method (0:=Prob/(sigVX^2+sigVY^2); 1:= inverse average track-vertex distance
        eVtxTrk = USE_ALL_TRACKS;
        eNtrk = 3;
        eVTX = NULL;
        MakeGUI();
    }
    
    void MakeGUI();
    void DoVertexing(EdbEDATrackSet *set = NULL);
    void DoVertexingButton();
    void SetVertices();
    void Redraw();
    void ApplyParams();
    
    void Clear();
    
    ClassDef(EdbEDAVertexTab,1) // vertexing control tab
};
 
 
 
class EdbEDAMCTab{
    // Draw MC data set.
    private:
    
    bool eLoaded;
    
    EdbEDATrackSet *eSet;
    EdbDataProc *eProc;
    EdbPVRec *ePVR;
    TGNumberEntry *fMCEvt;
    
    public:
    EdbEDAMCTab() : eLoaded(kFALSE), eProc(0){ 
        MakeGUI();
    }
    
    void MakeGUI();
    void ShowMCEvt();
    void ShowMCEvtPP();
    void ShowMCEvtMM();
    void Draw(int iMCEvt);
};
 
class EdbEDAPredTab{
    
    private:
    TGNumberEntry *fIplPropagateTo;
    TGTextEntry   *fManChkFile;
    int IplPropagateTo;
    char manchkfile[50];
 
    int pred_use_angle;
    int pred_ipl_from;
    int pred_ipl_to;
    int pred_run;
    int pred_dx;
    int pred_dy;
 
    TGCheckButton *fUseAngle;
    TGNumberEntry *fIplFrom;
    TGNumberEntry *fIplTo;
    TGNumberEntryField *fPredRun;
    TGNumberEntryField *fVolumeRun;
    TGNumberEntryField *fVolumeDX;
    TGNumberEntryField *fVolumeDY;
    TGNumberEntryField *fTx;
    TGNumberEntryField *fTy;
 
    TObjArray *preds;
 
    public:
    EdbEDAPredTab():
        IplPropagateTo(0),
        pred_use_angle(0),
        pred_ipl_from(0),
        pred_ipl_to(0),
        pred_run(2000),
        pred_dx(3000),
        pred_dy(3000){
        preds = new TObjArray();
        MakeGUI();
    }
    
    void WritePred();
    void MakeManChkPred();
    void MakePredScanPred();
    void MakeManChkPredGivenAngleFromVertex(int id = -999, double ax = 999, double ay = 999);
    void RemoveFile();  
    void SetManChkFile(Long_t ipl);
    void MakeGUI();
 
};
 
class EdbEDAOperationTab {
    private:
    TEveBrowser * browser;
    TGMainFrame * frame;
    TGNumberEntryField *fRun;
    
    EdbTrackP *eT0org, *eT1org, *eT0p, *eT1p;       // store values for Redo
    EdbEDATrackSet *eSet;
    int eLastOperation;
    enum{ kNone, kConnect, kDisconnect, kRemoveSegment, kAttarchToVertex};
    
    public:
    EdbEDAOperationTab(void);
    void ConnectTracks(EdbTrackP *t0, EdbTrackP *t1);
    void ConnectTracksButton(void);
    void RemoveSegment(void);
    void DisconnectTracks(void);
    void Redo(void);
    void DumpTracksButton(void);
    void DumpTrack(EdbTrackP *t, FILE *fp=NULL, int run=99, int plate_coordinate=1);
    
    void AttachToVertex(EdbVertex *v, TObjArray *tracks);
    void AttachToVertexButton();
    void MoveToTrackSetButton();
    
};
 
 
 
class EdbEDATrackSetList: public TGTransientFrame {
    
    private:
    TGVerticalFrame *fVerticalFrame;
    TGListBox *fListBox;
    TObjArray *fTrackSets;
    int *fSelected;
    public:
    EdbEDATrackSetList(TObjArray *tracksets, int *iselected, char *message=NULL);
    ~EdbEDATrackSetList();
    void SetSelected();
    
    
    ClassDef(EdbEDATrackSetList, 0) // TrackSet List
};
 
 
 
 
 
 
#endif // __EDA_TABS_H__