class HHypPPPi0Projector: public HHypBaseAlgorithm

Function Members (Methods)

public:
HHypPPPi0Projector(const HHypPPPi0Projector&)
HHypPPPi0Projector(Char_t* name_i = 0, Option_t* par = 0)
virtual~HHypPPPi0Projector()
Bool_tHHypBaseAlgorithm::base_execute()
Bool_tHHypBaseAlgorithm::base_finalize()
Bool_tHHypBaseAlgorithm::base_init()
Bool_tHHypBaseAlgorithm::base_reinit()
Float_tcalcVertex(HPidTrackCand* p1, HPidTrackCand* p2, TVector3* vertex, TVector3* distance)
static TClass*Class()
virtual Bool_texecute()
virtual Bool_tfinalize()
Int_tHHypBaseAlgorithm::GetExitChannelAlgIdx()
TFile*HHypBaseAlgorithm::GetHFile()
HHypList*HHypBaseAlgorithm::GetList()
const Char_t*HHypBaseAlgorithm::GetName()
TString*HHypBaseAlgorithm::GetOpt(TString st)
Int_tHHypBaseAlgorithm::GetSourceChannelAlgIdx()
virtual Bool_tinit()
virtual TClass*IsA() const
Bool_tIsOpposit(Short_t, Short_t)
HHypPPPi0Projector&operator=(const HHypPPPi0Projector&)
virtual Bool_treinit()
voidHHypBaseAlgorithm::SetBeam(TLorentzVector* mybeam)
voidHHypBaseAlgorithm::SetBeamPID(Int_t projectile)
Bool_tHHypBaseAlgorithm::SetExitChannelAlgIdx(Int_t e_id)
Bool_tHHypBaseAlgorithm::SetExitList(Int_t e_list)
voidHHypBaseAlgorithm::SetHFile(TFile* file)
voidHHypBaseAlgorithm::SetHypChannel(HHypChannel* mychannel)
Bool_tHHypBaseAlgorithm::SetInitList(Int_t i_list)
Bool_tSetParamFile(TString pFile)
voidHHypBaseAlgorithm::SetParams(HHypRecPar* Params)
Bool_tHHypBaseAlgorithm::SetSourceChannelAlgIdx(Int_t i_id)
voidHHypBaseAlgorithm::SetTargetPID(Int_t target)
virtual voidShowMembers(TMemberInspector& insp, char* parent)
virtual voidStreamer(TBuffer& b)
voidStreamerNVirtual(TBuffer& b)

Data Members

public:
Bool_tHHypBaseAlgorithm::skip
protected:
TStringHHypBaseAlgorithm::algoName! Name of the algorithm (for printout, debugging...)
TLorentzVector*HHypBaseAlgorithm::beam! Pointer to the total CM energy for missing mass calculations
Int_tHHypBaseAlgorithm::beam_pid
HHypChannel*HHypBaseAlgorithm::channel! Pointer to the official channel list
Int_tHHypBaseAlgorithm::exitIdxThe index number of the hyplist object created in base_execute
Int_tHHypBaseAlgorithm::exitListThe physical exit list (see HHypChannel)
TFile*HHypBaseAlgorithm::histofile! Store optional information in this file
Int_tHHypBaseAlgorithm::initListMy physical init list
HHypList*HHypBaseAlgorithm::mylistPointer to the exitList (which THIS algorith may modify)
TStringHHypBaseAlgorithm::options! Option list
HHypRecPar*HHypBaseAlgorithm::pParamspointer to container with params
Int_tHHypBaseAlgorithm::sourceIdxThe index number of the source hyplist object
Int_tHHypBaseAlgorithm::target_pid! Beam and Target PID (needed for Kine Refit)
private:
HCategory*CatTrackCandSim
HEnergyLossCorrParenLossCorr
Bool_tgcutFlag
TCutG*p_CutG
TCutG*p_pip_CutG
TStringparamFile
TCutG*pip_CutG
TNtuple*pp
HCategory*simCat
Int_tsimuflag

Class Charts

Inheritance Inherited Members Includes Libraries
Class Charts

Function documentation

HHypPPPi0Projector(Char_t* name_i = 0, Option_t* par = 0)
~HHypPPPi0Projector()
Bool_t execute()
Bool_t init()
Bool_t reinit()
Bool_t finalize()
Bool_t IsOpposit(Short_t , Short_t )
Bool_t SetParamFile(TString pFile)
Float_t calcVertex(HPidTrackCand* p1, HPidTrackCand* p2, TVector3* vertex, TVector3* distance)
 calcVertex should return
 1. the vertex of two tracks (no weights included, so it returns the
    center of closest approach vector)
 2. a vector with direction and magnitude of the distance
    (using stefanos algebra to calculate the magnitude, root cross product
    to give the direction)
HHypPPPi0Projector(Char_t* name_i = 0, Option_t* par = 0)

Last change: 13/9/2005
Last generated: 2010-05-22 12:58
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