AnaKlambda Class Reference

#include <anaklambda.h>

Inheritance diagram for AnaKlambda:

List of all members.

Public Member Functions
	AnaKlambda ()
int	Fisica ()
void	print_scale ()
Public Attributes
gvet	Versk
gvet	vlam
double	mas_lambda
double	mas_protone
double	mas_pim
qvet	Pprot
qvet	Ppim
qvet	Plam
int	np
float	charge
float	pxlam
float	pylam
float	pzlam
float	momlam
float	elam
float	masqlam
float	pxpim
float	pypim
float	pzpim
float	mompim
float	epim
float	pxprt
float	pyprt
float	pzprt
float	momprt
float	eprt
float	xlam
float	ylam
float	zlam
float	dlam

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Detailed Description

Lambda-> protone pim

Author:

gmp

Definition at line 33 of file anaklambda.h.

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Constructor & Destructor Documentation

AnaKlambda::AnaKlambda

(

)

Il costruttore della procedura di prova per lambda analisi

Definition at line 28 of file anaklambda.cpp.

{
    tipo=27;
    nfit=1;
    titol="Lamda->protone pim " ;
    nome="Klambda";
    mas_lambda= ptr_Lambda->Get_Massa();
    mas_pim=ptr_Pip->Get_Massa();
    mas_protone= ptr_Protone->Get_Massa();


    Gout<<"\n Attivato il fit di "<<titol;

}

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Member Function Documentation

int AnaKlambda::Fisica

(

)

[virtual]

Il fit per la procedura di prova per pi nu nu analisiPprot.setvn ( Trkstraw->Traccia[0].P0,mas_protone );

Reimplemented from Analisi.

Definition at line 51 of file anaklambda.cpp.

{
    count_call++;

    np=0;

    pxlam=pylam=pzlam=momlam=0.;
    pxpim=pypim=pzpim=mompim=0.;
    pxprt=pyprt=pzprt=momprt=0.;
    epim =elam= eprt=0.;


    //taglio sul vertice generato
    if ( evento_.Gen.zv < 10000  || evento_.Gen.zv > 17000 )
    {
        counter[0]++;
        return -1;
    }
                
                count_decay++;

 //***********************************************
    //   da fare 
//*************************************************
    count_wnt++;
    np=1;
    return 1;

}

void AnaKlambda::print_scale

(

)

[virtual]

Stampa il summary del fit.

Reimplemented from Analisi.

Definition at line 81 of file anaklambda.cpp.

{
    Gout<<"\n -----> "<<titol<<" Analysis Summary <-------\n";
    Gout<<"\n Fit entries          "<<count_call;
                Gout<<"\n Good decays          "<<count_decay << " (in the fiducial region)";
    for ( int i=0;i<30;i++ )
    {
        if ( counter[i]>0 )  Gout<<"\n Rejection "<<setw ( 3 ) <<i<<"         "<<counter[i];

    }

    Gout<<"\n Good events          "<<count_wnt;

    Gout<<"\n\n ======>           d o n e     <============ "<<std::endl;
}

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The documentation for this class was generated from the following files:

• flyopunta/src/src_ana/anaklambda.h
• flyopunta/src/src_ana/anaklambda.cpp