Implementation of validation functionality. More...

#include "TChain.h"
#include "TH1F.h"
#include "Validation.h"
#include <iomanip>
#include <iostream>
#include <fstream>
#include <sstream>

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Functions
void	Validation (const std::string &inputFiles, const Parameters &parameters)
	Validation - Main entry point for analysis.

int	ReadNextEvent (TChain *const pTChain, const int iEntry, SimpleMCEvent &simpleMCEvent, const Parameters &parameters)
	Read the next event from the chain.

void	DisplaySimpleMCEventMatches (const SimpleMCEvent &simpleMCEvent, const Parameters &parameters)
	Print matching details to screen for a simple mc event.

void	CountPfoMatches (const SimpleMCEvent &simpleMCEvent, const Parameters &parameters, InteractionCountingMap &interactionCountingMap, InteractionTargetResultMap &interactionTargetResultMap)
	CountPfoMatches Relies on fact that primary list is sorted by number of true good hits.

bool	PassFiducialCut (const SimpleMCTarget &simpleMCTarget, const Parameters &parameters)
	Whether a simple mc event passes the relevant fiducial cut, applied to target vertices.

bool	PassUbooneFiducialCut (const SimpleMCTarget &simpleMCTarget)
	Whether a simple mc event passes uboone fiducial cut, applied to target vertices.

bool	PassSBNDFiducialCut (const SimpleMCTarget &simpleMCTarget)
	Whether a simple mc event passes sbnd fiducial cut, applied to target vertices.

ExpectedPrimary	GetExpectedPrimary (const SimpleMCPrimary &simpleMCPrimary, const SimpleMCPrimaryList &simpleMCPrimaryList)
	Work out which of the primary particles (expected for a given interaction types) corresponds to the provided primary id ATTN: Relies on fact that primary list is sorted by number of true hits.

bool	IsGoodParticleIdMatch (const SimpleMCPrimary &simpleMCPrimary, const int bestMatchPfoPdgCode)
	Whether a provided mc primary and best matched pfo are deemed to have a good particle id match.

void	DisplayInteractionCountingMap (const InteractionCountingMap &interactionCountingMap, const Parameters &parameters)
	Print details to screen for a provided interaction type to counting map.

void	AnalyseInteractionTargetResultMap (const InteractionTargetResultMap &interactionTargetResultMap, const Parameters &parameters)
	Opportunity to fill histograms, perform post-processing of information collected in main loop over ntuple, etc.

void	FillTargetHistogramCollection (const std::string &histPrefix, const TargetResult &targetResult, TargetHistogramCollection &targetHistogramCollection)
	Fill histograms in the provided target histogram collection, using information in the provided target result.

void	FillPrimaryHistogramCollection (const std::string &histPrefix, const Parameters &parameters, const PrimaryResult &primaryResult, PrimaryHistogramCollection &primaryHistogramCollection)
	Fill histograms in the provided histogram collection, using information in the provided primary result.

void	ProcessHistogramCollections (const InteractionPrimaryHistogramMap &interactionPrimaryHistogramMap)
	Process histograms stored in the provided map e.g. calculating final efficiencies, normalising, etc.

std::string	ToString (const ExpectedPrimary expectedPrimary)
	Get a string representation of an interaction type.

std::string	ToString (const InteractionType interactionType)
	Get a string representation of an interaction type.

Detailed Description

Implementation of validation functionality.

Log

Definition in file Validation.C.

Function Documentation

◆ AnalyseInteractionTargetResultMap()

void AnalyseInteractionTargetResultMap	(	const InteractionTargetResultMap &	interactionTargetResultMap,
		const Parameters &	parameters
	)

Opportunity to fill histograms, perform post-processing of information collected in main loop over ntuple, etc.

Parameters

interactionTargetResultMap	the interaction target result map
parameters	the parameters

Definition at line 533 of file Validation.C.

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◆ CountPfoMatches()

void CountPfoMatches	(	const SimpleMCEvent &	simpleMCEvent,
		const Parameters &	parameters,
		InteractionCountingMap &	interactionCountingMap,
		InteractionTargetResultMap &	interactionTargetResultMap
	)

CountPfoMatches Relies on fact that primary list is sorted by number of true good hits.

Parameters

simpleMCEvent	the simple mc event
parameters	the parameters
interactionCountingMap	the interaction counting map, to be populated
interactionTargetResultMap	the interaction target outcome map, to be populated

Definition at line 311 of file Validation.C.

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◆ DisplayInteractionCountingMap()

void DisplayInteractionCountingMap	(	const InteractionCountingMap &	interactionCountingMap,
		const Parameters &	parameters
	)

Print details to screen for a provided interaction type to counting map.

Parameters

interactionCountingMap	the interaction counting map
parameters	the parameters

Definition at line 484 of file Validation.C.

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◆ DisplaySimpleMCEventMatches()

void DisplaySimpleMCEventMatches	(	const SimpleMCEvent &	simpleMCEvent,
		const Parameters &	parameters
	)

Print matching details to screen for a simple mc event.

Parameters

simpleMCEvent	the simple mc event
parameters	the parameters

Definition at line 212 of file Validation.C.

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◆ FillPrimaryHistogramCollection()

void FillPrimaryHistogramCollection	(	const std::string &	histPrefix,
		const Parameters &	parameters,
		const PrimaryResult &	primaryResult,
		PrimaryHistogramCollection &	primaryHistogramCollection
	)

Fill histograms in the provided histogram collection, using information in the provided primary result.

Parameters

histPrefix	the histogram prefix
parameters	the parameters
primaryResult	the primary result
primaryHistogramCollection	the primary histogram collection

Definition at line 655 of file Validation.C.

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◆ FillTargetHistogramCollection()

void FillTargetHistogramCollection	(	const std::string &	histPrefix,
		const TargetResult &	targetResult,
		TargetHistogramCollection &	targetHistogramCollection
	)

Fill histograms in the provided target histogram collection, using information in the provided target result.

Parameters

histPrefix	the histogram prefix
targetResult	the target result
targetHistogramCollection	the target histogram collection

Definition at line 613 of file Validation.C.

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◆ GetExpectedPrimary()

ExpectedPrimary GetExpectedPrimary	(	const SimpleMCPrimary &	simpleMCPrimary,
		const SimpleMCPrimaryList &	simpleMCPrimaryList
	)

Work out which of the primary particles (expected for a given interaction types) corresponds to the provided primary id ATTN: Relies on fact that primary list is sorted by number of true hits.

Parameters

simpleMCPrimary	the simple mc primary
simpleMCPrimaryList	the simple mc primary list

Returns: the expected primary

Definition at line 433 of file Validation.C.

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◆ IsGoodParticleIdMatch()

bool IsGoodParticleIdMatch	(	const SimpleMCPrimary &	simpleMCPrimary,
		const int	bestMatchPfoPdgCode
	)

Whether a provided mc primary and best matched pfo are deemed to have a good particle id match.

Parameters

simpleMCPrimary	the simple mc primary
bestMatchPfoPdgCode	the best matched pfo pdg code

Returns: boolean

Definition at line 469 of file Validation.C.

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◆ PassFiducialCut()

bool PassFiducialCut	(	const SimpleMCTarget &	simpleMCTarget,
		const Parameters &	parameters
	)

Whether a simple mc event passes the relevant fiducial cut, applied to target vertices.

Parameters

simpleMCTarget	the simple mc target
parameters	the parameters

Returns: boolean

Definition at line 382 of file Validation.C.

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◆ PassSBNDFiducialCut()

bool PassSBNDFiducialCut ( const SimpleMCTarget & simpleMCTarget )

Whether a simple mc event passes sbnd fiducial cut, applied to target vertices.

Parameters

simpleMCTarget the simple mc target

Returns: boolean

Definition at line 415 of file Validation.C.

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◆ PassUbooneFiducialCut()

bool PassUbooneFiducialCut ( const SimpleMCTarget & simpleMCTarget )

Whether a simple mc event passes uboone fiducial cut, applied to target vertices.

Parameters

simpleMCTarget the simple mc target

Returns: boolean

Definition at line 398 of file Validation.C.

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◆ ProcessHistogramCollections()

void ProcessHistogramCollections ( const InteractionPrimaryHistogramMap & interactionPrimaryHistogramMap )

Process histograms stored in the provided map e.g. calculating final efficiencies, normalising, etc.

Parameters

interactionPrimaryHistogramMap the interaction primary histogram map

Definition at line 729 of file Validation.C.

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◆ ReadNextEvent()

int ReadNextEvent	(	TChain *const	pTChain,
		const int	iEntry,
		SimpleMCEvent &	simpleMCEvent,
		const Parameters &	parameters
	)

Read the next event from the chain.

Parameters

pTChain	the address of the chain
iEntry	the first chain entry to read
simpleMCEvent	the event to be populated
parameters	the parameters

Returns: the number of chain entries read

Definition at line 55 of file Validation.C.

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◆ ToString() [1/2]

std::string ToString ( const ExpectedPrimary expectedPrimary )

Get a string representation of an interaction type.

Parameters

interactionType the interaction type

Returns: string

Definition at line 769 of file Validation.C.

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◆ ToString() [2/2]

std::string ToString ( const InteractionType interactionType )

Get a string representation of an interaction type.

Parameters

interactionType the interaction type

Returns: string

Definition at line 792 of file Validation.C.

◆ Validation()

void Validation	(	const std::string &	inputFiles,
		const Parameters &	parameters = `Parameters()`
	)

Validation - Main entry point for analysis.

Parameters

inputFiles	the regex identifying the input root files
parameters	the parameters

Definition at line 18 of file Validation.C.

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Functions

Detailed Description

Function Documentation

◆ AnalyseInteractionTargetResultMap()

◆ CountPfoMatches()

◆ DisplayInteractionCountingMap()

◆ DisplaySimpleMCEventMatches()

◆ FillPrimaryHistogramCollection()

◆ FillTargetHistogramCollection()

◆ GetExpectedPrimary()

◆ IsGoodParticleIdMatch()

◆ PassFiducialCut()

◆ PassSBNDFiducialCut()

◆ PassUbooneFiducialCut()

◆ ProcessHistogramCollections()

◆ ReadNextEvent()

◆ ToString() [1/2]

◆ ToString() [2/2]

◆ Validation()