VMC::ExGarfield::Hit Class Reference

The calorimeter hit. More...

#include <Hit.h>

Inheritance diagram for VMC::ExGarfield::Hit:

Public Member Functions
	Hit ()
virtual	~Hit ()
virtual void	Print (Option_t *option="") const
void	Reset ()
void	AddEdepAbs (Double_t de)
void	AddEdepGas (Double_t de)
void	AddTrackLengthAbs (Double_t dl)
void	AddAvalancheSize (Double_t das)
void	AddGain (Double_t dg)
Double_t	GetEdepAbs () const
Double_t	GetTrackLengthAbs () const
Double_t	GetEdepGas () const
Double_t	GetAvalancheSize () const
Double_t	GetGain () const

Private Attributes
Double_t	fEdepAbs
	Energy deposit in the absorber.
Double_t	fEdepGas
	Energy deposit in the gas.
Double_t	fTrackLengthAbs
	Track length in the absorber.
Double_t	fAvalancheSize
	Avalanche size in the gas.
Double_t	fGain
	Gain.

Detailed Description

The calorimeter hit.

Garfield garfieldpp example adapted to Virtual Monte Carlo.

Author

I. Hrivnacova; IPN, Orsay

Definition at line 36 of file Hit.h.

Constructor & Destructor Documentation

Hit()

VMC::ExGarfield::Hit::Hit

(

)

Default constructor

Definition at line 34 of file Hit.cxx.

    : TObject(),
      fEdepAbs(0),
      fEdepGas(0),
      fTrackLengthAbs(0),
      fAvalancheSize(0),
      fGain(0)
  {
    /// Default constructor
  }

~Hit()

VMC::ExGarfield::Hit::~Hit ( )

virtual

Destructor

Definition at line 46 of file Hit.cxx.

  {
    /// Destructor
  }

Member Function Documentation

Print()

void VMC::ExGarfield::Hit::Print ( Option_t * option = "" ) const

virtual

Print hit info

Definition at line 52 of file Hit.cxx.

  {
    /// Print hit info
 
    cout << "   Absorber: total energy: " << std::setw(7) << fEdepAbs * 1.0e03
         << " MeV"
         << "       total track length: " << std::setw(7) << fTrackLengthAbs
         << " cm" << endl
         << "        Gas: total energy: " << std::setw(7) << fEdepGas * 1.0e06
         << " keV"
         << "           avalanche size: " << std::setw(7) << fAvalancheSize
         << "       gain: " << std::setw(7) << fGain << endl;
  }

Reset()

void VMC::ExGarfield::Hit::Reset

(

)

Reset accounted values.

Definition at line 67 of file Hit.cxx.

  {
    /// Reset accounted values.
 
    fEdepAbs = 0.;
    fEdepGas = 0.;
    fTrackLengthAbs = 0.;
    fAvalancheSize = 0.;
    fGain = 0.;
  }

AddEdepAbs()

void VMC::ExGarfield::Hit::AddEdepAbs ( Double_t de )

inline

Add energy deposit in the absorber

Parameters

de	Enery deposit

Definition at line 48 of file Hit.h.

{ fEdepAbs += de; }

AddEdepGas()

void VMC::ExGarfield::Hit::AddEdepGas ( Double_t de )

inline

Add energy deposit in the gas

Parameters

de	Enery deposit

Definition at line 52 of file Hit.h.

{ fEdepGas += de; }

AddTrackLengthAbs()

void VMC::ExGarfield::Hit::AddTrackLengthAbs ( Double_t dl )

inline

Add track length in the absorber

Parameters

dl	Track length

Definition at line 56 of file Hit.h.

{ fTrackLengthAbs += dl; }

AddAvalancheSize()

void VMC::ExGarfield::Hit::AddAvalancheSize ( Double_t das )

inline

Add avalanche size in the gas

Parameters

das	Avalanche size

Definition at line 60 of file Hit.h.

{ fAvalancheSize += das; }

AddGain()

void VMC::ExGarfield::Hit::AddGain ( Double_t dg )

inline

Add gain in the gas

Parameters

dg

Gain

Definition at line 64 of file Hit.h.

{ fGain += dg; }

GetEdepAbs()

Double_t VMC::ExGarfield::Hit::GetEdepAbs ( ) const

inline

Returns

The energy deposit in the absorber

Definition at line 68 of file Hit.h.

{ return fEdepAbs; };

GetTrackLengthAbs()

Double_t VMC::ExGarfield::Hit::GetTrackLengthAbs ( ) const

inline

Returns

The track length in the absorber

Definition at line 70 of file Hit.h.

{ return fTrackLengthAbs; };

GetEdepGas()

Double_t VMC::ExGarfield::Hit::GetEdepGas ( ) const

inline

Returns

The energy deposit in the gas

Definition at line 72 of file Hit.h.

{ return fEdepGas; };

GetAvalancheSize()

Double_t VMC::ExGarfield::Hit::GetAvalancheSize ( ) const

inline

Returns

The avalanche size in the gas

Definition at line 74 of file Hit.h.

{ return fAvalancheSize; };

GetGain()

Double_t VMC::ExGarfield::Hit::GetGain ( ) const

inline

Returns

The gain in the gas

Definition at line 76 of file Hit.h.

{ return fGain; };

Member Data Documentation

fEdepAbs

Double_t VMC::ExGarfield::Hit::fEdepAbs

private

Energy deposit in the absorber.

Definition at line 79 of file Hit.h.

fEdepGas

Double_t VMC::ExGarfield::Hit::fEdepGas

private

Energy deposit in the gas.

Definition at line 80 of file Hit.h.

fTrackLengthAbs

Double_t VMC::ExGarfield::Hit::fTrackLengthAbs

private

Track length in the absorber.

Definition at line 81 of file Hit.h.

fAvalancheSize

Double_t VMC::ExGarfield::Hit::fAvalancheSize

private

Avalanche size in the gas.

Definition at line 82 of file Hit.h.

fGain

Double_t VMC::ExGarfield::Hit::fGain

private

Gain.

Definition at line 83 of file Hit.h.

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

• examples/ExGarfield/include/Hit.h
• examples/ExGarfield/src/Hit.cxx