For questions or suggestions about this module please contact the current responsible and CC in the eventAnalysis package manager. More...

Namespaces
	TTrackerECALReconModule

Classes
class	GRooTrackerVtx

class	JNuBeamFlux

class	NRooTrackerVtx
	This is a simple event class which is essentially an objectified version of the NEUT nRooTracker output format. More...

class	RooTrackerVtxBase

class	TAnalysisHeaderModuleBase
	A base class for analysis output modules which contain event header information. More...

class	TAnalysisLoop
	Generate an analysis tree to summarize the event reconstruction. More...

class	TAnalysisModuleBase
	A base class for classes which specify how to set up an Analysis format output tree, and fill it. More...

class	TAnalysisReconModuleBase
	A base class for analysis output modules which contain reconstructed event information. More...

class	TAnalysisTruthModuleBase
	A base class for analysis output modules which contain event truth information. More...

class	TBasicDataQualityModule
	An analysis module which add the data quality branch to the HeaderDir branch. More...

class	TBasicHeaderModule
	An analysis module which carries some simple event-level header information. More...

class	TBeamSummaryDataModule
	An analysis module which carries some very simple event-level header information. More...

class	TECALTestbeamModule

class	TeventAnalysis_version
	This has fields for the library version and can add stuff to the TROOT environment. More...

class	TFgdOnlyModule

class	TGeometrySummaryModule

class	TGlobalReconModule
	This module summarizes the information from global reconstruction. More...

class	TGRooTrackerVtxModule

class	TLowLevelInfoModule
	An analysis module which carries some low level hit information. More...

class	TNRooTrackerVtxModule

class	TP0DECALReconModule
	Used to summarise the reconstruction of an event in the P0DECal. More...

class	TP0DReconModule
	Used to fill a TTree of summary information for the P0D reconstruction algorithms. More...

class	TReconPerformanceEvalModule
	TReconPerformanceEvalModule - Object that contains information related to the performance of global recon. More...

class	TRooTrackerVtxModuleBase
	Abstract base class for converting the neutrino MC pass-through information into eventAnalysis defined objects which hold the truth information about the interaction vertices in the event. More...

class	TSFGReconModule
	Used to fill a TTree of summary information for the SFG reconstruction algorithms. More...

class	TSmrdReconModule
	Summary information from smrdRecon output. More...

class	TSubBaseObject
	Provides data members common to reconstructed objects from all sub detectors. More...

class	TSubBaseShowerObject
	Provides data members common to reconstructed showers from all sub detectors. More...

class	TTagsModule
	An analysis module which stores the contents of the tags part of oaEvent. More...

class	TTrackerReconModule
	This module summarizes the reconstruction information from the trackerRecon. More...

class	TTRExReconModule
	TTRExReconModule - Object that contains information related to reconstructed object from the extended TPC reconstruction package, TREx. More...

class	TTrueParticle
	Describes a true G4 particle associated to a TGlobalPID. More...

class	TTrueVertex
	An object to describe the true G4 vertex associated to the TGlobalVertex. More...

class	TTruthTrajectoriesModule
	The eventAnalysis module responsible for saving information about the True Particles in an event from MC. More...

class	TTruthVerticesModule
	eventAnalysis module for storing the truth information for primary vertices in events More...

Functions
	OA_EXCEPTION (EeventAnalysis, EoaCore)
	Generate a base exception for the Analysis library. More...

	OA_EXCEPTION (EDataFile, EeventAnalysis)

	OA_EXCEPTION (EAnalysisModuleBase, EeventAnalysis)

	OA_EXCEPTION (EUndefinedTreeType, EAnalysisModuleBase)

	OA_EXCEPTION (EAnalysisFailure, EAnalysisModuleBase)

	OA_EXCEPTION (ERooTrackerVerticesModule, EeventAnalysis)

	OA_EXCEPTION (EPassThroughMismatch, ERooTrackerVerticesModule)

	OA_EXCEPTION (EProductionException, EeventAnalysis)

	OA_EXCEPTION (EIncorrectInputGenerator, ERooTrackerVerticesModule)

	OA_EXCEPTION (ENoKinematicsPassThroughTrees, ERooTrackerVerticesModule)

	OA_EXCEPTION (EBeamSummaryDataModule, EeventAnalysis)

	OA_EXCEPTION (ETruthVerticesModule, EeventAnalysis)

	OA_EXCEPTION (EUndefinedParticleCategoryVertex, ETruthVerticesModule)

	OA_EXCEPTION (ENoBeamSummaryData, EBeamSummaryDataModule)

	OA_EXCEPTION (EeventAnalysisInfiniteLoop, EeventAnalysis)

	OA_EXCEPTION (EeventAnalysisInfiniteLoop2, EeventAnalysis)

bool	PreselectionSorter (std::pair< std::string, ND::TAnalysisModuleBase * > const &LHS, std::pair< std::string, ND::TAnalysisModuleBase * > const &RHS)
	Used to sort Preselecting modules to the end of the vector. More...

Variables
const int	kGStdHepIdxE = 3

const int	kGStdHepIdxPx = 0

const int	kGStdHepIdxPy = 1

const int	kGStdHepIdxPz = 2

const int	kGStdHepIdxT = 3

const int	kGStdHepIdxX = 0

const int	kGStdHepIdxY = 1

const int	kGStdHepIdxZ = 2

const int	kGStdHepNPmax = 350

const int	kNEmaxvc = 100

const int	kNEmaxvert = 100

const int	kNEmaxvertp = 300

const int	kNgmax = 12

const int	kNStdHepIdxE = 3

const int	kNStdHepIdxPx = 0

const int	kNStdHepIdxPy = 1

const int	kNStdHepIdxPz = 2

const int	kNStdHepIdxT = 3

const int	kNStdHepIdxX = 0

const int	kNStdHepIdxY = 1

const int	kNStdHepIdxZ = 2

const int	kNStdHepNPmax = 100

Detailed Description

For questions or suggestions about this module please contact the current responsible and CC in the eventAnalysis package manager.

/// For questions or suggestions about this module please contact the current responsible and CC in the eventAnalysis package manager.

JNuBeam flux pass-through info.

This is a simple event class which is essentially an objectified version of the GENIE gRooTracker output format (based on StdHep format).

This is a base class used by the TGlobalReconModule.

12-Nov-2010: Current responsible for this module is, Francesca Di Lodovico (f.di.lodovico [a*t] qmul.ac.uk)

23-May-2014: Current responsible for this module is, Luke Pickering (lp208 [a*t] ic.ac.uk)

10-Aug-2010: Current responsible for this module is, Ryan Terri (r.terri [a*t] qmul.ac.uk)

28-Nov-2012: Current responsible for this module is, Callum Lister (c.lister [a*t] warwick.ac.uk)

16-Feb-2016: Current responsible for this module is, Mark Scott (mscott [a*t] triumf.ca)

25-Oct-2010: Current responsible for this module is, Daniel Roberge (droberge [a*t] triumf.ca)

Had to be defined separately to avoid errors when using TFile::MakeProject to generate class libraries from output files. [ed]: This is only because of the needless obsession with constituent class defintions...

This can be used with the GRooTracker utils class in AnalysisTools as well as GENIE reweighting tools.

21-Jul-2010: Current responsible for this module is, Jim Dobson (j.dobson07 [a*t] imperial.ac.uk) The truth info for each vertex is put into a TGRooTrackerVtx object, and an array of these is stored for each ND280Vtx.

Both GRooTracker and NRooTracker inherit from this so as to avoid duplication of code. Currently up to date with 11a version of pass-through info.

02-Nov-2010: Current responsible for this module is, Patrick de Perio (pdeperio [a*t] physics.utoronto.ca) The truth info for each vertex is put into a TNRooTrackerVtx object, and an array of these is stored for each ND280Event.

2014-12-12: Currently responsible for this module is, Luke Pickering (lp208 [a*t] ic.ac.uk)

14-Feb-2012: Current responsible for this module is, Ian Taylor (itaylor [a*t] nngroup.physics.sunysb.edu)

28-Nov-2012: Current responsible for this module is Ben Smith (b.smith10 [a*t] imperial.ac.uk)

current manager is Alexander Izmaylov (izmaylov [a*t] inr.ru)

2015-3-25: Currently responsible lp208 [at] ac [dot] ic [dot] uk

21-Jul-2010: Current responsible for this module is, Blair Jamieson (jamieson [a*t] physics.ubc.ca)

11-07-2014: Current collaborator responsible for this module is Pip Hamilton (p.ham.nosp@m.ilto.nosp@m.n11@i.nosp@m.mper.nosp@m.ial.a.nosp@m.c.uk)

26-Nov-2012: Current responsible for this module is, Steve Dennis (stephen.dennis [a*t] warwick.ac.uk)

Function Documentation

ND::OA_EXCEPTION	(	EeventAnalysis	,
		EoaCore
	)

Generate a base exception for the Analysis library.

ND::OA_EXCEPTION	(	EDataFile	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	EAnalysisModuleBase	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	EUndefinedTreeType	,
		EAnalysisModuleBase
	)

ND::OA_EXCEPTION	(	EAnalysisFailure	,
		EAnalysisModuleBase
	)

ND::OA_EXCEPTION	(	ERooTrackerVerticesModule	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	EPassThroughMismatch	,
		ERooTrackerVerticesModule
	)

ND::OA_EXCEPTION	(	EProductionException	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	EIncorrectInputGenerator	,
		ERooTrackerVerticesModule
	)

ND::OA_EXCEPTION	(	ENoKinematicsPassThroughTrees	,
		ERooTrackerVerticesModule
	)

ND::OA_EXCEPTION	(	EBeamSummaryDataModule	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	ETruthVerticesModule	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	EUndefinedParticleCategoryVertex	,
		ETruthVerticesModule
	)

ND::OA_EXCEPTION	(	ENoBeamSummaryData	,
		EBeamSummaryDataModule
	)

ND::OA_EXCEPTION	(	EeventAnalysisInfiniteLoop	,
		EeventAnalysis
	)

ND::OA_EXCEPTION	(	EeventAnalysisInfiniteLoop2	,
		EeventAnalysis
	)

bool ND::PreselectionSorter	(	std::pair< std::string, ND::TAnalysisModuleBase * > const &	LHS,
		std::pair< std::string, ND::TAnalysisModuleBase * > const &	RHS
	)