EdbEDAMainTab.h

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#ifndef __EDA_MAINTAB_H__
#define __EDA_MAINTAB_H__
 
#include"EdbEDAUtil.h"
#include"EdbEDATrackSet.h"
using namespace EdbEDAUtil;
 
 
class EdbEDAMainTab{
    private:
    TGCheckButton *eGCBTrackID;
    TGCheckButton *eGCBTrackAngle;
    TGRadioButton *eGRBSelSeg;
    TGRadioButton *eGRBSelTrack;
 
    public:
    
    enum{ kSelSeg, kSelTrack};
 
    TGNumberEntry *eGNENseg;
    TGNumberEntry *eGNEMaxPlate;
    TGNumberEntryField *eGNEWCut;
    TGNumberEntryField *eGNEPHDTRMS;
    
    TGCheckButton *eGClearPrevious;
 
    TGCheckButton *eGSideOut;
    TGNumberEntry *eGSideOutPlate;
    TGCheckButton *eGCBNeighbor;
    TGCheckButton *eGCBIpCut;
    TGCheckButton *eGCBAngleCut;
 
    TGNumberEntry *eGNETolDT;
    TGNumberEntry *eGNETolDX;
    TGNumberEntryField *eGNEAX;
    TGNumberEntryField *eGNEAY;
    TGNumberEntryField *eGNENeighborDzUp;
    TGNumberEntryField *eGNENeighborDzDown;
    
    // track search
    TGNumberEntryField *eGNESearchTrack;
    TGNumberEntryField *eGNESearchSegmentIPL;
    TGNumberEntryField *eGNESearchSegmentISeg;
 
    // search couples
    TGNumberEntry *eGNESearchBTIPL;
 
    TGCheckButton *eGCBExtention;
    TGCheckButton *eGCBExtention_res;
    TGCheckButton *fTextButton_scanback;
 
    TGHSlider *eGSliderExtentionZ;
 
    TGNumberEntryField *eGNEExtentionZ;
 
    TGRadioButton *eGRBColorPH;
    TGRadioButton *eGRBColorPL;
    TGRadioButton *eGRBColorBK;
    TObjArray *eDrawChecks;
 
    TGCheckButton *eGCBAnimation;
    TGCheckButton *eGCBDrawArea;
 
    TGMainFrame *eIDWindow;
 
    EdbEDATrackSet *eTrackSet; // TrackSet for the search.
    
    
    
    EdbEDAMainTab(void){
        eIDWindow=NULL;
        MakeGUIMain();
    }
    virtual ~EdbEDAMainTab(){}
    
    void MakeGUIMain();
    void MakeGUICuts(TGGroupFrame *fGroupFrame1);
    void MakeGUIIDSearch();
 
    void Redo(void);
    void ExecTrackSearch();
    void ExecSegmentSearch();
    void ExecCuts(int redraw = kTRUE);
    void ApplyParams();
    
    void SearchCouplesIP(int ipl, double x, double y, double z, double ipcut = 50, TObjArray *cps = NULL);
    void SearchCouplesIP(int ipl, EdbVertex *v, double ipcut = 50, TObjArray *cps = NULL);
    void SearchCouplesIP(TObjArray *segsarr = NULL);
    void SearchCouplesDmin(TObjArray *segsarr, int ipl);
    void SearchCouplesDmin(TObjArray *segsarr = NULL);
    
    void ClearTracks(void);
    void ClearVertices();
 
    void SetPickSegment();
    void SetPickTrack();
    void DrawOnlySelected();
    void RemoveSelected();
    void SelectAll();
    
    void SetExtention();
    void SetDrawText();
    void SetDrawTrackSets(Bool_t on);
    void SetDrawCheckBox();
    void SetExtentionZSlider();
    void SetExtentionZNumber();
    void DrawExtentionResolution();
    int  GetNsegCut(){ return eGNENseg->GetIntNumber();}
    double GetPHCut()  { return eGNEWCut->GetNumber();}
    double GetPHDTRMS(){ return eGNEPHDTRMS->GetNumber();}
    double GetTX(){ return eGNEAX->GetNumber();}
    double GetTY(){ return eGNEAY->GetNumber();}
    double GetDT(){ return eGNETolDT->GetNumber();}
    
    void CalcMinimumDistance(void);
    // calculate Dmin for the all combinations of the selected tracks.
    // original code from Tomoko Ariga
    void CalcVertex(int clear_previous_local=kTRUE);
    void CalcVertexPlus();
    
    void CalcPSelected();
    void CalcIP();
    void SetDrawAreas();
    void PickCenter();
    void SetAnimation();
    void SetColorMode();
    void ReadListFile(const char *filename=NULL, bool clear_previous=kFALSE);
    const char * WriteListFile(const char *filename=NULL);
    void ReadFilteredText();
    void WriteFilteredText();
    void SetProjection();
    
    void WriteFeedback();
    void ReadFeedback();
    void WriteMxxFile();
    
    void SetOutputFileModeButton();
    
    void MicroTrackSearch();
    
    ClassDef(EdbEDAMainTab, 0) // Main GUI
};
 
#endif // __EDA_MAINTAB_H__