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

#include <TReconPerformanceEvalModule.hxx>

Inheritance diagram for ND::TReconPerformanceEvalModule:

Collaboration diagram for ND::TReconPerformanceEvalModule:

Classes
class	TDownToTrackerInfo
	TDownToTrackerInfo Information related to the constituents of an object that are built up from a tracker object. More...

class	TGlobalReconConstituent
	TGlobalReconConstituent The main object that contains constituent recon information Feel free to add to. More...

class	TGlobalReconNodeInfo
	TGlobalReconNodeInfo Information related to a recon object's node. More...

class	TGlobalReconObject
	TGlobalReconObject Object for containing global recon information. More...

class	TGlobalReconStateInfo
	TGlobalReconStateInfo Information related to a recon object's state. More...

class	TGlobalTruthInfo
	TGlobalTruthInfo Information relating to a truth trajectory. More...

class	THelixModelInfo
	THelixModelInfo Information from a state extrapolated using the tpcRecon HelixModel. More...

class	TMatchingChi2Info
	TMatchingChi2Info Information for storing global recon matching chi2 info. More...

class	TReconStateInfo
	TReconStateInfo Information related to a recon object's state. More...

class	TTruthInfo
	TTruthInfo Information relating to a truth trajectory. More...

Public Member Functions
	TReconPerformanceEvalModule (const char name="ReconPerfEval", const char title="Recon Performance Evaluation Module")

virtual	~TReconPerformanceEvalModule ()

virtual Bool_t	Configure (std::string &option)
	A function that allows the module to be configured from an external class without any dependencies. More...

Int_t	GetBufferSize ()
	ROOT output parameters, usually no need to touch. More...

std::string const	GetCVSID () const

std::string const	GetCVSTagName () const

std::string const	GetDescription () const

std::string const	GetDirectoryName () const
	Returns the name of the directory which the output of a particular module will be saved in. More...

char const *	GetName ()

TTree const *	GetOutputTree () const
	The output tree. More...

Int_t	GetSplitLevel ()
	ROOT output parameters, usually no need to touch. More...

char const *	GetTitle ()

virtual EType	GetTreeType () const
	Returns the type of tree, header, truth, or recon. More...

void	Initialize (TTree *tree)

virtual Bool_t	IsEnabled () const
	Whether the module is enable or not. More...

virtual Bool_t	IsEnabledByDefault () const
	Is the module is enabled by default. More...

virtual bool	IsFullEventWorthSaving (ND::TND280Event &event)
	Whether the module thinks it is worth saving the entire oaEvent event tree entry for this event. More...

virtual Bool_t	IsUsedForPreselection () const
	Whether the module should call IsFullEventWorthSaving() function for each event, to decide if the full oaEvent info for that event should be saved in the output. More...

void	KillOutputTree ()

virtual void	Print ()
	Prints a simple message describing the module. More...

virtual bool	Process (ND::TND280Event &event)
	Gets the run and event IDs and calls FillTree with the event, and then actually calls fOutputTree->Fill. More...

virtual Bool_t	ProcessFirstEvent (ND::TND280Event &event)
	Is called after the first event is loaded in. More...

virtual void	SayAvailableOpts (std::string indent="")
	Subclasses should override this to let a user know what options are available. More...

void	SetBufferSize (Int_t buffersize)
	ROOT output parameters, usually no need to touch. More...

virtual void	SetDisabled ()
	Disables the module. More...

virtual void	SetEnabled (Bool_t isenabled=true)
	Sets whether the module is enabled. More...

void	SetInputDirectory (std::string dir)

void	SetNameTitle (char const name, char const title)

void	SetSplitLevel (Int_t splitlevel)
	ROOT output parameters, usually no need to touch. More...

virtual void	SetUsedForPreselection (Bool_t isused=true)
	Sets whether the module should call IsFullEventWorthSaving() function for each event, to decide if the full oaEvent info for that event should be saved in the output. More...

Public Attributes
TClonesArray *	fGlobalReconObjects
	TClonesArray of TGlobalReconObject. More...

std::map< std::string, int >	fHitInfo
	Number of hits in each subdetector. More...

Int_t	fNGlobalReconObjects
	Tree Entries. More...

Protected Types
enum	EType { kHeader = 0, kTruth, kRecon, kLowLevel, kNTypes }

Protected Member Functions
bool	ConstituentsAreEqual (ND::THandle< ND::TReconBase > obj1, ND::THandle< ND::TReconBase > obj2)
	Check whether the THandles of the immediate constituents of two objects are equal. More...

bool	ContainsTracker (ND::THandle< ND::TReconBase > input)

void	ExtrapolateToModuleAndFill (ND::THandle< ND::TReconBase > base, THelixModelInfo &output, std::string module)
	Extrapolate an object to the surface of another module. More...

void	FillConfigTree (TTree *configTree)

void	FillConstituentInfo (ND::TND280Event &event, ND::THandle< ND::TReconBase > reconObject, ND::THandle< ND::TReconBase > globalObject, TGlobalReconConstituent *output)
	Fill information in the output tree relating to a constituent of a global PID. More...

void	FillConsTruthInfo (ND::TND280Event &event, ND::THandle< ND::TReconBase > reconObject, TTruthInfo &output)
	Fill information relating to the true trajectory associated to a constituent of a global PID. More...

void	FillDownToTrackerInfo (ND::THandle< ND::TReconBase > base, TDownToTrackerInfo *output)
	Fill information relating to the state of a global PID constituent. More...

void	FillGlobalInfo (ND::TND280Event &event, ND::THandle< ND::TReconBase > reconObject, TGlobalReconObject *output)
	Fill information in the output tree relating to the global PID. More...

void	FillGlobalStateInfo (ND::THandle< ND::TReconState > state, TGlobalReconStateInfo &output)
	Fill information relating to the state of a global PID. More...

void	FillGlobalTruthInfo (ND::TND280Event &event, ND::THandle< ND::TReconBase > reconObject, TGlobalTruthInfo &output)
	Fill information relating to the true particle associated with a global PID. More...

void	FillStateInfo (ND::THandle< ND::TReconState > state, TReconStateInfo &output)
	Fill information relating to the state of a global PID constituent. More...

virtual bool	FillTree (ND::TND280Event &)
	Fill all the stuff that goes in the output tree. More...

ND::TReconObjectContainer	GetConstituentsOfInterest (ND::THandle< ND::TReconBase > input)
	Get the constituents of a global PID that we wish to investigate further. More...

ND::TReconObjectContainer	GetDownToTracker (ND::THandle< ND::TReconBase > input)
	Get the list of constituents that are found on the way down to getting the tracker-only constituent. More...

double	GetEDeposit (ND::THandle< ND::TReconBase > object)
	Get the EDeposit of a TRecon(Track\|Shower\|Cluster) or a TReconPID that has a single constituent that is a TRecon(Track\|Shower\|Cluster) More...

ND::THandle< ND::TReconState >	GetFirstState (ND::THandle< ND::TReconBase > object)
	Get the state of the first node in an object. More...

ND::THandle< ND::TReconState >	GetLastState (ND::THandle< ND::TReconBase > object)
	Get the state of the last node in an object. More...

void	GetModuleBox (ND::TGeometryId id, TVector3 &minpos, TVector3 &maxpos)
	Get the minimum and maximum positions of the box defining this TGeometryId. More...

void	GetObjectsFromVertices (ND::THandle< ND::TReconObjectContainer > input, ND::THandle< ND::TReconObjectContainer > output)
	Extract TReconPIDs from P0DRecon's TReconVertex container. More...

TVector3	GetStateDirection (ND::THandle< ND::TReconState > state)
	Accessor for getting direction from TReconState. More...

double	GetStateMomentum (ND::THandle< ND::TReconState > state)
	Accessor for getting position from TReconState. Only supported by TPIDState. More...

TLorentzVector	GetStatePosition (ND::THandle< ND::TReconState > state)
	Accessor for getting position from TReconState. More...

TLorentzVector	GetStatePositionVariance (ND::THandle< ND::TReconState > state)
	Accessor for getting position variance from TReconState. More...

virtual void	InitializeBranches ()
	Initialize Branches. Don't do anything else in this function. More...

virtual void	InitializeModule ()
	Initialize Module, override if necessary. More...

bool	IsOnlyTracker (ND::THandle< ND::TReconBase > input)

Protected Attributes
Int_t	fBufferSize
	Buffer Size for TBranch. More...

std::string	fCVSID
	Defined if an official tagged version. More...

std::string	fCVSTagName
	Defined if an official tagged version. More...

std::string	fDescription
	A longish descrition of the analysis. More...

Int_t	fEventID

Bool_t	fFilledConfigTree

std::string	fInputDirectory
	An input directory where analysis modules can search for extra files. More...

Bool_t	fIsEnabled

Bool_t	fIsMC

Bool_t	fIsUsedForPreselection

std::string	fName

TTree *	fOutputTree

Int_t	fPreselected

Int_t	fRunID

Int_t	fSplitLevel
	Split Level for TBranch. More...

Int_t	fSubrunID

std::string	fTitle

Private Attributes
bool	fSaveAllGlobalNodes
	Flag for whether to save all global nodes or just the first and last nodes. More...

Detailed Description

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

This eventAnalysis module provides information gleaned from the output of the global and subdetector reconstruction packages.

Amongst other quantities, the output of this module provides the state and kinematics of a global recon object and its constituents. For the P0D, ECal and P0DEcal, which get refitted by the global reconstruction, information is included for both the refitted and original objects.

Definition at line 51 of file TReconPerformanceEvalModule.hxx.

Member Enumeration Documentation

enum ND::TAnalysisModuleBase::EType

protectedinherited

Enumerator
kHeader
kTruth
kRecon
kLowLevel
kNTypes

Definition at line 54 of file TAnalysisModuleBase.hxx.

Constructor & Destructor Documentation

ND::TReconPerformanceEvalModule::TReconPerformanceEvalModule	(	const char *	name = `"ReconPerfEval"`,
		const char *	title = `"Recon Performance Evaluation Module"`
	)

Definition at line 41 of file TReconPerformanceEvalModule.cxx.

References CVSID, CVSTAG, ND::TAnalysisModuleBase::fCVSID, ND::TAnalysisModuleBase::fCVSTagName, ND::TAnalysisModuleBase::fDescription, fGlobalReconObjects, ND::TAnalysisModuleBase::fIsEnabled, fSaveAllGlobalNodes, and ND::TAnalysisModuleBase::SetNameTitle().

ND::TReconPerformanceEvalModule::~TReconPerformanceEvalModule ( )

virtual

Definition at line 57 of file TReconPerformanceEvalModule.cxx.

Member Function Documentation

Bool_t ND::TAnalysisModuleBase::Configure ( std::string & option )

virtualinherited

A function that allows the module to be configured from an external class without any dependencies.

Should be overridden with a function that responds to the string option, and returns true if configuration succedded. Used in TAnalysisLoop.cxx (and RunEventAnalysis.exe) for options of the form: -O TTruthTrajectoriesModule=SaveAll

Reimplemented in ND::TTrackerECALReconModule::OutputManager, ND::TGlobalReconModule, ND::TBeamSummaryDataModule, ND::TTruthTrajectoriesModule, ND::TBasicHeaderModule, and ND::TTagsModule.

Definition at line 17 of file TAnalysisModuleBase.cxx.

bool ND::TReconPerformanceEvalModule::ConstituentsAreEqual	(	ND::THandle< ND::TReconBase >	obj1,
		ND::THandle< ND::TReconBase >	obj2
	)

protected

Check whether the THandles of the immediate constituents of two objects are equal.

Definition at line 876 of file TReconPerformanceEvalModule.cxx.

bool ND::TReconPerformanceEvalModule::ContainsTracker ( ND::THandle< ND::TReconBase > input )

protected

Definition at line 334 of file TReconPerformanceEvalModule.cxx.

void ND::TReconPerformanceEvalModule::ExtrapolateToModuleAndFill	(	ND::THandle< ND::TReconBase >	base,
		THelixModelInfo &	output,
		std::string	module
	)

protected

Extrapolate an object to the surface of another module.

Currently implemented surfaces are: "DS" - upstream face of DsECal "LT" - inner face of LTECal "RT" - inner face of RTECal "TT" - inner face of TTECal "BT" - inner face of BTECal "P0D" - downstream face of P0D Extrapolation is done using the tpcRecon HelixModel. The input object must be either a TReconTrack or a TReconPID with a single constituent that is itself a TReconTrack.

Definition at line 1091 of file TReconPerformanceEvalModule.cxx.

References ND::TReconPerformanceEvalModule::THelixModelInfo::CosTheta, eventAnalysisEnums::kTPC1, ND::TReconPerformanceEvalModule::THelixModelInfo::Position, and ND::TReconPerformanceEvalModule::THelixModelInfo::SetOK.

void ND::TReconPerformanceEvalModule::FillConfigTree ( TTree * configTree )

protectedvirtual

Reimplemented from ND::TAnalysisModuleBase.

Definition at line 84 of file TReconPerformanceEvalModule.cxx.

References ND::TAnalysisModuleBase::FillConfigTree().

void ND::TReconPerformanceEvalModule::FillConstituentInfo	(	ND::TND280Event &	event,
		ND::THandle< ND::TReconBase >	reconObject,
		ND::THandle< ND::TReconBase >	globalObject,
		TGlobalReconConstituent *	output
	)

protected

Fill information in the output tree relating to a constituent of a global PID.

Definition at line 592 of file TReconPerformanceEvalModule.cxx.

void ND::TReconPerformanceEvalModule::FillConsTruthInfo	(	ND::TND280Event &	event,
		ND::THandle< ND::TReconBase >	reconObject,
		TTruthInfo &	output
	)

protected

Fill information relating to the true trajectory associated to a constituent of a global PID.

Fills information from the closest trajectory point to the constituent.

Definition at line 925 of file TReconPerformanceEvalModule.cxx.

References ND::TReconPerformanceEvalModule::TTruthInfo::Charge, ND::TReconPerformanceEvalModule::TTruthInfo::Direction, ND::TReconPerformanceEvalModule::TTruthInfo::Efficiency, ND::TReconPerformanceEvalModule::TTruthInfo::Momentum, ND::TReconPerformanceEvalModule::TTruthInfo::Position, ND::TReconPerformanceEvalModule::TTruthInfo::Purity, and ND::TReconPerformanceEvalModule::TTruthInfo::SetOK.

void ND::TReconPerformanceEvalModule::FillDownToTrackerInfo	(	ND::THandle< ND::TReconBase >	base,
		TDownToTrackerInfo *	output
	)

protected

Fill information relating to the state of a global PID constituent.

Definition at line 1054 of file TReconPerformanceEvalModule.cxx.

References ND::TReconPerformanceEvalModule::TDownToTrackerInfo::DetectorName, ND::TReconPerformanceEvalModule::TDownToTrackerInfo::Direction, ND::TReconPerformanceEvalModule::TDownToTrackerInfo::MatchingChi2, ND::TReconPerformanceEvalModule::TDownToTrackerInfo::Momentum, ND::TReconPerformanceEvalModule::TDownToTrackerInfo::Position, and ND::TReconPerformanceEvalModule::TDownToTrackerInfo::SetOK.

void ND::TReconPerformanceEvalModule::FillGlobalInfo	(	ND::TND280Event &	event,
		ND::THandle< ND::TReconBase >	reconObject,
		TGlobalReconObject *	output
	)

protected

Fill information in the output tree relating to the global PID.

Definition at line 341 of file TReconPerformanceEvalModule.cxx.

void ND::TReconPerformanceEvalModule::FillGlobalStateInfo	(	ND::THandle< ND::TReconState >	state,
		TGlobalReconStateInfo &	output
	)

protected

Fill information relating to the state of a global PID.

Definition at line 1243 of file TReconPerformanceEvalModule.cxx.

References ND::TReconPerformanceEvalModule::TGlobalReconStateInfo::Direction, ND::TReconPerformanceEvalModule::TGlobalReconStateInfo::Momentum, ND::TReconPerformanceEvalModule::TGlobalReconStateInfo::Position, ND::TReconPerformanceEvalModule::TGlobalReconStateInfo::PositionVariance, and ND::TReconPerformanceEvalModule::TGlobalReconStateInfo::SetOK.

void ND::TReconPerformanceEvalModule::FillGlobalTruthInfo	(	ND::TND280Event &	event,
		ND::THandle< ND::TReconBase >	reconObject,
		TGlobalTruthInfo &	output
	)

protected

Fill information relating to the true particle associated with a global PID.

Fills the initial status of the true trajectory.

Definition at line 995 of file TReconPerformanceEvalModule.cxx.

References ND::TReconPerformanceEvalModule::TGlobalTruthInfo::Charge, ND::TReconPerformanceEvalModule::TGlobalTruthInfo::Direction, ND::TReconPerformanceEvalModule::TGlobalTruthInfo::Efficiency, ND::TReconPerformanceEvalModule::TGlobalTruthInfo::Momentum, ND::TReconPerformanceEvalModule::TGlobalTruthInfo::Position, ND::TReconPerformanceEvalModule::TGlobalTruthInfo::Purity, and ND::TReconPerformanceEvalModule::TGlobalTruthInfo::SetOK.

void ND::TReconPerformanceEvalModule::FillStateInfo	(	ND::THandle< ND::TReconState >	state,
		TReconStateInfo &	output
	)

protected

Fill information relating to the state of a global PID constituent.

Definition at line 1037 of file TReconPerformanceEvalModule.cxx.

References ND::TReconPerformanceEvalModule::TReconStateInfo::Direction, ND::TReconPerformanceEvalModule::TReconStateInfo::Momentum, ND::TReconPerformanceEvalModule::TReconStateInfo::Position, ND::TReconPerformanceEvalModule::TReconStateInfo::PositionVariance, and ND::TReconPerformanceEvalModule::TReconStateInfo::SetOK.

bool ND::TReconPerformanceEvalModule::FillTree ( ND::TND280Event & )

protectedvirtual

Fill all the stuff that goes in the output tree.

Return true if everything went well. Otherwise, the module may be disabled! (return definition changed Apr 2009!)

Implements ND::TAnalysisModuleBase.

Definition at line 98 of file TReconPerformanceEvalModule.cxx.

Int_t ND::TAnalysisModuleBase::GetBufferSize ( )

inherited

ROOT output parameters, usually no need to touch.

Definition at line 123 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fBufferSize.

ND::TReconObjectContainer ND::TReconPerformanceEvalModule::GetConstituentsOfInterest ( ND::THandle< ND::TReconBase > input )

protected

Get the constituents of a global PID that we wish to investigate further.

Gets the list of unique highest-level constituents in each subdetector.

Definition at line 244 of file TReconPerformanceEvalModule.cxx.

References eventAnalysisEnums::kFGD1, eventAnalysisEnums::kFGD2, eventAnalysisEnums::kP0D, eventAnalysisEnums::kTPC1, eventAnalysisEnums::kTPC2, and eventAnalysisEnums::kTPC3.

std::string const ND::TAnalysisModuleBase::GetCVSID ( ) const

inherited

Definition at line 136 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fCVSID.

std::string const ND::TAnalysisModuleBase::GetCVSTagName ( ) const

inherited

Definition at line 135 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fCVSTagName.

std::string const ND::TAnalysisModuleBase::GetDescription ( ) const

inherited

Definition at line 134 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fDescription.

std::string const ND::TAnalysisModuleBase::GetDirectoryName ( ) const

inherited

Returns the name of the directory which the output of a particular module will be saved in.

Definition at line 22 of file TAnalysisModuleBase.cxx.

Referenced by ND::TAnalysisLoop::Initialize().

ND::TReconObjectContainer ND::TReconPerformanceEvalModule::GetDownToTracker ( ND::THandle< ND::TReconBase > input )

protected

Get the list of constituents that are found on the way down to getting the tracker-only constituent.

Definition at line 286 of file TReconPerformanceEvalModule.cxx.

double ND::TReconPerformanceEvalModule::GetEDeposit ( ND::THandle< ND::TReconBase > object )

protected

Get the EDeposit of a TRecon(Track|Shower|Cluster) or a TReconPID that has a single constituent that is a TRecon(Track|Shower|Cluster)

Definition at line 523 of file TReconPerformanceEvalModule.cxx.

ND::THandle< ND::TReconState > ND::TReconPerformanceEvalModule::GetFirstState ( ND::THandle< ND::TReconBase > object )

protected

Get the state of the first node in an object.

Definition at line 574 of file TReconPerformanceEvalModule.cxx.

ND::THandle< ND::TReconState > ND::TReconPerformanceEvalModule::GetLastState ( ND::THandle< ND::TReconBase > object )

protected

Get the state of the last node in an object.

Definition at line 556 of file TReconPerformanceEvalModule.cxx.

void ND::TReconPerformanceEvalModule::GetModuleBox	(	ND::TGeometryId	id,
		TVector3 &	minpos,
		TVector3 &	maxpos
	)

protected

Get the minimum and maximum positions of the box defining this TGeometryId.

Lovingly stolen from ND::TGeometrySummaryModule::FillBBox().

Definition at line 1210 of file TReconPerformanceEvalModule.cxx.

char const * ND::TAnalysisModuleBase::GetName ( )

inherited

Definition at line 114 of file TAnalysisModuleBase.cxx.

Referenced by ND::TTrackerReconModule::FillConfigTree(), ND::TGlobalReconModule::FillConfigTree(), ND::TTrackerECALReconModule::OutputManager::FillHoughTransformInformation(), ND::TAnalysisLoop::Finalize(), ND::TAnalysisLoop::Initialize(), and ND::TAnalysisLoop::operator()().

void ND::TReconPerformanceEvalModule::GetObjectsFromVertices	(	ND::THandle< ND::TReconObjectContainer >	input,
		ND::THandle< ND::TReconObjectContainer >	output
	)

protected

Extract TReconPIDs from P0DRecon's TReconVertex container.

Definition at line 849 of file TReconPerformanceEvalModule.cxx.

TTree const* ND::TAnalysisModuleBase::GetOutputTree ( ) const

inherited

The output tree.

Definition at line 139 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fOutputTree.

Int_t ND::TAnalysisModuleBase::GetSplitLevel ( )

inherited

ROOT output parameters, usually no need to touch.

Definition at line 129 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fSplitLevel.

TVector3 ND::TReconPerformanceEvalModule::GetStateDirection ( ND::THandle< ND::TReconState > state )

protected

Accessor for getting direction from TReconState.

Only supported by TPIDState, TTrackState and TShowerState.

Definition at line 500 of file TReconPerformanceEvalModule.cxx.

double ND::TReconPerformanceEvalModule::GetStateMomentum ( ND::THandle< ND::TReconState > state )

protected

Accessor for getting position from TReconState. Only supported by TPIDState.

Definition at line 486 of file TReconPerformanceEvalModule.cxx.

TLorentzVector ND::TReconPerformanceEvalModule::GetStatePosition ( ND::THandle< ND::TReconState > state )

protected

Accessor for getting position from TReconState.

Supported by all TxxxState that inherit from TReconState.

Definition at line 427 of file TReconPerformanceEvalModule.cxx.

TLorentzVector ND::TReconPerformanceEvalModule::GetStatePositionVariance ( ND::THandle< ND::TReconState > state )

protected

Accessor for getting position variance from TReconState.

Supported by all TxxxState that inherit from TReconState.

Definition at line 457 of file TReconPerformanceEvalModule.cxx.

char const * ND::TAnalysisModuleBase::GetTitle ( )

inherited

Definition at line 118 of file TAnalysisModuleBase.cxx.

Referenced by ND::TAnalysisLoop::Initialize().

virtual EType ND::TAnalysisReconModuleBase::GetTreeType ( ) const

virtualinherited

Returns the type of tree, header, truth, or recon.

This is overridden in the derived base classes such as TAnalysisReconModuleBase, so users do not need to override it explicitly

Implements ND::TAnalysisModuleBase.

Reimplemented in ND::TP0DReconModule, and ND::TSFGReconModule.

Definition at line 17 of file TAnalysisReconModuleBase.hxx.

References ND::TAnalysisModuleBase::kRecon.

void ND::TAnalysisModuleBase::Initialize ( TTree * tree )

inherited

Definition at line 37 of file TAnalysisModuleBase.cxx.

Referenced by ND::TAnalysisLoop::Initialize().

void ND::TReconPerformanceEvalModule::InitializeBranches ( )

protectedvirtual

Initialize Branches. Don't do anything else in this function.

Implements ND::TAnalysisModuleBase.

Definition at line 71 of file TReconPerformanceEvalModule.cxx.

void ND::TReconPerformanceEvalModule::InitializeModule ( )

protectedvirtual

Initialize Module, override if necessary.

Reimplemented from ND::TAnalysisModuleBase.

Definition at line 69 of file TReconPerformanceEvalModule.cxx.

virtual Bool_t ND::TAnalysisModuleBase::IsEnabled ( ) const

virtualinherited

Whether the module is enable or not.

Definition at line 84 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fIsEnabled.

Referenced by ND::TAnalysisLoop::Initialize(), and ND::TAnalysisLoop::operator()().

virtual Bool_t ND::TReconPerformanceEvalModule::IsEnabledByDefault ( ) const

virtual

Is the module is enabled by default.

Default is to enable module. To set to disable override this method in the derived module.

Reimplemented from ND::TAnalysisModuleBase.

Definition at line 443 of file TReconPerformanceEvalModule.hxx.

bool ND::TReconPerformanceEvalModule::IsFullEventWorthSaving ( ND::TND280Event & event )

virtual

Whether the module thinks it is worth saving the entire oaEvent event tree entry for this event.

eventAnalysis can be used for event pre-selection in this way. Activated with the –oaEvent-preselection=<moduleclass>> command- line argument

Reimplemented from ND::TAnalysisModuleBase.

Definition at line 64 of file TReconPerformanceEvalModule.cxx.

bool ND::TReconPerformanceEvalModule::IsOnlyTracker ( ND::THandle< ND::TReconBase > input )

protected

Definition at line 312 of file TReconPerformanceEvalModule.cxx.

References eventAnalysisEnums::kP0D.

virtual Bool_t ND::TAnalysisModuleBase::IsUsedForPreselection ( ) const

virtualinherited

Whether the module should call IsFullEventWorthSaving() function for each event, to decide if the full oaEvent info for that event should be saved in the output.

Definition at line 93 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fIsUsedForPreselection.

Referenced by ND::TAnalysisLoop::Initialize(), and ND::TAnalysisLoop::operator()().

void ND::TAnalysisModuleBase::KillOutputTree ( )

inherited

Definition at line 140 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fOutputTree.

void ND::TAnalysisModuleBase::Print ( )

virtualinherited

Prints a simple message describing the module.

Should be overridden for more detail

Definition at line 99 of file TAnalysisModuleBase.cxx.

Referenced by ND::TAnalysisLoop::Initialize().

bool ND::TAnalysisModuleBase::Process ( ND::TND280Event & event )

virtualinherited

Gets the run and event IDs and calls FillTree with the event, and then actually calls fOutputTree->Fill.

Definition at line 77 of file TAnalysisModuleBase.cxx.

Referenced by ND::TAnalysisLoop::operator()().

Bool_t ND::TReconPerformanceEvalModule::ProcessFirstEvent ( ND::TND280Event & )

virtual

Is called after the first event is loaded in.

This is a good time to save persistent quantities in the module's data members, which will be retrievable from the eventAnalysis output file. Not intended for filling in the tree with the first event, as Process() will also be called.

Implements ND::TAnalysisModuleBase.

Definition at line 59 of file TReconPerformanceEvalModule.cxx.

virtual void ND::TAnalysisModuleBase::SayAvailableOpts ( std::string indent = "" )

virtualinherited

Subclasses should override this to let a user know what options are available.

Reimplemented in ND::TTrackerECALReconModule::OutputManager, ND::TGlobalReconModule, ND::TTagsModule, and ND::TBasicHeaderModule.

Definition at line 156 of file TAnalysisModuleBase.hxx.

void ND::TAnalysisModuleBase::SetBufferSize ( Int_t buffersize )

inherited

ROOT output parameters, usually no need to touch.

Definition at line 126 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fBufferSize.

virtual void ND::TAnalysisModuleBase::SetDisabled ( )

virtualinherited

Disables the module.

Is called when an exception is thrown inside the module.

Definition at line 74 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::SetEnabled().

Referenced by ND::TAnalysisLoop::Initialize(), and ND::TAnalysisLoop::operator()().

virtual void ND::TAnalysisModuleBase::SetEnabled ( Bool_t isenabled = true )

virtualinherited

Sets whether the module is enabled.

This only refer to modules which have been included for consideration by being instantiated in TAnalysisLoop.cxx or similar.

Definition at line 70 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fIsEnabled.

Referenced by ND::TAnalysisLoop::Initialize(), ND::TAnalysisModuleBase::SetDisabled(), and ND::TAnalysisLoop::SetOption().

void ND::TAnalysisModuleBase::SetInputDirectory ( std::string dir )

inherited

Definition at line 158 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fInputDirectory.

void ND::TAnalysisModuleBase::SetNameTitle	(	char const *	name,
		char const *	title
	)

inherited

Definition at line 108 of file TAnalysisModuleBase.cxx.

Referenced by ND::TTrackerECALReconModule::OutputManager::OutputManager(), ND::TBasicHeaderModule::TBasicHeaderModule(), ND::TBeamSummaryDataModule::TBeamSummaryDataModule(), ND::TECALTestbeamModule::TECALTestbeamModule(), ND::TFgdOnlyModule::TFgdOnlyModule(), ND::TGeometrySummaryModule::TGeometrySummaryModule(), ND::TGlobalReconModule::TGlobalReconModule(), ND::TGRooTrackerVtxModule::TGRooTrackerVtxModule(), ND::TLowLevelInfoModule::TLowLevelInfoModule(), ND::TNRooTrackerVtxModule::TNRooTrackerVtxModule(), ND::TP0DECALReconModule::TP0DECALReconModule(), TReconPerformanceEvalModule(), ND::TSFGReconModule::TSFGReconModule(), ND::TSmrdReconModule::TSmrdReconModule(), ND::TTagsModule::TTagsModule(), ND::TTrackerReconModule::TTrackerReconModule(), ND::TTRExReconModule::TTRExReconModule(), ND::TTruthTrajectoriesModule::TTruthTrajectoriesModule(), and ND::TTruthVerticesModule::TTruthVerticesModule().

void ND::TAnalysisModuleBase::SetSplitLevel ( Int_t splitlevel )

inherited

ROOT output parameters, usually no need to touch.

Definition at line 132 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fSplitLevel.

Referenced by ND::TTrackerReconModule::InitializeBranches(), ND::TGlobalReconModule::InitializeBranches(), and ND::TP0DECALReconModule::TP0DECALReconModule().

virtual void ND::TAnalysisModuleBase::SetUsedForPreselection ( Bool_t isused = true )

virtualinherited

Sets whether the module should call IsFullEventWorthSaving() function for each event, to decide if the full oaEvent info for that event should be saved in the output.

Definition at line 79 of file TAnalysisModuleBase.hxx.

References ND::TAnalysisModuleBase::fIsUsedForPreselection.

Referenced by ND::TAnalysisLoop::SetOption().