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GFcontrol.h

Go to the documentation of this file.

#ifndef __GFCONTROL_H
#define __GFCONTROL_H 1

#include "TkrRecon/SiClusters.h"
#include "TkrRecon/ITkrGeometrySvc.h"

class GFsegment;
class GFtrack;
class GFparticle;
class GFpair;
class GFgamma;

//############################################
class GFtutor
//############################################
{
public:

        friend class GFsegment;
        friend class GFtrack;
        friend class GFparticle;
        friend class GFpair;
        friend class GFgamma;
        friend class GFcandidates;
        friend class GFdata;
        friend class GFbase;
        friend class KalPlane;

        static void GFtutor::load(SiClusters* scl, ITkrGeometrySvc* pTrkGeo);
        static void GFtutor::setVeto(bool vt) {CUT_veto = vt;}

protected:

        static SiClusters* _DATA;

        static bool CONTROL_connectGFpair;
        static bool CUT_veto;


protected:

        static int numPlanes() {return m_numPlanes;}

        static double trayWidth() {return m_trayWidth;}
        static double trayGap()   {return m_trayGap;}

        static double siStripPitch()  {return m_siStripPitch;}
        static double siThickness()   {return m_siThickness;}
        static double siResolution()  {return m_siResolution;}

protected:

        static double convRadLen(int iplane);

    static int  okClusterSize(SiCluster::view axis, int indexhit, double slope);        
    static bool neighbourTowers(int itower, int jtower);

private:

        static ITkrGeometrySvc* pTrackerGeo;

        static int m_numPlanes;
        
        static double m_trayWidth;
        static double m_trayGap;

        static double m_siStripPitch;
        static double m_siThickness;
        static double m_siResolution;

        static bool m_storedVeto;
}; 

//############################################
class GFcontrol
//############################################
{
public:

        //  control drivers 
        static int gammaTries;
        static int particleTries;
        static int maxCandidates;

        static double FEneParticle;

        // control GF objects
        static double FEne;
        static double sigmaCut;

        static double minEnergy;
        static double minQ;

        // control GF tracks
        static int maxConsecutiveGaps;
        static int minSegmentHits;
        static double maxChiSq;
        static double maxChiSqSegment;
        static int maxGapsSegment;
        static double maxSigmaCut;
        static double sigmaVeto;
        static double iniErrorSlope; 
        static double iniErrorPosition;

        // control GFalgorithms
        static double GFcontrol::XEne;
        static bool GFcontrol::addTracksChi2;
        static bool sigmaCluster;
        static double GFcontrol::maxSigmasSharedHits;
        
        // control errors
        static int GFcontrol::error;

};

#endif

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