ana::Configuration Struct Reference

the overall configuration options for QuickAna More...

#include <Configuration.h>

Inheritance diagram for ana::Configuration:

List of all members.

Public Member Functions
	Configuration ()
virtual	~Configuration ()
void	setConfig (const Configuration &conf)
template<class T >
void	declareConfigProperties (T &obj)
	declare the properties for the given object
Public Attributes
bool	isDataFlag = false
	whether we intent to run on data
bool	isAFIIFlag = false
unsigned	msgLevel = MSG::INFO
	global message level to apply to all tools created by QuickAna.
std::string	eventinfoDef
	the EventInfo definition to use
std::string	eventSelectDef
	the EventSelect definition to use
std::string	electronDef
	the electron definition
std::string	electronKine
	the electron kinematic selection
std::string	photonDef
	the photon definition
std::string	photonKine
	the photon kinematic selection
std::string	muonDef
	the muon definition
std::string	muonKine
	the muon kinematic selection
std::string	tauDef
	the tau definition
std::string	tauKine
	the tau kinematic selection
std::string	jetDef
	the jet definition
std::string	jetKine
	the jet kinematic selection
std::string	fatJetDef
	the fat jet definition
std::string	fatJetKine
	the fat jet kinematic selection
std::string	metDef
	the met definition
std::string	met2Def
	the second met definition
std::string	orDef
	the overlap removal definition
std::string	triggerDef
std::vector< std::string >	muDataFiles
	the files with the vertex distribution in data
std::vector< std::string >	muMcFiles
	the file with the vertex distribution for the current MC
std::string	schedulerDef
	the scheduler to use
std::string	selectionNameMET
	the name of the selection decoration for the MET tool
std::string	selectionNameOR
	the name of the selection decoration for the OR tool
std::string	selectionName
	the name of the selection decoration for the final analysis objects

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Detailed Description

the overall configuration options for QuickAna

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Constructor & Destructor Documentation

ana::Configuration::Configuration

(

)

effects: standard default constructor guarantee: strong failures: out of memory I

virtual ana::Configuration::~Configuration

(

)

[inline, virtual]

effects: standard destructor guarantee: no-fail rationale: virtual destructor for base class

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Member Function Documentation

template<class T >

void ana::Configuration::declareConfigProperties

(

T &

obj

)

[inline]

declare the properties for the given object

Guarantee

basic

Failures

property declaration failures

void ana::Configuration::setConfig

(

const Configuration &

conf

)

effects: set the configuration to the given one guarantee: basic failures: out of memory II rationale: this is essentially the standard assignment operator, but I introduced it as an explicit function to make it more clear what is happening and to avoid awkward cast or using statements

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Member Data Documentation

std::string ana::Configuration::electronDef

the electron definition

e.g. tight, loose, default, none, etc.

std::string ana::Configuration::electronKine

the electron kinematic selection

e.g. pt>50e3

std::string ana::Configuration::fatJetDef

the fat jet definition

e.g. antikt10, default, none, etc.

std::string ana::Configuration::fatJetKine

the fat jet kinematic selection

e.g. pt>50e3

bool ana::Configuration::isDataFlag = false

whether we intent to run on data

this option may go away at some point if we figure out how to obtain this information from the input file.

std::string ana::Configuration::jetDef

the jet definition

e.g. antikt04, default, none, etc.

std::string ana::Configuration::jetKine

the jet kinematic selection

e.g. pt>50e3

std::string ana::Configuration::met2Def

the second met definition

This is so you can evaluate regular and track MET at the same time.

std::string ana::Configuration::metDef

the met definition

e.g. default, none, etc.

std::string ana::Configuration::muonDef

the muon definition

e.g. tight, loose, default, none, etc.

std::string ana::Configuration::muonKine

the muon kinematic selection

e.g. pt>50e3

std::string ana::Configuration::orDef

the overlap removal definition

e.g. default, none, etc.

std::string ana::Configuration::photonDef

the photon definition

e.g. tight, loose, default, none, etc.

std::string ana::Configuration::photonKine

the photon kinematic selection

e.g. pt>50e3

std::string ana::Configuration::tauDef

the tau definition

e.g. tight, loose, default, none, etc.

std::string ana::Configuration::tauKine

the tau kinematic selection

e.g. pt>50e3

std::string ana::Configuration::triggerDef

that contains triggers used seperated by spaces

e.g. "", "HLT_mu20_iloose_L1MU15", "HLT_mu20_iloose_L1MU15 HLT_e24_tight1_iloose"

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

• /cvmfs/atlas.cern.ch/repo/sw/ASG/AnalysisBase/2.4.31/QuickAna/QuickAna/Configuration.h
• /cvmfs/atlas.cern.ch/repo/sw/ASG/AnalysisBase/2.4.31/QuickAna/QuickAna/Configuration.icc
• /cvmfs/atlas.cern.ch/repo/sw/ASG/AnalysisBase/2.4.31/QuickAna/Root/Configuration.cxx