#ifndef ROOT_VSPlot
#define ROOT_VSPlot

//*-- Modified :  v0r51 07/11/00  by  Damir Buskulic
//*-- Modified :  v0r49 21/06/00  by  Damir Buskulic
//*-- Modified :  v0r48 30/05/00  by  Damir Buskulic
//*-- Modified :  v0r47 14/04/00  by  Damir Buskulic
//*-- Modified :  v0r45 11/11/99  by  Damir Buskulic
//*-- Modified :  dev version 10/12/98  by  Damir Buskulic
//*-- Author :    Damir Buskulic   15/09/98

//////////////////////////////////////////////////////////////////////////
//                                                                      //
// VSPlot                                                               //
//                                                                      //
// class describing a plot (representation) of a series                 //
//                                                                      //
//////////////////////////////////////////////////////////////////////////

#include "TNamed.h"
#include "TH1.h"
#include "TF1.h"
#include "TArray.h"
#include "VManager.h"
#include "VGPSTime.h"

class TObject;
class VManager;

class VSPlot : public TH1D
{
private :
    VManager* mManager;    // Manager maintaining this plot
    VGPSTime  mGPSStart;   // Start time of the series for this plot
    Double_t  mStep;       // Step (sample) size of the series for this plot
    Int_t     mLeapS;      // leap seconds for calculating UTC time
    Int_t     mLocalTime;  // offset factor for calculating local time
    Int_t     fStartTimeDisplay;  //on/off Flag to display start time below axis
                                  // call it fStart... and not mStart... because of
                                  // a bug in handling of popup menus (TOGGLE option)
    Double_t  mStartTimeXOffset; // X offset for start time display
    Double_t  mStartTimeYOffset; // Y offset for start time display
    TString   mUnitX;      // units on the X axis
    TString   mUnitY;      // units on the Y axis

    void BuildVSP();
        
public :
    VSPlot();
    VSPlot(Text_t* name, Text_t* title, Int_t nbinsx, Axis_t xlow, Axis_t xup, VManager* serie);
    VSPlot(Text_t* name, Text_t* title, Int_t nbinsx, Axis_t xlow, Axis_t xup);
    VSPlot(Text_t* name, Text_t* title, Text_t* asciifilename);
    VSPlot(Text_t* name, Text_t* title, Int_t nbinsx, Axis_t* xbins);
    VSPlot(VSPlot& vsplot);
    ~VSPlot();
    void        Copy(TObject& newvsp);
    void        AdoptManager(VManager* mgr); // Adopt the manager as the maintainer of this plot
    void        AbandonManager();  // Removes this plot from the maintenance of this manager
    Int_t       DistancetoPrimitive(Int_t px, Int_t py);  // Distance to the plot in pixels
    TH1*        DrawCopy(Option_t *option);
    VManager*   GetManager() const {return mManager;} // Origin object of this VSPlot
    VGPSTime    GetGPSStart() {return mGPSStart;} // True gps time start for this plot
    Double_t    GetStep() {return mStep;} // offset for this plot
    Int_t       GetLocalTime() {return mLocalTime;} // local time for this plot
    Int_t       GetLeapS() {return mLeapS;} // Leap seconds for this plot
    Stat_t      GetAverageLevel(); // Average level of the signal for this plot
    char*       GetObjectInfo(Int_t px, Int_t py) const;
    Stat_t      GetPlotRMS();
    Int_t       GetStartTimeDisplay() {return fStartTimeDisplay;}
    Double_t    GetStartTimeXOffset() {return mStartTimeXOffset;}
    Double_t    GetStartTimeYOffset() {return mStartTimeYOffset;}
    void        GetStats(Stat_t *stats);
    void        SetStep(Double_t step) {mStep = step;}
    void        SetGPSStart(Double_t gpsstart);
    void        SetGPSStart(UInt_t gpsstartS, UInt_t gpsstartNS);
    void        SetLocalTime(Int_t localtime) {mLocalTime = localtime;}
    void        SetLeapS(Int_t leaps) {mLeapS = leaps;}
    void        SetStartTimeDisplay(Int_t mode) {fStartTimeDisplay = mode;} //*TOGGLE*
    void        SetStartTimeXOffset(Double_t offset) {mStartTimeXOffset = offset;} //*MENU* *ARGS={offset=>mStartTimeXOffset}
    void        SetStartTimeYOffset(Double_t offset) {mStartTimeYOffset = offset;} //*MENU* *ARGS={offset=>mStartTimeYOffset}
    Int_t       ShiftAppend(Int_t nval, Double_t* values);
    void        Paint(Option_t* option);
    void        PaintStatVS(Int_t dostat, TF1 *fit);
    
    ClassDef(VSPlot,2) // Description of a plot-representation of a series
};
#endif