S1Slice Class Reference

A Slice (vertical cut in S1). More...

#include <XeAnalysis.h>

Inheritance diagram for S1Slice:

List of all members.

Public Member Functions
void	draw ()
	Draw it, being and S1S2Object object.
void	fill (int band, double w=1.)
	fill one entry in a given band Warning! Should not be called independently, to avoir mismatch between bands and slices
void	fill (double s1, double s2, double w=1.)
	fill one entry in a given band Warning! Should not be called independently, to avoir mismatch between bands and slices
void	fillForStudy (double s1, double s2)
	Fill the S1overS2 table for study (i.e.
double	getArea ()
	Return area in s1*log(S2/S1) space.
double	getCentralS1 ()
	Return central value of S1.
double	getContent (int band)
	Return count in given band.
double	getContent ()
	Return total count.
double	getMaxCount ()
	Return maximum count in all cells.
double	getMinCount ()
	Return minimum count in all cells.
double	getS1Max ()
	Return maximum value of S1.
double	getS1Min ()
	Return minimum value of S1.
double	getS1Width ()
	Return width of S1 interval.
XeBins *	getS2overS1Bins ()
	Return S2/S1 bins as an XeBins* XeObject.
double	getS2overS1Max ()
	Return largest S2overS1 bin.
double	getS2overS1Min ()
	Return smallest S2overS1 bin.
vector< double > *	getS2overS1Vector ()
	Return list of S2/S1 bins.
double	maxX ()
	Return maximum 'X' value, as requested by being an S1S2Object object.
double	maxY ()
	Return maximum 'Y' value, as requested by being an S1S2Object object.
double	minX ()
	Return minimum 'X' value, as requested by being an S1S2Object object.
double	minY ()
	Return minimum 'Y' value, as requested by being an S1S2Object object.
void	normalize (double ratio)
	Normalize (i.e.
bool	printIt (int level=1)
	print the S1 Slice
void	reset ()
	Empty content.
void	reweightTheBands (double *weights)
	reweights contents inside slices
	S1Slice (int w, S1S2Bands *s1s2b)
	Regulat constructor from an S1S2Bands XeObject.
void	setS1Max (double s1Max)
	Set S1 maximum value.
void	setS1Min (double s1Min)
	Set S1 minimum value.
void	setS2overS1Bins (XeBins *s2overS1Bins)
Static Public Member Functions
static string	getTheName (int s, S1S2Bands *s1s2b)
Protected Attributes
double	count
vector< double >	counts
S1S2Bands *	mother
int	nBands
XeRun *	run
double	S1Max
double	S1Min
XeBins *	S2overS1Bins
vector< double >	S2overS1Values
int	sequence

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Detailed Description

A Slice (vertical cut in S1).

Defined by slice number, and characterized by S1Min, S1Max

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Constructor & Destructor Documentation

S1Slice::S1Slice	(	int	w,
		S1S2Bands *	s1s2b
	)

Regulat constructor from an S1S2Bands XeObject.

Parameters:

	w	which slice
	s1s2b	original S1S2Bands

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Member Function Documentation

void S1Slice::fill	(	int	band,
		double	w = 1.
	)

fill one entry in a given band Warning! Should not be called independently, to avoir mismatch between bands and slices

Parameters:

	bin	band index
	w	weight

void S1Slice::fill	(	double	s1,
		double	s2,
		double	w = 1.
	)

fill one entry in a given band Warning! Should not be called independently, to avoir mismatch between bands and slices

Parameters:

	s1	S1 value
	s2	S2 value
	w	weight

void S1Slice::fillForStudy	(	double	s1,
		double	s2
	)

Fill the S1overS2 table for study (i.e.

define the bands)

Parameters:

	s1	S1 value
	s2	S2 value

void S1Slice::normalize

(

double

ratio

)

Normalize (i.e.

multiply by a factor)

Parameters:

ration

multiplicatoin factor

bool S1Slice::printIt

(

int

level = 1

)

[virtual]

print the S1 Slice

Parameters:

level

print level

Reimplemented from XeObject.

void S1Slice::reweightTheBands

(

double *

weights

)

reweights contents inside slices

Parameters:

weights

relative weight of each band (sum[weights]=1);

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Member Data Documentation

double S1Slice::count [protected]

Total count

vector<double> S1Slice::counts [protected]

getContents per band

S1S2Bands* S1Slice::mother [protected]

Pointer to S1S2Bands it belongs to

int S1Slice::nBands [protected]

number of bands

XeRun* S1Slice::run [protected]

Pointer to run (actually XeRun) it belongs to

double S1Slice::S1Max [protected]

Maximum value of S1

double S1Slice::S1Min [protected]

Minimum value of S1

XeBins* S1Slice::S2overS1Bins [protected]

Bands limits in S2/S1, as a XeBins

vector<double> S1Slice::S2overS1Values [protected]

Values of S2/S1 for studies

int S1Slice::sequence [protected]

slice sequence number, counting from 0

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

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