XeSetOfCuts Class Reference

Set of cuts. More...

#include <XeAnalysis.h>

Inheritance diagram for XeSetOfCuts:

List of all members.

Public Member Functions
void	addCut (XeCut *cut)
	adds one cut to the set
void	addCuts (XeSetOfCuts *cuts)
	adds one set of cutc to the current set
void	disable (int i)
	disable one cut
void	disableAll ()
	disable all the cuts
void	draw ()
	Draw the cuts in a standard S1,S2 plane.
void	enable (int i, bool enabled=true)
	enable one cut
void	enableAll (bool enabled=true)
	enable one cut
void	enableFirst (int n)
	enable first n cuts, disable all the rest
XeCut *	getCutByNature (int nat)
	get first cut of a given nature
XeCut *	getCutBySequence (int i)
	Get a cut by its sequence number.
string	getCutNameBySequence (int i)
	Return name of a cut.
int	getNCuts ()
	return number of cuts
double	getOverallAcceptance ()
	create the Overall Acceptance (1.
bool	isEnabled (int i)
	is a cut enabled?
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.
XeMultiGraph *	newMultiGraph (int plot=NONE)
	create a mutiple graph (actually XeMultiGraph) of all cuts in S1 or uS1
bool	passes (double s1, double s2)
	Do s1 and s2 pass the cut?
bool	printIt (int level=1)
	print the set of cuts
void	reset ()
	remove all the cuts
Static Public Member Functions
static XeSetOfCuts *	newDefaultXeSetOfDarkMatterCuts (XeRun *run)
	create a default set of dark Matter cuts
Protected Member Functions
bool	checkIndex (int i)
void	init ()
virtual void	setTheName ()
Protected Attributes
XeRun *	run
int	runNumber

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Detailed Description

Set of cuts.

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Member Function Documentation

void XeSetOfCuts::addCut

(

XeCut *

cut

)

adds one cut to the set

Parameters:

cut

the XeCut to be added

void XeSetOfCuts::addCuts

(

XeSetOfCuts *

cuts

)

adds one set of cutc to the current set

Parameters:

cuts

the XeSetOfCut to be added

void XeSetOfCuts::disable

(

int

i

)

disable one cut

Parameters:

i

cut index, counting from 0

void XeSetOfCuts::enable	(	int	i,
		bool	enabled = true
	)

enable one cut

Parameters:

	i	cut index, counting from 0
	enabled	enable or disable

void XeSetOfCuts::enableAll

(

bool

enabled = true

)

enable one cut

Parameters:

enabled

enable or disable

void XeSetOfCuts::enableFirst

(

int

n

)

enable first n cuts, disable all the rest

Parameters:

n

how many need to be enabled

XeCut* XeSetOfCuts::getCutByNature

(

int

nat

)

get first cut of a given nature

Returns:

pointer to first cut of the given nature

Parameters:

nat

cut nature : USER_GENERAL_CUT , USER_SELECTION_CUT , USER_SELECTION_CUT_ON_S1 USER_SELECTION_CUT_ON_UNSMEARED_S1 , S1_STOT_SELECTION_CUT S2_PEAK_S0_SELECTION_CUT , S1_COIN2_SELECTION_CUT , DARK_MATTER_CUT

XeCut* XeSetOfCuts::getCutBySequence

(

int

i

)

Get a cut by its sequence number.

Returns:

pointer to the requested cut

Parameters:

i

cut index, counting from 0

string XeSetOfCuts::getCutNameBySequence

(

int

i

)

Return name of a cut.

Parameters:

i

cut index, counting from 0

double XeSetOfCuts::getOverallAcceptance

(

)

create the Overall Acceptance (1.

for preselection cuts);

Returns:

pointer to the newly created XeMultiGraph

bool XeSetOfCuts::isEnabled

(

int

i

)

is a cut enabled?

Parameters:

i

cut index, counting from 0

static XeSetOfCuts* XeSetOfCuts::newDefaultXeSetOfDarkMatterCuts

(

XeRun *

run

)

[static]

create a default set of dark Matter cuts

Returns:

a pointer to the newly created set of dark Matter cuts

Parameters:

run

The given run

XeMultiGraph* XeSetOfCuts::newMultiGraph

(

int

plot = NONE

)

create a mutiple graph (actually XeMultiGraph) of all cuts in S1 or uS1

Returns:

pointer to the newly created XeMultiGraph

Parameters:

plot

either NONE, AUTO, LINEAR, or LOG

bool XeSetOfCuts::passes	(	double	s1,
		double	s2
	)

Do s1 and s2 pass the cut?

Parameters:

	s1	s1 value
	s2	s2 value

bool XeSetOfCuts::printIt

(

int

level = 1

)

[virtual]

print the set of cuts

Parameters:

level

print level

Reimplemented from XeObject.

Reimplemented in XeSetOfSelectionCuts.

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

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