The main GammaCombo scanning engine, controlling the application. More...

#include <GammaComboEngine.h>

Collaboration diagram for GammaComboEngine:

Public Member Functions
void	addCombiner (int id, Combiner *cmb)
	Add a Combiner to the GammaComboEngine object. More...

void	addPdf (int id, PDF_Abs *pdf, TString title="")
	Add a PDF to the GammaComboEngine object. More...

void	addSubsetPdf (int id, PDF_Abs *pdf, vector< int > &indices, TString title="")
	Add a pdf with a subset of the observables to the GammaComboEngine. More...

void	addSubsetPdf (int id, PDF_Abs *pdf, int i1, TString title="")

void	addSubsetPdf (int id, PDF_Abs *pdf, int i1, int i2, TString title="")

void	addSubsetPdf (int id, PDF_Abs *pdf, int i1, int i2, int i3, TString title="")

void	addSubsetPdf (int id, PDF_Abs *pdf, int i1, int i2, int i3, int i4, TString title="")

void	adjustRanges (Combiner *c, int cId)
	Helper function for scan(). More...

void	cloneCombiner (int newId, int oldId, TString name, TString title)
	Add a new Combiner to the GammaComboEngine object, that is the clone of an existing one. More...

	GammaComboEngine (TString name, int argc, char *argv[])

	GammaComboEngine (TString name, int argc, char *argv[], bool _runOnDataSet)

OptParser *	getArg ()

Combiner *	getCombiner (int id) const
	Get a combiner. More...

PDF_Abs *	getPdf (int id)
	Get a PDF. More...

void	newCombiner (int id, TString name, TString title, int pdf1=-1, int pdf2=-1, int pdf3=-1, int pdf4=-1, int pdf5=-1, int pdf6=-1, int pdf7=-1, int pdf8=-1, int pdf9=-1, int pdf10=-1, int pdf11=-1, int pdf12=-1, int pdf13=-1, int pdf14=-1, int pdf15=-1)
	Add a new Combiner, consisting of the specified PDFs. More...

PDF_Abs *	operator[] (int idx)

void	print ()
	Print the content of this engine. More...

void	printCombinations ()
	Print the availabe Combinations. More...

void	printPdfs ()
	Print the available PDFs. More...

void	run ()
	run GammaComboEngine, main steering function More...

void	runApplication ()
	run the ROOT application, if the -i flag for interactive mode was set. More...

void	scanStrategy1d (MethodProbScan scanner, ParameterCache pCache)
	Perform a 1D scan with the following scan strategy. More...

void	scanStrategy2d (MethodProbScan scanner, ParameterCache pCache)
	Define scan strategy for a 2D scan. More...

void	setPdf (PDF_Abs *pdf)
	Set the PDF (for datasets method) for the GammaComboEngine. More...

void	setRunOnDataSet (bool opt)

void	setupToyVariationSets (Combiner *c, int cId)
	Helper function for scan(): Makes named sets for any toy variations that were requested. More...

	~GammaComboEngine ()

Private Member Functions
void	checkAsimovArg ()
	Check Asimov arg: when only one –asimov argument is given with the ID 0, it won't do anything. More...

void	checkColorArg ()
	Check color argument and exit if a non-existing color was requested through the –color argument. More...

void	checkCombinationArg ()
	Check the combination argument (-c), exit if it is bad. More...

bool	combinerExists (int id) const
	Check if a Combiner with a certain ID exits. More...

void	configureAsimovCombinerNames (Combiner *c, int i)
	Configure the names and titles of Asimov combiners. More...

void	customizeCombinerTitles ()
	Override default titles of the combinations, if requested on the command line. More...

void	defineColors ()
	Define the colors of curves and numbers in the 1D plots. More...

void	disableSystematics ()
	disable systematics More...

void	fixParameters (Combiner *c, int cId)
	Helper function for scan(). More...

TString	getStartParFileName (int cId)
	Helper function for scan(): Checks if for a given combid (the running index of the -c argument) a start parameter file was configured (-l) argument. More...

bool	isScanVarObservable (Combiner *c, TString scanVar)
	Checks if a given variable name is in the list of observables of a combiner. More...

void	loadAsimovPoint (Combiner *c, int cId)
	Make an Asimov toy: set all observables set to truth values. More...

void	loadStartParameters (MethodProbScan s, ParameterCache pCache, int cId)
	Load start parameters. More...

void	make1dBergerBoosScan (MethodBergerBoosScan *scanner, int cId)
	Perform the 1D berger boos scan. More...

void	make1dCoveragePlot (MethodCoverageScan *scanner, int cId)
	Make the 1D coverage plot. More...

void	make1dCoverageScan (MethodCoverageScan *scanner, int cId)
	Perform the coverage scanner. More...

void	make1dPluginOnlyPlot (MethodPluginScan *sPlugin, int cId)
	Make the plugin-only plot that only shows the plugin as continuous lines. More...

void	make1dPluginPlot (MethodPluginScan sPlugin, MethodProbScan sProb, int cId)
	Make the default 1D plugin plot: More...

void	make1dPluginScan (MethodPluginScan *scannerPlugin, int cId)
	Perform the 1D plugin scan. More...

void	make1dProbPlot (MethodProbScan *scanner, int cId)
	Make a 1D plot of a Prob scanner. More...

void	make1dProbScan (MethodProbScan *scanner, int cId)
	Perform the prob scan. More...

void	make2dPluginOnlyPlot (MethodPluginScan *sPlugin, int cId)
	Make the plugin-only 2D plot. More...

void	make2dPluginPlot (MethodPluginScan sPlugin, MethodProbScan sProb, int cId)
	Make the default 2D plugin plot: More...

void	make2dPluginScan (MethodPluginScan *scannerPlugin, int cId)
	Perform the 2D plugin scan. More...

void	make2dProbPlot (MethodProbScan *scanner, int cId)
	Make the 2D plot for a prob scanner. More...

void	make2dProbScan (MethodProbScan *scanner, int cId)
	Make a 2D prob scan. More...

void	makeAddDelCombinations ()
	Implement the logic needed to create new combinations on the fly using the -c 26:+12 syntax. More...

void	makeLatex (Combiner *c)
	make latex More...

bool	pdfExists (int id)
	Check if a PDF with a certain ID exits. More...

void	printBanner ()
	print the initial banner More...

void	printCombinerStructure (Combiner *c)
	print parameter structure of the combinations into .dot file More...

void	savePlot ()
	Save the plot to disc. More...

void	saveWorkspace (Combiner *c, int i)
	save workspace More...

void	scaleDownErrors ()
	scale down errors More...

void	scan ()
	scan engine More...

void	scanDataSet ()

void	setAsimovObservables (Combiner *c)
	Make an Asimov toy: set all observables set to truth values. More...

void	setObservablesFromFile (Combiner *c, int cId)
	Helper function for scan(). More...

void	setUpPlot ()
	Set up the plot. More...

void	tightenChi2Constraint (Combiner *c, TString scanVar)
	Helper function to set up a scan for an observable, tightens the chi2 constraint. More...

void	usage ()
	print usage and exit More...

void	writebatchscripts ()
	write batch scripts More...

Private Attributes
OptParser *	arg

vector< Combiner * >	cmb

vector< int >	colorsLine

vector< int >	colorsText

TString	execname

vector< int >	fillStyles

BatchScriptWriter *	m_batchscriptwriter

FileNameBuilder *	m_fnamebuilder

vector< PDF_Abs * >	pdf

OneMinusClPlotAbs *	plot

bool	runOnDataSet

TStopwatch	t

TApplication *	theApp

Detailed Description

The main GammaCombo scanning engine, controlling the application.

Definition at line 41 of file GammaComboEngine.h.

Constructor & Destructor Documentation

§ GammaComboEngine() [1/2]

GammaComboEngine::GammaComboEngine	(	TString	name,
		int	argc,
		char *	argv[]
	)

Definition at line 6 of file GammaComboEngine.cpp.

§ GammaComboEngine() [2/2]

GammaComboEngine::GammaComboEngine	(	TString	name,
		int	argc,
		char *	argv[],
		bool	_runOnDataSet
	)

Definition at line 36 of file GammaComboEngine.cpp.

§ ~GammaComboEngine()

GammaComboEngine::~GammaComboEngine ( )

Definition at line 42 of file GammaComboEngine.cpp.

Member Function Documentation

§ addCombiner()

void GammaComboEngine::addCombiner	(	int	id,
		Combiner *	cmb
	)

Add a Combiner to the GammaComboEngine object.

Definition at line 218 of file GammaComboEngine.cpp.

§ addPdf()

void GammaComboEngine::addPdf	(	int	id,
		PDF_Abs *	pdf,
		TString	title = `""`
	)

Add a PDF to the GammaComboEngine object.

Definition at line 98 of file GammaComboEngine.cpp.

§ addSubsetPdf() [1/5]

void GammaComboEngine::addSubsetPdf	(	int	id,
		PDF_Abs *	pdf,
		vector< int > &	indices,
		TString	title = `""`
	)

Add a pdf with a subset of the observables to the GammaComboEngine.

Definition at line 121 of file GammaComboEngine.cpp.

§ addSubsetPdf() [2/5]

void GammaComboEngine::addSubsetPdf	(	int	id,
		PDF_Abs *	pdf,
		int	i1,
		TString	title = `""`
	)

Definition at line 181 of file GammaComboEngine.cpp.

§ addSubsetPdf() [3/5]

void GammaComboEngine::addSubsetPdf	(	int	id,
		PDF_Abs *	pdf,
		int	i1,
		int	i2,
		TString	title = `""`
	)

Definition at line 188 of file GammaComboEngine.cpp.

§ addSubsetPdf() [4/5]

void GammaComboEngine::addSubsetPdf	(	int	id,
		PDF_Abs *	pdf,
		int	i1,
		int	i2,
		int	i3,
		TString	title = `""`
	)

Definition at line 196 of file GammaComboEngine.cpp.

§ addSubsetPdf() [5/5]

void GammaComboEngine::addSubsetPdf	(	int	id,
		PDF_Abs *	pdf,
		int	i1,
		int	i2,
		int	i3,
		int	i4,
		TString	title = `""`
	)

Definition at line 205 of file GammaComboEngine.cpp.

§ adjustRanges()

void GammaComboEngine::adjustRanges	(	Combiner *	c,
		int	cId
	)

Helper function for scan().

Adjusts ranges, if requested (only possible before combining).

Definition at line 1361 of file GammaComboEngine.cpp.

§ checkAsimovArg()

void GammaComboEngine::checkAsimovArg ( )

private

Check Asimov arg: when only one –asimov argument is given with the ID 0, it won't do anything.

Print a warning in that case.

Definition at line 690 of file GammaComboEngine.cpp.

§ checkColorArg()

void GammaComboEngine::checkColorArg ( )

private

Check color argument and exit if a non-existing color was requested through the –color argument.

Colors for one-dimensional plots are defined in GammaComboEngine::defineColors(). Colors for two-dimensional pltos are defined in OneMinusClPlot2d::OneMinusClPlot2d().

Definition at line 706 of file GammaComboEngine.cpp.

§ checkCombinationArg()

void GammaComboEngine::checkCombinationArg ( )

private

Check the combination argument (-c), exit if it is bad.

Definition at line 660 of file GammaComboEngine.cpp.

§ cloneCombiner()

void GammaComboEngine::cloneCombiner	(	int	newId,
		int	oldId,
		TString	name,
		TString	title
	)

Add a new Combiner to the GammaComboEngine object, that is the clone of an existing one.

After that, the clone can be modified using, e.g., getCombiner(newId)->addPdf(...)

Definition at line 246 of file GammaComboEngine.cpp.

§ combinerExists()

bool GammaComboEngine::combinerExists ( int id ) const

private

Check if a Combiner with a certain ID exits.

Definition at line 63 of file GammaComboEngine.cpp.

§ configureAsimovCombinerNames()

void GammaComboEngine::configureAsimovCombinerNames	(	Combiner *	c,
		int	i
	)

private

Configure the names and titles of Asimov combiners.

It adds things like "Asimov3" to the combiner name, where 3 means the 3rd Asimov point from the configured Asimov parameter file (typically *_genpoints.dat).

Definition at line 507 of file GammaComboEngine.cpp.

§ customizeCombinerTitles()

void GammaComboEngine::customizeCombinerTitles ( )

private

Override default titles of the combinations, if requested on the command line.

Definition at line 806 of file GammaComboEngine.cpp.

§ defineColors()

void GammaComboEngine::defineColors ( )

private

Define the colors of curves and numbers in the 1D plots.

It is important to call this only after new combinations were made using the makeAddDelCombinations() mechanism.

Definition at line 848 of file GammaComboEngine.cpp.

§ disableSystematics()

void GammaComboEngine::disableSystematics ( )

private

disable systematics

Definition at line 382 of file GammaComboEngine.cpp.

§ fixParameters()

void GammaComboEngine::fixParameters	(	Combiner *	c,
		int	cId
	)

private

Helper function for scan().

Fixes parameters, if requested (only possible before combining).

Definition at line 1348 of file GammaComboEngine.cpp.

§ getArg()

OptParser* GammaComboEngine::getArg ( )

inline

Definition at line 62 of file GammaComboEngine.h.

§ getCombiner()

Combiner * GammaComboEngine::getCombiner ( int id ) const

Get a combiner.

Parameters

id	- combiner ID, set when defining the combiner using addCombiner(), cloneCombiner(), or newCombiner()

Definition at line 268 of file GammaComboEngine.cpp.

§ getPdf()

PDF_Abs * GammaComboEngine::getPdf ( int id )

Get a PDF.

Parameters

id	- PDF ID, set when adding the PDF using addPdf()

Definition at line 281 of file GammaComboEngine.cpp.

§ getStartParFileName()

TString GammaComboEngine::getStartParFileName ( int cId )

private

Helper function for scan(): Checks if for a given combid (the running index of the -c argument) a start parameter file was configured (-l) argument.

If so, it is returned, else the default name is returned.

Definition at line 1405 of file GammaComboEngine.cpp.

§ isScanVarObservable()

bool GammaComboEngine::isScanVarObservable	(	Combiner *	c,
		TString	scanVar
	)

private

Checks if a given variable name is in the list of observables of a combiner.

The check is slightly sloppy as it ignores the unique ID.

Parameters

c	- the combiner
scanVar	- the scan variable name

Returns: true if included, else false

Definition at line 1421 of file GammaComboEngine.cpp.

§ loadAsimovPoint()

void GammaComboEngine::loadAsimovPoint	(	Combiner *	c,
		int	cId
	)

private

Make an Asimov toy: set all observables set to truth values.

The truth values are loaded from a parameter file.

Definition at line 523 of file GammaComboEngine.cpp.

§ loadStartParameters()

void GammaComboEngine::loadStartParameters	(	MethodProbScan *	s,
		ParameterCache *	pCache,
		int	cId
	)

private

Load start parameters.

Parameters

s	- the scanner
cId	- combiner id
pCache	- parameter cache

Definition at line 449 of file GammaComboEngine.cpp.

§ make1dBergerBoosScan()

void GammaComboEngine::make1dBergerBoosScan	(	MethodBergerBoosScan *	scannerBergerBoos,
		int	cId
	)

private

Perform the 1D berger boos scan.

Runs toys in batch mode, and reads them back in.

Parameters

scannerPlugin	- the scanner to run the scan with
cId	- the id of this combination on the command line

Definition at line 1071 of file GammaComboEngine.cpp.

§ make1dCoveragePlot()

void GammaComboEngine::make1dCoveragePlot	(	MethodCoverageScan *	scanner,
		int	cId
	)

private

Make the 1D coverage plot.

Parameters

scanner	- the coverage scanner
cId	- the id of this combination on the command line

Definition at line 1277 of file GammaComboEngine.cpp.

§ make1dCoverageScan()

void GammaComboEngine::make1dCoverageScan	(	MethodCoverageScan *	scanner,
		int	cId
	)

private

Perform the coverage scanner.

Parameters

scanner	- the scanner to run the scan with
cId	- the id of this combination on the command line

Definition at line 1091 of file GammaComboEngine.cpp.

§ make1dPluginOnlyPlot()

void GammaComboEngine::make1dPluginOnlyPlot	(	MethodPluginScan *	sPlugin,
		int	cId
	)

private

Make the plugin-only plot that only shows the plugin as continuous lines.

Parameters

sPlugin	- the plugin scanner
cId	- the id of this combination on the command line

Definition at line 1244 of file GammaComboEngine.cpp.

§ make1dPluginPlot()

void GammaComboEngine::make1dPluginPlot	(	MethodPluginScan *	sPlugin,
		MethodProbScan *	sProb,
		int	cId
	)

private

Make the default 1D plugin plot:

curve for the prob scan
points with error bars for the plugin scan

Parameters

sPlugin	- the plugin scanner
sProb	- the prob scanner
cId	- the id of this combination on the command line

Definition at line 1185 of file GammaComboEngine.cpp.

§ make1dPluginScan()

void GammaComboEngine::make1dPluginScan	(	MethodPluginScan *	scannerPlugin,
		int	cId
	)

private

Perform the 1D plugin scan.

Runs toys in batch mode, and reads them back in.

Parameters

scannerPlugin	- the scanner to run the scan with
cId	- the id of this combination on the command line

Definition at line 1023 of file GammaComboEngine.cpp.

§ make1dProbPlot()

void GammaComboEngine::make1dProbPlot	(	MethodProbScan *	scanner,
		int	cId
	)

private

Make a 1D plot of a Prob scanner.

The scanner can either be a "fresh" one, as made in make1dProbScan(), or a loaded one.

Parameters

scanner	- the scanner to plot
cId	- the id of this combination on the command line

Definition at line 1120 of file GammaComboEngine.cpp.

§ make1dProbScan()

void GammaComboEngine::make1dProbScan	(	MethodProbScan *	scanner,
		int	cId
	)

private

Perform the prob scan.

Parameters

scanner	- the scanner to run the scan with
cId	- the id of this combination on the command line

Definition at line 985 of file GammaComboEngine.cpp.

§ make2dPluginOnlyPlot()

void GammaComboEngine::make2dPluginOnlyPlot	(	MethodPluginScan *	sPlugin,
		int	cId
	)

private

Make the plugin-only 2D plot.

Parameters

sPlugin	- the plugin scanner
cId	- the id of this combination on the command line

Definition at line 1264 of file GammaComboEngine.cpp.

§ make2dPluginPlot()

void GammaComboEngine::make2dPluginPlot	(	MethodPluginScan *	sPlugin,
		MethodProbScan *	sProb,
		int	cId
	)

private

Make the default 2D plugin plot:

contours for the the prob scan
contours for the the plugin scan

Parameters

sPlugin	- the plugin scanner
sProb	- the prob scanner
cId	- the id of this combination on the command line

Definition at line 1213 of file GammaComboEngine.cpp.

§ make2dPluginScan()

void GammaComboEngine::make2dPluginScan	(	MethodPluginScan *	scannerPlugin,
		int	cId
	)

private

Perform the 2D plugin scan.

Runs toys in batch mode, and reads them back in.

Parameters

scannerPlugin	- the scanner to run the scan with
cId	- the id of this combination on the command line

Definition at line 1046 of file GammaComboEngine.cpp.

§ make2dProbPlot()

void GammaComboEngine::make2dProbPlot	(	MethodProbScan *	scanner,
		int	cId
	)

private

Make the 2D plot for a prob scanner.

Definition at line 1309 of file GammaComboEngine.cpp.

§ make2dProbScan()

void GammaComboEngine::make2dProbScan	(	MethodProbScan *	scanner,
		int	cId
	)

private

Make a 2D prob scan.

load start parameters
perform scan
save scanner and parameters

Parameters

scanner	- the scanner
cId	- the id of this combination on the command line

Definition at line 1291 of file GammaComboEngine.cpp.

§ makeAddDelCombinations()

void GammaComboEngine::makeAddDelCombinations ( )

private

Implement the logic needed to create new combinations on the fly using the -c 26:+12 syntax.

Definition at line 732 of file GammaComboEngine.cpp.

§ makeLatex()

void GammaComboEngine::makeLatex ( Combiner * c )

private

make latex

Definition at line 1542 of file GammaComboEngine.cpp.

§ newCombiner()

void GammaComboEngine::newCombiner	(	int	id,
		TString	name,
		TString	title,
		int	pdf1 = `-1`,
		int	pdf2 = `-1`,
		int	pdf3 = `-1`,
		int	pdf4 = `-1`,
		int	pdf5 = `-1`,
		int	pdf6 = `-1`,
		int	pdf7 = `-1`,
		int	pdf8 = `-1`,
		int	pdf9 = `-1`,
		int	pdf10 = `-1`,
		int	pdf11 = `-1`,
		int	pdf12 = `-1`,
		int	pdf13 = `-1`,
		int	pdf14 = `-1`,
		int	pdf15 = `-1`
	)

Add a new Combiner, consisting of the specified PDFs.

The pdf arguments refer to the GammaComboEngine ID of the PDFs that should be combined. Add them before using addPdf(). Also an empty combiner is possible, that has no PDFs, so it can be filled later. In that case, leave all pdf arguments at -1.

Definition at line 308 of file GammaComboEngine.cpp.

§ operator[]()

PDF_Abs * GammaComboEngine::operator[] ( int idx )

Definition at line 290 of file GammaComboEngine.cpp.

§ pdfExists()

bool GammaComboEngine::pdfExists ( int id )

private

Check if a PDF with a certain ID exits.

Definition at line 52 of file GammaComboEngine.cpp.

§ print()

void GammaComboEngine::print ( )

Print the content of this engine.

Definition at line 651 of file GammaComboEngine.cpp.

§ printBanner()

void GammaComboEngine::printBanner ( )

private

print the initial banner

Definition at line 1957 of file GammaComboEngine.cpp.

§ printCombinations()

void GammaComboEngine::printCombinations ( )

Print the availabe Combinations.

Definition at line 635 of file GammaComboEngine.cpp.

§ printCombinerStructure()

void GammaComboEngine::printCombinerStructure ( Combiner * c )

private

print parameter structure of the combinations into .dot file

Definition at line 795 of file GammaComboEngine.cpp.

§ printPdfs()

void GammaComboEngine::printPdfs ( )

Print the available PDFs.

Definition at line 619 of file GammaComboEngine.cpp.

§ run()

void GammaComboEngine::run ( )

run GammaComboEngine, main steering function

Definition at line 1969 of file GammaComboEngine.cpp.

§ runApplication()

void GammaComboEngine::runApplication ( )

run the ROOT application, if the -i flag for interactive mode was set.

Definition at line 1946 of file GammaComboEngine.cpp.

§ savePlot()

void GammaComboEngine::savePlot ( )

private

Save the plot to disc.

Definition at line 837 of file GammaComboEngine.cpp.

§ saveWorkspace()

void GammaComboEngine::saveWorkspace	(	Combiner *	c,
		int	i
	)

private

save workspace

Definition at line 1554 of file GammaComboEngine.cpp.

§ scaleDownErrors()

void GammaComboEngine::scaleDownErrors ( )

private

scale down errors

Todo:: implement a more generic version of this function.

As it is, it is only useful for the LHCb gamma combination.

Definition at line 341 of file GammaComboEngine.cpp.

§ scan()

void GammaComboEngine::scan ( )

private

scan engine

Definition at line 1588 of file GammaComboEngine.cpp.

§ scanDataSet()

void GammaComboEngine::scanDataSet ( )

private

Definition at line 1845 of file GammaComboEngine.cpp.

§ scanStrategy1d()

void GammaComboEngine::scanStrategy1d	(	MethodProbScan *	scanner,
		ParameterCache *	pCache
	)

Perform a 1D scan with the following scan strategy.

If no starting values loaded do the default thing:

scan once, using the start parameters found in the ParameterAbs-derived parameter class
scan again from each solution found in the first step

Definition at line 1145 of file GammaComboEngine.cpp.

§ scanStrategy2d()

void GammaComboEngine::scanStrategy2d	(	MethodProbScan *	scanner,
		ParameterCache *	pCache
	)

Define scan strategy for a 2D scan.

Definition at line 911 of file GammaComboEngine.cpp.

§ setAsimovObservables()

void GammaComboEngine::setAsimovObservables ( Combiner * c )

private

Make an Asimov toy: set all observables set to truth values.

The Asimov point needs to be loaded in the combiner before.

Parameters

c	- combiner which should be set to an asimov toy

Definition at line 398 of file GammaComboEngine.cpp.

§ setObservablesFromFile()

void GammaComboEngine::setObservablesFromFile	(	Combiner *	c,
		int	cId
	)

private

Helper function for scan().

Set observables to values from file (only possible before combining).

Definition at line 1458 of file GammaComboEngine.cpp.

§ setPdf()

void GammaComboEngine::setPdf ( PDF_Abs * pdf )

Set the PDF (for datasets method) for the GammaComboEngine.

Definition at line 74 of file GammaComboEngine.cpp.

§ setRunOnDataSet()

void GammaComboEngine::setRunOnDataSet ( bool opt )

inline

Definition at line 74 of file GammaComboEngine.h.

§ setUpPlot()

void GammaComboEngine::setUpPlot ( )

private

Set up the plot.

Definition at line 823 of file GammaComboEngine.cpp.

§ setupToyVariationSets()

void GammaComboEngine::setupToyVariationSets	(	Combiner *	c,
		int	cId
	)

Helper function for scan(): Makes named sets for any toy variations that were requested.

Definition at line 1387 of file GammaComboEngine.cpp.

§ tightenChi2Constraint()

void GammaComboEngine::tightenChi2Constraint	(	Combiner *	c,
		TString	scanVar
	)

private

Helper function to set up a scan for an observable, tightens the chi2 constraint.

Parameters

c	- the combiner
scanVar	- the scan variable name (must be an observable)

Definition at line 1437 of file GammaComboEngine.cpp.

§ usage()

void GammaComboEngine::usage ( )

private

print usage and exit

Definition at line 580 of file GammaComboEngine.cpp.

§ writebatchscripts()

void GammaComboEngine::writebatchscripts ( )

private

write batch scripts

Definition at line 1533 of file GammaComboEngine.cpp.

Member Data Documentation

§ arg

OptParser* GammaComboEngine::arg

private

Definition at line 122 of file GammaComboEngine.h.

§ cmb

vector<Combiner*> GammaComboEngine::cmb

private

Definition at line 123 of file GammaComboEngine.h.

§ colorsLine

vector<int> GammaComboEngine::colorsLine

private

Definition at line 124 of file GammaComboEngine.h.

§ colorsText

vector<int> GammaComboEngine::colorsText

private

Definition at line 125 of file GammaComboEngine.h.

§ execname

TString GammaComboEngine::execname

private

Definition at line 127 of file GammaComboEngine.h.

§ fillStyles

vector<int> GammaComboEngine::fillStyles

private

Definition at line 126 of file GammaComboEngine.h.

§ m_batchscriptwriter

BatchScriptWriter* GammaComboEngine::m_batchscriptwriter

private

Definition at line 129 of file GammaComboEngine.h.

§ m_fnamebuilder

FileNameBuilder* GammaComboEngine::m_fnamebuilder

private

Definition at line 128 of file GammaComboEngine.h.

§ pdf

vector<PDF_Abs*> GammaComboEngine::pdf

private

Definition at line 130 of file GammaComboEngine.h.

§ plot

OneMinusClPlotAbs* GammaComboEngine::plot

private

Definition at line 131 of file GammaComboEngine.h.

§ runOnDataSet

bool GammaComboEngine::runOnDataSet

private

Definition at line 134 of file GammaComboEngine.h.

§ t

TStopwatch GammaComboEngine::t

private

Definition at line 132 of file GammaComboEngine.h.

§ theApp

TApplication* GammaComboEngine::theApp

private

Definition at line 133 of file GammaComboEngine.h.

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

/Users/matt/Scratch/lhcb/CombinationCode/gammacombo/core/include/GammaComboEngine.h
/Users/matt/Scratch/lhcb/CombinationCode/gammacombo/core/src/GammaComboEngine.cpp

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

§ GammaComboEngine() [1/2]

§ GammaComboEngine() [2/2]

§ ~GammaComboEngine()

Member Function Documentation

§ addCombiner()

§ addPdf()

§ addSubsetPdf() [1/5]

§ addSubsetPdf() [2/5]

§ addSubsetPdf() [3/5]

§ addSubsetPdf() [4/5]

§ addSubsetPdf() [5/5]

§ adjustRanges()

§ checkAsimovArg()

§ checkColorArg()

§ checkCombinationArg()

§ cloneCombiner()

§ combinerExists()

§ configureAsimovCombinerNames()

§ customizeCombinerTitles()

§ defineColors()

§ disableSystematics()

§ fixParameters()

§ getArg()

§ getCombiner()

§ getPdf()

§ getStartParFileName()

§ isScanVarObservable()

§ loadAsimovPoint()

§ loadStartParameters()

§ make1dBergerBoosScan()

§ make1dCoveragePlot()

§ make1dCoverageScan()

§ make1dPluginOnlyPlot()

§ make1dPluginPlot()

§ make1dPluginScan()

§ make1dProbPlot()

§ make1dProbScan()

§ make2dPluginOnlyPlot()

§ make2dPluginPlot()

§ make2dPluginScan()

§ make2dProbPlot()

§ make2dProbScan()

§ makeAddDelCombinations()

§ makeLatex()

§ newCombiner()

§ operator[]()

§ pdfExists()

§ print()

§ printBanner()

§ printCombinations()

§ printCombinerStructure()

§ printPdfs()

§ run()

§ runApplication()

§ savePlot()

§ saveWorkspace()

§ scaleDownErrors()

§ scan()

§ scanDataSet()

§ scanStrategy1d()

§ scanStrategy2d()

§ setAsimovObservables()

§ setObservablesFromFile()

§ setPdf()

§ setRunOnDataSet()

§ setUpPlot()

§ setupToyVariationSets()

§ tightenChi2Constraint()

§ usage()

§ writebatchscripts()

Member Data Documentation

§ arg

§ cmb

§ colorsLine

§ colorsText