ElectronBackgroundModel Class Reference

Class for electron background model. More...

#include <XeAnalysis.h>

Inheritance diagram for ElectronBackgroundModel:

List of all members.

Public Member Functions
virtual S1S2Bands *	computeAnomalousBands ()=0
	return Bands for anomalous background
	ElectronBackgroundModel ()
	No arg constructor for root.
	ElectronBackgroundModel (string name, XeRun *run, int requested)
	constructor
double	getAnomalousSlope ()
	return S1 slope of anomalous background
double	getExpectedAnomalous ()
	return expected anomalous background
double	getExpectedGaussian ()
	return expected gaussian background
bool	isERGaussianFlatInS1 ()
	Is ER Gaussian S1 distribution flat ?
virtual bool	printIt (int level=1)
	print details of background estimation
void	setAnomalousSlope (double slope)
	set value of exponential slope in S1 anomalous
void	setERGaussianFlatInS1 (bool flat)
	Set ER Gaussian S1 distribution be flat.
void	setExpectedAnomalous (double exp)
	set value of expected anomalous backgound
void	setExpectedGaussian (double exp)
	set value of expected gaussian backgound
Static Public Member Functions
static ElectronBackgroundModel *	newDefault (XeRun *run)
	return a default model for a given run
Protected Attributes
double	anomalousExpected
double	anomalousSlope
bool	ERGaussianFlatInS1
double	gaussianExpected
double	meanCo60
double	normCo60
double	sigmaCo60

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Detailed Description

Class for electron background model.

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Constructor & Destructor Documentation

ElectronBackgroundModel::ElectronBackgroundModel	(	string	name,
		XeRun *	run,
		int	requested
	)

constructor

Parameters:

	name	Name of the model
	run	XeRun on which the model is applied
	requested	requested analysis mode:

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Member Function Documentation

static ElectronBackgroundModel* ElectronBackgroundModel::newDefault

(

XeRun *

run

)

[static]

return a default model for a given run

Parameters:

runNumber

The given run number

virtual bool ElectronBackgroundModel::printIt

(

int

level = 1

)

[virtual]

print details of background estimation

Parameters:

level

detail level

Reimplemented from XeObject.

Reimplemented in SimplisticERBackground, SimpleERBackground, and PublishedElectronBackground.

void ElectronBackgroundModel::setAnomalousSlope

(

double

slope

)

set value of exponential slope in S1 anomalous

Parameters:

slope

expected anomalous background (<=0: uniform)

void ElectronBackgroundModel::setERGaussianFlatInS1

(

bool

flat

)

Set ER Gaussian S1 distribution be flat.

Parameters:

flat

do we want it flat?

void ElectronBackgroundModel::setExpectedAnomalous

(

double

exp

)

set value of expected anomalous backgound

Parameters:

exp

expected anomalous background

void ElectronBackgroundModel::setExpectedGaussian

(

double

exp

)

set value of expected gaussian backgound

Parameters:

exp

expected gaussian background

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Member Data Documentation

double ElectronBackgroundModel::anomalousExpected [protected]

Expected anomalous leakage

double ElectronBackgroundModel::anomalousSlope [protected]

S1 slope of anomalous leakage

bool ElectronBackgroundModel::ERGaussianFlatInS1 [protected]

Do we want Er Gaussian S1 dist. be flat?

double ElectronBackgroundModel::gaussianExpected [protected]

Expected gaussian leakage

double ElectronBackgroundModel::meanCo60 [protected]

Average of flattened S2/S1

double ElectronBackgroundModel::normCo60 [protected]

Normalization of Co60 runs

double ElectronBackgroundModel::sigmaCo60 [protected]

Sigma of flattened S1/S1

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

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