Stores various useful data and functions for functionality of GUI cutter. The only useful funtions for user are AddHistogram, ReadCutAreas, SetOutputFile, and Exec. Other functions and variables are employed automaticaly when needed. More...

Functions
void	AddHistogram (TH2D *hist)
	Add histogram.
void	ReadCutAreas (const std::string &fileName)
	Reads cut areas from the file.
void	SetOutputFile (const std::string &fileName, const bool rewrite=false)
	Set the file in which cut areas will be written.
void	Exec ()
	Executable to pass to TPad::AddExec(name, command) to start GUI session.
void	SetLine (TLine &line, const double x1, const double y1, const double x2, const double y2, const Color_t color=kRed)
	Sets style to the provided TLine. This function is called automaticaly when needed.
void	Draw (const bool isRangeFixed=false)
	Draws histogram with cuts applied. This function is called automaticaly when needed.
void	ApplyCuts (TH2D *hist)
	Applies cuts to the passed distribution. This function is called automaticaly when needed.
void	MouseMotionAction (const double x, const double y)
	Applies actions to kMouseMotion event. This function is called automaticaly when needed.
void	Button1DownAction (const double x, const double y)
	Applies actions to kButton1Down event. This function is called automaticaly when needed.
void	KeyPressAction (const int button)
	Applies actions to kKeyPress event. This function is called automaticaly when needed.
bool	IsBinCut (const int binX, const int binY)
	Checks whether the bin is cut or not.
double	Pol1 (const double x, const double par0, const double par1)
	Needed for angular cut mode. This function is called automaticaly when needed.

Variables
std::vector< TH2D * >	hists
	stores added distributions
TH2D *	histWithCuts
	stores current distribution to which cuts will be applied
std::vector< unsigned long >	histsOrigIntegral
	stores integrals of added uncut hists
unsigned long	currentHist = 0
	stores information about the index of the currently displayed histogram
std::vector< std::vector< bool > >	inputFileCutAreas
	stores information about cut areas that were read from the input file
short	currentCutMode = -1
	stores information about the current cut mode
std::vector< double >	rectXMin
	stores minimum x values of the rectangular cut mode
std::vector< double >	rectXMax
	stores maximum x values of the rectangular cut mode
std::vector< double >	rectYMin
	stores minimum y values of the rectangular cut mode
std::vector< double >	rectYMax
	stores maximum y values of the rectangular cut mode
std::vector< double >	lineXMin
	stores minimum x values of x linear cut mode
std::vector< double >	lineXMax
	stores maximum x values of x linear cut mode
std::vector< double >	lineYMin
	stores minimum y values of y linear cut mode
std::vector< double >	lineYMax
	stores maximum y values of y linear cut mode
std::vector< double >	invRectXMin
	stores minimum x values of inverse rectangular cut mode
std::vector< double >	invRectXMax
	stores maximum x values of inverse rectangular cut mode
std::vector< double >	invRectYMin
	stores minimum y values of inverse rectangular cut mode
std::vector< double >	invRectYMax
	stores maximum y values of inverse rectangular cut mode
std::vector< double >	angledLine1X1
	stores x1 values of the 1st line of angled line cuts
std::vector< double >	angledLine1X2
	stores x2 values of the 1st line of angled line cuts
std::vector< double >	angledLine1Y1
	stores y1 values of the 1st line of angled line cuts
std::vector< double >	angledLine1Y2
	stores y2 values of the 1st line of angled line cuts
std::vector< double >	angledLine2X1
	stores x1 values of the 2nd line of angled line cuts
std::vector< double >	angledLine2X2
	stores x2 values of the 2nd line of angled line cuts
std::vector< double >	angledLine2Y1
	stores y1 values of the 2nd line of angled line cuts
std::vector< double >	angledLine2Y2
	stores y2 values of the 2nd line of angled line cuts
std::vector< double >	tanAlpha1
	stores tangent of alpha of the 1st line of angled line cuts
std::vector< double >	tanAlpha2
	stores tangent of alpha of the 2nd line of angled line cuts
std::vector< double >	shiftY1
	stores y shifts of the 1st line of angled line cuts
std::vector< double >	shiftY2
	stores y shifts of the 2nd line of angled line cuts
std::vector< double >	singleBinXCut
	stores x values of the single pixel cut mode
std::vector< double >	singleBinYCut
	stores y values of the single pixel cut mode
std::vector< std::vector< int > >	minThresholdCutBinsX
	stores x bins of points cut by minimum threshold cut
std::vector< std::vector< int > >	minThresholdCutBinsY
	stores y bins of points cut by minimum threshold cut
std::vector< std::vector< int > >	maxThresholdCutBinsX
	stores x bins of points cut by maximum threshold cut
std::vector< std::vector< int > >	maxThresholdCutBinsY
	stores y bins of points cut by maximum threshold cut
std::array< bool, 5 >	isMin = {true, true, true, true, true}
	stores information that shows whether the first point was chosen for the given cut mode
std::string	outputFileName
	name of the file in which cuts will be written
bool	isOutputFileSet = false
	shows whether the output file was set
bool	isHistogramAdded = false
	shows whether at least one histogram was added
bool	isFirstDraw = true
	checks if the histogram was drawn the first time
bool	setMinimumToOne = false
	sets the minimum value along Z axis to 1 if this value is true

Detailed Description

Stores various useful data and functions for functionality of GUI cutter. The only useful funtions for user are AddHistogram, ReadCutAreas, SetOutputFile, and Exec. Other functions and variables are employed automaticaly when needed.

Function Documentation

◆ AddHistogram()

void GUIDistrCutter2D::AddHistogram ( TH2D * hist )

Add histogram.

Parameters

[in] hist histogram to be added. All added histograms must have the same number of bins and ranges of X and Y axis.

◆ ApplyCuts()

void GUIDistrCutter2D::ApplyCuts ( TH2D * hist )

Applies cuts to the passed distribution. This function is called automaticaly when needed.

◆ Button1DownAction()

void GUIDistrCutter2D::Button1DownAction	(	const double	x,
		const double	y )

Applies actions to kButton1Down event. This function is called automaticaly when needed.

◆ Draw()

void GUIDistrCutter2D::Draw ( const bool isRangeFixed = false )

Draws histogram with cuts applied. This function is called automaticaly when needed.

◆ Exec()

void GUIDistrCutter2D::Exec ( )

Executable to pass to TPad::AddExec(name, command) to start GUI session.

◆ IsBinCut()

bool GUIDistrCutter2D::IsBinCut	(	const int	binX,
		const int	binY )

Checks whether the bin is cut or not.

◆ KeyPressAction()

void GUIDistrCutter2D::KeyPressAction ( const int button )

Applies actions to kKeyPress event. This function is called automaticaly when needed.

◆ MouseMotionAction()

void GUIDistrCutter2D::MouseMotionAction	(	const double	x,
		const double	y )

Applies actions to kMouseMotion event. This function is called automaticaly when needed.

◆ Pol1()

double GUIDistrCutter2D::Pol1	(	const double	x,
		const double	par0,
		const double	par1 )

inline

Needed for angular cut mode. This function is called automaticaly when needed.

◆ ReadCutAreas()

void GUIDistrCutter2D::ReadCutAreas ( const std::string & fileName )

Reads cut areas from the file.

The cuts from the file will be applied to all added histograms. If no histograms were added prior error will be written and exit(1) will be called.

Parameters

[in] fileName name of the file to read the info from

◆ SetLine()

void GUIDistrCutter2D::SetLine	(	TLine &	line,
		const double	x1,
		const double	y1,
		const double	x2,
		const double	y2,
		const Color_t	color = kRed )

inline

Sets style to the provided TLine. This function is called automaticaly when needed.

◆ SetOutputFile()

void GUIDistrCutter2D::SetOutputFile	(	const std::string &	fileName,
		const bool	rewrite = false )

Set the file in which cut areas will be written.

Data will be written for output file for every bin 0 or 1, i.e. whether the bin was or was not cut. Additionaly, in the beginning of the file number of x bins, x range, number of y bins, y range are written.

Parameters

[in]	fileName	name of the output file in which the data will be written.
[in]	rewrite	if true the file will be rewritten without warning. Else if the file with the same name exists, the old file will be renamed to (fileName + ".backup") and the data will be written into file (fileName).

Variable Documentation

◆ angledLine1X1

std::vector<double> GUIDistrCutter2D::angledLine1X1

stores x1 values of the 1st line of angled line cuts

◆ angledLine1X2

std::vector<double> GUIDistrCutter2D::angledLine1X2

stores x2 values of the 1st line of angled line cuts

◆ angledLine1Y1

std::vector<double> GUIDistrCutter2D::angledLine1Y1

stores y1 values of the 1st line of angled line cuts

◆ angledLine1Y2

std::vector<double> GUIDistrCutter2D::angledLine1Y2

stores y2 values of the 1st line of angled line cuts

◆ angledLine2X1

std::vector<double> GUIDistrCutter2D::angledLine2X1

stores x1 values of the 2nd line of angled line cuts

◆ angledLine2X2

std::vector<double> GUIDistrCutter2D::angledLine2X2

stores x2 values of the 2nd line of angled line cuts

◆ angledLine2Y1

std::vector<double> GUIDistrCutter2D::angledLine2Y1

stores y1 values of the 2nd line of angled line cuts

◆ angledLine2Y2

std::vector<double> GUIDistrCutter2D::angledLine2Y2

stores y2 values of the 2nd line of angled line cuts

◆ currentCutMode

short GUIDistrCutter2D::currentCutMode = -1

stores information about the current cut mode

◆ currentHist

unsigned long GUIDistrCutter2D::currentHist = 0

stores information about the index of the currently displayed histogram

◆ hists

std::vector<TH2D *> GUIDistrCutter2D::hists

stores added distributions

◆ histsOrigIntegral

std::vector<unsigned long> GUIDistrCutter2D::histsOrigIntegral

stores integrals of added uncut hists

◆ histWithCuts

TH2D* GUIDistrCutter2D::histWithCuts

stores current distribution to which cuts will be applied

◆ inputFileCutAreas

std::vector<std::vector<bool> > GUIDistrCutter2D::inputFileCutAreas

stores information about cut areas that were read from the input file

◆ invRectXMax

std::vector<double> GUIDistrCutter2D::invRectXMax

stores maximum x values of inverse rectangular cut mode

◆ invRectXMin

std::vector<double> GUIDistrCutter2D::invRectXMin

stores minimum x values of inverse rectangular cut mode

◆ invRectYMax

std::vector<double> GUIDistrCutter2D::invRectYMax

stores maximum y values of inverse rectangular cut mode

◆ invRectYMin

std::vector<double> GUIDistrCutter2D::invRectYMin

stores minimum y values of inverse rectangular cut mode

◆ isFirstDraw

bool GUIDistrCutter2D::isFirstDraw = true

checks if the histogram was drawn the first time

◆ isHistogramAdded

bool GUIDistrCutter2D::isHistogramAdded = false

shows whether at least one histogram was added

◆ isMin

std::array<bool, 5> GUIDistrCutter2D::isMin = {true, true, true, true, true}

stores information that shows whether the first point was chosen for the given cut mode

◆ isOutputFileSet

bool GUIDistrCutter2D::isOutputFileSet = false

shows whether the output file was set

◆ lineXMax

std::vector<double> GUIDistrCutter2D::lineXMax

stores maximum x values of x linear cut mode

◆ lineXMin

std::vector<double> GUIDistrCutter2D::lineXMin

stores minimum x values of x linear cut mode

◆ lineYMax

std::vector<double> GUIDistrCutter2D::lineYMax

stores maximum y values of y linear cut mode

◆ lineYMin

std::vector<double> GUIDistrCutter2D::lineYMin

stores minimum y values of y linear cut mode

◆ maxThresholdCutBinsX

std::vector<std::vector<int> > GUIDistrCutter2D::maxThresholdCutBinsX

stores x bins of points cut by maximum threshold cut

◆ maxThresholdCutBinsY

std::vector<std::vector<int> > GUIDistrCutter2D::maxThresholdCutBinsY

stores y bins of points cut by maximum threshold cut

◆ minThresholdCutBinsX

std::vector<std::vector<int> > GUIDistrCutter2D::minThresholdCutBinsX

stores x bins of points cut by minimum threshold cut

◆ minThresholdCutBinsY

std::vector<std::vector<int> > GUIDistrCutter2D::minThresholdCutBinsY

stores y bins of points cut by minimum threshold cut

◆ outputFileName

std::string GUIDistrCutter2D::outputFileName

name of the file in which cuts will be written

◆ rectXMax

std::vector<double> GUIDistrCutter2D::rectXMax

stores maximum x values of the rectangular cut mode

◆ rectXMin

std::vector<double> GUIDistrCutter2D::rectXMin

stores minimum x values of the rectangular cut mode

◆ rectYMax

std::vector<double> GUIDistrCutter2D::rectYMax

stores maximum y values of the rectangular cut mode

◆ rectYMin

std::vector<double> GUIDistrCutter2D::rectYMin

stores minimum y values of the rectangular cut mode

◆ setMinimumToOne

bool GUIDistrCutter2D::setMinimumToOne = false

sets the minimum value along Z axis to 1 if this value is true

◆ shiftY1

std::vector<double> GUIDistrCutter2D::shiftY1

stores y shifts of the 1st line of angled line cuts

◆ shiftY2

std::vector<double> GUIDistrCutter2D::shiftY2

stores y shifts of the 2nd line of angled line cuts

◆ singleBinXCut

std::vector<double> GUIDistrCutter2D::singleBinXCut

stores x values of the single pixel cut mode

◆ singleBinYCut

std::vector<double> GUIDistrCutter2D::singleBinYCut

stores y values of the single pixel cut mode

◆ tanAlpha1

std::vector<double> GUIDistrCutter2D::tanAlpha1

stores tangent of alpha of the 1st line of angled line cuts

◆ tanAlpha2

std::vector<double> GUIDistrCutter2D::tanAlpha2

stores tangent of alpha of the 2nd line of angled line cuts

Functions

Variables

Detailed Description

Function Documentation

◆ AddHistogram()

◆ ApplyCuts()

◆ Button1DownAction()

◆ Draw()

◆ Exec()

◆ IsBinCut()

◆ KeyPressAction()

◆ MouseMotionAction()

◆ Pol1()

◆ ReadCutAreas()

◆ SetLine()

◆ SetOutputFile()

Variable Documentation

◆ angledLine1X1

◆ angledLine1X2

◆ angledLine1Y1

◆ angledLine1Y2

◆ angledLine2X1

◆ angledLine2X2

◆ angledLine2Y1

◆ angledLine2Y2

◆ currentCutMode

◆ currentHist

◆ hists

◆ histsOrigIntegral

◆ histWithCuts

◆ inputFileCutAreas

◆ invRectXMax

◆ invRectXMin

◆ invRectYMax

◆ invRectYMin

◆ isFirstDraw

◆ isHistogramAdded

◆ isMin

◆ isOutputFileSet

◆ lineXMax

◆ lineXMin

◆ lineYMax

◆ lineYMin

◆ maxThresholdCutBinsX

◆ maxThresholdCutBinsY

◆ minThresholdCutBinsX

◆ minThresholdCutBinsY

◆ outputFileName

◆ rectXMax

◆ rectXMin

◆ rectYMax

◆ rectYMin

◆ setMinimumToOne

◆ shiftY1

◆ shiftY2

◆ singleBinXCut

◆ singleBinYCut

◆ tanAlpha1

◆ tanAlpha2