SimpleERBackground Class Reference

Simple Electron background model runs 8 an s10 It recomputes the gaussian parameters and establishes globally the anomalous, assuming it constant in the flattened (log(s2/s1) variable. More...

#include <XeAnalysis.h>

Inheritance diagram for SimpleERBackground:

List of all members.

Public Member Functions
S1S2Bands *	computeAnomalousBands ()
	return Bands for anomalous background
void	computeAnomalousSlope ()
	Computes the exponetial factor "anomalousSlope" of anomalous bkg.
S1S2Bands *	computeBands ()
	return Bands for (regular) background
bool	printIt (int level=1)
	print this simple background model
void	setFlattenedAnomalousMax (double fMax=DEFAULT_FLATTENED_ANOMALOUS_MAX)
	Set the maximum limit in flattened s2/s1 space for the anomalous leakage.
void	setFlattenedAnomalousMin (double fMin=DEFAULT_FLATTENED_ANOMALOUS_MIN)
	Set the minimum limit in flattened s2/s1 space for the anomalous leakage.
void	setFlattenedAnomalousSymmetric (double fSymmetric)
	Set symmetric limits in flattened s2/s1 space for the anomalous leakage.
void	setFlattenedFitMax (double fMax=DEFAULT_FLATTENED_FIT_MAX)
	Set the maximum limit in flattened s2/s1 space for the fit of regular ER.
void	setFlattenedFitMin (double fMin=DEFAULT_FLATTENED_FIT_MIN)
	Set the minimum limit in flattened s2/s1 space for the fit of regular ER.
void	setFlattenedFitSymmetric (double fSymmetric)
	Set symmetric limits in flattened s2/s1 space for the fit of regular ER.
void	setFlattenedMax (double fMax=DEFAULT_FLATTENED_MAX)
	Set the overall maximum limit in flattened s2/s1 space.
void	setFlattenedMin (double fMin=DEFAULT_FLATTENED_MIN)
	Set the overall minimum limit in flattened s2/s1 space.
void	setFlattenedSymmetric (double fSymmetric)
	Set the overall limits in flattened s2/s1 space, symmetric around zero.
	SimpleERBackground ()
	No arg constructor for root.
	SimpleERBackground (XeRun *run)
	Regular constructor.
Protected Attributes
double	flattenedAnomalousMax
double	flattenedAnomalousMin
double	flattenedFitMax
double	flattenedFitMin
double	flattenedMax
double	flattenedMin

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Detailed Description

Simple Electron background model runs 8 an s10 It recomputes the gaussian parameters and establishes globally the anomalous, assuming it constant in the flattened (log(s2/s1) variable.

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Constructor & Destructor Documentation

SimpleERBackground::SimpleERBackground

(

XeRun *

run

)

Regular constructor.

Parameters:

run

XeRun on which the model is applied

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Member Function Documentation

void SimpleERBackground::computeAnomalousSlope

(

)

Computes the exponetial factor "anomalousSlope" of anomalous bkg.

and writes it into anomalousSlope member. Based on Hagar's implementation, wiki: https://xecluster.lngs.infn.it/dokuwiki/doku.php?id=xenon:xenon100:analysis:run10_profile_likelihood

bool SimpleERBackground::printIt

(

int

level = 1

)

[virtual]

print this simple background model

Parameters:

level

print level

Reimplemented from ElectronBackgroundModel.

void SimpleERBackground::setFlattenedAnomalousMax

(

double

fMax = DEFAULT_FLATTENED_ANOMALOUS_MAX

)

Set the maximum limit in flattened s2/s1 space for the anomalous leakage.

Parameters:

fMax

maximum value

void SimpleERBackground::setFlattenedAnomalousMin

(

double

fMin = DEFAULT_FLATTENED_ANOMALOUS_MIN

)

Set the minimum limit in flattened s2/s1 space for the anomalous leakage.

Parameters:

fMin

minimum value

void SimpleERBackground::setFlattenedAnomalousSymmetric

(

double

fSymmetric

)

Set symmetric limits in flattened s2/s1 space for the anomalous leakage.

Parameters:

fSymmetric

range will be [-fSymmetric,+fSymmetric]]

void SimpleERBackground::setFlattenedFitMax

(

double

fMax = DEFAULT_FLATTENED_FIT_MAX

)

Set the maximum limit in flattened s2/s1 space for the fit of regular ER.

Parameters:

fMax

maximum value

void SimpleERBackground::setFlattenedFitMin

(

double

fMin = DEFAULT_FLATTENED_FIT_MIN

)

Set the minimum limit in flattened s2/s1 space for the fit of regular ER.

Parameters:

fMin

minimum value

void SimpleERBackground::setFlattenedFitSymmetric

(

double

fSymmetric

)

Set symmetric limits in flattened s2/s1 space for the fit of regular ER.

Parameters:

fSymmetric

range will be [-fSymmetric,+fSymmetric]]

void SimpleERBackground::setFlattenedMax

(

double

fMax = DEFAULT_FLATTENED_MAX

)

Set the overall maximum limit in flattened s2/s1 space.

Parameters:

fMax

maximum value

void SimpleERBackground::setFlattenedMin

(

double

fMin = DEFAULT_FLATTENED_MIN

)

Set the overall minimum limit in flattened s2/s1 space.

Parameters:

fMin

minimum value

void SimpleERBackground::setFlattenedSymmetric

(

double

fSymmetric

)

Set the overall limits in flattened s2/s1 space, symmetric around zero.

Parameters:

fSymmetric

range will be [-fSymmetric,+fSymmetric]]

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

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