TGriffinAngles Class Reference

Detailed Description

This class provides the number of angles, their values, and the index a specific angle is at, as well as how many combinations contribute to this angle. It is meant to be used for the angular correlation analysis.

Definition at line 29 of file TGriffinAngles.h.

Public Member Functions
	TGriffinAngles (const TGriffinAngles &)=default
	TGriffinAngles (double distance=145., bool folding=false, bool grouping=false, bool addback=true)
	TGriffinAngles (TGriffinAngles &&) noexcept=default
	~TGriffinAngles ()=default
bool	Addback () const
double	Angle (int index) const
double	AverageAngle (int index) const
std::set< double >::iterator	begin () const
int	Count (double angle)
double	Distance () const
std::set< double >::iterator	end () const
bool	ExcludeCrystal (int detector, int crystal) const
bool	ExcludeDetector (int detector) const
bool	Folding () const
void	FoldOrGroup (TGraphErrors *z0, TGraphErrors *z2, TGraphErrors *z4, bool verbose=false) const
bool	Grouping () const
int	Index (double angle)
Long64_t	Merge (TCollection *list)
int	NumberOfAngles () const
TGriffinAngles &	operator= (const TGriffinAngles &)=default
TGriffinAngles &	operator= (TGriffinAngles &&) noexcept=default
void	Print (Option_t *="") const override

Static Public Member Functions
static double	Rounding ()
static void	Rounding (const double &val)
static EVerbosity	Verbosity ()
static void	Verbosity (const EVerbosity &val)

Private Member Functions
void	Add (TGriffinAngles *griffinAngles)

Private Attributes
bool	fAddback {true}
std::map< int, int >	fAngleCount
std::map< double, int >	fAngleMap
std::set< double >	fAngles
std::vector< int >	fCustomGrouping
double	fDistance {145.}
std::vector< int >	fExcludedCrystals
std::vector< int >	fExcludedDetectors
bool	fFolding {false}
bool	fGrouping {false}

Static Private Attributes
static double	fRounding = 0.001
static EVerbosity	fVerbosity = EVerbosity::kQuiet

Inheritance diagram for TGriffinAngles:

Collaboration diagram for TGriffinAngles:

Constructor & Destructor Documentation

TGriffinAngles() [1/3]

TGriffinAngles::TGriffinAngles ( double distance = 145., bool folding = false, bool grouping = false, bool addback = true )

explicit

Definition at line 8 of file TGriffinAngles.cxx.

References DRED, end(), ExcludeCrystal(), ExcludeDetector(), fAddback, fAngleCount, fAngleMap, fAngles, fCustomGrouping, fDistance, fExcludedCrystals, fExcludedDetectors, fFolding, fGrouping, fRounding, fVerbosity, TGRSIOptions::Get(), TGriffin::GetPosition(), kAll, kQuiet, RESET_COLOR, and TGRSIOptions::UserSettings().

TGriffinAngles() [2/3]

TGriffinAngles::TGriffinAngles ( const TGriffinAngles & )

default

TGriffinAngles() [3/3]

TGriffinAngles::TGriffinAngles ( TGriffinAngles && )

defaultnoexcept

~TGriffinAngles()

TGriffinAngles::~TGriffinAngles ( )

default

Member Function Documentation

Add()

void TGriffinAngles::Add ( TGriffinAngles * griffinAngles )

private

Definition at line 427 of file TGriffinAngles.cxx.

References fAddback, fAngleCount, fAngleMap, fAngles, fCustomGrouping, fDistance, fExcludedCrystals, fExcludedDetectors, fFolding, fGrouping, and fRounding.

Referenced by Merge().

Addback()

bool TGriffinAngles::Addback ( ) const

inline

Definition at line 41 of file TGriffinAngles.h.

References fAddback.

Angle()

double TGriffinAngles::Angle ( int index ) const

inline

Definition at line 45 of file TGriffinAngles.h.

References fAngles.

Referenced by main().

AverageAngle()

double TGriffinAngles::AverageAngle

(

int

index

)

const

Definition at line 165 of file TGriffinAngles.cxx.

References fAngleMap.

Referenced by Print().

begin()

std::set< double >::iterator TGriffinAngles::begin ( ) const

inline

Definition at line 60 of file TGriffinAngles.h.

References fAngles.

Referenced by AngularCorrelationHelper::CreateHistograms(), and main().

Count()

int TGriffinAngles::Count ( double angle )

inline

If the angle is in our map, report how often it exists, otherwise return zero.

Definition at line 52 of file TGriffinAngles.h.

References fAngleCount, and fRounding.

Referenced by main().

Distance()

double TGriffinAngles::Distance ( ) const

inline

Definition at line 38 of file TGriffinAngles.h.

References fDistance.

end()

std::set< double >::iterator TGriffinAngles::end ( ) const

inline

Definition at line 61 of file TGriffinAngles.h.

References fAngles.

Referenced by TGriffinAngles(), AngularCorrelationHelper::CreateHistograms(), and main().

ExcludeCrystal()

bool TGriffinAngles::ExcludeCrystal	(	int	detector,
		int	crystal ) const

Returns true if any of the crystals in fExcludedCrystals matches the given detector and crystal (using 4*(detector-1)+crystal+1).

Definition at line 389 of file TGriffinAngles.cxx.

References fExcludedCrystals.

Referenced by TGriffinAngles().

ExcludeDetector()

bool TGriffinAngles::ExcludeDetector

(

int

detector

)

const

Returns true if any of the detectors in fExcludedDetectors matches the given detector.

Definition at line 383 of file TGriffinAngles.cxx.

References fExcludedDetectors.

Referenced by TGriffinAngles().

Folding()

bool TGriffinAngles::Folding ( ) const

inline

Definition at line 39 of file TGriffinAngles.h.

References fFolding.

FoldOrGroup()

void TGriffinAngles::FoldOrGroup	(	TGraphErrors *	z0,
		TGraphErrors *	z2,
		TGraphErrors *	z4,
		bool	verbose = false ) const

Apply folding and/or grouping to the theory graphs. This assumes that the theory graphs all have the exact same length of 49 or 51 for singles or addback, respectively.

Definition at line 178 of file TGriffinAngles.cxx.

References fFolding, fGrouping, and fRounding.

Grouping()

bool TGriffinAngles::Grouping ( ) const

inline

Definition at line 40 of file TGriffinAngles.h.

References fGrouping.

Index()

int TGriffinAngles::Index

(

double

angle

)

Definition at line 149 of file TGriffinAngles.cxx.

References fAngleMap, fAngles, and fRounding.

Referenced by AngularCorrelationHelper::Exec(), and main().

Merge()

Long64_t TGriffinAngles::Merge ( TCollection * list )

inline

Definition at line 68 of file TGriffinAngles.h.

References Add().

NumberOfAngles()

int TGriffinAngles::NumberOfAngles ( ) const

inline

Definition at line 44 of file TGriffinAngles.h.

References fAngles.

Referenced by main().

operator=() [1/2]

TGriffinAngles & TGriffinAngles::operator= ( const TGriffinAngles & )

default

operator=() [2/2]

TGriffinAngles & TGriffinAngles::operator= ( TGriffinAngles && )

defaultnoexcept

Print()

void TGriffinAngles::Print ( Option_t * = "" ) const

override

Definition at line 395 of file TGriffinAngles.cxx.

References AverageAngle(), fAngleCount, fAngleMap, fAngles, and fRounding.

Referenced by AngularCorrelationHelper::AngularCorrelationHelper(), and main().

Rounding() [1/2]

static double TGriffinAngles::Rounding ( )

inlinestatic

Definition at line 74 of file TGriffinAngles.h.

References fRounding.

Rounding() [2/2]

static void TGriffinAngles::Rounding ( const double & val )

inlinestatic

Definition at line 75 of file TGriffinAngles.h.

References fRounding.

Verbosity() [1/2]

static EVerbosity TGriffinAngles::Verbosity ( )

inlinestatic

Definition at line 77 of file TGriffinAngles.h.

References fVerbosity.

Referenced by main().

Verbosity() [2/2]

static void TGriffinAngles::Verbosity ( const EVerbosity & val )

inlinestatic

Definition at line 78 of file TGriffinAngles.h.

References fVerbosity.

Member Data Documentation

fAddback

bool TGriffinAngles::fAddback {true}

private

flag indicating whether we use addback

Definition at line 87 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), and Addback().

fAngleCount

std::map<int, int> TGriffinAngles::fAngleCount

private

Maps angles (divided by rounding and cast to integers) to number of combinations contributing to it.

Definition at line 94 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), Count(), and Print().

fAngleMap

std::map<double, int> TGriffinAngles::fAngleMap

private

Maps angles to indices. This is fairly straight forward without grouping, but if grouping is used multiple angles can be mapped to the same index.

Definition at line 93 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), AverageAngle(), Index(), and Print().

fAngles

std::set<double> TGriffinAngles::fAngles

private

set of unique angles, when grouping is used, the largest angle of the group is used!

Definition at line 92 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), Angle(), begin(), end(), Index(), NumberOfAngles(), and Print().

fCustomGrouping

std::vector<int> TGriffinAngles::fCustomGrouping

private

list of custom groups

Definition at line 91 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), and Add().

fDistance

double TGriffinAngles::fDistance {145.}

private

distance of detector from center of array in mmm

Definition at line 84 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), and Distance().

fExcludedCrystals

std::vector<int> TGriffinAngles::fExcludedCrystals

private

list of crystals that are excluded in calculating the angles, the crystals are numbered as 4*(det-1)+cry, so start at 0 and go up to 63

Definition at line 90 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), and ExcludeCrystal().

fExcludedDetectors

std::vector<int> TGriffinAngles::fExcludedDetectors

private

list of detectors that are excluded in calculating the angles

Definition at line 89 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), and ExcludeDetector().

fFolding

bool TGriffinAngles::fFolding {false}

private

flag indicating whether we fold our distribution around 90 degree

Definition at line 85 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), Folding(), and FoldOrGroup().

fGrouping

bool TGriffinAngles::fGrouping {false}

private

flag indicating whether we group close angles together

Definition at line 86 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), FoldOrGroup(), and Grouping().

fRounding

double TGriffinAngles::fRounding = 0.001

staticprivate

we consider any angles whose difference is less than this to be equal

Definition at line 88 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Add(), Count(), FoldOrGroup(), Index(), Print(), Rounding(), and Rounding().

fVerbosity

EVerbosity TGriffinAngles::fVerbosity = EVerbosity::kQuiet

staticprivate

verbosity level

Definition at line 83 of file TGriffinAngles.h.

Referenced by TGriffinAngles(), Verbosity(), and Verbosity().