S1S2Data Class Reference

DataSet in S1 S2. More...

#include <XeAnalysis.h>

Inheritance diagram for S1S2Data:

List of all members.

Public Member Functions
void	add (S1S2Data *original, DarkMatterCut *cut)
	Add content of another data set after applying a dark matter cut.
void	add (S1S2Data *original, XeSetOfCuts *cuts)
	Add content of another data set after applying a set of cuts.
void	add (TGraph *gr)
	Add content of a Tgraph.
void	add (double s1, int slice, double s2, int band)
	Add an entry corresponding to s1,s2 measurements, and record band/slice indices.
void	add (double s1, double s2)
	Add an entry corresponding to s1,s2 measurements.
int	defaultColor ()
	Return the default color while drawing.
void	draw ()
	Draw the data set, as requested by this being S1S2Object.
void	fillAndMarkBandsAndSlices (S1S2Bands *bands, bool mark)
	fill bands and slices and mark events with their band and slice number
int	getBand (int ev)
	Return band index of a given event (if defined).
S1S2Data *	getCutData ()
	get corresponding data set after cut
int	getDataType ()
	Return the data type.
int	getNEvents ()
	Return number of events in the data set.
double	getNEventsNormalized ()
	Get normalized number of events.
double	getNormalization ()
	Get normalization factor.
XeRun *	getRun ()
	get pointer to the run it belongs
double *	getS1 ()
	get all S1 values
double	getS1 (int ev)
	Return S1 value of a given event.
double *	getS2 ()
	get all S2 values
double	getS2 (int ev)
	Return S2 value of a given event.
double	getS2overS1 (int ev)
	Return S2/S1 of a given event.
int	getSlice (int ev)
	Return slice index of a given event (if defined).
string	getTypeName ()
	get name of data type
double	getX (int ev)
	get "X" of a given event, when drawing
double	getY (int ev)
	get "Y" of a given event, when drawing
void	make (S1S2Data *original, DarkMatterCut *cut)
	crate from another data set after applying a dark matter cut
void	make (S1S2Data *original, XeSetOfCuts *cuts)
	Create from another data set after applying a set of cuts.
void	make (TGraph *gr)
	Create from content of a Tgraph.
double	maxS1 ()
	get max S1
double	maxS2 ()
	get max S2
double	maxS2OverS1 ()
	get max S2/S1
double	maxX ()
	get max "X" value
double	maxY ()
	get max "Y" value
double	minS1 ()
double	minS2 ()
	get min S2
double	minS2OverS1 ()
	get min S2/S1
double	minX ()
	get min "X" value
double	minY ()
	get min "Y" value
EquiContentBins *	newEquiContentS1Bins (int ns1, double s1Mi, double s1Ma)
	Return S1 bins with equal content, giving S1 edges.
EquiContentBins *	newEquiContentS1Bins (int ns1)
	Return S1 bins with equal content, with automatic S1 edges.
XeGraph *	newGraph (int plot=NONE)
	Create a graph.
TTree *	newTree (S1S2Bands *referenceBands=NULL)
	Create a TTree with important quantities in.
void	normalize (double ratio)
	Multiply everything by a constant.
void	normalizeToEvents (double events)
	Multiply everything by a constant factor such as the total content will be as requested.
bool	passes (int i, XeSetOfCuts *cuts)
bool	passes (int i, DarkMatterCut *cut)
void	printComputedBands (int level=1, int bandMax=ALL)
	Print the data set with the 1st bands.
bool	printIt (int level=1)
	print the data set
void	printSummary (string header)
	Print a summary of the content , befrore and after cut, and normalisation.
void	reset ()
	Reset (empty all contents).
	S1S2Data (S1S2Data *original, DarkMatterCut *cut)
	Constructor from an existing data set, after dark matter cut.
	S1S2Data (S1S2Data *original, XeSetOfCuts *cuts)
	Constructor from an existing data set, after further cuts.
	S1S2Data (string name, int type, XeRun *run, TGraph *gr=NULL)
	Constructor ab nihilo.
void	setCutData (S1S2Data *cut)
	Define the corresponding data set after cuts cut pointer to the S1S2Data data set after cuts.
void	setParameters (XeRun *run, int type)
	Internal method to help the constructor by setting vital members.
void	setRun (XeRun *run)
bool	update ()
	Update min, max, .
Static Public Member Functions
static int	defaultColor (int type)
	get default color, for a given data type
static string	formatContent (int type, double c, double w, bool total=false)
	format count for a table
static string	getShortTypeName (int type)
	return short type type name
static string	getTheName (S1S2Data *original, DarkMatterCut *cut)
static string	getTheName (S1S2Data *original, XeSetOfCuts *cuts)
static string	getTypeName (int type)
	return type name
static bool	isAfterCuts (int type)
	tell if a data type comes from another one after cuts
static bool	isBackground (int type, bool warn=false)
	Is the type a background one?
static int	mapS1Shape (int s1s2Shape)
	Map S1shape enumeration to S1S2dataType enumeration.
static void	printSummaryHeader ()
	Print header of breakdown table.
static int	typeAfterCut (int type)
	given a data type , return the corresponding type after cuts
static int	typeBeforeCut (int type)
	given a data type , return the corresponding type before cuts
Protected Attributes
int	band
vector< int >	bands
S1S2Data *	cutData
int	dataType
float	flattened
float	logS2S1
double	nEventsNormalized
double	normalization
XeRun *	run
float	S1
double	s1Max
double	s1Min
float	S2
double	s2Max
double	s2Min
double	s2overs1Max
double	s2overs1Min
int	slice
vector< int >	slices

---

Detailed Description

DataSet in S1 S2.

---

Constructor & Destructor Documentation

S1S2Data::S1S2Data	(	string	name,
		int	type,
		XeRun *	run,
		TGraph *	gr = NULL
	)

Constructor ab nihilo.

Parameters:

	name	name of data set
	run	run (actually XeRun) where data come from
	gr	Graph where S1S2 are taken from

S1S2Data::S1S2Data	(	S1S2Data *	original,
		XeSetOfCuts *	cuts
	)

Constructor from an existing data set, after further cuts.

Parameters:

	original	original S1S2Data before cuts
	cuts	set of preselection cuts

S1S2Data::S1S2Data	(	S1S2Data *	original,
		DarkMatterCut *	cut
	)

Constructor from an existing data set, after dark matter cut.

Parameters:

	original	original S1S2Data before cuts
	cut	dark matter cut

---

Member Function Documentation

void S1S2Data::add	(	S1S2Data *	original,
		DarkMatterCut *	cut
	)

Add content of another data set after applying a dark matter cut.

Parameters:

	original	pointer to the original data set
	cuts	pointer to the Dark matter cuts

void S1S2Data::add	(	S1S2Data *	original,
		XeSetOfCuts *	cuts
	)

Add content of another data set after applying a set of cuts.

Parameters:

	original	pointer to the original data set
	cuts	pointer to the set of cuts

void S1S2Data::add

(

TGraph *

gr

)

Add content of a Tgraph.

Parameters:

gr

pointer to the graph whose values are S1 and log(S2/S1)

void S1S2Data::add	(	double	s1,
		int	slice,
		double	s2,
		int	band
	)

Add an entry corresponding to s1,s2 measurements, and record band/slice indices.

Parameters:

	s1	S1 value
	slice	slice index (couting from 0)
	s2	S2 value
	band	band index (counting from 0)

void S1S2Data::add	(	double	s1,
		double	s2
	)

Add an entry corresponding to s1,s2 measurements.

Parameters:

	s1	S1 value
	s2	S2 value

static int S1S2Data::defaultColor

(

int

type

)

[static]

get default color, for a given data type

Parameters:

type

Data type

void S1S2Data::fillAndMarkBandsAndSlices	(	S1S2Bands *	bands,
		bool	mark
	)

fill bands and slices and mark events with their band and slice number

Parameters:

	bands	S1S2Bands to be filled from which the events are read
	mark	mark the band and slice numbers for each event

static string S1S2Data::formatContent	(	int	type,
		double	c,
		double	w,
		bool	total = false
	)			[static]

format count for a table

Parameters:

type

Data type

int S1S2Data::getBand

(

int

ev

)

Return band index of a given event (if defined).

Returns:

index of band, counted from zero

Parameters:

ev

event number ,counted from zero

S1S2Data* S1S2Data::getCutData

(

)

get corresponding data set after cut

Returns:

pointer to the S1S2Data XeObject

int S1S2Data::getDataType

(

)

Return the data type.

Returns:

One of : AM_BE_DATA, E_GAMMA_DATA , DM_DATA , AM_BE_CUT_DATA , E_GAMMA_CUT_DATA, DM_CUT_DATA, ER_BACKGROUND, ER_LEAKAGE , NR_BACKGROUND, ALL_BACKGROUNDS, DM_CUT_DATA_INTEGRATED, ALL_BACKGROUNDS_INTEGRATED , DEFAULT_SIGNAL, DEFAULT_SIGNAL_INTEGRATED

XeRun* S1S2Data::getRun

(

)

get pointer to the run it belongs

Returns:

pointer to the XeRun XeObject

double* S1S2Data::getS1

(

)

get all S1 values

Returns:

pointer to array

double S1S2Data::getS1

(

int

ev

)

Return S1 value of a given event.

Parameters:

ev

event number ,counted from zero

double* S1S2Data::getS2

(

)

get all S2 values

Returns:

pointer to array

double S1S2Data::getS2

(

int

ev

)

Return S2 value of a given event.

Parameters:

ev

event number ,counted from zero

double S1S2Data::getS2overS1

(

int

ev

)

Return S2/S1 of a given event.

Parameters:

ev

event number ,counted from zero

static string S1S2Data::getShortTypeName

(

int

type

)

[static]

return short type type name

Parameters:

type

Data type

int S1S2Data::getSlice

(

int

ev

)

Return slice index of a given event (if defined).

Returns:

index of slice, counted from zero

Parameters:

ev

event number ,counted from zero

static string S1S2Data::getTypeName

(

int

type

)

[static]

return type name

Parameters:

type

Data type

double S1S2Data::getX

(

int

ev

)

get "X" of a given event, when drawing

Parameters:

ev

event number ,counted from zero

double S1S2Data::getY

(

int

ev

)

get "Y" of a given event, when drawing

Parameters:

ev

event number ,counted from zero

static bool S1S2Data::isAfterCuts

(

int

type

)

[static]

tell if a data type comes from another one after cuts

Parameters:

type

Data type

static bool S1S2Data::isBackground	(	int	type,
		bool	warn = false
	)			[static]

Is the type a background one?

Parameters:

	type	Data type
	warn	print a warning statement in case of error

void S1S2Data::make	(	S1S2Data *	original,
		DarkMatterCut *	cut
	)

crate from another data set after applying a dark matter cut

Parameters:

	original	pointer to the original data set
	cuts	pointer to the Dark matter cuts

void S1S2Data::make	(	S1S2Data *	original,
		XeSetOfCuts *	cuts
	)

Create from another data set after applying a set of cuts.

Parameters:

	original	pointer to the original data set
	cuts	pointer to the set of cuts

void S1S2Data::make

(

TGraph *

gr

)

Create from content of a Tgraph.

Parameters:

gr

pointer to the graph whose values are S1 and log(S2/S1)

static int S1S2Data::mapS1Shape

(

int

s1s2Shape

)

[static]

Map S1shape enumeration to S1S2dataType enumeration.

Parameters:

shape

either SHAPE_SIGNAL,SHAPE_ER_BACKGROUND,SHAPE_ER_LEAKAGE,SHAPE_NR_BACKGROUND

Returns:

the corresponding item S1S2 data type

EquiContentBins* S1S2Data::newEquiContentS1Bins	(	int	ns1,
		double	s1Mi,
		double	s1Ma
	)

Return S1 bins with equal content, giving S1 edges.

Returns:

pointer to a newly created EquiContentBins XeBins XeObject

Parameters:

	nS1	number of S1 slices
	s1Mi	Lower edge of S1 range
	s1Ma	upper esge of S1 range

EquiContentBins* S1S2Data::newEquiContentS1Bins

(

int

ns1

)

Return S1 bins with equal content, with automatic S1 edges.

Returns:

pointer to a newly created EquiContentBins XeBins XeObject

Parameters:

nS1

number of S1 slices

XeGraph* S1S2Data::newGraph

(

int

plot = NONE

)

Create a graph.

Returns:

pointer to the newly created XeGraph XeObject

Parameters:

plot

either NONE, AUTO, LINEAR, or LOG

TTree* S1S2Data::newTree

(

S1S2Bands *

referenceBands = NULL

)

Create a TTree with important quantities in.

They are S1,S2, logS2S, flattened. If reference bands are given, slice and band are also given

Returns:

a pointer to a newly created TTree

Parameters:

referenceBands

Referance bands used to compute slice and band numver

void S1S2Data::normalize

(

double

ratio

)

Multiply everything by a constant.

Parameters:

ratio

multiplication factor

void S1S2Data::normalizeToEvents

(

double

events

)

Multiply everything by a constant factor such as the total content will be as requested.

Parameters:

events

requested total content

void S1S2Data::printComputedBands	(	int	level = 1,
		int	bandMax = ALL
	)

Print the data set with the 1st bands.

Parameters:

	level	print level
	bandmax	index of highest band to be printed (default: no limit)

bool S1S2Data::printIt

(

int

level = 1

)

[virtual]

print the data set

Parameters:

level

print level

Reimplemented from DataSet.

void S1S2Data::printSummary

(

string

header

)

Print a summary of the content , befrore and after cut, and normalisation.

Parameters:

header

Entry title in the table

void S1S2Data::setParameters	(	XeRun *	run,
		int	type
	)

Internal method to help the constructor by setting vital members.

Parameters:

	run	XeRun XeObject this data set belongs to
	type	Data type

static int S1S2Data::typeAfterCut

(

int

type

)

[static]

given a data type , return the corresponding type after cuts

Parameters:

type

Data type

static int S1S2Data::typeBeforeCut

(

int

type

)

[static]

given a data type , return the corresponding type before cuts

Parameters:

type

Data type

bool S1S2Data::update

(

)

[virtual]

Update min, max, .

..

Reimplemented from DataSet.

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The documentation for this class was generated from the following file:

• /home/lellouch/Dropbox/Xenon/Xephyr/XeAnalysis.h