#ifndef HSTART2CLUSTERFINDER_H_
#define HSTART2CLUSTERFINDER_H_

#include "Rtypes.h"
#include <map>
#include <vector>

//###############################################################
class start_singlestriphit {
    protected:
        Int_t fmoduleid;
        Int_t fchannelid;
        Int_t fmultiplid;
        Double_t ftoa;
        Double_t ftot;
    public:
	start_singlestriphit();
	start_singlestriphit(Int_t modid,Int_t channel, Int_t multiplid,Double_t toa, Double_t tot);
        Int_t    getModID    () { return fmoduleid; }
        Int_t    getChannelID() { return fchannelid;}
        Int_t    getMultiplID() { return fmultiplid;}
        Double_t getTOA      () { return ftoa; }
        Double_t getTOT      () { return ftot; }
};
//###############################################################

//###############################################################
class start_cluster {
    protected:
        Double_t fToTrange;
        Double_t fToArange;
        Double_t fMaxTot;
        Int_t    fchannelrange;
        Int_t    fMaxstripposincluster;
        Int_t    fClustersize;
        start_singlestriphit              fmaxsignalstrip;
        std::vector<start_singlestriphit> fclusterstrips;
    public:
	start_cluster(){;}
	start_cluster(std::vector<start_singlestriphit> &hits);
        Double_t             getToTrange () { return fToTrange; }
        Double_t             getToArange () { return fToArange; }
        Double_t             getMaXToT   () { return fMaxTot;   }
        Int_t                getChannelrange()        { return fchannelrange; }
        Int_t                getMaxstpposincluster()  { return fMaxstripposincluster; }
        Int_t                getClustersize()         { return fClustersize; }
        start_singlestriphit getmaxstripfromcluster() { return fmaxsignalstrip; }

	void setclusterstrips(std::vector<start_singlestriphit> &hits);
	void calccluster();
};
//###############################################################


//###############################################################
class HStart2ClusterFinder {
    protected:
        Double_t fToAthresh;
        Int_t    fStriprange;
        UInt_t   fMaxClustersize;
        start_singlestriphit              fmaxsignalstrip;
        std::vector<start_singlestriphit> fclustermaxstrips;
        std::vector<Int_t>                fclustersizes;
    public:
	HStart2ClusterFinder();
	void setclusterthresholds(Double_t toarange,Int_t striprange, UInt_t maxclustersize);
        std::vector<Int_t> &                getallclustersizes() { return fclustersizes; }
	std::vector<start_singlestriphit> & findcluster(std::vector<start_singlestriphit> & hitstoscan);
};
//###############################################################

#endif /*HSTART2CLUSTERFINDER_H_*/