S2Band Class Reference

A band (horizontal projection on S2). More...

#include <XeAnalysis.h>

Inheritance diagram for S2Band:

List of all members.

Public Member Functions
void	draw (int whichEdge)
	Draw one of its edges.
void	draw ()
	Draw it, being and S1S2Object object.
void	drawBandContent (double cMin, double cMax, int zMode)
	Draw band content in color code.
void	drawCellContent (double cMin, double cMax, int zMode)
	Draw contents of cells in color code.
void	extendS1Range (double s1Min, double s1Max)
	Extend the lower and upper edges of S1 Range.
void	fill (int bin, double w=1.)
	fill one entry in a given S1 bin.
void	fill (double s1, double w=1.)
	fill one entry in a given S1 bin.
void	fillAccordingToS1Dist (double w, double *dist)
	fill a band according to a S1 distribution
void	fillUniformly (double w)
	fill a band uniformally
double	getContent (double s1)
	Get cell content, given the value of S1.
double	getContent (int slice)
	Get cell content, given the slice index.
double	getContent ()
	Get total content.
vector< double > *	getContents ()
	return pointer to counts
double	getLowerEdge (int slice)
	Get lower edge of S2/S1 for a given slice.
double	getLowerEdge ()
	Get overall lower edge of S2/S1.
double *	getLowerEdges ()
	return list of S2/S1 lower edges
double	getMaxCount ()
	Get maximum cell count.
double	getMinCount ()
	Get minimum cell count.
double	getMinCountButZero ()
	Get minimum count in not empty cells.
vector< double > *	getS1 ()
	return list of stored S1 values
double	getS1Max ()
	Get overall lowest S1 edge.
double	getS1Min ()
	Get overall lowest S1 edge.
int	getSequence ()
	Get the band sequence number.
double	getUpperEdge (int slice)
	Get upper edge of S2/S1 for a given slice.
double	getUpperEdge ()
	Get overall upper edge of S2/S1.
double *	getUpperEdges ()
	return list of S2/S1 upper edges
double	getWidth (int slice)
	Get S1 width of a given slice.
double	getWidth ()
	Get overall S1 width.
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.
TH1F *	newHistogramOfS1Distribution (int plot=NONE, int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
	Create a one-dim histogram of S1 Distribution.
TH1F *	newHistogramOfS1Spectrum (int plot=NONE, int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
	Create a one-dim histogram of S1 Spectrum.
TH1F *	newHistogramOfSliceDistribution (int plot=NONE)
	Create a one-dim histogram of Slice Distribution.
TH1F *	newHistogramOfSliceSpectrum (int plot=NONE)
	Create a one-dim histogram of Slice Spectrum.
TabulatedDist *	newS1XeDist (int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
	Create the distribution (i.e.
XeSpectrum *	newS1XeSpectrum (int nb=AUTO, double s1Min=AUTOMATIC, double s1Max=AUTOMATIC)
	Create the spectrum of S1 values.
TabulatedDist *	newSliceXeDist ()
	Create the distribution (i.e.
XeSpectrum *	newSliceXeSpectrum ()
	Create the spectrum of Slice values.
void	normalize (double ratio)
	Normalize (i.e.
bool	printIt (int level=1)
	print the S2 Band
void	printS1 (int maxEntries=0)
	Print S1 values.
void	reset ()
	Empty content.
	S2Band ()
	Empty constructor for ROOT.
	S2Band (int w, S1S2Bands *s1s2b)
	Regular constructor from a S1S2Bands XeObkect.
void	setS2overS1Limits (vector< double > *s2overS1Min, vector< double > *s2overS1Max)
	Set the vectors describing S2overS1 limits.
Static Public Member Functions
static string	getTheName (int s, S1S2Bands *s1s2b)
Protected Attributes
double	count
vector< double >	counts
S1S2Bands *	mother
int	nSlices
XeRun *	run
vector< double >	S1
XeBins *	s1Bins
vector< double >	S2overS1Max
vector< double >	S2overS1Min
int	sequence

---

Detailed Description

A band (horizontal projection on S2).

---

Constructor & Destructor Documentation

S2Band::S2Band	(	int	w,
		S1S2Bands *	s1s2b
	)

Regular constructor from a S1S2Bands XeObkect.

Parameters:

	w	which ban
	s1s2b	original S1S2Bands

---

Member Function Documentation

void S2Band::draw

(

int

whichEdge

)

Draw one of its edges.

Parameters:

whichEdge

either UPPER_EDGE or LOWER_EDGE

void S2Band::drawBandContent	(	double	cMin,
		double	cMax,
		int	zMode
	)

Draw band content in color code.

Parameters:

	cMin	content corresponding to lowest color
	cMax	content corresponding to highest color
	zMode	either LINEAR or LOG

void S2Band::drawCellContent	(	double	cMin,
		double	cMax,
		int	zMode
	)

Draw contents of cells in color code.

Parameters:

	cMin	content corresponding to lowest color
	cMax	content corresponding to highest color
	zMode	either LINEAR or LOG

void S2Band::fill	(	int	bin,
		double	w = 1.
	)

fill one entry in a given S1 bin.

Warning! Should not be called independently, to avoir mismatch between bands and slices

Parameters:

	bin	s1 slice
	w	weight

void S2Band::fill	(	double	s1,
		double	w = 1.
	)

fill one entry in a given S1 bin.

Warning! Should not be called independently, to avoir mismatch between bands and slices

Parameters:

	s1	S1 value (which will be stored independently)
	w	weight

void S2Band::fillAccordingToS1Dist	(	double	w,
		double *	dist
	)

fill a band according to a S1 distribution

Parameters:

	w	total content of the band
	dist	pointer to table of distributions

void S2Band::fillUniformly

(

double

w

)

fill a band uniformally

Parameters:

w

total content of the band

double S2Band::getContent

(

double

s1

)

Get cell content, given the value of S1.

Parameters:

s1

value of s1

double S2Band::getContent

(

int

slice

)

Get cell content, given the slice index.

Parameters:

slice

slice index, starting from zero

double S2Band::getLowerEdge

(

int

slice

)

Get lower edge of S2/S1 for a given slice.

Parameters:

slice

slice index, starting from 0

double* S2Band::getLowerEdges

(

)

return list of S2/S1 lower edges

Returns:

a pointer to the array

vector<double>* S2Band::getS1

(

)

return list of stored S1 values

Returns:

a pointer to the array

int S2Band::getSequence

(

)

Get the band sequence number.

Returns:

index running from zero

double S2Band::getUpperEdge

(

int

slice

)

Get upper edge of S2/S1 for a given slice.

Parameters:

slice

slice index, starting from 0

double* S2Band::getUpperEdges

(

)

return list of S2/S1 upper edges

Returns:

a pointer to the array

double S2Band::getWidth

(

int

slice

)

Get S1 width of a given slice.

Parameters:

slice

slice index, starting from 0

TH1F* S2Band::newHistogramOfS1Distribution	(	int	plot = NONE,
		int	nb = AUTO,
		double	s1Min = AUTOMATIC,
		double	s1Max = AUTOMATIC
	)

Create a one-dim histogram of S1 Distribution.

Returns:

pointer to newly created histogram

Parameters:

	plot	Do we want to plot the content? can be NONE,LINEAR,LOG
	nb	number of bins (default: automatic)
	s1Min	lower bound of S1 (default: automatic)
	s1Max	upper bound of S1 (default: automatic)

TH1F* S2Band::newHistogramOfS1Spectrum	(	int	plot = NONE,
		int	nb = AUTO,
		double	s1Min = AUTOMATIC,
		double	s1Max = AUTOMATIC
	)

Create a one-dim histogram of S1 Spectrum.

Returns:

pointer to newly created histogram

Parameters:

	plot	Do we want to plot the content? can be NONE,LINEAR,LOG
	nb	number of bins (default: automatic)
	s1Min	lower bound of S1 (default: automatic)
	s1Max	upper bound of S1 (default: automatic)

TH1F* S2Band::newHistogramOfSliceDistribution

(

int

plot = NONE

)

Create a one-dim histogram of Slice Distribution.

Returns:

pointer to newly created histogram

Parameters:

plot

Do we want to plot the content? can be NONE,LINEAR,LOG

TH1F* S2Band::newHistogramOfSliceSpectrum

(

int

plot = NONE

)

Create a one-dim histogram of Slice Spectrum.

Returns:

pointer to newly created histogram

Parameters:

plot

Do we want to plot the content? can be NONE,LINEAR,LOG

TabulatedDist* S2Band::newS1XeDist	(	int	nb = AUTO,
		double	s1Min = AUTOMATIC,
		double	s1Max = AUTOMATIC
	)

Create the distribution (i.e.

normalized spectrum) of S1 values

Returns:

a pointer to the newly created TabulatedDist

Parameters:

	nb	number of bins (default: automatic)
	s1Min	lower bound of S1 (default: automatic)
	s1Max	upper bound of S1 (default: automatic)

XeSpectrum* S2Band::newS1XeSpectrum	(	int	nb = AUTO,
		double	s1Min = AUTOMATIC,
		double	s1Max = AUTOMATIC
	)

Create the spectrum of S1 values.

Returns:

a pointer to the newly created XeSpectrum

Parameters:

	nb	number of bins (default: automatic)
	s1Min	lower bound of S1 (default: automatic)
	s1Max	upper bound of S1 (default: automatic)

TabulatedDist* S2Band::newSliceXeDist

(

)

Create the distribution (i.e.

normalized spectrum) of Slice values

Returns:

a pointer to the newly created TabulatedDist

Parameters:

	nb	number of bins (default: automatic)
	s1Min	lower bound of Slice (default: automatic)
	s1Max	upper bound of Slice (default: automatic)

XeSpectrum* S2Band::newSliceXeSpectrum

(

)

Create the spectrum of Slice values.

Returns:

a pointer to the newly created XeSpectrum

Parameters:

	nb	number of bins (default: automatic)
	s1Min	lower bound of Slice (default: automatic)
	s1Max	upper bound of Slice (default: automatic)

void S2Band::normalize

(

double

ratio

)

Normalize (i.e.

multiply by a factor)

Parameters:

ration

multiplicatoin factor

bool S2Band::printIt

(

int

level = 1

)

[virtual]

print the S2 Band

Parameters:

level

print level

Reimplemented from XeObject.

void S2Band::printS1

(

int

maxEntries = 0

)

Print S1 values.

Parameters:

maxEntries

number of entries, 0--> all

void S2Band::setS2overS1Limits	(	vector< double > *	s2overS1Min,
		vector< double > *	s2overS1Max
	)

Set the vectors describing S2overS1 limits.

Parameters:

	s2overS1Min	pointer to the vector of min s2overS1
	s2overS1Max	poaxter to the vector of max s2overS1

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Member Data Documentation

double S2Band::count [protected]

Total count

vector<double> S2Band::counts [protected]

counts per slice

S1S2Bands* S2Band::mother [protected]

pointer to the S1S2Bands it belongs to

int S2Band::nSlices [protected]

Number of slices

XeRun* S2Band::run [protected]

pointer to the run it belongs to

vector<double> S2Band::S1 [protected]

Stored values of S1 (does not necessarily exist)

XeBins* S2Band::s1Bins [protected]

Interval defining S1 bins

vector<double> S2Band::S2overS1Max [protected]

upper limits if S2/S1

vector<double> S2Band::S2overS1Min [protected]

lower limits if S2/S1

int S2Band::sequence [protected]

Sequence number , counted from 0

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

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