GlobalSim::GlobalLArCell Class Reference

#include <GlobalLArCell.h>

Collaboration diagram for GlobalSim::GlobalLArCell:

Public Member Functions
	GlobalLArCell ()
	default constructor
	GlobalLArCell (uint32_t ID, const std::string &FEB2, int channel)
	Main constructor.
void	setEnergy (float energy)
	copy & move c'tor, assignment, and destructor are automatically generated
void	setEnergy (float energy, boost::dynamic_bitset<> &&energy_bitset)
	set transverse energy in MeV and write bitstring encoding it
void	setPosition (float eta, float phi)
	set position of cell in eta-phi space
void	setSampling (int sampling)
	set sampling of cell
void	setLayer (int layer)
	set layer of cell
void	setSigma (float sigma)
	set significancy of energy deposit
void	setMUX (std::string muxname)
	set name of associated MUX
void	setLASP (std::string laspname)
	set name of associated LASP
void	setBoardConnector (std::string connector, std::string type, int number, int fiber)
	set properties of associated board connector
float	getEnergy () const
	get transverse energy in MeV
const boost::dynamic_bitset &	getEnergyBitstring () const
	get the energy bitstring
uint32_t	getID () const
	get the short identifier of the cell
int	getChannel () const
	get the channel of this cell on its associated FEB2
float	getSigma () const
	get the significance of the energy deposit of this cell
float	eta () const
	get the eta position of the cell
float	phi () const
	get the phi position of the cell
int	getSampling () const
	get the sampling of the cell
int	getLayer () const
	get the layer of the cell
const std::string &	getFEB2 () const
	get the name of the FEB2 this cell is associated with
const std::string &	getMUX () const
	get the name of the MUX this cell is associated with
const std::string &	getLASP () const
	get the name of the LASP this cell is associated with
const std::string &	getConnector () const
	get the connector of the FEB2 this cell is associated with
const std::string &	getConnectorType () const
	get the type of connector of the FEB2 this cell is associated with

Protected Attributes
uint32_t	m_id = -1
	identifier of this cell
float	m_eta = -99.9
	eta position of this cell
float	m_phi = -99.9
	phi position of this cell
int	m_sampling = -1
	sampling of this cell
int	m_layer = -1
	layer of this cell
std::string	m_feb2 = ""
	name of the FEB2 through which this cell is read out
int	m_channel = -1
	channel number of this cell on its associated FEB2
float	m_energy = -1
	transverse energy (in MeV)
boost::dynamic_bitset	m_energy_bitset
	string of the bitstream encding the transverse energy (in MeV)
float	m_sigma = -99.9
	significance of energy deposit (transverse energy divided by total expected noise)
std::string	m_mux = ""
	name of associated MUX
std::string	m_lasp = ""
	name of associated LASP
std::string	m_connector = ""
	connector of associated FEB2
std::string	m_connectorType = ""
	type of connector of associated FEB2
int	m_connectorNumber = -1
	connector number of associated FEB2
int	m_fiber = -1
	fiber number of associated FEB2

Detailed Description

Definition at line 13 of file GlobalLArCell.h.

Constructor & Destructor Documentation

GlobalLArCell() [1/2]

GlobalSim::GlobalLArCell::GlobalLArCell ( )

inline

default constructor

Definition at line 136 of file GlobalLArCell.h.

                                      :
    m_id(0),
    m_feb2("NONE"),
    m_channel(0),
    m_energy(0),
    m_sigma(0)
  {}

GlobalLArCell() [2/2]

GlobalSim::GlobalLArCell::GlobalLArCell ( uint32_t ID, const std::string & FEB2, int channel )

inline

Main constructor.

Definition at line 144 of file GlobalLArCell.h.

                       :
    m_id(ID),
    m_feb2(FEB2),
    m_channel(channel),
    m_energy(0),
    m_sigma(0)
  {}

Member Function Documentation

eta()

float GlobalSim::GlobalLArCell::eta ( ) const

inline

get the eta position of the cell

Definition at line 182 of file GlobalLArCell.h.

{ return m_eta; }

getChannel()

int GlobalSim::GlobalLArCell::getChannel ( ) const

inline

get the channel of this cell on its associated FEB2

Definition at line 180 of file GlobalLArCell.h.

{ return m_channel; }

getConnector()

const std::string & GlobalSim::GlobalLArCell::getConnector ( ) const

inline

get the connector of the FEB2 this cell is associated with

Definition at line 189 of file GlobalLArCell.h.

{ return m_connector; }

getConnectorType()

const std::string & GlobalSim::GlobalLArCell::getConnectorType ( ) const

inline

get the type of connector of the FEB2 this cell is associated with

Definition at line 190 of file GlobalLArCell.h.

{ return m_connectorType; }

getEnergy()

float GlobalSim::GlobalLArCell::getEnergy ( ) const

inline

get transverse energy in MeV

Definition at line 177 of file GlobalLArCell.h.

{ return m_energy; }

getEnergyBitstring()

const boost::dynamic_bitset & GlobalSim::GlobalLArCell::getEnergyBitstring ( ) const

inline

get the energy bitstring

Definition at line 178 of file GlobalLArCell.h.

{ return m_energy_bitset; }

getFEB2()

const std::string & GlobalSim::GlobalLArCell::getFEB2 ( ) const

inline

get the name of the FEB2 this cell is associated with

Definition at line 186 of file GlobalLArCell.h.

{ return m_feb2; }

getID()

uint32_t GlobalSim::GlobalLArCell::getID ( ) const

inline

get the short identifier of the cell

Definition at line 179 of file GlobalLArCell.h.

{ return m_id; }

getLASP()

const std::string & GlobalSim::GlobalLArCell::getLASP ( ) const

inline

get the name of the LASP this cell is associated with

Definition at line 188 of file GlobalLArCell.h.

{ return m_lasp; }

getLayer()

int GlobalSim::GlobalLArCell::getLayer ( ) const

inline

get the layer of the cell

Definition at line 185 of file GlobalLArCell.h.

{ return m_layer; }

getMUX()

const std::string & GlobalSim::GlobalLArCell::getMUX ( ) const

inline

get the name of the MUX this cell is associated with

Definition at line 187 of file GlobalLArCell.h.

{ return m_mux; }

getSampling()

int GlobalSim::GlobalLArCell::getSampling ( ) const

inline

get the sampling of the cell

Definition at line 184 of file GlobalLArCell.h.

{ return m_sampling; }

getSigma()

float GlobalSim::GlobalLArCell::getSigma ( ) const

inline

get the significance of the energy deposit of this cell

Definition at line 181 of file GlobalLArCell.h.

{ return m_sigma; }

phi()

float GlobalSim::GlobalLArCell::phi ( ) const

inline

get the phi position of the cell

Definition at line 183 of file GlobalLArCell.h.

{ return m_phi; }

setBoardConnector()

void GlobalSim::GlobalLArCell::setBoardConnector ( std::string connector, std::string type, int number, int fiber )

inline

set properties of associated board connector

Definition at line 169 of file GlobalLArCell.h.

                                                                                                          { 
      m_connector = std::move(connector);
      m_connectorType = std::move(type);
      m_connectorNumber = number;
      m_fiber = fiber;
  };

setEnergy() [1/2]

void GlobalSim::GlobalLArCell::setEnergy ( float energy )

inline

copy & move c'tor, assignment, and destructor are automatically generated

set transverse energy in MeV

Definition at line 155 of file GlobalLArCell.h.

{ m_energy = energy; }

setEnergy() [2/2]

void GlobalSim::GlobalLArCell::setEnergy ( float energy, boost::dynamic_bitset<> && energy_bitset )

inline

set transverse energy in MeV and write bitstring encoding it

Definition at line 156 of file GlobalLArCell.h.

                                                                                           { 
      m_energy = energy;
      m_energy_bitset = std::move(energy_bitset);
  }

setLASP()

void GlobalSim::GlobalLArCell::setLASP ( std::string laspname )

inline

set name of associated LASP

Definition at line 168 of file GlobalLArCell.h.

{ m_lasp = std::move(laspname); };

setLayer()

void GlobalSim::GlobalLArCell::setLayer ( int layer )

inline

set layer of cell

Definition at line 165 of file GlobalLArCell.h.

{ m_layer = layer; }

setMUX()

void GlobalSim::GlobalLArCell::setMUX ( std::string muxname )

inline

set name of associated MUX

Definition at line 167 of file GlobalLArCell.h.

{ m_mux = std::move(muxname); };

setPosition()

void GlobalSim::GlobalLArCell::setPosition ( float eta, float phi )

inline

set position of cell in eta-phi space

Definition at line 160 of file GlobalLArCell.h.

                                                              { 
      m_eta = eta;
      m_phi = phi;
  }

setSampling()

void GlobalSim::GlobalLArCell::setSampling ( int sampling )

inline

set sampling of cell

Definition at line 164 of file GlobalLArCell.h.

{ m_sampling = sampling; }

setSigma()

void GlobalSim::GlobalLArCell::setSigma ( float sigma )

inline

set significancy of energy deposit

Definition at line 166 of file GlobalLArCell.h.

{ m_sigma = sigma; }

Member Data Documentation

m_channel

int GlobalSim::GlobalLArCell::m_channel = -1

protected

channel number of this cell on its associated FEB2

Definition at line 103 of file GlobalLArCell.h.

m_connector

std::string GlobalSim::GlobalLArCell::m_connector = ""

protected

connector of associated FEB2

Definition at line 121 of file GlobalLArCell.h.

m_connectorNumber

int GlobalSim::GlobalLArCell::m_connectorNumber = -1

protected

connector number of associated FEB2

Definition at line 127 of file GlobalLArCell.h.

m_connectorType

std::string GlobalSim::GlobalLArCell::m_connectorType = ""

protected

type of connector of associated FEB2

Definition at line 124 of file GlobalLArCell.h.

m_energy

float GlobalSim::GlobalLArCell::m_energy = -1

protected

transverse energy (in MeV)

Definition at line 106 of file GlobalLArCell.h.

m_energy_bitset

boost::dynamic_bitset GlobalSim::GlobalLArCell::m_energy_bitset

protected

string of the bitstream encding the transverse energy (in MeV)

Definition at line 109 of file GlobalLArCell.h.

m_eta

float GlobalSim::GlobalLArCell::m_eta = -99.9

protected

eta position of this cell

Definition at line 88 of file GlobalLArCell.h.

m_feb2

std::string GlobalSim::GlobalLArCell::m_feb2 = ""

protected

name of the FEB2 through which this cell is read out

Definition at line 100 of file GlobalLArCell.h.

m_fiber

int GlobalSim::GlobalLArCell::m_fiber = -1

protected

fiber number of associated FEB2

Definition at line 130 of file GlobalLArCell.h.

m_id

uint32_t GlobalSim::GlobalLArCell::m_id = -1

protected

identifier of this cell

Definition at line 85 of file GlobalLArCell.h.

m_lasp

std::string GlobalSim::GlobalLArCell::m_lasp = ""

protected

name of associated LASP

Definition at line 118 of file GlobalLArCell.h.

m_layer

int GlobalSim::GlobalLArCell::m_layer = -1

protected

layer of this cell

Definition at line 97 of file GlobalLArCell.h.

m_mux

std::string GlobalSim::GlobalLArCell::m_mux = ""

protected

name of associated MUX

Definition at line 115 of file GlobalLArCell.h.

m_phi

float GlobalSim::GlobalLArCell::m_phi = -99.9

protected

phi position of this cell

Definition at line 91 of file GlobalLArCell.h.

m_sampling

int GlobalSim::GlobalLArCell::m_sampling = -1

protected

sampling of this cell

Definition at line 94 of file GlobalLArCell.h.

m_sigma

float GlobalSim::GlobalLArCell::m_sigma = -99.9

protected

significance of energy deposit (transverse energy divided by total expected noise)

Definition at line 112 of file GlobalLArCell.h.

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

• GlobalLArCell.h